A1400 AIR RDT - FAAC EXPORT AIR RDT/A1400 AIR RDT...A1400 AIR RDT 3 532119 04 ... Technical Report of Compliance Fabbricante: Manufacturer ... EN 60335-2-103:2011 EN 13849-1:2008

A1400 AIR RDT

EN 16005:2012

A1400 AIR RDT 2 532119 04 - Rev. C

FAAC S.p.A. Soc. Unipersonale

Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY

Tel. +39 051 61724 - Fax +39 051 758518

www.faac.it - www.faacgroup.com

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© Copyright FAAC SpA dal 2014. All rights reserved.No part of this manual may be reproduced, archived, distributed to third parties nor copied in any other way, in any format and with any means, be it electronic, mechanical or by photocopying, without prior written authorisation by FAAC SpA.All names and trademarks mentioned are the property of their respec-tive manufacturers.Customers may make copies exclusively for their own use.This manual was published in 2014.

A1400 AIR RDT 3 532119 04 - Rev. C

Direttive di riferimento: Reference Directives:2006/42/CE

TÜV Italia S.r.l. - TÜV SÜD Group via G. Carducci, 125 pal 23

20099 Sesto S. Giovanni (MI)- Italy T. +39 02 24130 1 F. +39 02 24130 0399

Web: www.tuv.it – @-mail: [email protected]

Document No.

TUV255076_TRoC A1400AIRRD_01

1

Technical Report of Compliance

Fabbricante: Manufacturer

FFAAAACC SS..PP..AA..Via Calari, 10 – 40069 Zola Predosa (BO) Italy

Prodotto: Product

AA 11440000 AAIIRR RRDD

Documenti esaminati: Evaluated Documents Fascicolo tecnico Istruzioni per l’uso Disegni, note di calcolo, relazioni tecniche

Norme armonizzate di riferimento: Reference harmonized standards EN ISO 12100:2010 EN ISO 13849-1:2008 PL:”d” Cat:3 (Escape Route Functionality) EN 16005:2012

Il prodotto non è contemplato dall’Allegato IV della Direttiva 2006/42/CE. La documentazione relativa al prodotto è stata verificata su base volontaria e risulta essere conforme ai requisiti applicabili nel caso non siano presenti NC nel presente Profile Validation (vedi § CONSIDERAZIONI FINALI).

The product is not referred to in Annex IV of 2006/42/CE Directive. The product documents was tested on a voluntary basis and complies with the EHSRs required if they are not present in this Profile Validation NC (see § FINAL CONSIDERATIONS).

Bologna, Febbraio 2015 _______________________

dott. ing. ir. Michele Rinieri Ispettore incaricato - TÜV Italia S.r.l.

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A1400 AIR RDT 4 532119 04 - Rev. C

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EC DECLARATION OF CONFORMITY OF A MACHINE(2006/42/CE ANN.II P.1, LETT. A)

Manufacturer and person authorised to compile the technical file

Company name: FAAC SpA

Address: Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY

hereby declares that the following machine:

Description: Linear sliding door with 1 or 2 leaves

Model: A1400 AIR RDT CS

complies with the following applicable EU legislations:

Machinery Directive 2006/42/EC (including all applicable amendments)

EMC Directive 2004/108/EC

Directive ROHS 2 2011/65/EU

and that the technical file has been compiled in compliance with part A of Annex VII.

Furthermore, the following harmonised standards have been applied:

EN 16005:2012

EN ISO 12100:2010

EN 61000-6-2:2005

EN 61000-6-3:2007

EN 60335-1:2013

EN 13849-1:2008 PL ”d” CAT. 3

EN 13849-2:2008

Bologna, 01-01-2015 CEO

A. Marcellan

EC DECLARATION OF CONFORMITY

The Manufacturer



hereby declares that the following products:

Description: Automation for linear sliding door with 1 or 2 leaves

Model: A1400 AIR RDT KIT; A1400 AIR RDT PA

comply with the following applicable EU legislations:

EMC Directive 2004/108/EC

Directive ROHS 2 2011/65/EU


EN 16005:2012

EN 61000-6-2:2005

EN 61000-6-3:2007


A. Marcellan

A1400 AIR RDT 5 532119 04 - Rev. C

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DECLARATION OF INCORPORATION OF PARTLY COMPLETED MACHINERY(2006/42/CE ANN.II P.1, LETT. B)

Manufacturer and person authorised to prepare the relevant technical documentation



hereby declares that for the partly completed machinery:


Model: A1400 AIR RDT KIT

the essential requirements of the Machinery Directive 2006/42/EC (including all applicable amendments) applied and met are:

RESS 1.1.2, 1.1.3, 1.1.4, 1.1.5, 1.1.6, 1.2.1, 1.2.3, 1.3.4, 1.5.1, 1.5.11, 1.5.13, 1.6.3, 1.7.1, 1.7.1.2, 1.7.4

and that the relevant technical documentation has been compiled in compliance with part B of Annex VII.


EN 16005:2012

EN ISO 12100:2010

EN 60335-1:2013

EN 60335-2-103:2011

EN 13849-1:2008

EN 13849-2:2008

It is also declared that the partly completed machinery identified above may not be commissioned until the final machine - into which it will be incorporated - has been declared to conform to the provisions of the above mentioned Machine Directive 2006/42/EC.


A. Marcellan

DECLARATION OF INCORPORATION OF PARTLY COMPLETED MACHINERY(2006/42/CE ANN.II P.1, LETT. B)

Manufacturer and person authorised to prepare the relevant technical documentation



hereby declares that for the partly completed machinery:


Model: A1400 AIR RDT PA

the essential requirements of the Machinery Directive 2006/42/EC (including all applicable amendments) applied and met are:

RESS 1.1.2, 1.1.3, 1.1.5, 1.1.6, 1.2.1, 1.2.3, 1.2.6, 1.3.1, 1.3.2, 1.3.3, 1.3.4, 1.4.1, 1.4.2.1, 1.5.1, 1.5.2, 1.5.4, 1.5.11, 1.5.13, 1.6.1, 1.6.3, 1.6.4, 1.6.5, 1.7.1, 1.7.1.2, 1.7.4

and that the relevant technical documentation has been compiled in compliance with part B of Annex VII.


EN 16005:2012

EN ISO 12100:2010

EN 60335-1:2013

EN 60335-2-103:2011

EN 13849-1:2008

EN 13849-2:2008

It is also declared that the partly completed machinery identified above may not be commissioned until the final machine - into which it will be incorporated - has been declared to conform to the provisions of the above mentioned Machine Directive 2006/42/EC.


A. Marcellan

A1400 AIR RDT 6 532119 04 - Rev. C

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CONTENTSEC Declaration of conformity of a machine . . . . . . . . . . . . . . . . . . . 4EC Declaration of conformity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Declaration of incorporation of partly completed machinery 5Declaration of incorporation of partly completed machinery 5

1. INTRODUCTION TO THE INSTRUCTIONS MANUAL . . . . . . . . . 91.1 Safety recommendations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Safety of the installer/maintenance technician . . . . . . . . . . . . . . 9Workplace safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Operator safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

1.2 Meaning of the symbols used . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

2. AUTOMATION A1400 AIR RDT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122.1 Intended use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Limitations for use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122.2 Unauthorised use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122.3 Identification plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132.4 Technical specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142.5 Composition of the supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Installation stages according to type of supply . . . . . . . . . . . . . 15Components of the automation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

3. REQUIRED INSPECTIONS AND ARRANGEMENTS . . . . . . . . . 183.1 Preliminary inspections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183.2 Arrangement of electrical cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

4. TRANSPORT AND RECEPTION OF THE CONSIGNMENT . . 19Handle packages. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19Unpack and Handle. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

5. CUT THE PROFILES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

6. ASSEMBLE THE HEAD SECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216.1 Preliminary for self-supporting head section (if any) . . . . . . . . 216.2 Assemble the components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Mechanical stops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22Electronics module and telescopic profile Rod . . . . . . . . . . . . . . 23Safety cables and spacers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Motor_1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Auxiliary_motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Motor release monitor XB LOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Internal release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Motor block operation test XB LOCK . . . . . . . . . . . . . . . . . . . . . . . 24Cover drilling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25Closed door monitor sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25Emergency battery kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

7. ASSEMBLE THE FRAME A1400 AIR RDT CS . . . . . . . . . . . . . . . . . 267.1 Entry door with Profiles TK50 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Preliminary operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Assembling the frame . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Fastening the fixed leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Mounting mobile leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Glazing installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Assembly of the head section to the upper profile . . . . . . . . . 27

7.2 Entry door with profiles TK20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Preliminary operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Assembling the frame . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Mounting MOBILE LEAVES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Assembly of the head section to the upper profile . . . . . . . . . 28

8. INSTALL THE HEAD SECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 298.1 Preliminary operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 298.2 Wall fastening . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 298.3 Self-supporting automation fastening . . . . . . . . . . . . . . . . . . . . . . . . 308.4 Mount the transom . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

9. INSTALL LEAVES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 329.1 Mount the lower shoes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Shoe with bracket TK50 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32Swivel shoe TK50 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32Shoe with bracket TK20 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

9.2 Mount profiles on the leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339.3 Mount the lower brush strip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Glass leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339.4 Install leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 339.5 PREPARING THE EXTERNAL CARRIAGES . . . . . . . . . . . . . . . . . . . . . . . 349.6 Telescopic profile assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 359.7 plate on telescopic profile . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 369.8 PREPARING EXTERNAL CARRIAGES . . . . . . . . . . . . . . . . . . . . . . . . . . . . 369.9 Steel cable fixing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 389.10 Adjust leaves and carriages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Height of the leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39Depth of the leaves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39Counter wheel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

10. INSTALL GLASS LEAVES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4010.1 Mount the sweepers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

11. ASSEMBLE THE BELT, CASING AND ACCESSORIES . . . . . . 4311.1 Mount the belt . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Adjust the belt. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4411.2 Belt tensioning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4511.3 Adjust the mechanical stops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Stops on opening . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46Double leaf closing stops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46Single leaf closing stops. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

11.4 Mount the side profiles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4711.5 Install the casing brackets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4711.6 Fit the closing cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4811.7 Mount motor block XB LOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4911.8 Adjust Motor block XB LOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4911.9 Align Motor block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5011.10 Mount motor block XM LOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5011.11 Mount the cable gland guides . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

12. ELECTRONIC INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5112.1 Electronics module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Electronic board E1400 RD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5112.2 Terminal boards and connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

J1 J2 J3 J4 - Safety detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J5 - Internal motion detector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J6 - External motion detector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J7 - Emergency: remote opening . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J8 - SDK EVO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J9 - Button photocells XFA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J10 - Main power supply 36V - 4A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J11 - Motor_1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J12 - Motor_1 Encoder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53J13 - Motor block and monitoring (OPTIONALS) . . . . . . . . . . . . 54J14 - Emergency battery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

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J17 - USB Port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54J18 - NOT used . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54J21 - Configurable inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54J22 - Configurable outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54J23 J24 J25 - Optional modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

12.3 Motors and encoders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5512.4 Motor block XB LOCK and monitoring (OPTIONAL) . . . . . . . . 5512.5 Motor block XM LOCK and monitoring (OPTIONAL) . . . . . . . 5612.6 EXIT detector XDT3 and entry detector XDT1 . . . . . . . . . . . . . . 5712.7 EXIT and ENTRY detectors XDT3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5812.8 Detectors XBFA for safety on opening for configurations 12.5/12.6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5912.9 2 exit detectors XDT3 and 2 entry detectors XDT1 . . . . . . . . . 6012.10 Detectors XBFA for safety on opening for configuration 12.8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6112.11 J9 - Button photocells XFA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6212.12 J7 - Emergency: remote opening . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

J22 - Configurable outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

13. COMMISSIONING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Preliminary checks prior to commissioning . . . . . . . . . . . . . . . . . 63

13.1 System power supply and SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Checks following SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Saving the Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

13.2 Basic / advanced programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64

14. SYSTEM FUNCTIONALITY/CONFIGURATIONS . . . . . . . . . . . 6814.1 Operating mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6814.2 Inputs configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6914.3 Configuration of J22 outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7114.4 Obstacle detection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7114.5 Anti-intrusion and PULL&GO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7114.6 Function Energy Saving . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

How to activate theEnergy Saving . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7214.7 Function Low Energy in closing - CS CFCS CF . . . . . . . . . . . . . . . . . . 72

How to set Low Energy on closure . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

15. DIAGNOSTICS AND PROCEDURES . . . . . . . . . . . . . . . . . . . . . . . . . . 7315.1 Acoustic signal. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7315.2 System diagnostics: alerts, errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7315.3 Solution of problems or outages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76

16. OPERATIONS ON THE BOARD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7716.1 Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

How to perform setup from board . . . . . . . . . . . . . . . . . . . . . . . . . . . 7716.2 RESET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

When is Reset necessary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77How to perform RESET from board . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

16.3 Restoring factory status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77When is Restore necessary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77How to perform restore . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

16.4 Update (UPLOAD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7816.5 Download . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

17. LKEVO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8017.2 selection MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

18. SDK EVO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8418.1 Assembly and testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8418.2 Switching on and use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8418.3 Home page . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

18.4 Reset - Block/Release SDKEVO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8518.5 PASSWORD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8518.6 selection MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8618.7 Function MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87

Menu 1 language . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90Menu 2 Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90Menu 3 ERRORS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93Menu 4 INDICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93Menu 5 CYCLE COUNTER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94Menu 6 DATE / TIME . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94Menu 7 TIMER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94 External programmers LKEVOSDK EVOnd 95 95Menu 8 PASSWORD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95Menu 9 INFO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96

19. MAINTENANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9719.1 Calculation estimate of cycles performed . . . . . . . . . . . . . . . . . . . 97

Routine maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97Periodic replacements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97

19.2 Maintenance technician safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9819.3 Replacements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9819.4 Cleaning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10019.5 Functional checks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100

20. WASTE DISPOSAL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100

21. ANNEXES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10121.1 Installation diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102

A1400 AIR RDT with TK20 2 mobile leaves and fixed leaf 102A1400 AIR RDT with TK20 2 mobile leaves . . . . . . . . . . . . . . . . . 103A1400 AIR RDT with tk20 4 mobile leaves . . . . . . . . . . . . . . . . 104A1400 AIR RDT with tk20 4 mobile leaves and 2 fixed leaves 105Position of components on support profile . . . . . . . . . . . . . . . 106A1400 AIR RDTRight Opening Single Leaf . . . . . . . . . . . . . . . . . . 106A1400 AIR RDT Left Opening Single Leaf . . . . . . . . . . . . . . . . . . . 107A140 AIR Telescopic Single Leaf Right and Left Opening 108A1400 AIR RDT Double Leaf . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109A140 AIR Telescopic Double Leaf . . . . . . . . . . . . . . . . . . . . . . . . . . . 110

21.2 selection MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11321.3 selection MENU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115

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INDEX OF TABLES1 Symbols: notes and warnings on the instructions . . . . . . . . . . . . . . . . . . 1 02 Symbols: work equipment (type and size) . . . . . . . . . . . . . . . . . . . . . . . . . 1 03 Symbols: safety recommendations (EN ISO 7010) . . . . . . . . . . . . . . . . . . 1 14 Symbols: signs on the product . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 15 Symbols: Personal Protective Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . 1 16 Symbols: signs on the packaging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 17 Technical specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 48 Profile cutting measurements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 09 Belt tensioning (measurements in mm) . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 510 LED on the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 211 BASIC programming fw version 1.6 or higher . . . . . . . . . . . . . . . . . . . . . . 6 512 ADVANCED programming fw version 1.6 or higher . . . . . . . . . . . . . . . . . 6 513 Setting max speed in Low Energy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 214 Statuses of the automation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 315 Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 416 Alerts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 517 AUX Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 518 Guide to outage solution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 619 Updating functions (UPLOAD) from USB . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 820 Download Functions on USB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 821 Firmware and programming file names . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 822 BOOTLOADER Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 923 Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 2

24 Alerts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 325 Firmware Version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 326 FUNCTION Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 827 Maintenance and replacement programme . . . . . . . . . . . . . . . . . . . . . . . 9 728 Automation weights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 0 129 Positions of components on the head section . . . . . . . . . . . . . . . . . . . . 1 0 1

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1. INTRODUCTION TO THE INSTRUCTIONS MANUAL

The instructions manual provides the correct procedures and require-ments to be complied with for installation and operation of the system in safe conditions.

! Carefully read and comply with all the instructions before starting any activity on the product.

Keep these instructions for future reference.

Unless otherwise specified, the measurements provided in the instructions are in mm.

In writing the instructions manual, due account was taken of the results of the risk assessment conducted by the manufacturer on the entire life cycle of the automation in order to implement effective risk reduction.The following stages of the life cycle of the automation were con-sidered:

- Consignment reception/handling - Assembly and installation - Setting up and commissioning - Operation - Maintenance / addressing any failures - Disposal at the end of the product’s life.

The sources of risk arising from installation and use of the automation were taken into account:

- Risks for the installer/maintenance technician (technical personnel) - Risks for the automation’s operator - Risks for the product’s integrity (damage)

1.1 SAFETY RECOMMENDATIONSThe installer/maintenance technician is responsible for the instal-lation/testing of the system and for filling in the system’s Register.

SAFETY OF THE INSTALLER/MAINTENANCE TECHNICIAN

! Installation must be performed in compliance with Standards cur-rently in force. The installer’s safety is connected to environmental and operative conditions that reduce the risks of accidents and severe damage to a minimum.

It should be remarked that most accidents occurring in the workplace are caused by failure to comply with and monitor the most basic and fundamental safety and prevention rules.

The installer/maintenance technician must prove or declare to pos-sess the technical-professional proficiency to perform installation, testing and maintenance activities according to the requirements of these instructions. He or she is bound to read and comply with the instructions manual.

Incorrect installation and/or incorrect use of the product might cause serious harm to people.

Perform installation and other activities adhering to the sequences provided in the instructions manual.

Always comply with all the requirements contained in the instructions and warning tables at the beginning of the paragraphs.

Do not modify the components of the automation system in any way.

Only the installer and/or maintenance technician is authorised to open the automation casing.

FAAC disclaims any liability involving the automation’s safety and proper operation in the event non-original components are used FAAC.

For the supplyA1400 AIR RDT CS, FAAC a System Register form is provided.

WORKPLACE SAFETY

! The installer/maintenance technician must be in good psycho-physical conditions, aware of and responsible about the hazards that may be engendered when using a machine.

The installation activity requires special work conditions. Further-more, the suitable precautions must be taken to prevent risks of injury to persons or damage.

It is recommended to always comply with the safety recommenda-tions.

Cordon off the work site and prevent access to the area.

The work area must be kept tidy and must not be left unattended.

Do not wear clothes or accessories - such as ties or bracelets - that might get caught in moving parts.

Always wear the personal protective equipment recommended for the type of activity to be carried out.

Use work instruments in good conditions.

The required level of workplace lighting must be equal to at least 200 lux.

Use the transport and lifting equipment recommended in the instruc-tions manual.

Use safety-compliant portable ladders of adequate size, fitted with anti-slip devices at the top and bottom, equipped with retainer hooks.

OPERATOR SAFETY

! The operator in charge of using the automation is responsible for running the system.

He or she is bound to read and comply with the instructions manual.

He/she must be in good psycho-physical conditions, aware of and responsible about the hazards that may be engendered when using a machine.

The required level of ambient lighting must be equal to at least 200 lux.

The operator in charge of using the automation must prevent use of the control devices to anyone who is not explicitly authorised and instructed by them. He/she must not allow access to the control devices to persons under age or with reduced psycho-physical abili-ties, unless under supervision by an adult responsible for their safety.

Do not use the system in case of malfunctioning.

In no event shall the operator be authorised to perform any procedure inside the automation housing or on installed components.

The operator is not allowed to perform any type of procedure on the motorisation or on other system components.

In the event of malfunctioning, the operator must abstain from any attempt to repair or intervene directly. He/she must request interven-tion by the INSTALLER/MAINTENANCE TECHNICIAN.

The operator must have the system’s maintenance be carried out according to the instructions provided in this manual.

The installer/maintenance technician must provide the operator with all the information required to operate the system and for emergency situations.

The installer/maintenance technician must supply the system’s Register to the owner.

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1.2 MEANING OF THE SYMBOLS USED

! Perform the operations and steps described in compliance with safety regulations and the instructions provided so as to prevent the risks indicated by the symbols in the following tables.

2 Symbols: work equipment (type and size)

6-8...

HEX WRENCH of the specified size (6, 8...)

6-8...

ALLEN KEY with ROUND HEAD of the specified size (6, 8...)

6-8...

FLAT-HEAD SCREWDRIVER of the specified size (6, 8...)

6-8...

CROSS-HEAD SCREWDRIVER of the specified size (6, 8...)

6-8...

METAL DRILL BITS of the specified size (6, 8...)

6-8...

MASONRY DRILL BITS of the specified size (6, 8...)

LEVEL

45°...

COUNTERSINK with specified angle (45°...)

M6-M8...

THREADING TAP with specified thread (M6, M8...)

ROUND SAW

GLASS SUCTION CUPS

PALLET FORKS

TOOL with TORQUE ADJUSTMENT

It indicates that a tool with torque adjustment is required where necessary for safety reasons.

TIGHTENING TORQUE VALUE

The pictures specify the tool and the tightening torque in Nm. E.g.: HEX WRENCH 6 set at 2.5 Nm

2.5

2.5 Nm

1 Symbols: notes and warnings on the instructions

!CAUTION

It indicates the risk of personal injury or damage to parts. The described operation/step must be carried out in compliance with the instructions provided and with safety regulations.

FWARNING ELECTROCUTION HAZARD

Indicates risk of electrocution. The described operation/step must be carried out in compliance with the instructions provided and with safety regulations.

WARNING

Details and specifications to be followed with the utmost attention, in order to ensure correct operation of the system.

PAGE REFERENCE

It refers to the page indicated by the number for details or clarifications.

PICTURE REFERENCE

It refers to the picture indicated by the number.

TABLE REFERENCE

It refers to the table indicated by the number.

CAUTION

The batteries and electronic components must not be disposed of with household waste but delivered to authorised disposal and recycling centres.

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3 Symbols: safety recommendations (EN ISO 7010)

GENERIC HAZARD

It indicates the risk of personal injury or damage to parts.

ELECTROCUTION HAZARD

It indicates the risk of electrocution due to the presence of live parts.

RISK OF CRUSHING AND MUSCULO-SKELETAL DISORDERS

It indicates the risk of crushing and musculo-skeletal disorders due to lifting heavy parts.

BURNING OR SCALDING HAZARD

It indicates the risk of burning or scalding due to the presence of parts at high temperature.

CRUSHING HAZARD

It indicates the risk of crushing hands/feet due to the presence of heavy parts.

RISK OF CRUSHING HANDS

It indicates the risk of crushing hands due to the presence of moving parts.

CUTTING/AMPUTATION/PIERCING HAZARD

It indicates the risk of cutting due to the presence of sharp parts or using pointed tools (drill).

SHEARING HAZARD

It indicates the risk of shearing due to moving parts.

RISK OF IMPACT/CRUSHING

It indicates the risk of impact or crushing due to moving parts.

FALLING OBJECTS HAZARD

It indicates the risk of impact due to falling objects.

SPENT BATTERIES HAZARD

It indicates a risk for the environment and health arising from spent bat-teries due to possible leakage of the liquid content.

COLLISION WITH FORKLIFT TRUCKS HAZARD

It indicates a risk of collision/impact with forklift trucks.

5 Symbols: Personal Protective EquipmentPersonal protective equipment to be worn for protection from any risks (e.g. crushing, cutting, shearing, etc.):

Obligation to wear head protection helmet.

Obligation to wear safety footwear.

Obligation to wear mask/goggles to protect the eyes from the risk of fragments due to the use of drill or welder.

Obligation to wear work gloves.

Obligation to wear ear protectors.

Obligation to wear overalls. Do not wear clothes or accessories - such as ties or bracelets - that might get caught in moving parts.

6 Symbols: signs on the packagingImportant warnings for the safety of people and integrity of the load:

Handle with care. Presence of fragile parts.

Store away from water and humidity.

PROHIBITION to stack items.

2 Maximum number of stackable items, e.g.: 2.

Wear work gloves.

Wear safety footwear.

Use pallet trucks.

Use forklift trucks.

20 kg is the MAX weight that 1 person can lift.

Kg ____ WEIGHT of the load.

4 Symbols: signs on the product

Obligation to read the instructions

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2. AUTOMATION A1400 AIR RDT

2.1 INTENDED USESystems FAAC series A1400 AIR RDT make it possible to operate auto-matically, manage and control operation of sliding one- or two-leaf doors, with linear horizontal motion.The automations of series A1400 AIR RDT are designed to install automated entry doors exclusively for pedestrian traffic.They are suitable for installing emergency exits compliant with standard EN 16005:2012.They are suitable for indoor installation, for applications meeting the features detailed in 7 .

! No other use outside the ones set out above is allowed by the manufacturer.

FAAC disclaims all liability deriving from misuse or use other than that for which the automation is intended.

LIMITATIONS FOR USEDo not use the automation in the presence of the following conditions:

- direct exposure to weathering - exposure to direct water jets of any type or extent - outside the technical limitations set out. Specifically, it is forbid-

den to connect to sources of energy other than those set out.

2.2 UNAUTHORISED USEIt is forbidden to:

- use the automation for uses other than THE INTENDED USE; - use the automation for installing smoke and/or fire protection

doors (fire doors); - install integral anti-panic breakout systems (APN) on doors series

A1400 AIR RDT; - use the automation with mobile and fixed guards tampered

with or removed; - use the automation in premises under risk of explosion and/or

fire: the presence of flammable gases or fumes is a severe danger for safety (the product is not certified pursuant to the 94/9/EC ATEX directive);

- integrate other systems and/or commercial equipment not intended;

- use other systems and/or commercial equipment for uses not authorised by the respective manufacturers;

- use commercial devices for purposes other than those set out by the respective manufacturers.

external

internal

1 Monitored detector for internal opening and safe closing (XDT3) included in the supply

2 Monitored detector for external opening and safe closing (XV1/XDT1) optional accessory

3 SDK EVO optional accessory

4 Key switch to lock theSDK EVO optional accessory

5 Emergency/Key/OPEN control buttons optional accessories

6 Power supply 230V~

7 Internal monitored detectors for safe opening (XBFA) optional accessory

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2.3 IDENTIFICATION PLATEThe identification plate 2 -1 is located on the support profile.

In case of supplyA1400 AIR RDT KIT, the identification plate must be applied in a visible position, under the installer’s responsibility 2 -1.

Month and year of production (mm/yy)

Sale code

Sale code

Product name

Progressive no. of the month of production

IDENTIFICATION NUMBERexample:

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2.4 TECHNICAL SPECIFICATIONS7 Technical specifications

MODEL A1400 AIR RDT single leaf A1400 AIR RDT double leaf

Length * [mm] from 1750 to 4600 from 2200 to 6100

Depth * [mm] 234 234

Total depth with self-supporting beam * [mm] 289 289

Height * [mm] 100 100

Weight** [kg] MIN. 25 - MAX 43 MIN. 31 - MAX. 55

No. of leaves 2 4

MAX weight of one leaf *** The weight depends on the leaf dimensions:

L [m] Pmax [Kg]

≤ 1.4 110+110

1.6 90+90

1.7 75+75

1.8 65+65

2.0 60+60

2.2 63+63

2.4 70+70

2.6 80+80

2.8 90+90

3.0 110+110

The weight is independent of leaf dimen-sions:

60+60+60+60 [Kg]

Passage opening (Vp) [mm] from 1100 to 3000 from 1400 to 3000

Beam length [mm] Vp x 1.5 +100 Vp x 1.5 +100

Maximum framed leaf thickness [mm] 65 65

Power supply voltage 230 V~ (+6% -10% ) 50 Hz 230 V~(+6% -10% ) 50 Hz

MAX Absorbed power [W] 140 140

Use frequency 100 % 100 %

Main motor (with encoder) powered at 36V powered at 36V

Auxiliary motor (without encoder) powered at 36V powered at 36V

Max. accessories load 1A, 24V (excluding SDK EVO) 1A, 24V (excluding SDK EVO)

Time/date backup battery Lithium CR2032 3V Lithium CR2032 3V

Motion backup battery NiMh 24V 1800mAh NiMh 24V 1800mAh

Traction by toothed belt by toothed belt

Opening/closing speed adjustment (empty) [cm/s] 10... 75 20... 150

Partial opening adjustment 5%... 95% of total opening 5%... 95% of total opening

Pause time adjustment [s] 0... 30 0... 30

Night pause time adjustment [s] 0... 240 0... 240

Anti-crushing device in opening/closing in opening/closing

Protection sensors monitoring (EN 16005:2012) can be bypassed can be bypassed

Function Energy Saving can be enabled can be enabled

Drive Low Energy can be enabled can be enabled

Operating ambient temperature [°C] -20... +55 -20... +55

Automation protection degree IP 23 (internal use) IP 23 (internal use)

* The dimensions and weight of the automation are specified excluding carriage and leaf overall dimensions, which are customisable

** For the specifications of weights in relation to automation length, see 28 .

*** The leaf weight is variable non proportional to L leaf dimension. This is connected to the opening speed which must remain constant regardless of leaf weight and size, with reference to standard EN 16005:2012.

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2.5 COMPOSITION OF THE SUPPLYAutomations FAAC of the A1400 AIR RDT series may be purchased with the following supply methods:

- Automation in kit: A1400 AIR RDT KIT - Assembled automation: A1400 AIR RDT PA - Complete entry door: A1400 AIR RDT CS

INSTALLATION STAGES ACCORDING TO TYPE OF SUPPLY

! During installation, it is recommended to comply with the order of the sections set out based on the type of purchased supply.

A1400 AIR RDT KIT

A

B

A. Package with automation components to be assembled on the support profile FAAC

B. Package with profiles FAAC purchased in 4.30 m or 6.10 m length rods

Sequence of installation phases (dedicated sections in the instructions manual)

- Required inspections and arrangements (§ 3)

- Cutting the profiles (§ 5)

- Installation of the head section: assembly of the components on the support profile (use exclusively profiles FAAC) (§ 6)

- Installation of the head section (§ 8)

- Installation of the leaves (§ 9) - for glass Leaves (§ 10)

- Electronic installation (§ 12)

- Commissioning (§ 13)

A1400 AIR RDT PA

C

C. Automation assembled on head section FAAC*Sequence of installation phases (dedicated sections in the instructions manual)






A1400 AIR RDT CS

C

D

E

C. Automation assembled on head section FAAC*D. Leaves FAAC (with TK20 or TK50 profiles)E. Package with TK20 or TK50 profiles to install the door wall frame

FAAC

Sequence of installation phases (dedicated sections in the instructions manual)


- Installation of the door wall frame (§ 8) with FAAC - TK50 or TK20 profiles





* supplied with the required measurement and with pre-assembled automation components.

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COMPONENTS OF THE AUTOMATIONSupporting profile

It lets you adequately fasten the automation along a load-bearing metal or masonry wall.

Self-supporting profile KIT - OPTIONALg p

To fasten the head section to the side walls. In cases where there is no load bearing wall to fasten the supporting profile, or if the wall is not smooth.

The kit includes:

- Self-Supporting Profile to be assembled to the supporting profile to obtain a self-supporting head section.

- 2 Sides to fasten the head section to the side walls.

- Transom Profiles to lock any transom panel installed above the self-supporting profile.

CLOSING front CASING PROFILE (H100)

Aluminium profile for front head section closure.

Electronic module rod

Accessory for installation of the electronics module.

Plates with screws

Accessories for installation of components.

Motor_1 - with encoder

Auxiliary_Motor - with pulley adjustment_ p y j

Leaf Support/Sliding Carriages - (2 for each leaf)

Transmission Belt

! It is obligatory to use the belt FAAC for A1400 AIR RDT

Control electronics module

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

Electronic board E1400 RD and Power supply unit.

Emergency battery - COMPULSORY installation

It allows the automation to operate in case of mains power failure.

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Motor block and Internal release - OPTIONAL

It acts directly on Motor_1 mechanically locking it to maintain leaf position.

Supplied with internal release device which allows emergency open-ing to be performed in case of need.

Ready for installing external release.

Monitoring - OPTIONALThe magnetic monitoring sensor detects door status: closed/not closed. It is fitted with connector for connecting a relay (e.g. to con-nect an alarm system).

The monitoring micro switch on the motor block detects any mal-function. It is ready to remotely activate a light or sound warning.

Motor block XM LOCK - OPTIONAL

It acts directly on Motor_1 mechanically locking it to maintain leaf position.

SDK EVO - OPTIONALProgramming and function selector device with display.

LKEVO - OPTIONAL Programming and function selector device without display.

TK50 - Sliding shoes with bracket - OPTIONALFor fastening to wall or fixed leaf (supplied in a PAIR).

TK50 - Swivel sliding shoes - OPTIONALFor fastening to the floor (supplied in a PAIR).

TK20 - Sliding shoes with bracket - OPTIONALFor fastening to fixed leaf (supplied in a PAIR).

Lower guide profile - OPTIONALTo adapt the lower leaf profile to the sliding shoe.

Supplied in 3.0 m long rods.

Upper profile for connecting the leaf - (1 for each leaf) - OPTIONALAccessory to adapt the upper leaf profile to the carriage connections.

Supplied in 3.0 m long rods.

Brush strip for lower guide profile (H19 or H25) - OPTIONALCompletes the floor guide system.

Glass leaf lower shoes - OPTIONALFor glass leaf sliding.

Glass leaf gripper - OPTIONAL

A1400 AIR RDT 18 532119 04 - Rev. C

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internal

230V~6

230V~6

541

27

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3. REQUIRED INSPECTIONS AND ARRANGEMENTS

3.2 ARRANGEMENT OF ELECTRICAL CABLES

! Before performing any operation on the system, disconnect the power supply.

The electrical system must be compliant with the regulations in force in the Country of installation (EN 60335-1...)

The power mains of the automation system must be fitted with a multi-pole power switch with a switch-contact gap of at least 3 mm. It is advisable to use a 6A circuit breaker with a multi-pole power switch.

Ensure there is a residual current device with a 0.03 A threshold upstream of the system.

Ensure the earthing system is constructed in a workmanlike manner and connect the structure’s metal parts to it.

Arrange the electrical cables for connecting accessories and the electrical power supply 3 .Protect cables by means of suitable ducting.

! Place control accessories within the automation’s visual range. These devices must always be accessible, even with the door open.

Comply with the following heights from the ground:

- control accessories = minimum 150 cm

- emergency buttons = max 120 cm

3.1 PRELIMINARY INSPECTIONS

! Prior to installation, check soundness of the load bearing masonry structure and door. Perform any required work to assure:

- solidity, stability and absence of any risk of detachment or collapse of the masonry structure, fixed door frame and automation

- level flooring, without any friction/hindrance to smooth leaf sliding

- absence of sharp edges (cutting hazard)

- absence of protruding parts (hooking/entrainment hazard)

230V~6

1

2

3

external

internal

1 Monitored detector for internal opening and safe closing (XDT3) included in the supply

2 Monitored detector for external opening and safe closing (XV1/XDT1) optional accessory

3 SDK EVO optional accessory

4 Key switch to lock theSDK EVO optional accessory

5 Emergency/Key/OPEN control buttons optional accessories

6 Power supply 230V~

7 Internal monitored detectors for safe opening (XBFA) optional accessory

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4. TRANSPORT AND RECEPTION OF THE CONSIGNMENT

HANDLE PACKAGES

! Always comply with instructions on the package.

The NET WEIGHT is indicated on the package.

PALLETISED SUPPLY

RISKS

PERSONAL PROTECTIVE EQUIPMENT

REQUIRED TOOLS

SINGLE PACKAGE

RISKS


REQUIRED TOOLS

For manual lifting, arrange for 1 person every 20 kg to be lifted.

UNPACK AND HANDLERISKS


REQUIRED TOOLS

For manual lifting, arrange for an adequate number of people for the weight of the leaf: 1 person every 20 kg to be lifted.

1. Open and remove all packaging elements.2. Ensure all components requested in the supply are present and

intact (§ 2.5 - 16 ).

In the event of non-conforming supply, proceed as set out in the General sale conditions included in the Sale catalogue, which can be viewed on the website www.faacgroup.com.

The unpackaged goods must be handled manually.

! Should transport be required, the products must be suitably packaged.

Discard the packaging after use in the appropriate containers in compliance with waste disposal regulations.

The packaging materials (plastic, polystyrene, etc.) must not be left within reach of children as they are potential sources of danger.

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5. CUT THE PROFILES

In case of A1400 AIR RDT KIT supply, the profiles must be cut to the indicated measure. This operation is performed in the shop. After cutting, assemble the components to the support profile.

Handling instructions: 19 .

RISKS


REQUIRED TOOLS

Use a circular or linear saw cutting machine with blade suitable for cutting metals.

It is forbidden to use a hand saw.

Only use equipment in good conditions and fitted with all the required safety devices.

Always comply with the instructions provided by the equipment's manufacturer.

Cutting operations may only be performed by personnel authorised to use the equipment.

Perform the cuts to the measures set out in 8 .

8 Profile cutting measurementsProfile to be cut Cutting measurement [mm]

- Support profile

- Head section cover

- Self-supporting profile (OPTIONAL)

Lt = Vp x 1.5+ 100

The head section length (Lt) must be calculated based on the measurement of the passage opening (Vp).

100 mm is the measurement of the overlap between leaves (50 + 50). If the overlap is different, the Lt measurement varies accordingly.

The passage opening measurement (Vp) taken on the installation must already be known when placing the order since the profiles can be supplied in 6100 mm-long rods.

- Leaf connection profile (OPTIONAL)

- Lower guide profile (OPTIONAL)

La

The leaf width measurement (La) depends on the passage opening measurement (Vp), on the number of leaves and the planned overlap.

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6. ASSEMBLE THE HEAD SECTION

1. Fasten the support profile to the self-supporting profile 5 -�: - start fastening at a vertical slot at one end and a horizontal slot

at the other end.

Check the horizontal with a spirit level.

- proceed with the other fastenings at a 200 mm distance; alternate vertical and horizontal slots.

2. Fasten the side brackets at the ends: - position the plates in the suitable housings and fasten the 2 side

brackets at the ends of the supporting profile and self-supporting profile 5 -�.

use the screws and the plates supplied

In case of A1400 AIR RDT KIT supply, the components must be fitted onto the support profile. This operation is performed in the shop. The assembled head section is then moved to the installation site.

Handling instructions at 19 .

RISKS


REQUIRED TOOLS

Ø 18 mm 6-8-10-13 5

! A torque wrench must be used to achieve the specified fastening torques (Nm).


6.1 PRELIMINARY FOR SELF-SUPPORTING HEAD SECTION (if any)

ONLY in cases where the head section is to be fastened to the side walls, the self-supporting head section must be prepared:

the support profile, self-supporting profile and the side brackets are assembled before assembling the automation components.

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6.2 ASSEMBLE THE COMPONENTS

! Adhere to the correct positioning set out in the relevant diagram: 106 /107 /109 .

MECHANICAL STOPS

! SINGLE LEAF: 4 mechanical stops are required. Place them at the two ends of the profile to begin with.

DOUBLE LEAF: 8 mechanical stops are required. Place 4 of them at the two ends of the profile and 4 in the middle to begin with.

1. Insert the mechanical stops from the side or front 6 -�.2. Check correct position resting on the profile - 6 -� and tem-

porarily fasten each mechanical stop 6 -�.

After assembling the leaves, the stops’ positions must be adjusted.

A1400 AIR RDT 23 532119 04 - Rev. C

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9

10 11

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

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E E

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S1 G

T

J1V G

S2 G

T

J2

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S3 G

T J3

V G

S4 G

T

J4

J17

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TX G J8

E1 G

E2

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T2 R

1 G R2

J9

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01 02

02

J22

J21

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J18

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2

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6 Nm

2

6

6 Nm

2

6

6 Nm

7

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ELECTRONICS MODULE AND TELESCOPIC PROFILE ROD1. Insert into the side of the profile the mounting rod of the electron-

ics module 7 -�.2. Fasten the electronics module with the 2 screws on the mounting

rod 7 - 8 -�.3. Insert the rod into the side to fasten the telescopic profile 7 -�.

! Caution: the electronics module bar and the bar for telescopic profile must always be installed before installing the head section.

The electronics module may be fastened even if the suitable bar is not present. In such an event 2 plates with screws may be used.

SAFETY CABLES AND SPACERS1. Insert the largest end of each cable in the support profile 9 -�.2. Insert 2 vibration damper spacers 9 -� on the edge of the

profile. In case of profiles longer than 3 m, add a spacer in the middle 9 -�.

MOTOR_11. Mount crescents on motor 1 10 -�.2. Insert the motor in the side of the support profile.3. Fasten by means of the 3 plates with screws 10 -�.

AUXILIARY_MOTOR1. Mount crescents on auxiliary motor 11 -�.2. Insert the motor in the side.3. Fasten by means of the 5 plates with screws 11 -�.

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MOTOR RELEASE MONITOR XB LOCK(OPTIONAL ACCESSORY)Install the micro switch on the motor block 12 .

INTERNAL RELEASE

The knob must be unscrewed and removed to open the automation casing after mounting the internal release.

1. Screw the adjustment, with the relevant locking nut 13 -�.2. Extract about 20 cm steel cable from the sheath. Insert the cable in

the adjustment screw and run it into the release device 13 -�.3. Tighten the screw 13 -� to lock the steel cable.4. Move the black cable sheath against the adjustment screw and

screw the adjustment screw fully into the bracket.5. Insert two plates into the profile 14 -� and fit the release knob

into the side bracket.6. Lock the knob: pull it and turn it by 90° 13 . The knob must

maintain this position.7. Run the cable with sheath into the suitable cable ducts up to the

motor block. Avoid bending the sheath too tightly.8. Move the cable with sheath close to part � in 15and remove

the excess sheath.9. Run the cable into the guide 15 -� so the sheath is in contact.

Insert the cable in the clamp �.10. Pull the block � all the way, compressing the springs. Tighten the

clamp screw � to lock the steel cable.11. Cut the excess steel cable.

MOTOR BLOCK OPERATION TEST XB LOCK The motor must be unhindered: motor block not inserted in the motor shaft coupling.

- To adjust cable tension, act on the adjustment screw 13 -�. - Unlock the knob by turning it 90° and ensure the release is working. - Pull the knob to ensure the door opening micro switch is activated 15 -�).

If installation of the external release is required, use suitable key but-tons. Insert the release cable in the suitable housing in the motor block.

�

�

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18

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3

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COVER DRILLINGMake a diameter 18 mm hole on thediameter 18 mm hole on the lengthwise marking on the cover 16 -�.The hole must be centred with respect to the release knob.

CLOSED DOOR MONITOR SENSOR(OPTIONAL ACCESSORY)

Assemble the magnet on the carriage closest to the closing stop.

1. Screw the magnet 17 -� on the carriage (use the threaded hole normally used to attach the belt).

2. Assemble the sensor to the bracket with the suitable plastic nuts 17 -�.

3. Insert a threaded plate with screw in the support profile housing and fasten the bracket 17 -�.

After installing the door the position must be checked to ensure sensor and magnet are aligned when the door is closed.

EMERGENCY BATTERY KIT1. Insert two plates in the support profile as shown in 18 .2. Fasten the battery support on the support profile with 2 screws

and washers (provided).

! Check the label on the emergency battery with date and logo through the window on battery support plate .18 -�.

2

6

6 Nm

year of manufacture (yyyy)

Sale code

IDENTIFICATION NUMBERexample:

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7. ASSEMBLE THE FRAME A1400 AIR RDT CS

RISKS


REQUIRED TOOLS

Ø 8 mm 5glass shims

! A torque wrench must be used to achieve the specified fastening torques (Nm).

When ordering the door frame take into account that opening safety clearances must be kept as set forth by the standard EN 16005:2012 since no opening protection detectors are admissible for the door A1400 AIR RDT.


7.1 ENTRY DOOR WITH PROFILES TK50

PRELIMINARY OPERATIONS1. Check soundness of the installation opening (Masonry, Structural

Metal Work etc.).2. Take the measurements of the opening.

! The door frame must be fastened to the structure with suitable screws (dowels, self tapping screws etc.).

3. Measure the door frame and compare them with the opening measurements.

4. Check floor levelness with a spirit level.

! Ensure there are no hydraulic coils or electrical conduits under the floor at the planned drill points.

ASSEMBLING THE FRAMEThe supply includes:

- upper head section with reinforcement counter-plate for A1400 AIR RDT

- 2 mobile leaves assembled with or without glazing - 2 fixed side leaves without glazing to be assembled with upper

head section - fixed leaves glass beading - frame assembly screws kit

1. Mount the upper balancing profile on the opening (STD solution) 20 - �.

2. Fasten with appropriate screws with minimum 500 mm pitch.3. Assemble the entry door parts consisting of the 2 open leaves on

the top and assemble it with the head section connection profile, in the detail by means of the U bolt 20 - �. Join the head section to the profile using the supplied screw kit.

4. Lift the assembled entry door.5. Place the entry door in the opening and insert it into the top

balancing profile.6. Check levelness with a spirit level.7. Fasten the side balancing profiles with appropriate screws at the

grub screws 21 -�.

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8. Check verticality with a spirit level.9. Adjust the distance between leaf profile and balancing profile with

the grub screws on the profile 21 -�. This adjustment corrects any flaws on the wall surface.

10. Check proper vertical and horizontal alignment.11. Fasten the fixed leaf sides as in 21 -�.

! Should it be necessary to cut the balancing profile, attention must be paid to the alignment of holes, which have variable pitch. It is recommended to mark the references for the cut starting from the top.

FASTENING THE FIXED LEAVESFixed leaves may be:

- with low skirting - with high skirting

Fasten the fixed leaf to the floor and plug the leaf 22 -� with suitable screws and dowels.

- Use adequate wall bits and dowels with screws.

! Ensure there are no hydraulic coils or electrical conduits under the floor at the planned drill points.

MOUNTING MOBILE LEAVES Mount the leaves as described § 9 32 .

GLAZING INSTALLATION1. Place the 3 shims in the lower part of the profile 22 -�.2. Place the glazing on the shims. 23 - ��.

! Handle the glazing adhering to the safety warnings in the Safety chapter.

3. Secure the glass with the blocks supplied 23 -�.4. Insert the beading along the entire length of the perimeter.

! The beading must be inserted with the spline side towards the inside of the profile 23 -�.

ASSEMBLY OF THE HEAD SECTION TO THE UPPER PROFILEMount the assembled head section onto the upper profile by means of suitable attachments.After mounting the head section, perform all procedures to secure the leaf to the carriages as set out in the chapters concerning kit assembly. Refer to chapter § 8 also for all adjustment procedures.

7.2 ENTRY DOOR WITH PROFILES TK20

PRELIMINARY OPERATIONS1. Check soundness of the installation opening (Masonry, Structural

Metal Work, etc.).2. Take the measurements of the opening.

! The frame must be fastened to the structure with suitable attach-ments.

Ensure there are no hydraulic coils or electrical conduits under the floor at the planned drill points.

3. Measure the door frame and compare them with the opening measurements.

4. Check floor levelness with a spirit level.

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ASSEMBLING THE FRAMEThe supply includes:

- 4 leaves (2 fixed leaves and 2 mobile leaves with installed glazing). - side and upper balancing profiles - alignment profile - fixed leaf beading - floor shoe

1. Mount the upper balancing profile 24 -�.2. Mount the side balancing profiles 24 -�.3. Mount the floor profile 24 -�.4. Insert the fixed leaf by tilting it and inserting it into the top profile

25 � � �.5. Place horizontally then fasten the leaf.6. Mount the upper labyrinth 25 -�.

MOUNTING MOBILE LEAVES Mount the leaves as described § 9 32 .

ASSEMBLY OF THE HEAD SECTION TO THE UPPER PROFILEMount the assembled head section onto the upper profile by means of suitable attachments.After mounting the head section, perform all procedures to secure the leaf to the carriages as set out in the chapters concerning kit assembly. Refer to chapter § 8 29 also for all adjustment procedures.

Automation side view

fixed leaf mobile leaf

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8. INSTALL THE HEAD SECTION

Screws and dowels not supplied.

8.2 WALL FASTENING

! The supporting wall must be adequate for the weight of the entry door (automation with leaves). It is recommended to use dowels with adequate screws and tightening torque.

1. Lift the support profile to the established fastening height.2. Mark the drilling points on the wall.

! Check the horizontal with a spirit level.

3. Drill the holes on the wall. - Use suitable drill bits for the wall material.

4. Lift the support profile. Start fastening at a vertical slot at one end and a horizontal slot at the other end.


5. Fasten in the middle then proceed with the remaining attach-ments alternating vertical and horizontal slots at a distance of 200 mm 26 .

Upon completing head section installation, reposition the compo-nents you have moved and reassemble the electronics module in the correct position.

Finally, fit again the safety cables and the casing.

RISKS


REQUIRED TOOLS

Ø 8 mm 8-10-13 5


8.1 PRELIMINARY OPERATIONS1. To be able to perform fastenings, the casing and electronics mod-

ule must be temporarily disassembled and the components must be moved as they are a hindrance.

To make subsequent replacing easier, mark components’ positions.

- With the automation on the ground, extract the safety cables and remove the casing.

- Loosen the screws of the electronics module and remove it. - Loosen the screws of the components that are a hindrance (e.g.

motors) and slide them along the profile.2. Establish the fastening height of the support profile:

- for leaves with 2.5 m standard height frame consider overall dimensions of 104 to 107

! The minimum distance between the upper section of the support profile and the ceiling must be 80 mm 26 .

Check the horizontal with a spirit level.

3. Continue according to the intended type of installation: - WALL FASTENING 29 .

- SELF-SUPPORTING FASTENING with OPTIONAL ACCESSORY PROFILE 30 - if provided for specific needs.

ceiling

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8.3 SELF-SUPPORTING AUTOMATION FASTENING(IF ANY)

! The side supporting walls must be adequate for the weight of the entry door (automation with leaves). It is recommended to use dowels with adequate screws and tightening torque.

The automation in the self-supporting version (if provided) has sup-porting profile assembled on the self-supporting profile and side brackets 21 .

1. Lift the automation to the established fastening height and mark on the wall the drilling points at the 4 slots of each side bracket.


2. Drill the holes on the side walls. - Use suitable drill bits for the material 27 .

3. Lift the automation and fasten it to the side walls: - Use 4 appropriate dowels at the 4 slots on each of the two side

brackets 28 .


4. If the length of the profile exceeds 3000 mm, tie rods must be fitted to the wall or ceiling, depending on the situation, in intermediate position to prevent bending of the head section’s middle.

! Use steel tie rods suitable to withstand a 600 kg load (the contact surface of the cable with the self-supporting profile must be at least 70 mm2)* 29 .

5. The number of tie rods required depends on the length of the profile: - from 3000 to 4000 mm a central fastening is required. - from 4000 to 6100 mm two intermediate fastening points are

required.

It is nevertheless recommended to fit a tie rod in central position also for lengths less than 3000 mm.

Screws and dowels not supplied.

* minimum 70 mm2

Tie rod not supplied.

A1400 AIR RDT 31 532119 04 - Rev. C

30

31 32

33

1

1

3

4

5

6

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8.4 MOUNT THE TRANSOM(OPTIONAL)

The optional transom is provided in the event of self-supporting head section.

1. Insert the transom leaf in the opening of the self-supporting profile 30 .

2. Keep the leaf lifted to insert the profiles at a regular distance 31 .3. Lower the leaf onto the profiles 32 .4. Fasten a central tie rod (not provided) 33 .

! Use steel tie rods suitable to withstand a 600 kg load (the contact surface of the cable with the self-supporting profile must be at least 70 mm2)* 29 .

The number of required tie rods depends on profile length: arrange one tie rod every 2500 mm.

Tie rod not supplied.

* minimum 70 mm2

A1400 AIR RDT 32 532119 04 - Rev. C

35

15

38

16

22

2520

4 5

40

2

1 334

35

36

1

1

35

15

16 2025

22

26

4

1

3

2

44

4

3

4 2

4

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9. INSTALL LEAVES

RISKS


REQUIRED TOOLS

8 6


9.1 MOUNT THE LOWER SHOES

SHOE WITH BRACKET TK50For wall or fixed leaf fastening 34 .

- use suitable screws (not provided).

SWIVEL SHOE TK50For fastening to the floor 35 .


SHOE WITH BRACKET TK20For fastening to the fixed leaf 36 .


! Check leaf verticality.

When the leaf is open or closed, the shoe must be fully inside the lower leaf profile.

The distance between shoe and lower profile must be 4mm (ref. 4 34 -35 -36 ).

1

A1400 AIR RDT 33 532119 04 - Rev. C

1

37

38

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9.2 MOUNT PROFILES ON THE LEAVES

! Before installing the leaves, ensure there is no cutting or dragging hazard.

Check leaf verticality.

Remove any protrusions and/or sharp edges on the frame and leaves.

1. Position and fasten the attachment profile on the top of the leaf 37 .

! Use suitable screws for the weight of the leaf with adequate tighten-ing torque.

2. Position and fasten the lower guide profile on the bottom of the leaf 38 .

9.3 MOUNT THE LOWER BRUSH STRIP(OPTIONAL ACCESSORY)1. Cut the brush strip to the same length as the leaf.2. Insert the brush strip in the suitable housing of the lower guide

profile 38 -�.

GLASS LEAVES

For installation of glass leaves see the dedicated section: § 10

40 .

9.4 INSTALL LEAVESInstall each leaf as described below.

- Adhere to the dimensions set out in diagrams 104 to 108 and :

- 108 - 106 for RIGHT single leaf automations - 109 - 107 for LEFT single leaf automations - 110 - 109 for DOUBLE leaf automations


! Adjust the counter wheel 52 39 .

Screws not supplied.

A1400 AIR RDT 34 532119 04 - Rev. C

39

1

6

4 Nm

2

6

8 Nm 1

2

�

�

�

2

4

3 Nm

40

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9.5 PREPARING THE EXTERNAL CARRIAGESAssemble the wheels for the steel cable on the external carriages.1. The wheel in 39 -� is fixed using the screw on the threaded

hole of the carriage. 2. The second wheel is fixed on the long carriage using the screw

and nut on the slot 39 -�.

3. After mounting the steel cable on the 2 wheels 40 -�, the 2 steel cable sections must be blocked under the plates as shown in 40 -� and locked with the 4 screws supplied. The plates must be positioned in the top part of the carriage unit, as shown in

4. Use lugs to close the 2 ends of the steel cable 40 .5. Adjust steel cable tension with the slot so that the two branches

are parallel.6. After that lock in position with the screw resting on the wheel

shaft 40 -�.

A1400 AIR RDT 35 532119 04 - Rev. C

50 250 20050

�

�

��

41

42

3

6

6 Nm

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next fit the external carriage unit in the side 41 .

9.6 TELESCOPIC PROFILE ASSEMBLYThree 2-metre rods are used to assemble the telescopic profile, which will be aligned and cut to measure matching the head section length Lt. 1. Insert the 3 rods in the profile from the 200mm side 42 -� .

The end part will be 50mm 42 -� . 2. After that correctly position the rods, set the telescopic profile

abutting with the main profile and fix it with the hex screws with washer 42 -� .

A1400 AIR RDT 36 532119 04 - Rev. C

�

�

��

�

43

44

�

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9.7 PLATE ON TELESCOPIC PROFILE1. Open the external leaves completely until they come in contact

with the external mechanical stops 75 -� .2. Refer to tables A or B for single right or left leaf 110or double

leaf 112 , to drill the 5 mm diameter holes on the outside of the telescopic profile, as shown in 43 -� to secure the plate of the steel cable.

3. Use the reference line on the telescopic profile and relevant ad-hesive template to keep aligned the 2 holes of plate 43 -�.

4. After that fix the plates with the screws supplied 43 -�.

�

9.8 PREPARING EXTERNAL CARRIAGES1. Assemble the supports and bracket 44 -��.2. Mount the belt connection unit 44 -�.

�

�

3

4

3 Nm

4

6

4 Nm

A1400 AIR RDT 37 532119 04 - Rev. C

4

�

46

47

45

�

�

�

�

�

3

6

5 Nm

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3. Assemble the carriages on the leaf support 45 -��.4. Fit the bracket to secure the steel cable of the external carriages

45 -�.

Mount the assembled leaf carriage unit on the profile 46 -� .

A1400 AIR RDT 38 532119 04 - Rev. C

A140 AIR T DX

A140 AIR T SX

�

�

48 � �

49

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9.9 STEEL CABLE FIXING 1. Close the internal leaves of the door 48 -� .2. Make sure that between the external and internal leaves there is

a 25mm overlap 48 -�.3. In this condition use the brackets to lock the steel cable of the

external carriages 48 -�.4. Secure the cable under the brackets using the supplied screws 48 -�.

�

A1400 AIR RDT 39 532119 04 - Rev. C

1

6

4 Nm

�

�

52

�

�

1

8

9 Nm

�

1

6

4 Nm

2

6

51

50

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9.10 ADJUST LEAVES AND CARRIAGESAct on the carriages to adjust height and depth of the leaves.Adjust the counter wheel to prevent the carriage coming off the sliding guide.

HEIGHT OF THE LEAVES

The carriages allow leaf height to be adjusted by ± 7.5 mm.

1. Partially loosen the two screws 50 -�.2. To lift the leaf turn screw � clockwise. To lower the leaf turn screw

� anti-clockwise.3. Tighten the two screws 50 -�.

DEPTH OF THE LEAVES1. Loosen the 2 screws 51 -�.2. Move the leaf on the two slots at the base of the carriages as

desired.3. Tighten the 2 screws 51 -�.

! After the adjustments check the vertical and horizontal positions of the leaf with a spirit level.

COUNTER WHEEL1. Loosen the screw 52 -�.2. Adjust height by sliding the wheel support in the diagonal slot

52 -�. - The wheel must be drawn close to the top profile 52 -�. It

is recommended to place a 0.5 mm shim between wheel and profile. Remove the shim upon completing adjustment.

3. Tighten the screw 52 -�.

! Manually move the leaves to ensure the counter wheel runs freely along the entire stroke. Ensure there are no friction points with the surface of the support profile.

A1400 AIR RDT 40 532119 04 - Rev. C

L/3L/3 L/3

L

11

11

Ø 7 mm

53

3 4

1 1

3 4

5

11

9

43

7

7

8

9

66

10

7

8

11 Nm

8

6

2.5 Nm

2

10 mm

8 mm

6 mm

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10. INSTALL GLASS LEAVES

RISKS


REQUIRED TOOLS

Ø 5-6.5 mm 45° M6 8 6-8


! Comply with the glass thickness = 10-11 mm.10-11 mm.

1. The glass must be drilled as shown 53 -�.2. Insert a bush in each hole of the glass 53 -�.3. Make 2 holes on the profiles of the gripper 53 -�-�. . 4. Cut 2 pieces of glass beading with the length equal to L.5. Drill holes in the beadings in correspondence to the holes in the

glass 53 -�.6. 6. InsertInsert the 2 beadings in the profiles 53 -�.7. Clean the glass, insert the gripper.

! Ensure the beading is in its housing.

8. Assemble the gripper as follows: insert in the 2 plates ele-ments and �.

9. Screw the 2 grub screws 53 -�.10. � must be aligned with the fixing holes on the carriage 54 -�11. Insert 2 galvanised countersunk head screws in the holes 53-�.

! The glass must be fully inserted until it touches the clamps on its upper profile. If the grip of the clamp on the glass is not correct, the glass might fall. The two clamp profiles must be aligned.

Adjust the position of the two plates on the leaf. - Adhere to the dimensions set out in diagrams 104 or 105

and : - 108 - 106 for RIGHT single leaf automations - 109 - 107 for LEFT single leaf automations - 110 - 109 for DOUBLE leaf automations


� Ø 8.5 mm

� bush Ø internal 6 mm

Ø external 8 mm

� Ø 6.5 mm with 45° flaring

� Ø 5.0 mm with M6 tapping

� Ø 7.0 mm

� 2 x M8

� 2 x M6 x 25 UNI 5933

A1400 AIR RDT 41 532119 04 - Rev. C

54

3

3

8

7

7

6

7

6

4 Nm

3

8

9 Nm

4

9

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! Adjust the counter wheel 52 39 .

! Use suitable glazing suction cups.

12. Insert the closing profile at the ends 54 -�.

! Check leaf verticality.

When the leaf is open or closed, the shoe must be fully inside the lower leaf profile.

Distance between glass and lower shoe must be 4mm 54 -.

A1400 AIR RDT 42 532119 04 - Rev. C

55

A

B

B

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10.1 MOUNT THE SWEEPERSFor double leaf automations: 55 .For single leaf automations: 55 .

Left opening single leaf

Right opening single leaf

Double leaf

Transit space Transit space



A1400 AIR RDT 43 532119 04 - Rev. C

2 3

6

4 Nm

1

3

2

1

2

3

1

2

3

1

3

2

56

4

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11.1 MOUNT THE BELTclose the leaves at the centre line (closing point in case of single leaf )Move the leaves by hand and ensure the movement is smooth and friction-less along the stroke.

! It is obligatory to use the FAAC belt for A1400 AIR RDT

1. Insert one end of the belt around the pulley of Motor_1. Fasten the two ends with fittings 56 (1) and screws 56 (2).

! The middle slot of the belt fitting must be left empty 56 -�.

2. Position the assembled fitting with the belt on the carriage. Comply with 56 positioning and fasten with screws 56 -�.

In case of double leaf, the belt joint must be fastened on the lower fitting (on the left leaf ).

The position of the belt fitting determines the opening direction.

3. Position the belt also on the pulley of the second motor.

11. ASSEMBLE THE BELT, CASING AND ACCESSORIES

RISKS


REQUIRED TOOLS

8 6

Do not place your hands between: pulley and belt or between sliding guide and carriage wheels.

Passage opening

Passage openingPassage opening

Double leaf

Single leaf - RH openingSingle leaf - LH opening

A1400 AIR RDT 44 532119 04 - Rev. C

f

F

I

1 kg

= =

f

I

1 kg

= =

1

3

2

1

2

3

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SINGLE LEAF WITH RH OPENING

1. Connect the belt fitting to the carriage.2. Apply a 1 kg weight in the centre of the belts lower section.3. Adjust belt tensioning until obtaining the measurement of arrow

f corresponding to the instructions in 9 .

ADJUST THE BELT.

! Perform some manual opening and closing movements: the belt must remain in its housing against the pulley.

When the belt is installed, operate the leaves with care to prevent crushing your fingers between the carriage wheels and the sliding guide and between the pulley and belt.

SINGLE LEAF WITH LH OPENING / DOUBLE LEAF

1. Connect the belt fitting to the carriage.2. Apply a 1kg weight in the centre of the upper section of the belt.upper section of the belt.3. Adjust belt tensioning until obtaining the measurement of arrow

f corresponding to the instructions in 9 .4. In case of double leaf: after adjustment, mount the second upper

belt fitting and connect it to the carriage.

Single leaf - RH opening

Double leaf

Single leaf - LH opening

A1400 AIR RDT 45 532119 04 - Rev. C

57

12

2

43

2

6

6 Nm

3 4

8

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9 Belt tensioning (measurements in mm)

11.2 BELT TENSIONING1. Manually move the second motor to tension the belt.2. Fasten the bracket with the 2 screws 57 -� 3. Loosen the 3 screws 57 -�.4. Loosen the nut 57 -�.5. Hang a 1 kg weight in the centre of the lower section of the belt.6. Measure the arrow f and adjust the screw 57 -� with hexago-

nal wrench until obtaining the measurement specified in the table.7. After adjustment, tighten the 3 screws 57 -�. 8. Tighten the nut 57 -�.9. Perform some cycles and ensure the belt remains in its housing

flush with the pulley on the main motor and on the second motor.

! Caution - ensure the belt remains flush with the pulleys on the main motor and second motor.

10. In the event the belt is not flush with the pulleys, loosen the 3 screws 57 -� and perform plate rotation clockwise using the slot 57 - �.

11. After adjustment, tighten the 3 screws 57 -�. 12. Perform some cycles again and ensure the belt remains flush with

the pulley of both motors.

! Close the door and ensure:

- the closing point between the two leaves matches with the centre line of the support profile.

- complete opening and closing is possible.

In case of deviation, check the position and correct connection of the belt fittings.

! When the belt is new tensioning adjustment must be repeated after the first 100 cycles.

RH single leaf

Pulley centre dis-tance (I)

Belt length f

1290 2740 20

1390 2940 22

1490 3140 23

1590 3340 25

1690 3540 26

1790 3740 28

1890 3940 29

1990 4140 31

2090 4340 33

2190 4540 34

2390 4940 37

2590 5340 40

2790 5740 44

2990 6140 47

3190 6540 50

Double leaf

Centre distance pulleys (I)

Length belt

f

1950 4060 30

2095 4350 33

2205 4570 34

2310 4790 36

2420 5000 38

2530 5220 39

2640 5440 41

2860 5900 45

3120 6420 49

3380 6940 53

3640 7460 57

3900 7980 61

4160 8500 65

4420 9020 69

4680 9540 73

4940 10060 77

5200 10580 81

LH single leaf

Centre distance pulleys (I)

Length belt

f

1290 2740 20

1390 2940 22

1490 3140 23

1590 3340 25

1690 3540 26

1790 3740 28

1890 3940 29

1990 4140 31

2090 4340 33

2190 4540 34

2390 4940 37

2590 5340 40

2790 5740 44

2990 6140 47

3190 6540 50

A1400 AIR RDT 46 532119 04 - Rev. C

58

1 1

1

5

2 Nm

59

2

60

1

5

2 Nm

1

2

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11.3 ADJUST THE MECHANICAL STOPS

! The adjustment of the mechanical stops is indispensable for correct operation of the automation.

The carriages must come into contact with the mechanical stops positioned at stroke end in opening and closing.

STOPS ON OPENING1. Loosen the 2 grub screws 58 -� to release the mechanical stop.2. Completely open the leaf 59 -�.3. Bring the mechanical stop pad and carriage into contact 59 -�.4. Tighten the 2 grub screws to lock the mechanical stop 58 -�.

DOUBLE LEAF CLOSING STOPS

! In double leaf automations, the leaves must close at the head sec-tion centre line.

1. Move the leaves in the closed door position.2. For each leaf, ensure the carriage is in full contact with the closing

stop pad.Should adjustment be required:3. Bring the mechanical stop pad and carriage into contact 59 -�.4. Tighten the 2 grub screws to lock the mechanical stop 58 -�.

SINGLE LEAF CLOSING STOPSWith closed door the carriage must be in full contact with the me-chanical stop.1. Loosen the 2 grub screws to release the mechanical stop 58 -�.2. Close the leaf.3. Bring the mechanical stop pad and carriage into contact 59 -�.4. Tighten the 2 grub screws to lock the mechanical stop 59 -�.

1

A1400 AIR RDT 47 532119 04 - Rev. C

61

62

2

6

6 Nm

��

2

2

6

2 Nm

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11.4 MOUNT THE SIDE PROFILES

! The side covers are a necessary element to assure stiffness and resist-ance of the overall telescopic profile structure. These features cannot be assured in the event of omitted assembly.

1. Arrange 3 plates on the support profile 61 -�.2. Apply the sides to the ends of the support profile.3. Fasten each side profile with the 3 screws provided 61 -�.

11.5 INSTALL THE CASING BRACKETS1. Mount the 3 brackets and fasten them with the screws provided

62 -�.

�

A1400 AIR RDT 48 532119 04 - Rev. C

63

�

�

�

�

�

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11.6 FIT THE CLOSING COVER

! On the profile there must be:

- the safety cables 63 -�- the spacers 63 -�- the side profiles 61 -� and the cover fastening brackets 63

1. Place the cover on the profile 62 .2. Lock the open cover 63 -�� (lift it, then push it into the

profile).3. Fasten safety cables to the casing 63 -� and close the casing.

! The safety cables must be correctly installed to protect from the risk of accidental casing fall.

Slightly push on the casing to insert the blocks onto the brackets 63 -�.

The markings on the casing allow it to be adapted to varying leaf thickness. The breaking points 63 -� make it possible to elimi-nate the profile section in excess.

A1400 AIR RDT 49 532119 04 - Rev. C

B

A

64

1

1 1

2

1 2

3

6

4 Nm

�

65

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11.7 MOUNT MOTOR BLOCK XB LOCK1. Install the motor block by engaging the retainer hook � in the

slot � of the motor block 64 .2. Close the leaves.3. Manually push lever 65 -� towards the motor shaft. Check

correct coupling.4. Move the motor block lever to check clearance between the mo-

tor shaft and motor block coupling 65 -�. Otherwise adjust as described below. 65 -�.

! To disassemble the motor block:

act carefully on the motor retainer to avoid breaking it, leverage with a slotted screwdriver between retainer hook and motor block 64 -�.

11.8 ADJUST MOTOR BLOCK XB LOCK1. Loosen the two screws 65 -� which connect the belt fitting to

the movement carriage (on both carriages in case of double leaf ).2. Slightly move the belt fitting horizontally until achieving clearance clearance

between the coupling of the motor shaft and the motor block between the coupling of the motor shaft and the motor block by moving the motor block lever by moving the motor block lever 6464 --��; block the previously ; block the previously loosened screws.loosened screws.

A1400 AIR RDT 50 532119 04 - Rev. C

66

1

2

3

1

2

21

3

68

4

4

67

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11.9 ALIGN MOTOR BLOCKThe motor block must be aligned with the motor.1. Apply an adhesive strip at the top of the profile 66 -�.2. Insert the adjustment screw on the motor block bracket with the

head up in contact with strip 66 -�.3. Adjust with nut and lock nut 66 -�.

11.11 MOUNT THE CABLE GLAND GUIDES

! The guides prevent interference between cables and moving parts.

Install guides for running electrical cables inside the support profile 67 -� and �).

11.10 MOUNT MOTOR BLOCK XM LOCK1. Install the motor block by engaging the retainer hook � in the slot

� of the motor block 67 .2. check correct engagement of the motor block 67 -�.3. At the end of the check tighten screw 67 -�.

A1400 AIR RDT 51 532119 04 - Rev. C

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21V

G I1

I2 G

I3 I4

V

J18

G CH

CL GJ23J24

J25

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

SW1SETUP RESET

SW3+

SW4F

SW2-

69

70

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12. ELECTRONIC INSTALLATION

ELECTRONIC BOARD E1400 RD

RISKS


REQUIRED TOOLS

2.5

F ALWAYS DISCONNECT THE POWER supply before working on the board. Power on only after completing all connections and preliminary checks to commissioning (63 ).

12.1 ELECTRONICS MODULE

Fuses

F1 battery protection 8 A T (delayed)

F2 accessory protection 2 A F (quick)

F3 power supply unit primary protection 2.5 A T (delayed)

A spare fuse is provided (in the extractable support)

POWER SUPPLY UNITELECTRONIC BOARD E1400 RD

Fuse F1 Fuse F2

Buttons

SW1 SETUP / RESET

SW2 “-” (scrolls programming values)

SW3 “+” (scrolls programming values)

SW4 “F” (programming: scrolls functions/confirms values)

AUXILIARY MOTOR BOARD

! NEVER remove this cover

Display Clock battery: lithium 3V CR2032

Switching power supply unit 230V~ +6% -10%self-protected from overloads

Mains power supply input(230V~ +6% -10%)

Fuse F3 (extractable support)

A1400 AIR RDT 52 532119 04 - Rev. C

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

71

DL3

DL6DL8

DL10

DL7DL9

DL2

DL5

DL1

DL11

DL4

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Name Description Statuses

DL1 main (BLUE) MAIN: main power supply unit input * main power supply ON main power supply OFF

DL2 (BLUE) +5V: board power supply * present absent

DL3 (GREEN) USB: storage device device present * device absent

DL4 (RED)

ERR: Error/Alert in progress

error * no error/alert

indication

DL5 (RED) BATT1: battery status

flat battery * battery charged

battery use flat battery with no mains power supply

DL6 (GREEN) BATT2: battery charger activity

battery charger at rest battery charger not working due to mains power down or fault

battery charger working

DL7 (RED) SIC_OP: safety on opening input active (sensors busy) * input not active (sensors not busy)

DL8 (RED) SIC_CL: safety on closing

DL9 (GREEN) EMERG: emergencyinput active

(door opened in emergency)* input not active

DL10 (GREEN) OPEN: open button input active (Open impulse) * input not active

DL11 (BLUE) VACC: accessories power supply (+ 24V ) * present absent

LED statuses:

on flashing * = standby condition

off in sleep:off with blinking every 5 s

10 LED on the board

A1400 AIR RDT 53 532119 04 - Rev. C

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

J25

J22 J18 J6

J7

J5

J4

J1

J9

J23

J24

J17

J13J12J11

J14

J10

72

J21

J8J3

J2

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IMPORTANT The maximum total load of accessories connected to board V (+24V ) must not exceed 1 A.(except SDK-EVO)

J1 J2 J3 J4 - SAFETY DETECTORS

V G

S3 G

T J

J3

V G

S4 G

T

J4

V G

S2 G

T

J2

V G

S1 G

T

J1

T TEST Power supply negative for test

G GND Power supply negative and Common contacts

S1S2S3S4

Configurable safety input (programming)

IMPORTANT: Use monitored safety devices compliant with standards EN 16005:2012

G GND Power supply negative and Common contacts

V +24V (power supply)

J5 - INTERNAL MOTION DETECTOR

J5

V G

I I+

I-

I- Input - internal detector in current XDT3

I+ Input + internal detector in current XDT3

I Internal detector input NC/NO contact or Frequency

G GND Accessories power supply negative and Common contacts

V +24V accessories power supply

J6 - EXTERNAL MOTION DETECTOR

J6

V G

E E

+ E- J

E- Input - external detector in current XDT3

E+ Input + external detector in current XDT3

E External detector input NC/NO contact or Frequency



J7 - EMERGENCY: REMOTE OPENING

E1 G

E2

J7 E2 Emergency command 2


E1 Emergency command 1

J8 - SDK EVO

V RX

TX G J

J8 G GND Accessories power supply negative and Common contacts

TX Data transmission

RX Data reception


J9 - BUTTON PHOTOCELLS XFA

T1 G

T2 R

1 G R2

J9R2 2nd pair receiver connection

G GND Receiver negative

R1 1st pair receiver connection

T2 2nd pair transmitter connection

G GND Transmitter negative

T1 1st pair transmitter connection

J10 - MAIN POWER SUPPLY 36V - 4A

0J10 +36V

Switching power supply unit connection

J11 - MOTOR_1

J11

M1 Motor connection

J12 - MOTOR_1 ENCODER

J12

M1 Motor encoder connection

12.2 TERMINAL BOARDS AND CONNECTORS

A1400 AIR RDT 54 532119 04 - Rev. C

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J13 - MOTOR BLOCK AND MONITORING (OPTIONALS)

J13

Connection of motor block with monitoring (OPTIONALS)

J14 - EMERGENCY BATTERY

! Installation of the battery is obligatory since it is an essential safety component.

IMPORTANT: charge the battery before starting up the system.

In this stage, if the battery is flat operation is prevented: only SETUP may be performed.

When the battery is flat, only setup may be performed; upon comple-tion the door remains open and error10 is displayed.

The board maintains battery charge, but does not charge batteries when flat.

To check charge status see LEDs DL5 and DL6 (52 ).

J14

Emergency battery connection

J17 - USB PORT

J17

Connection of the USB memory device

J18 - NOT USED

J21 - CONFIGURABLE INPUTS

V G

I1 I2

G I3

I4 V

J21 V +24V accessories power supply

I4 Input4 configurable (programming)







J22 - CONFIGURABLE OUTPUTS

V G

01 02

02

J22 O2 Output2 NC/NO configurable relay output (programming)

O2 Output2 NC/NO configurable relay output (programming)

O1 Output1 configurable (programming)



J23 J24 J25 - OPTIONAL MODULES

J23

Module connection

G-COM / WI-COM / Net-COMJ24

J25

A1400 AIR RDT 55 532119 04 - Rev. C

MAIN

F1

J10

J14

J11

J12J12J11

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL G

J13

73

74

1

2

BC

12

23

1

ABC

��

J13

2

1 2 3 4 5

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12.3 MOTORS AND ENCODERS1. Connect motor M1 to connector J11.2. Connect the encoder cable of motor M1 to connector J12.3. Extend the RED and BLACK cables of the AUX_Motor (use the

extension cable and connector supplied).4. Connect the AUX_Motor to the connector on the auxiliary board

73 -�.

AUX_MOTOR DRIVING DIRECTION

In case of incorrect connection, the board goes into error 28: the entry direction of the connector must be inverted.

12.4 MOTOR BLOCK XB LOCK AND MONITORING (OPTIONAL)

! ALWAYS DISCONNECT the power supply and disconnect the emergency battery before inserting or disabling the motor block, in order not to damage the device.

1. Connect the motor release monitor (IF INSTALLED) on the release terminal block 74 -C.

2. Connect the motor block to the control board by means of the wired connector 74 -�.

3. Program motor block operation (ELEL ) and enable monitoring (SUSU) (IF INSTALLED).

AELEL= 00 (motor block not present )

ELEL= 11 (block inserted in NIGHT-TIME mode )

ELEL= 22 (block inserted in NIGHT-TIME and OPEN mode)

C SUSU= YY (monitoring enabled - IF INSTALLED)

In the event of malfunctioning of the motor block the system signals ERROR 26 on the display and on SDK EVO.

With SDK EVO the motor block operation may be programmed with several options.

In the event of mains power failure, if the battery runs out the block remains on.

1 green CMotor block monitoring

(IF INSTALLED)2 pink

B Motor block microswitch3 yellow

4 whiteA Motor block

5 brown

black

red

Connection AUX MOTOR

A1400 AIR RDT 56 532119 04 - Rev. C

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12.5 MOTOR BLOCK XM LOCK AND MONITORING (OPTIONAL)

! ALWAYS DISCONNECT the power supply and disconnect the emergency battery before inserting or disabling the motor block, in order not to damage the device.

1. Connect the motor release monitor (IF INSTALLED) on the release terminal block 75 -C.

2. Connect the motor block to the control board by means of the wired connector 75 -�.

3. Program motor block operation (ELEL) and enable monitoring SUSU .

AELEL= nono (motor block not present )

ELEL=33 (block inserted in NIGHT-TIME mode )

ELEL=44 (block inserted in NIGHT-TIME and OPEN mode)

C SUSU= YY (monitoring enabled )

In the event of malfunctioning of the motor block the system signals ERROR 26 on the display and on SDK EVO.

With SDK EVO the motor block operation may be programmed with several options.

In the event of mains power failure, if the battery runs out the motor block XM LOCK is disconnected.

1

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL G

J13

1

2

C

12

J13

A

C

�

�

�

�

�

4

5

3

2

1

75

1 greenC Motor block monitor

2 pink

4 whiteA Motor block

5 brown

A1400 AIR RDT 57 532119 04 - Rev. C

J3

V G

S3 G

T J

V G

S4 G

T

J4

V G

I I+

I-

J5

J3

V G

S3 G

T JV

G E

E+ E

- JJ6

76 77

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ234

J22 J18 J6

J7

J5

J4

J1

J9

J23

J13J21

J8J3

J2

V G

E E

+ E- J

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12.6 EXIT DETECTOR XDT3 AND ENTRY DETECTOR XV1-XDT1 (DEFAULT CONFIGURATION)

Use the exit detector XDT3 for opening and safety on closure, in-cluding emergency exits, in compliance with EN 16005:2012 and DIN18650.DEFAULT PROGRAMMING OF DETECTOR XDT3Radar Output Configuration: Current

! It is recommended not to activate the “narrow pavement” function which combines radar and infrared detection for opening.

Use the XV1-XDT1 entry detector for opening and safety on closure on entry, in compliance with EN 16005:2012 and DIN18650.

DEFAULT PROGRAMMING ON BOARD E1400 RD From Board from SDK EVO

Id Id=YY EdEd= 44

P4P4= CcCc4F4F= YY

P3P3= CcCc3F3F= YY

I/E Sensors

I Function = Internal Current

E Function = External contact NOExternal contact NO

S1-S4 safeties

S4 Function = Closing Safety

S4 Test = Enabled

S4 NO/NC = NC


S3 Test = Enabled

S3 NO/NC = NC

! ATTENTION: IT IS OBLIGATORY TO INSTALL PROTECTIVE BARRIERS IN THE MOVEMENT AREAS IN THE EVENT CONTACT WITH PERSONS IS NOT ALLOWED.

yellow black +white black -

brown

pink

red

blue

green

grey

test output

safety

openingoutputsemergency

power supply

XDT3

(internal)(internal)

outside of door

inside of doorexit - escape route

XDT3 interno

brown

yellow

pink

red

blue

white

green

grey

test output

safety

power supply

XV1-XDT1

(external)

XDT1 esterno

entry

openingentry


yellow white

outside of door

brownpink

red

blue

green

grey

test output

safety

power supply

XV1 esterno

openingentry

A1400 AIR RDT 58 532119 04 - Rev. C

78 79

V G

S4 G

T

J4

V G

I I+

I-

J5 J6

V G

E E

+ E-

J3V

G S3

G T J

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ234

J22 J18 J6

J7

J5

J4

J1

J9

J23

J13J21

J8J3

J2

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12.7 EXIT AND ENTRY DETECTORS XDT3

Use the exit detector XDT3 for opening and safety on closure, in compliance with EN 16005:2012 and DIN18650.

! It is recommended not to activate the “narrow pavement” function which combines radar and infrared detection for opening.

Use the entry detector XDT3 for opening and safety on closure, in compliance with EN 16005:2012 and DIN18650.DEFAULT PROGRAMMING OF DETECTOR XDT3Radar Output Configuration: Current

DEFAULT PROGRAMMING ON BOARD E1400 RDProgramming from board or SDK EVO: From Board from SDK EVO

Id Id=YY EdEd= 22

P4P4= CcCc4F4F= YY

P3P3= CcCc3F3F= YY

I/E Sensors


E Function = External External Current (Not DEFAULT)

Safeties S1-S4


S4 Test = Enabled

S4 NO/NC = NC


S3 Test = Enabled

S3 NO/NC = NC

yellow/black +white/black -

XDT3 esterno

test output

safety

power supply


brown

pink

red

blue

green

grey



brown

pink

red

blue

green

grey

test output

safety


power supply

XDT3

(internal)(internal)

XDT3 interno

XDT3

(external)

entry

outside of door


outside of door


A1400 AIR RDT 59 532119 04 - Rev. C

XBFA

XBFA

XBFA

XBFA

V G

S1 G

T

J1

V G

S2 G

T

J2

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ234

J22 J18 J6

J7

J5

J4

J1

J9

J23

J13J21

J8J3

J2

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12.8 DETECTORS XBFA FOR SAFETY ON OPENING FOR CONFIGURATIONS 12.5/12.6

Use detectors XBFA for safety on opening, including emergency exits, in compliance with EN 16005:2012 and DIN18650.

PROGRAM THE BOARD E1400 RDProgramming from board or SDK EVO: From Board from SDK EVO

P1P1= OcOc1F1F= YY

P2P2= OcOc2F2F= YY

S1-S4 safeties

S1 Function = Safety on Opening

S1 Test = Enabled

S1 NO/NC = NC

S2 Function = Safety on Opening

S2 Test = Enabled

S2 NO/NC = NC

! Attention: The safeties on Opening protect only above the PO per-centage set (partial opening). The STOP or LOW ENERGY mode can be selected. With PO partial opening higher than 80%, operation of the safeties has no effect.

test output

safety

power supply

test output

safety

power supply

brownpink

red

blue

green

grey


brownpink

red

blue

green

grey

outside of door


A1400 AIR RDT 60 532119 04 - Rev. C

V G

S4 G

T

J4

J6

V G

E E

+ E-

V G

S1 G

T

J1

V G

S3 G

T J

J3

V G

S2 G

T

J2

V G

I1 I2

G I3

I4 V

J21

V G

I1 I2

G I3

I4 V

J21

V G

I I+

I-

J5

XDT1 n.1 XDT1 n.2

82 81

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ234

J22 J18 J6

J7

J5

J4

J1

J9

J23

J13J21

J8J3

J2

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12.9 2 EXIT DETECTORS XDT3 AND 2 ENTRY DETECTORS XDT1

Use 2 exit detectors XDT3 for opening and safety on closure and 2 entry detectors 1 for opening and safety on closure, in compliance with EN 16005:2012 and DIN18650.

DEFAULT PROGRAMMING OF DETECTOR XDT3Radar Output Configuration: Current

PROGRAM THE BOARD E1400 RDProgramming from board or SDK EVO: XDT3From Board SDK EVO

Id Id=YY EdEd=33

P4P4= CcCc4F4F= YY

P1P1= CcCc1F1F= YY

I/E Sensors


E Function = Internal Current

S1-S4 safeties


S4 Test = Enabled

S4 NO/NC = NC


S1 Test = Enabled

S1 NO/NC = NC

Programming from board or SDK EVO: XDT1From Board SDK EVO

----

P3P3= CcCc3F3F= YY

P2P2= CcCc2F2F= YY

Input I3

I3 = Open external

I3 = NO

S1-S4 safeties


S4 Test = Enabled

S4 NO/NC = NC


S1 Test = Enabled

S1 NO/NC = NC

XDT3

(internals)(internals)

XDT1

(external)(external)



brown

pink

red

blue

green

grey

XDT3 no.2 XDT3 no.1

brown

pink

red

blue

green

grey

yellow white

outside of door


outside of door


A1400 AIR RDT 61 532119 04 - Rev. C

83

XBFA

XBFA n.1 XBFA n.2

XBFA

V G

I1 I2

G I3

I4 V

V G

01 02

02

J22

V G

I1 I2

G I3

I4 V

V G

01 02

02

J22

J21J21

DL11

J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ234

J22 J18 J6

J7

J5

J4

J1

J9

J23

J13J21

J8J3

J2

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PROGRAM THE BOARD E1400 RDProgramming can be done only with SDK EVO. From Board SDK EVO

------ ------ Inputs O1-O2

O1 Function = TEST

O1 NO/NC = NO

------------ INPUTS I1-I4

I2 = Safety on opening

I2 NO/NC = NC

I2 TEST =Enabled

I4 = Safety on opening

I4 NO/NC = NC

I4 TEST =Enabled

! Attention: The safeties on Opening protect only above the PO per-centage set (partial opening). The STOP or LOW ENERGY mode can be selected. With PO partial opening higher than 80%, operation of the safeties has no effect.

CONNECTUse the XBFA detectors for safety on opening in compliance with EN 16005:2012 and DIN18650.

12.10 DETECTORS XBFA FOR SAFETY ON OPENING FOR CONFIGURATION 12.8


brown

pink

red

blue

green

greypink

outside of door


A1400 AIR RDT 62 532119 04 - Rev. C

TX1

RX1

T1 G

T2 R

1 G R2

TX2

RX2

TX1

RX1

T1 G

T2 R

1 G R2

84

85

+ RX2GND

+ RX1+ TX2GND+ TX1

J9

+ R2GND+ R1+ T2GND+ T1

E1

G E

2

E1 G

E2

E1 G

E2

E1

G E

2

J7

J7

86

J7

J7

+24V

V G

01 02

02

J22

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12.11 J9 - BUTTON PHOTOCELLS XFA

! The photocells are not admitted as safety devices in European Com-munity countries where the EN 16005:2012 standard is in force. Specifically, photocells are considered as auxiliary devices, comple-mentary to safety.

In extra-European countries where the EN 16005:2012 standard is not in force, it is possible to continue using traditional photocells and sensors.

Button photocells are constantly monitored by the door’s control electronic board, which controls correct operation at each movement.

Connect the photocells and enable them in programming (bPbP ) 84 or 85 .

NO PHOTOCELL - If no button photocells are used, leave J9 connector inputs free and program the function bPbP = nono .

The number of photocells may be programmed by SDK EVO.

12.12 J7 - EMERGENCY: REMOTE OPENING

The EMERGENCY control has priority over any other input, in any operating condition and mode, except MANUAL operation.

activation of the EMERGENCY command with busy safety on opening is executed up to the PO % set at the max. speed. The remaining space is executed in LOW ENERGY mode.

The emergency causes the door to OPEN, and it remains open as long as the control is kept active.1. Connect a NO or NC type double contact button2. Enable input for the type of contact (E1E1). With SDK EVO, emergency operation may be programmed with

several options.

J22 - CONFIGURABLE OUTPUTS

V G

01 02

02

J22 O2 Output2 configurable relay output (programming)

O2 Output2 configurable relay output (programming)

O1 Output1 configurable (programming)



With SDK EVO, O1 and O2 operation on J22 may be programmed with several options.

O1 and O2 specifications:

- O1 Open Collector output with Max load 100mA to be connected between 01 and V.

- O2 relay contact with Max load 2A to be connected between O2 and O2.

CABLE colour

TX - transmitter grey and blue (grey sheath)

RX - receiver black and blue (black sheath)

1 pair of button photocells

bPbP = 11

2 pairs of button photocells

bPbP = 22

E1E1 = nOnO (NO input)

E1E1 = nCnC (NC input)

1 button

1 button

2 buttons

2 buttons

blueblue

blue

blue

blue

blue

blackblack

black

grey

grey

grey

black

black

black

grey

grey

grey

J9

NO/NC Relay Contact

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RISKS


REQUIRED TOOLS

--

PRELIMINARY CHECKS PRIOR TO COMMISSIONING

! Before commissioning the system, regular and friction-less door movement must be ascertained.

Manually check the leaves slide smoothly, with mains power supply, emergency battery and motors disconnected.

If battery charge is insufficient, automation operation is prevented; the door remains OPEN (ERROR status 10) until the emergency battery charging cycle is completed. Only SETUP may be performed in any case despite the battery being down.

It is recommended to charge the emergency batteries before commissioning, to avoid waiting time for the charging cycle after performing SETUP.

The battery must be charged exclusively by using the electronics module for A1400 AIR RDT

13.1 SYSTEM POWER SUPPLY AND SETUP1. Close the leaves or partially open them with mains and battery

power supply disconnected.2. Connect the 2 motors and M1 motor encoder.3. Connect the 230 V~ mains power supply.The board turns on. The display reads in sequence:

- bo bo (Bootloader) - FW version (2 digits separated by a point) - L0L0 blinking = system requires setup

The door performs a SLOW OPENING and remains OPEN in error (1313 on the display).

! If the door CLOSES instead of opening, it is necessary to immediately disconnect power supply, invert connections of Auxiliary_motor then power back on.

If the door does NOT move, it is necessary to immediately disconnect power supply, check motor connections then restore power supply.

4. Connect the battery.5. Enter programming and perform the required modifications (

11 and 12 ).

! IMPORTANT TO PROGRAM:

- number of leaves LnLn- partial opening adjustment POPO- Both E1-E2 Emergencies are not active

- configuration of safety detectors IdId , EdEd

The setup CANNOT be performed in NIGHT-TIME and MANUAL func-tion.

13. COMMISSIONING

6. Command SETUP

0.0RESET/SETUP

DL2

+ - F

J

L0...L1. . .L0.. .L1. . .L2L2.. .. . . 5 s

SW1SETUP/RESET

The door performs SETUP and the ongoing phases are displayed: L0L0... L1L1... L2L2.Upon completing SETUP, the display shows automation status (see 14 ).

! During SETUP the safety detectors are ignored. To prevent any hindrance to motion, keep at a distance and prevent anyone from going near the system.

CHECKS FOLLOWING SETUPCheck correct operation of the following:

- safety detectors inputs (S1-S4) - devices connected to inputs (I1-I4) - emergency (E1-E2) - configurable outputs (O1-O2) - any connected control devices.

SAVING THE CONFIGURATIONAt the end of functional tests, download the full configuration of the system.Use the DOWNLOAD procedure shown on (78 ).

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13.2 BASIC / ADVANCED PROGRAMMINGBASIC programming (see 11 )

1. Press F until the first basic function is displayed.

3 s

0.0RESET/SETUP

DL2

+ - F

J

LnLn

F

The function code remains displayed as long as it is pressed

2. Release F. The default value is displayed (or other programmed one)

0.0RESET/SETUP

DL2

+ - F

JLnLn 22

3. Use buttons + or - to modify the value of a function4. Press F to confirm the displayed value. Move to the next func-

tion. The modified value becomes effective immediately. Pro-ceed in the same way for all functions. The last (StSt ) closes programming.

5. In StSt select YY or nono with buttons +/-: - YY = save new programming - nono = does NOT save new programming

0.0RESET/SETUP

DL2

+ - F

J25

+ /-

YY YY/no no

6. Press F to confirm and close. Go back to automation status (

14 ).

0.0RESET/SETUP

DL2

+ - F

J20202

(example)

F

Advanced Programming (see 12 )

1. Press and hold F and + as well, until the first advanced function is displayed.

0.0RESET/SETUP

DL2

+ - F

J

P1P1

+ F

The function code remains displayed as long as it is pressed

2. Release F and +. The default value is displayed (or other pro-grammed one)

0.0RESET/SETUP

DL2

+ - F

JP1P1 CcCc

3. Use buttons + or - to modify the value of a function4. Press F to confirm the displayed value. Move to the next func-

tion. The modified value becomes effective immediately. Pro-ceed in the same way for all functions. The last (StSt ) closes programming.

5. In StSt select YY or nono with buttons +/-: - YY = save new programming - nono = does NOT save new programming

0.0RESET/SETUP

DL2

+ - F

J

+ /-

YY YY/nono

6. Press F to confirm and close. Go back to automation status (14 ).

0.0RESET/SETUP

DL2

+ - F

J20202

(example)

F

Programming time expiration

Programming is interrupted after 10 minutes of inactivity on buttons +, -, F. The display goes back to automation status and UNSAVED modifications must be performed again.

Power failure during programming

If power supply fails while programming is ongoing, UNSAVED modifications must be performed again.

Immediately exit programming

During programming, press simultaneously F and - until programming exit is activated: function StSt .

0.0RESET/SETUP

DL2

+ - F

StSt- F

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11 BASIC programming fw version 1.6 or higher

BASIC Function Default

dFdF DEFAULT configuration

It displays whether the board is configured to factory set-tings (default).

YY = the board is configured in default

nono = at least one value has been modified with respect to default

If you wish to reload all default settings, set YY .

YY

LnLn LEAF NUMBER

11 = 1 leaf

22 = 2 leaves

11

If the function is modified, SETUP must be performed.

POPO PARTIAL OPEN

Set the opening percentage in Partial operating mode

nono= 100% opening

Adjustable from 20% to 95% (MAX) of complete opening

Step = 5%

The minimum width prescribed by the cur-rent legislation on escape routes must be respected when adjusting this percentage.

nono

PAPA PAUSE TIME

This allows you to adjust the pause time of the fully open door.

Adjustable from 00 to 3030 s.

Step = 1 s

0202

The pause time is only active in automatic operation mode.

ESES Energy Saving

nono = not enabled

YY = enabled

nono

PnPn NIGHT PAUSE TIME

In night-time mode, if opening is done with the Key com-mand, the door remains open for the time set with this function.

Adjustable from 00 s to 44 minutes (MAX).

from 00 to 5858 s, step = 2 s; time displayed in seconds.

from 5858 s to 4.04.0 minutes, step = 10 s; time displayed in minutes.tens of seconds: e.g. 1.21.2 = 1 minute and 20 seconds.

1 010

CSCS CLOSING SPEED

Adjustable from 11 (minimum) to 1010 (MAX).0303

OSOS OPENING SPEED

Adjustable from 11 (minimum) to 1010 (MAX).1 010

CFCF CLOSING FORCE

Adjustable from 11 (minimum) to 1010 (MAX).0303

tFtF PUSH TIME on OBSTACLE

Adjustable from 0.10.1 s to 3.03.0 s.

Step = 0.1 s

1 . 01 . 0

BASIC Function Default

I dI d INTERNAL DETECTOR INPUT

nono = internal detector not enabled

YY = internal detector in current

YY(*)

EdEd EXTERNAL DETECTOR INPUT

nono = external detector not enabled

11 = external detector with contact in frequency

22 = external detector in current

33 = internal detector in current

44 = external detector with N.O. contact

55 = external detector with NC contact

44(*)

E 1E 1 OPEN EMERGENCY CONFIGURATION

nono = not enabled

nOnO = input with NO contact

nCnC = input with NC contact

nOnO(*)

StSt EXIT PROGRAMMING

It lets you exit programming, and decide whether to save or not the modifications made.

YY = save (only if there are NO configuration errors)

nono = do not save

Press F to confirm. After exit, the display shows automation status:

00 00 CLOSED

0 1 0 1 OPENING

02 02 OPEN

0303 In PAUSE

04 04 in NIGHT-TIME PAUSE

05 05 CLOSING

06 06 OPEN in EMERGENCY

07 07 in MANUAL mode

08 08 in NIGHT-TIME mode

09 09 OPENING with AUX Motor

1 0 10 System TEST in progress

1 1 1 1 STANDBY

1 2 12 Safety TEST in progress

1 3 13 OPEN in ERROR

LO-L2 LO-L2 PHASES LO, L1, L2 SET-UP IN PROGRESS

YY

12 ADVANCED programming fw version 1.6 or higher

ADVANCED Function Default

P 1P 1 SAFETY INPUT CONFIGURATION S1

nono = no device

CoCo = safety on closure with NO contact

CcCc = safety on closure with NC contact

OoOo = safety on opening with NO contact

OcOc = safety on opening with NC contact

nono(*)

1 F1F SAFETY INPUT TEST S1

Not displayed if PIPI = nonoYY = test enabled

nono = test not enabled

YY

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P2P2 SAFETY INPUT CONFIGURATION S2

nono = no device





nono(*)

2F2F SAFETY INPUT TEST S2

Not displayed if P2P2 = nonoYY = test enabled


YY


nono = no device





CcCc(*)




YY


nono = no device





CcCc(*)




YY

OtOt OPERATION OF SAFETIES ON OPENING

11 = STOP

22 = LOW ENERGY (motion slowed down)

On the escape route doors the safeties on opening are considered only beyond the PO % (partial opening) set. Any activations before this point WILL NOT be considered.

22

bPbP BUTTON PHOTOCELLS (OPTIONAL)

nono = no photocell

11 = 1 pair of photocells

22 = 2 pairs of photocells

nono


C 1C 1 INPUT I1 CONFIGURATION

NO input(**)

(**) Programmable as NC with SDK EVO

00 = input not enabled

11 = Always Open

22 = OPEN external

33 = EXIT ONLY OPENING

44 = OPEN Automatic

55 = OPEN Semi-automatic

66 = PHARMACY OPENING

(only works in night-time mode paired with PFPF )

77 = Key (opening in NIGHT-TIME mode)

1616= NIGHT-TIME mode**

1717= MANUAL mode **

(** )The choice of this configuration automatically implies the same operation on I2 input.

Note : For specific functions of the inputs see § 14.2

0404

PFPF PHARMACY OPENING

Only displayed if = CICI = 66Adjustable from 5% to 95% (MAX) of complete opening

Step = 5%

The input configured as Pharmacy functions in NIGHT-TIME mode; the other operating modes are equivalent to an input configured as AUTOMATIC OPEN

2020

bnbn NIGHT-TIME BATTERY KIT

Operation of the battery in NIGHT-TIME mode with power outage.

11 = immediately perform OPENING motion

22 = immediately perform CLOSING motion

33 = with flat battery last OPENING motion

44 = with flat battery last CLOSING motion

44

ELEL MOTOR BLOCK_1 (OPTIONAL) 74 rif .C

nono = not enabled

11 = motor block XB LOCK closed in NIGHT-TIME mode

22 = motor block XB LOCK closed in NIGHT-TIME mode and OPEN

33 = motor block XM LOCK closed in NIGHT-TIME mode

44 = motor block XM LOCK closed in NIGHT-TIME and OPEN

nono

SUSU MONITORING on MOTOR BLOCK XB LOCK / XM LOCK

Not displayed if ELEL = nononono = not enabled

YY = enabled

nono

ndnd NIGHT-TIME MODE DELAY

When night-time mode is set, the internal detector remains active for the time set with this function to allow one open-ing only. The internal detector is disabled immediately after opening and in any case upon expiry of the set delay.

Adjustable from 00 to 6060 s

Step = 1 s

1 010

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(*) value EPEP :

programming with SDK EVO offers a wider number of options compared to the board. The board does not display the values it does not have and shows them all as EP (External Program). Programming with the board lets you overwrite values EP, choosing an available value with +/-.


O2O2 CONFIGURABLE OUTPUT OUT2 (J22)

NO Output(**)

(**) Programmable as NC with SDK EVO

0000 = not enabled

0101 = GONG

0202 = BOARD ERROR/FAULT

0303 = BATTERY Operation

0404 = EMERGENCY active

0505 = TEST on the configured safety devices

on inputs I1, I2, I3, I4.

0606 = door NOT CLOSED

0707 = door OPEN

0808 = door in motion

0909 = light (activated for 60 s) (activation time can be changed with SDK EVO)

1010 = INTRUSION in progress

1111= At least one Safety in Closing On 1212= At least one Safety in Closing On

or one Safety in Opening On

0606

InIn Inputs status

The display segments correspond, each one has an input

and indicating whether it is active or not:

1

2

7

3

11

12

10

14

6

4

8

9

13 5

1 = S1 input

2 = S2 input

3 = manual release input

4 = S3 input

5 = Emergency 1 input

6 = S4 input

7 = I input

8 = I1 input

9 = I2 input

10 = FSW input

11 = I3 input

12 = I4 input

13 = Emergency 2 input

14 = E input

Segments 3 and 7 switch on for the BI-STABLE motor block, whilst only segment 3 switch on for the MONOSTABLE motor block


StSt EXIT PROGRAMMING

It lets you exit programming, and decide whether to save or not the modifications made.

YY = save (only if there are NO configuration errors)

nono = do not save

Press F to confirm. After exit, the display shows automation status.

YY

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14. SYSTEM FUNCTIONALITY/CONFIGURATIONS14.1 OPERATING MODEThe following operating modes may be activated from SDK EVO :Selection is carried out by pressing the keys on the fixed part of the programmer; the function is identified by the corresponding symbol switching on.

- NIGHT The door closes and motor block is activated (if present). The internal and external radar are disabled. The Key control causes opening and closing again after the night-time pause time.

- MANUAL The sliding leaves are free and may be manually operated.

The door does NOT operate as an escape route in NIGHT-TIME and MANUAL modes.

- AUTOMATIC

The door opens (partially or totally) then closes again after the set pause time (default 2 sec.).Pause time adjustment from 0 to 30 sec.

- DOOR OPEN The door opens and remains open.

- TWO-DIRECTION AUTOMATIC

Pedestrian transit occurs in both directions; the internal and external radars are enabled.

- ONE-DIRECTION AUTOMATIC

Pedestrian transit occurs in one direction only; the external radar is disabled.

- TOTAL OPENING 100%

The door opens fully.

- PARTIAL OPEN %

The door performs reduced openings (default 20%).Adjustment from 20% to 95% of total opening with 5% step.

Function Door Status Internal Sensor External Sensor KEY Emergency

MANUAL

-------- no effect no effect no effect no effect

TOTALLY OPEN

100% OPEN no effect no effect no effect no effect

AUTOMATIC TWO-DIRECTIONAL

TOTAL

100%

OPEN pause counting restarts pause counting restarts pause counting restarts no effect

CLOSED total opening and closure again after pause time

total opening and closure again after pause time

total opening and closure again after pause time

total opening

AUTOMATIC TWO-DIRECTIONAL

PARTIAL

%

OPENING

PARTIAL pause counting restarts pause counting restarts pause counting restarts total opening

CLOSEDpartial opening and closure again after pause time

partial opening and closure again after pause time

partial opening and closure again after pause time

total opening

AUTOMATIC ONE-DIRECTIONAL

TOTAL (EXIT ONLY)

100%

OPEN pause counting restarts no effect pause counting restarts total opening

CLOSED total opening and closure again after pause time

no effect total opening and closure again after pause time

total opening

AUTOMATIC ONE-DIRECTIONAL

PARTIAL (EXIT ONLY)

%

OPENING

PARTIAL pause counting restarts no effect pause counting restarts total opening

CLOSEDpartial opening and closure again after pause time

no effect partial opening and closure again after pause time

total opening

NIGHT

CLOSED no effect no effecttotal opening and closure again after night pause time

total opening

PARTIAL NIGHT-TIME

% CLOSED no effect no effect

partial opening and closure again after night pause time

total opening

PARTIAL OPENING

%

OPEN

PARTIALno effect no effect no effect no effect

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14.2 INPUTS CONFIGURATION Inputs refers to managing connection with safety devices in closure and opening and opening actuation devices, safety devices and other types.DISABLED input

the input is NOT considered in this mode.FUNCTION ALWAYS OPEN / AUTOMATIC inputFUNCTION ALWAYS OPEN / AUTOMATIC input

- this type of input may only be activated on I1, I2, I3 and I4 inputs as NO or NC contact.

- With contact active this input overrides an OPEN operating mode. - With contact not active this input overrides an AUTOMATIC

operating mode. - in an input configured in this mode with SDK EVO and LKEVO, the

functions can be modified, except ALWAYS OPEN / AUTOMATIC.EXTERNAL OPEN input

- manages 3 types of input :1. NO or NC CONTACT (can be selected for I1, I2, I3 and I4 inputs

and E terminal)2. IN CURRENT (can be selected only for E- and E+ terminals)3. IN FREQUENCY (can be selected only for E terminal)

- With active contact of an input configured in this way the leaves must open and remain in the open status for as long as the input is active.

- With inactive contact the pause time elapses and the leaves close again.

- the ENERGY SAVING mode can be activated on this input. - the TOTAL or PARTIAL function can be selected on this input. - this input is NOT considered in NIGHT-TIME or EXIT ONLY modes. - activation of this input lights up the OPEN green LED on the

board.EXIT ONLY / TWO-DIRECTIONAL FUNCTION inputEXIT ONLY / TWO-DIRECTIONAL FUNCTION input

- this type of input can only be activated on I1, I2, I3 and I4 inputs as NO or NC contact.

- With contact active this input overrides an EXIT ONLY operating mode.

- With contact not active this input overrides a TWO-DIRECTIONAL operating mode.

- in an input configured in this way with SDK EVO and LKEVO, the functions can be modified, except EXIT ONLY / TWO-DIREC-TIONAL.

AUTOMATIC OPEN input

- this type of input can only be activated on I1, I2, I3 and I4 termi-nals as NO or NC contact.

- With active contact of an input configured in this way the leaves must open and remain in the open status for as long as the input is active.


- the ENERGY SAVING mode CANNOT be activated on this input. - the TOTAL or PARTIAL function can be selected on this input. - this input is NOT considered in NIGHT-TIME mode - activation of this input lights up the OPEN green LED on the

board.SEMI-AUTOMATIC OPEN input


- With active contact of an input configured in this way the leaves must open and remain in the open status.

- the ENERGY SAVING mode CANNOT be activated on this input. - the TOTAL or PARTIAL function can be selected on this input. - this input is NOT considered in NIGHT-TIME mode - activation of this input lights up the OPEN green LED on the

board.PHARMACY OPEN input

- this type of input may only be activated on I1, I2, I3 and I4 inputs

as NO or NC contact. - With active contact of an input configured in this way operation

is as follows.1. In normal operation it is AUTOMATIC OPEN function2. In NIGHT-TIME function the leaves open in the percentage selected

and after the pause time the leaves close again. - activation of this input lights up the OPEN green LED on the

board.KEY input


- in NIGHT-TIME mode the input is active and has the same function as AUTOMATIC OPEN.

- With active contact of an input configured in this way during NIGHT-TIME function the leaves must open and remain in open status for as long as the input is active. Upon deactivation the night-time pause time elapses and the leaves close again.

- With active contact of an input configured in this way during normal operation the leaves must open and remain in open status for as long as the input is active. Upon deactivation the pause time elapses and the leaves close again.

- the ENERGY SAVING mode CANNOT be activated on this input. - activation of this input lights up the OPEN green LED on the

board.CLOSURE SAFETY input

- this type of input can only be activated on I1, I2, I3, I4, S1, S2, S3 and S4 inputs as NO or NC contact.

- with activation of an input configured in this mode we have the following functions:

1. during a closing motion the leaves are inverted.2. with the leaves open closure is prevented 3. the time selected is reapplied if in a pause status

- if selected on the input, a TEST procedure is run before a closing motion.

- With non active contact of the input immediately closes the leaves again if the ENERGY SAVING function is active, otherwise the leaves close again after total or partial opening.

- activation of this input lights up the SIC_CL red LED on the board.OPENING SAFETY input

- this type of input can only be activated on I1, I2, I3, I4, S1, S2, S3 and S4 terminals as NO or NC contact.

- On the escape route doors the safeties on opening are considered only beyond the PO % (partial opening) set. Any activations be-fore this point ARE NOT taken into consideration. Once the PO % has been exceeded, different behaviours can be had depending on what has been programmed:

1. with OPENING SAFETY in STOP the motion is stopped (status 11) and this status remains until the safeties on opening are not disengaged.

2. with OPENING SAFETY in LOW ENERGY the motion proceeds slowly until fully opened. - during an EMERGENCY in OPENING motion, activation of an input

thus configured, with the leaves above the PO %, the motion proceeds slowly until fully opened.

- during an EMERGENCY in OPENING motion in NIGHT-TIME func-tion, activation of an input thus configured, with the leaves above the PO %, the motion proceeds slowly until fully opened.

- if, on the input thus configured, a TEST procedure is run before an opening motion.

- In NIGHT-TIME function activation of an input configured in this mode during opening stops the motion. If this operation is not completed due to active safeties in opening, it will wait until it can be completed, but if this cannot happen because the night-time pause time set is exceeded, the leaves return to the closed position.

- activation of this input lights up the SIC_OP red LED on the board.

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INTERNAL OPEN input

- manages 3 types of input of this kind: - NO or NC CONTACT (can be selected for I1, I2, I3,I4, I and E ter-

minals) - IN CURRENT (can be selected only for E- and E+ or I- and I+

terminals) - IN FREQUENCY (can be selected only for E and I terminals) - With active contact of an input configured in this way the leaves

must open and remain in the open status for as long as the input is active.


- the ENERGY SAVING mode can be activated on this input. - the TOTAL or PARTIAL function can be selected on this input. - this function is NOT activated in NIGHT-TIME mode except the

interval of time for switching to NIGHT-TIME FUNCTION. - activation of this input lights up the OPEN green LED on the

board.OPENING EMERGENCY WITHOUT MEMORY AND WITH MEMORY input

- manages this type of input E1 E2 inputs as NO or NC contact. - once the E1 input has been configured, also E2 input is automati-

cally configured in the same way. - in the event in which the 2 E1 and E2 inputs take on different

levels, ERROR 17 activates. - With active contact of this input, the leaves open and remain

open for as long as the input is active - With inactive contact the pause time elapses and the leaves

close again. - the input configured as EMERGENCY in OPENING acts differ-

ently depending on whether is it programmed with or without memory :

1. without memory, input deactivated the leaves close again.2. with memory, input still deactivated the leaves remain open until

the RESET command is given. - opening is always TOTAL. - this function is active in NIGHT-TIME function. - this function is NOT active in MANUAL function. - activation of this input lights up the EMERG green LED on the

board. PARTIAL / TOTAL FUNCTION inputPARTIAL / TOTAL FUNCTION input


- With contact active this input overrides a PARTIAL operating mode.

- With contact inactive this input overrides a TOTAL operating mode.

- in an input configured in this way with SDK EVO and LKEVO, the functions can be modified, except PARTIAL / TOTAL.

NIGHT-TIME FUNCTION inputNIGHT-TIME FUNCTION input

- this type of input can only be activated on I1 and I2 or I3 and I4 inputs as NO or NC contact.

- once the I1 input has been configured, also I2 input is automati-cally configured in the same way.

- once the I3 input has been configured, also I4 input is automati-cally configured in the same way.88

- in the event in which the 2 inputs take on different levels, ERROR 17 is triggered.

- With active contact of both inputs configured in this way over-rides a MANUAL operating mode.

- With inactive contact of both inputs configured in this way the NIGHT-TIME mode is exited.

- in an input configured in this way with SDK EVO and LKEVO the functions can be modified, except NIGHT-TIME.

MANUAL FUNCTION inputMANUAL FUNCTION input

- this type of input can only be activated on I1 and I2 or I3 and I4 inputs as NO or NC contact.

- once the I1 input has been configured, also I2 input is automati-cally configured in the same way.

- once the I3 input has been configured, also I4 input is automati-cally configured in the same way. 88

- in the event in which the 2 inputs take on different levels, ERROR 17 activates.

- With active contact of both inputs configured in this way over-rides a MANUAL operating mode if the contact is maintained. (It CANNOT be modified with SDKEVO).

- With inactive contact of both inputs configured in this way the MANUAL mode is exited.

- in an input configured in this way with SDK EVO and LKEVO the functions can be modified, except MANUAL.

TIMER inputTIMER input

- With active contact the TIMER functionality is activated. - With inactive contact the TIMER functionality is disabled.

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I1 I2

G I3

I4 V

J21

V G

I1 I2

G I3

I4 V

J21

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14.3 CONFIGURATION OF J22 OUTPUTSO1 and O2 specifications: O1 Open Collector output with Max load 100mA to be connected between 01 and V.(Can be configured from SDK EVO)O2 relay contact with Max load 2A to be connected between O2 and O2.(Can be configured from board and SDK EVO)The OUT1 and OUT2 output signals may be configured as listed below:Output configured as DISABLED

- keeps the output always off.Output configured as GONG

- on and off at 1 sec. intervals when the closing safety devices are busy.

Output configured as ERROR

- the output is on when there is any active error.Output configured as BATTERY

- the output is on when operation is with battery i.e. there has been a power outage.

Output configured as ACTIVE EMERGENCY

- the output is on when an emergency is on.Output configured as TEST

- the output is on to command test execution (FAIL SAFE) on inputs I1- I4 configured as closing safety and on which the TEST option has been activated before a closing motion.

Output configured as DOOR NOT CLOSED

- the output is on when the door is in NOT CLOSED status.Output configured as DOOR OPEN

- the output is on when the door is in open status.Output configured as DOOR IN MOTION

- the output is on when the door is moving (opening or closing).Output configured as LIGHT

- the output is on for a programmable time in NIGHT-TIME opera-tion from leaf opening.

Output configured as INTRUSION

- the output is on when an intrusion is in progress (i.e. when the encoder detects an unexpected movement of the door from the closed position over 1 cm.)

Output configured as Safety in Closing.

- activates the output when at least one Safety in Closing is On.Output configured as Safety in Closing or Safety in Opening

- activates the output when at least one Safety in Closing or Safety in Opening is On.

the output is on depending on how it has been programmed:

- normally open means the output contact closes when the output is on- normally closed means that the output contact opens when the output is on.

14.4 OBSTACLE DETECTIONObstacle in closing (default 2)

Any acknowledgement of an obstacle in CLOSING determines inver-sion of the leaves and increase in the number count of consecutive obstacles in closing. The force and time parameters with which the motor forces on the obstacle can be selected.Error 24 is generated when the programmed number of obstacles in CLOSING is reached.The number of consecutive obstacles in closing is reset to zero:

- with RESET command - upon reaching the CLOSED position

Obstacle in closing (default 1)

Any acknowledgement of an obstacle in OPENING determines a stop of the motion and after 10 s a new attempt of opening. Error 24 and then error 31 are generated when the programmed number of obstacles in OPENING is reached.The number of consecutive obstacles in opening is reset to zero:

- with RESET command - upon reaching the OPEN position - An obstacle detected during opening in NIGHT-TIME function

stops the leaves and after the night-time pause time set they close again.

(safeties in closing and inputs not active)

14.5 ANTI-INTRUSION AND PULL&GOThe anti-intrusion is active when the door is manually moved from the CLOSED position.It is hindered during an attempt to open to return to the closed posi-tion and signal 63 is activated. The anti-intrusion is NOT active in NIGHT-TIME function with battery operation.The PULL&GO is active when the door is manually moved from the CLOSED position to facilitate opening via activation of the motor. The anti-intrusion is NOT active in PULL&GO function.

C1=16 C1=16 or CI=17CI=17NONO (NO input)(programmable from board or from SDK EVO )

CICI = nCnC (NC input) (programmable only from SDK EVO )

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14.6 FUNCTION ENERGY SAVING The function Energy Saving lets you decrease opening/closing times and restrict “false openings” by recognising the pedestrian’s direction (approaching, leaving, passing sideways).It entails an opening movement from external or internal radar and when the radars are no longer engaged and the presence sensors do not detect any presence, it immediately inverts.Obligatory requirements

Energy Saving requires:use of the one-direction radar detectors inside and outsideThe operating mode must be AUTOMATIC.

! To ensure maximum safety adhere to the detector’s operating instructions.

HOW TO ACTIVATE THEENERGY SAVINGIn basic programming:

- set ESES = YY .

The parameter may be selected from board or SDK EVO.

14.7 FUNCTION LOW ENERGY IN CLOSING - CS CS CFCF Low Energy mode is implemented by restricting the kinetic energy of the leaf and forces.The standard EN 16005:2012 in force in European Community coun-tries sets the Low Energy mode operation option as an alternative to using monitored devices.

! WARNING: the Low Energy operation mode is not allowed if most users are elderly, sick, disabled or children.

For this type of user door contact with the user is NOT allowed. Use monitored detectors, or special mechanical protections.

HOW TO SET LOW ENERGY ON CLOSUREIn basic programming:

- set CSCS complying with MAX closing speed values set in 13 depending on leaf weight.

- set CFCF complying with the value 11 of maximum closing force. - set from SDK EVO acceleration in closing = 1 (“Closing - Accelera-

tion 91

- set from SDK EVO the number of obstacles in closing = 0 (“Consecu-tive obstacles” 92 ).

For details refer to standard EN 16005:2012.

It is possible to use SDK EVO.

13 Setting max speed in Low Energy

Leaf weight [kg] MAX admissible closing speed (CSCS)

10 7720 5530 44from 40 to 50 33from 60 to 110 22from 120 to 240 11

! It is also necessary to set CFCF to the value 11 .

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15. DIAGNOSTICS AND PROCEDURES

14 Statuses of the automation

Status of the automation

0000 CLOSED

0 10 1 in OPENING

0202 OPEN

0303 in PAUSE

0404 in NIGHT-TIME PAUSE

0505 in CLOSING

0606 OPEN in EMERGENCY

0707 in MANUAL mode

0808 in NIGHT-TIME mode

0909 Opening with Auxiliary_motor

1 010 System TEST in progress

1 11 1 STAND-BY

1 212 Safety TEST in progress

1 313 OPEN in ERROR (Press simultaneously + and - to display the active ERROR) (*)

L0-L2L0-L2 PHASES L0, L1, L2 of SETUP in progress (flashing)

(*) Status 1313 is caused by an error which stops the door in open status and prevents closure. To restore operation, remove the cause and perform a RESET.

15.1 ACOUSTIC SIGNALWhen the time set for the maintenance to be performed elapses, the control board beeps at each closure indicating a maintenance request:

3s

The maintenance request is set by default upon reaching the MAX number of cycles: 1 000 000.

With SDK EVO it is possible to:

- modify the number of cycles for maintenance request

- enter a maintenance request date (optional).

! The acoustic signal is DISABLED in NIGHT-TIME mode and in case of BATTERY operation.

15.2 SYSTEM DIAGNOSTICS: ALERTS, ERRORSThe display reads

- automation STATUSES 14 .

- ERRORS identified by the RED LED DL4 STEADY on interrupt auto-mation operation. If several errors are present at the same time, each error is signalled after resolving the previous one. See 15 .

- ALERTS of conditions/phase in progress, identified by the RED LED DL4 blinking are described in 16 .

To check active ERROR/ALERT code, press simultaneously + and -

0.0RESET/SETUP

DL2

+ - F

J1313A lA l + alert code DL4

o

ErEr + error code DL4

+ -

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Error Required action (perform RESET after the intervention)

11 Board failure Perform RESET. If the problem persists replace the control board.

22 Board E2prom fault Perform RESET. If the problem persists replace the control board.

33 Motor_1 Driver failure Perform RESET. If the problem persists replace the control board.

44 Faulty accessories power supply Perform RESET. If the problem persists replace the control board.

55 micro-controller error Update FW. The file on USB storage device is required (78 )

66 Motor_1 power supply voltage fault Perform RESET. If the problem persists replace the control board.

77 Motor_1 faulty Replace Motor_1.

88 Opening failed with AUX_Motor Perform RESET. If the problem persists replace the control board.

99 Mains power supply (V main) absent* The door performs opening with battery power supply and remains open in error (safety condition)

Wait for the mains power supply to be restored

If the error persists despite mains power supply being on, replace the power supply unit.

1 010 Battery down or NOT connected* If the battery is down or disconnected, the door performs opening and remains open in error.

Check battery status and connection. If the battery is completely drained, the charging cycle requires several hours. Perform reset.

1 11 1 S1 test failed

Check that:

- connection of the safety device.

- operation of the safety device.

- input programming P1P1-P2P2-P3P3-P4P4 .

1 212 S2 test failed



1 515 Data in setup memory not present or corrupted Perform SETUP.

1 616 Encoder failure Replace Motor_1.

1 717 Inputs failure Perform RESET. If the problem persists replace the control board.

1 818 Firmware (FW) not compatible During the update stage, an incorrect FW has been detected. Check and update again the control board FW. The file on USB storage device is required (78 ).

1 919 High mechanical friction Check the leaves slide smoothly with power supply, battery and motors disconnected. Remove any friction. Check the counter wheel.

2020 Inputs configured as safety devices test failed Check input connection and programming.

2 12 1 Opening speed low Modify speed programming: OSOS function.

SDK EVO also allows the acceleration and deceleration ramps and slow down space to be modified in opening.

A SETUP must then be performed.

2222 Corrupted data Perform board programming again, or upload programming files saved on USB memory stick (78 ).

2323 Power supply unit fault Replace power supply unit

2424 Consecutive obstacles in closing Check for and remove the obstacle in closing. If the error persists with no obstacle check the level of force in closing.

2525 AUX_Motor faulty Replace Auxiliary_Motor.

2626 Motor block fault Replace motor block

2727 Motor_1 rotation error Check belt connection to the leaves.

2828 AUX_Motor rotation error Check auxiliary_motor connection

2929 _AUX board fault Replace the control board.

3030 Serious error

(with continuous buzzer) It is impossible to open with both motors. Set manual mode and manually open the leaves. Request the installer's servicing.

3 13 1 Consecutive obstacles in opening Check for and remove the obstacle in opening.

39 39 Board data being deleted Restore procedure executed.

* When the condition is restored, this error disappears without requiring a RESET.

15 Errors

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16 Alerts

Indication Intervention required

4 14 1 Date and time loss Reset time and date with SDK EVO.

4242 Clock battery flat or absent In case of mains power supply failure, replace the battery to avoid losing the time.

4343 System test System test in progress

4444 Emergency active signal that an emergency is active

4545 Timer active the TIMER is in activated state

4646 Timer Function in progress A TIMER function is running with operating mode other than

Total Two-directional Automatic)

4747 Last motion run with battery The board has run the last motion programmed.

4848 Night-time mode operation Night-time mode operation.

4949 Manual mode operation Manual mode operation

5050 Partial mode operation Partial mode operation

5 15 1 Obstacle in closure detected The door opens again. Check for an obstacle in closing

5252 Obstacle in opening detected After 5 sec. the door attempts another opening.

Check for an obstacle in opening.

5353 Number of maintenance cycles corrupted on E2prom Replace the control board and perform maintenance on the system.

5454 Fault on Motor_1 block driver Perform RESET. Check the motor block

5555 Operation in pharmacy mode in progress PHARMACY opening is in progress.

5656 Battery operation the indication remains as long as the automation operates on battery with mains power supply down.

5757 Searching for strike on opening the indication remains as long as the stage is ongoing

5858 Searching for strike on closing the indication remains as long as the stage is ongoing

5959 Motor block Anomaly (only with Monitoring Kit) Perform RESET. If the problem persists replace the motor block.

6060 Maintenance requested

(with acoustic signal at 4 s intervals).

3 s

Have scheduled maintenance performed and reset the relevant cycle counter with SDK EVO.

6 16 1 Fault SDK EVO o LKEVO Check it is the correct device and check the connections SDK EVO or LKEVO.

Update FW (see procedure 78 ). If the problem persists, replace SDK EVO or LKEVO.

6262 Faulty battery charger Perform RESET. If the problem persists replace the control board.

6363 Intrusion in progress An attempt to manually open the leaves is in progress

6464 Last opening too slow, not compliant with EN16005 after 10 openings with this alert active, the system goes into error 2121

6565 SETUP in progress SETUP is in progress.

6666 The AUX board is moving the leaves Opening with AUX board is in progress.

6767 Battery saving Power supply to the accessories of the board (Excluding SDK EVO or LKEVO) has been discon-nected to save and avoid quick discharge of the battery.

6868 Alarm on Test Check detector operation. If the problem persists, replace the detector.

In this condition the leaves move at a slower speed.

6969 Door open the door is open for semi-automatic OPEN function.

7070 Low batteries level batteries charging

8080 Programming other than standard Alert not displayed by the board.

* When the condition is restored, this error disappears without requiring a RESET.

17 AUX Errors

AUX Errors Intervention required

200200 UC Failure (Corrupted FW or Corrupted RAM) Carry out board reset; if the error persists replace the board.

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15.3 SOLUTION OF PROBLEMS OR OUTAGESBelow is a guide for any situation not included in system diagnostics (alerts/errors).

18Guide to outage solutionCONDITION SUGGESTION

SDK EVO off - there is no mains voltage and the board is operating on battery with NIGHT-TIME operative function and energy saving condition

- board connection is disrupted: check connection cables and wiring between SDK EVO and board

- the board is not working correctly: replace the board

All LEDs are off - ensure fuse 5x20 T2.5A inside the power supply unit has not tripped

- check correct insertion of J1 connector on the board

- check connection with power supply unit

- the board is not working correctly: replace the board

POWER LED off

24V LED on

- there is no mains voltage and the board is working on battery

- if there is mains voltage, see point B

the door DOES NOT CLOSE - the safeties in closing are busy

- ensure DOOR OPEN operative function has not been selected

- ensure MANUAL operative function has not been selected

- check motor connection

- check presence of motor power supply voltage

The door DOES NOT OPEN - ensure MANUAL operative function has not been selected

- ensure NIGHT-TIME operative function has not been selected

- check motor connection

- ensure the motor block is not blocked

- check presence of motor power supply voltage

The door CLOSES instead of OPENING and VICE VERSA

- check the belt fitting on the board and perform a SETUP

The door only moves for short stretches - check correct insertion of the connector of the encoder

- check encoder integrity

- check integrity of flat encoder connection cable

The door performs movements at very low speed

- ensure the selected speed levels are as desired

- ensure the selected slowing down spaces are as desired

The door accelerates or slows down sud-denly during an acceleration in opening and/or closing.

- modify on the display values CFCF and tFtF .

The door does not perform SETUP - door set in NIGHT-TIME function

- door set in MANUAL function

- active internal or external release

- active emergency entry

- motor or encoder not connected, not powered or faulty

AUX Errors Intervention required

20 120 1 Faulty AUX Motor Check motor wiring. Carry out board reset; if the error persists replace the AUX motor

202202 High mechanical friction Manually check smooth sliding of the leaves along the entire space acquired during setup

203203 AUX Motor Driver Carry out board reset; if the error persists replace the board

204204 Firmware (FW) not compatible Incompatible firmware downloaded

205205 Motor Rotation Check AUX Motor wiring

206206 Encoder Fault Check encoder wiring

2 162 16 Communication problems between the 2 boards Carry out board reset; if the error persists replace the board

2 172 17 Incorrect Opening Position Carry out board reset; if the error persists replace the board

2 182 18 Obstacle Check for any obstacles

2 19 219 Incorrect ID Replace the board

220220 VMain Carry out board reset; if the error persists replace the board

22 122 1 Timeout Carry out board reset; if the error persists replace the board

222222 Test VMain Replace the board

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16. OPERATIONS ON THE BOARD

16.1 SETUPThe SETUP consists of a series of movements.

WHEN IS SETUP NECESSARY - upon first commissioning the automation 63 or after

replacing the board - when the display reads error 1515 - following any travel variation - when leaf number (LN) is modified - after a reset to factory settings

SETUP CANNOT be performed in conditions of: - Emergency active - MANUAL mode - NIGHT-TIME mode - Power outage.

In this case the board remains in L0L0 status until the cause for the hindrance is removed.

HOW TO PERFORM SETUP FROM BOARD - To perform SETUP from board press button SW1 for 5 s.

0.0RESET/SETUP

DL2

+ - F

J

L0...L1. . .L0.. .L1. . .L2L2.. .. . . 5 s

SW1SETUP/RESET

SETUP is interrupted ( L0L0 status) if one of the following conditions occurs during execution:

- activation of an emergency command - setting NIGHT-TIME or MANUAL mode - activation of an error during motion. - Activation of the safety devices does not prevent SETUP execu-

tion.

To perform SETUP with SDK EVO refer to 92 .

16.2 RESETReset is an initialising procedure of board operation. In the operat-ing mode for escape routes an opening motion at reduced speed is expected, during which the following is checked:

- battery charge level - correct operation of the AUX motor.

The door automatically performs a TEST every time that: - it exits the NIGHT-TIME function - it exits the MANUAL function

WHEN IS RESET NECESSARYAfter automation lock due to:

- board in error condition with request to RESET

HOW TO PERFORM RESET FROM BOARD - Press the RESET button SW1 for 1 s and release it.

0.0RESET/SETUP

DL2

+ - F

J

SW1SETUP/RESET

1 s

To perform RESET with SDK EVO see 69 .

16.3 RESTORING FACTORY STATUSRESTORE brings all board parameters back to factory status.

! The procedure is irreversible and involves:

- loss of data acquired from SETUP (need to perform SETUP again)

- loss of programming (resetting default values)

- relevant cycle counters are reset to zero

- loss of passwords (“0000” is reset)

WHEN IS RESTORE NECESSARYWhen you wish to cancel all settings made on the board.

HOW TO PERFORM RESTORE1. Disconnect mains power supply and disconnect the emergency

battery2. restore power supply to the board3. within the first 4 s after switching on (while the display shows the

FW version) press simultaneously for about 5 s the buttons + - F

F+ -

5 s

4. the display shows ---- 5. release the buttons6. the display shows automation status.

! After restoring factory status perform SETUP.

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16.4 UPDATE (UPLOAD)The USB memory files are copied on the board.

Th e u p d ate f i l e s m ay b e d ow n l o a d e d f ro m t h e we b s i te : www.faacgroup.com

The USB device must be formatted with FAT or FAT 32 file system. The NTFS format is not recognised by the control board.

The required files, with names exactly defined in 21 must be directly available on the USB memory (not inside folders, nor zipped).

Use a USB with maximum 500mA absorption.

1. When switched on the board is in Bootloader mode for a few seconds which is viewed on the display with bobo

2. insert the USB memory device in the J17 connector3. the USB device is detected and the display shows the letters bobo4. press and release the button FF to scroll through available func-

tions (19 )5. to perform the displayed function, press simultaneously + – for

at least 3 s; update starts: ---- blinks on the display and the USB LED blinks on the board. Upon completing the operation, the display will show:

y y = if successfully completed

no no = in the event of errors (RED LED DL4 on the board on).

To display the error code, simultaneously press the 2 buttons + and –.

6. Remove the USB memory device.

16.5 DOWNLOADThe board files are copied on the USB memory

The USB device must be formatted with FAT or FAT 32 file system. The NTFS format is not recognised by the control board.

1. When switched on the board is in Bootloader mode for a few seconds which is viewed on the display with bobo

2. insert the USB memory device in the J17 connector3. The USB device is detected and the display shows the letters bobo4. press and release the button FF to scroll through available func-

tions (20 )5. to execute the displayed function, simultaneously press + – for at

least 3 s until the display shows OrOr or AdAd6. release the buttons and use the + – buttons to select one of the

two file saving methods:OrOr (overwrite) = the board file will be saved in USB memory overwriting any file already present with the same name

AdAd (add) = the board file is saved in USB memory in addition to any file already present(*)

7. Press F to save the file in the root of the USB memory8. Upon completing the operation, the display will show:

y y = if the operation has been completed successfully

no no = in the event of errors (RED LED DL4 on the board on).

To display the error code, simultaneously press the 2 buttons + and –.

9. Remove the USB memory device.

19 Updating functions (UPLOAD) from USB

UPUP Board firmware update E1400 RD (including AUX board FW).

required file: 1400RD.hex

UEUE Firmware update SDK EVO and LKEVOincluding translations of messages displayed by the device.

to update the SDK EVO two files are required on the USB device:

SDKEVO.hex

SDKEVO_L.bin

to update the LKEVO one file is required on the USB device:

LKEVO.hex

UCUC E1400 RD board CONFIGURATION UPLOAD.

required file: 1400RD.prg

UtUt E1400 RD board TIMER CONFIGURATION UPLOAD.

required file: 1400RD.tmr

Should the board remain in the bo bo status, an UPLOAD must be

performed

20 Download Functions on USB

dCdC Board E1400 RD CONFIGURATION Download onto USB memory.

the file is copied: 1400RD.prg (*)

dtdt TIMER CONFIGURATION Download

This function lets you save the E1400 RD board TIMER configuration on USB memory.

the file is copied: 1400RD.tmr (*)

dLdL LOG DATA Download

This function lets you save the E1400 RD board LOG data on USB memory.

the file is copied: 1400RD.log (*)

(*) If the USB memory root already has a file with the same name

and the AdAd mode was selected, an incremental number is added to the new file name. E.g.: if a file 1400RD01.prg already exists the file 1400RD02.prg is saved and so on.

21 Firmware and programming file names1400RD.hex board firmware

1400RD.prg board programming

1400RD.tmr Timer programming

SDKEVO.hex firmware SDK EVO

SDKEVO_L.bin language update on SDK EVO

LKEVO.hex firmware LKEVO

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22 BOOTLOADER Errors

Error Intervention required

8 18 1 Update files not present in the USB stick

8282 File writing error

8383 SDK EVO not present or not correct

8484 AUX board not present or not correct

8585 AUX board firmware update error

8686 Firmware update error SDK EVO

8787 Board firmware update error E1400 RD

8888 File reading error

8989 file data error

9090 file password error

9 19 1 board E2PROM fault

9696 board micro-controller fault

9797 USB stick error

9898 SDK EVO signals error

9999 AUX board signals error

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17. LKEVO17.1 ASSEMBLY AND TESTING1. To disassemble the parts LKEVO it is required to leverage points 90 -�

with a slotted screwdriver. 2. Break off the cable run insert.3. Mark points on the wall 90 -� and fasten the support with adequate

screws.

F BEFORE CONNECTING THE DEVICE, disconnect the power supply and the

emergency battery of the automation.

4. Connect to board E1400 RD 90 -�

5. Connection must be carried out with 4- twisted pairs cable U/UTP CAT.5 4x2xAWG24 with section 0.5mm 90 -�. Maximum dis-tance is 50 m.

6. Assemble the parts LKEVO with a slight pressure on points 90 -�.

! * It is obligatory to perform a connection on LKEVO on terminals G and K with key command to block function keys. With NC contact the keypad is blocked 90 -�.

TOTAL TWO-DIRECTION AUTOMATIC

DOOR OPENED

AUTOMATIC TOTAL ONE-DIRECTIONAL

AUTOMATIC PARTIAL TWO-DIRECTIONAL

NIGHT

MANUAL

17.2 SELECTION MENU1. To access the selection menu of the operation mode, press the

corresponding function button.2. The following functions may be set with the selection buttons:

- TOTAL TWO-DIRECTION AUTOMATIC - DOOR OPENED - TOTAL ONE-DIRECTION - AUTOMATICPARTIAL TWO-DIRECTION AUTOMATIC - NIGHT - MANUAL

3. The LED switches on to identify the active function. 4. To switch to another function press the key corresponding to

the new function.

If the configured inputs are used to override an operating mode, the LKEVO might have blocked function keys.

��

��

��

��

��

89

J8

E1400 RD

LKEVO

8

90

3

3

42

1

1

1

TX RX G K G V

7

V

V RX

RX

TX

TX

G

G

U/UTP CAT.5 4x2xAWG24

V RX TX G

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5. In the event LKEVOis connected to a board A1400 AIR RDT in which an unintended function is programmed, a different function is overridden

as indicated:

- from AUTOMATIC ONLY PARTIAL ENTRY - from AUTOMATIC ONLY PARTIAL EXIT

switches to PARTIAL TWO-DIRECTION AUTOMATIC

- from AUTOMATIC ONLY TOTAL ENTRY switches to TOTAL TWO-DIRECTION AUTOMATIC

- from PARTIAL NIGHT-TIME switches to TOTAL NIGHT-TIME

- PARTIAL MANUAL switches to TOTAL MANUAL

ERRORSThe ERRORS are displayed with a code of blinking LEDs alternating to the operating mode in progress. To see the type of ERRORS 23 .

6. Other 2-key combinations may be used for other special functions.

LOCK / UNLOCK � + � 5 sec.

RESET � + �

WARNINGS� + � continuous

FIRMWARE VERSION � + � continuous

17.3 SPECIAL FUNCTIONS

RESET:Reset clears errors in the memory.Activation takes place by pressing simultaneously for 5 sec. keys � and �. The LEDs corresponding to the keys switch on then off.

LOCK/ UNLOCK:The lock blocks and releases the keys of LKEVOActivation takes place by pressing simultaneously for 5 sec. keys � and �.The LOCK/ UNLOCK mode change is displayed by switching on for 300msec then switching off the LEDs corresponding to keys.

WARNINGS:The warnings are displayed by pressing and holding the keys � and �.The LEDs corresponding to WARNINGS blink for as long as the keys are held. To see the type of WARNING see 24 .

FIRMWARE VERSION:the firmware version of board E1400 is displayed by pressing and holding keys � and �.To see the FIRMWARE version see 25 .

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23 Errors

Errors � � �

�

� ��

11 Board failure

22 Board E2prom fault

33 Motor driver failure

44 Power supply fault

accessories

55 micro-controller error

66 Motor power supply voltage fault

77 Faulty motor

88 AUX board fault

99 Mains voltage down

1 010 Battery flat

1 11 1 S1 test failed




1 515 Data in setup memory not present

or corrupted

1 616 Encoder failure

1 717 Inputs fault

1 818 Firmware (FW) not compatible

1 919 High mechanical friction

2020 Inputs configured as safety devices

test failed

2 12 1 Motion too slow

2222 Corrupted data

2323 Switching power supply unit fault

2424 Consecutive obstacles in closing

2525 AUX Motor fault

2626 Motor block fault

2727 Motor rotation error

2828 AUX motor rotation error

2929 _AUX board fault

��

��

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Errors � � � ��

��

� ��

3030 Serious error

3 13 1 Consecutive obstacles in opening

24 Alerts

Alerts � � ��

��

� ��

4444 Emergency active

5 15 1 Obstacle in closure detected

5252 Obstacle in opening detected

5454 Motor block absorption fault

5656 Battery operation

5959 Anomaly Motor block (only with monitoring KIT)

6O6O Maintenance requested

6565 SETUP in progress

6868 Safety device test failed

25 Firmware Version

Firmware Version � � � � ��

��

��

FW 1.0

FW 1.1

FW 1.2

FW 1.3

FW 2.0

FW 2.1

FW 2.2

FW 2.3

��

��

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92

14:30

V RX TX G

J

J8

V RX TX G G K

E1400 RD

2

1

1

3

33

4

SDK EVO

7

56

8

V

V RX

RX

TX

TX

G

G

U/UTP CAT.5 4x2xAWG24

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18. SDK EVO

18.1 ASSEMBLY AND TESTING1. Disassemble parts 91 (the 2 screws must be loosened 91-�). 2. Break off the cable run insert 91 -�.3. Mark points on the wall 91 -� and fasten the support with

adequate screws.

F BEFORE CONNECTING THE DEVICE, disconnect the power supply and the emergency battery of the automation.

* It is possible to perform an optional connection on SDK EVO on terminals G and K with key command. 91 -�. The following functions may be selected from SDK EVO: Block or Without operator Password. Refer to paragraph “SDK EVO key” 92 .

4. Connect to board E1400 RD 91 -�.5. Connection must be carried out with 4- twisted pairs cable U/UTP CAT.5

4x2xAWG24 with section 0.5mm 91 -�. Maximum distance is 50 m.

6. Assemble parts (the 2 screws must be tightened 91 -�).7. fasten with screw 91 -� and insert the screw cover 91 -�).

18.2 SWITCHING ON AND USE1. Power the electronic board E1400 RD.2. The device launches the program and displays:

SDKEVO

then:

BOOTLOADER 0.0

SDKEVO

b o o t l o a d e r version

3. The device is ready for use when the HOME PAGE is displayed:4. Operation modes of the automation can be selected and set with

the buttons under the activation icons (Home Page 93 ).

system data and current statuses

icons in Home Page

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HOME PAGE

93

PASSWORD

0000

ESC OK

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18.3 HOME PAGEThe 4 buttons under the display activate the command represented by the icon above them 93 .

18.4 RESET - BLOCK/RELEASE SDKEVOOn the HOME PAGE, Block/Release SDK EVO or Reset the board by pressing the indicated 2 buttons simultaneously for 5 s:

5”5”

RESET5”5”

18.5 PASSWORDTo perform some commands the 4-digit PASSWORD must be entered.

- select the first digits with buttons ↑ ↓ - confirm via the OK button and it moves on to the next digit - Once the 4 digits are completed, the password is recognised by

the device as OPERATOR or INSTALLER.

The factory-set password is: 0000

* * * *

ESC ↑ ↓ OK

leave and go back to the HOME PAGE

confirm the figure

select figure

ENTER PASSWORD

- In case of UNRECOGNISED PASSWORD: - the command is not executed - the display shows “INCORRECT PASSWORD” - press OK to go back to the HOME PAGE.

PASSWORD

INCORRECT PASSWORD

ESC OK

Functions accessible with PASSWORD

OPERATOR *

INSTALLER * Some functions are reserved to the installer

set NIGHT-TIME mode set MANUAL mode go to FUNCTION menu

go to S E L E C T I O N menu

- name of the door - day and date - operating mode - time

SDK EVO blockedcurrent indications

Factory Password

timer active

A1400 AIR RDTTHUR 20/03/14

AUTO BIDIR TOTAL

A1400 AIR RDT 86 532119 04 - Rev. C

94

95

100% OK

HOME PAGE

14:30

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corresponding button in HOME PAGE 94 .2. With selection buttons 95 you can set:

- the Automatic or Door open operation - Two-directional or Exit only mode - Total or Partial Opening option

3. With the OK button you can go back to the HOME PAGE (the displayed selections are confirmed).

Automatic or Door open opera-tion

Automatic = opening via detector

Open door = closure is inhibited

Automatic

Door open

Direction of travel

Two-directional = the detectors are enabled for entry and exit

Exit only = the detector is only enabled for exit

Two-directional

Exit only

Opening percentage

100% = Total opening

% = Partial opening (percentage that can be modified by the program)

Total opening

100%

Partial opening

%example - automatic operation, only for exit, with partial Opening:

%example - door open with total opening:

100%

operation selection:

Automatic/Door Open

OK - go back to HOME PAGE (confirm the current selections)

selection:

Two-directional/Exit only

selection:

Total/Partial Opening

Summary of current selections

Menu titleOPERATING MODE

AUTO BIDIR TOTAL

Icons of current selections

operation in for example: automatic/two-directional/with total opening


AUTO BIDIR TOTAL

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97

98

HOME PAGE

14:30

MENU’

ESC ↑ ↓ OK

XXXXX

ESC ↑ ↓ OK

- > 1 XX... - 2 XX... - 3 XX... - 4 XX...

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18.7 FUNCTION MENU1. To access the function menu, press the corresponding button in

HOME PAGE 96 .2. The password is requested: enter OPERATOR or INSTALLER

password.3. The display shows functions (4 at a time) 97 .4. Scroll available functions with the buttons underneath the selec-

tion arrows ↑ and ↓. The list is: - 1 LANGUAGE - 2 PROGRAMMING - 3 ERRORS - 4 ALERTS - 5 CYCLES COUNT - 6 DATE/TIME - 7 TIMER - 8 PASSWORD - 9 INFO

5. Press OK to enter the selected function (highlighted with the symbol >) and proceed in the same way to set it.

6. Press ESC to go back to the HOME PAGE. - All function screens appear as in the example of 98 .

In 26 the list of menus with indication of pages dedicated to individual functions.

- > 1 LANGUAGE - 2 PROGRAMMING - 3 ERRORS - 4 ALERTS


AUTO BIDIR TOTAL

leave without saving and go back to previous menu (ESC)

enter the selected func-tion/ confirm and go back to previous menu (OK)

select items in list (UP/DOWN)

title:

leave and go back to MENU

confirm selected item and go back to MENU

select items in list

A1400 AIR RDT 88 532119 04 - Rev. C

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OK

OK

OK

OK

OK

OK OK

OK

OK

OK

OK

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OK

OK

OK

OK OK

OK

OK

OK OK

OK

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OK OK

OK

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26 FUNCTION Menu

PROGRAMMING

LANGUAGE

ERRORS

WARNINGS

CYCLE COUNTER

DATE / TIME

TIMER

PASSWORD

INFO

1LANGUAGE

MOTION

INPUTS / OUTPUTS

TIMING

ENERGY SAVING

BATTERY KIT

MOTOR LOCK KIT

2PROGRAMMING

INSTALLATION

LOG

MISCELLANEUS

CYCLES NUMBER5CYCLE COUNTER

MAINTENANCE

CYCLES RESET

41 TIME LOSS4

WARNINGS

42.....................79

80 NON STANDARD PROGRAM.

SET TIME6DATE/TIME

SET DATE

DAYLIGHT SAV TIME

7TIMER

MONDAY

TIMER STATE

TUESDAY/FRIDAY

SUNDAY

MON-SUN

MON-FRI

JOLLY

JOLLY SLOTS

TECHNICIAN PSW8PASSWORD

OPERATOR PSW

9INFO

E1400 RD APPVER.xx

E1400 RD BOOTVER.xx

AUX APPVER.xx

SDK EVO APPVER.xx

OK

OK

OK01 BOARD FAULT

3ERRORS

02.....................31

39 DELETION OF DATA IN PRO-

GRESS

1 ERRORS2 AUX ERRORS

OK

OK

OK

OK200 UC FAILURE

3ERRORS

201...................221

222 TEST VMAIN


OK

A1400 AIR RDT 89 532119 04 - Rev. C

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OK

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OK

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OK OK

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OK OK

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MOTION

INPUTS / OUTPUTS

TIMING

Energy Saving

BATTERY KIT

MOTOR LOCK KIT

2PROGRAMMING

INSTALLATION

LOG

MISCELLANEUS

INPUTS / OUTPUTS

PAUSE TIMETIMING

NIGHT PAUSE TIME

NIGHT SENSOR DELAY

OPENINGMOTION

CLOSING

OUTPUTS O1/O2

INPUTS I1- I4

SAFETIES S1- S4

SENSORS I / E

EMERGENCIES E1- E2

XFA PHOTOCELLS

DISABLEDENERGY SAVING

ENABLED

OK

OK

PARTIAL OPEN

CONFIG. DEFAULT

AUX TEST TIME

BOARD'S DISPLAY

FUNC. SAFOPENING

INTRUSION

MISCELLANEUS

PARTIAL PHARMACY

SDK EVO KEY

TEST ERROR

CONSECUTIVE OBSTACLES

NOT AVAILABLELOG

INSTALLATION

START SETUP

LEAF NUMBER

INPUTS STATUS

DOOR STATUS

OTHER BOARD DATA

FUNCTION

TYPE

SURVEILLANCE KIT

BATTERY OPERATION

MOTOR LOCK KIT

FUNCTIONBATTERY KIT

LAST MOVEMENT

NIGHT-TIME FUNCTION

LAST MOV.NIGHT

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MENU 1 LANGUAGE

Default: ITALIANO

-- 16 Night-time 16 Night-time -- 17 Manual 17 Manual

3. If the input has not been disabled, select the logic: - Normally open (NO) - Normally closed (NC)

4. If an input with CLOSURE SAFETY function has been selected, set the TEST: - Enabled - Disabled (Default)

5. Repeat the procedure for the other inputs.

2 Outputs O1 / O2

1. Select an output. The complete list with relevant default is: - O1 Gong - O2 Door not closed

2. Select function: - 0 Disabled - 1 Gong - 2 Error - 3 Battery - 4 Emergency active - 5 Test (for I1,I2,I3 and I4) - 6 Door not closed - 7 Door open - 8 Door in motion - 9 Light* - 10 Intrusion active

(* ) If this function is selected, set the time: - from 1s to 255s (Default 60s)

3. If the output has not been disabled, select the logic: - Normally open (NO) - Normally closed (NC)

4. Repeat the procedure for the other output.

3 Safety devices S1-S4

1. Select a SAFETY input. The complete list with relevant default is: - S1 DISABLED - S2 DISABLED - S3 CLOSING SAFETY / TEST ENABLED / NC - S4 CLOSING SAFETY / TEST ENABLED / NC

2. Select function: - Disabled - Closing safety - Opening safety

3. If the input has not been disabled, set the TEST: - Enabled - Disabled

4. If the input has not been disabled, select the logic: - Normally open (NO) - Normally closed (NC)

5. Repeat the procedure for the other inputs.

4 Sensors I / E

1. Select a sensor. The complete list with relevant default is: - SENSOR I Internal current - SENSOR E External contact NO

2. Select the function for Sensor I (Internal Sensor): - Internal current - Internal frequency - Disabled

3. Select the function for Sensor E (External Sensor): - Disabled

1LANGUAGE

MENU 2 PROGRAMMING

The menu is only accessible if the INSTALLER password has been entered.

If a different password has been inserted, it is indicated: MENU RESERVED FOR INSTALLERS.

The list is: - 1 INPUTS / OUTPUTS - 2 MOTION - 3 TIMING - 4 ENERGY SAVING - 5 BATTERY KIT - 6 MOTOR BLOCK KIT - 7 INSTALLATION - 8 SUNDRIES - 9 LOG

■ INPUTS / OUTPUTS

OK OKINPUTS / OUTPUTS2

PROGRAMMING

1 Inputs I1- I4

1. Select an input. The complete list with relevant default is: - I1 OPEN AUTOMATIC / NO - I2 OPEN EXTERNAL / NO - I3 KEY / NO - I4 OPEN SEMI-AUTOMATIC / NO

2. Select function: -- 0 Disabled0 Disabled -- 1 Open total1 Open total -- 2 Open external 2 Open external -- 3 Exit only 3 Exit only -- 4 = Open automatic4 = Open automatic -- 5 = Open semi-automatic 5 = Open semi-automatic -- 6 Pharmacy6 Pharmacy -- 7 Key7 Key -- 8 Closure safety8 Closure safety -- 9 Open internal9 Open internal -- 12 Timer12 Timer -- 13 Partial13 Partial -- 14 Opening safety14 Opening safety

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- External n.c. CONTACT - External no CONTACT - Internal current - Internal frequency - External current - External frequency

5 Emergencies E1 / E2

1. Select input E1. The complete list with relevant default is: - E1 Opening /NO - E2 Opening /NO

Input E2 is non modifiable and performs the function set for E1.

2. Select function: - Opening with memory - Opening - Disabled

3. If the input is enabled, select the logic: - Normally open (NO) - Normally closed (NC)

6 XFA Photocells

XFA Photocell inputs are disabled by default.1. Select:

- Disabled - 1 pair - 2 pairs

■ 2 MOTION

OK OKMOTION2

PROGRAMMING

Opening

Choose and modify the parameter. The complete list with relevant default and range of values is:

- 1 SPEED 10 (from 1 to 10) - 2 SLOWDOWN 1 cm (from 0 to 200)

SLOWDOWN SPEED 1 (1-3) - 3 FORCE 10 (non modifiable) - 4 FORCE TIME 3.0s (cannot be modified) - 5 ACCELERATION 10 (from 1 to 10) - 6 DECELERATION 10 (from 1 to 10)

Closing


- 1 SPEED 3 (from 1 to 10) - 2 SLOWDOWN 1 cm (from 0 to 2(00)

SLOWDOWN SPEED 1 (1-3) - 3 FORCE 6 (from 1 to 10) - 4 FORCE TIME 1.0s (from 0.1 to 3.0) - 5 ACCELERATION 6 (from 1 to 10) - 6 DECELERATION 6 (from 1 to 10) - 7 INVERSION(*) 5 (from 1 to 5 )

* the INVERSION parameter determines the inversion speed of the leaf in the closing stage with 5 level setting from 1 (slow) to 5 ( fast).

■ 3 TIMING

OK OKTIMING2

PROGRAMMING


- 1 PAUSE TIME 2s (0-30) - 2 NIGHT PAUSE TIME 10s (0-240)

- 3 NIGHT SENSOR DELAY 10s (0-240)

■ 4 ENERGY SAVING

OK OKENERGY SAVING2

PROGRAMMING

The Energy Saving is disabled by default. Available options are: - ENABLED - DISABLED

■ 5 BATTERY KIT

OK OKBATTERY KIT2

PROGRAMMING

Defines the automation’s behaviour with emergency battery, in case of mains power outage. The options with relevant default are as follows:

- 1 FUNCTION (Immediately last mov.) - 2 LAST MOVEMENT (Opening) - 3 NIGHT-TIME FUNCTION (Up to the last motion) (Default)

Selectable: Now last motion - 4 NIGHT-TIME LAST MOTION (Closure) (Default)

Selectable: Opening

These settings are non modifiable.

If the door is in NIGHT-TIME, battery operation is not active.

■ 6 MOTOR BLOCK KIT

OK OKMOTOR LOCK KIT2

PROGRAMMING

Defines motor block behaviour (OPTIONAL accessory).The options with relevant default are as follows:

- 1 TYPE - 2 FUNCTION (Disabled) - 3 MONITORING KIT (Disabled) - 4 BATTERY OPERATION (NIGHT-TIME)

1 TYPE

Defines the type of motor block: - XB LOCK - XM LOCK

2 FUNCTION

Defines operating methods in which motor block is activated; - Disabled - Night - Night-time + Open

3 MONITORING KIT

Enables/disables monitoring on motor block; - ENABLED - DISABLED

If the monitoring kit (OPTIONAL accessory) is not installed, disable.

4 BATTERY OPERATION

Defines battery operation of the motor block: - STANDARD: the operation selected is maintained even with

battery. - NIGHT-TIME: motor block active only in NIGHT-TIME mode. - ALWAYS OPEN: motor block always OPEN

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2 Partial opening

Defines the opening percentage in PARTIAL OPENING mode. The default and interval of settings is:

- PARTIAL OPENING 100% (20-100)

3 AUX test time

Defines frequency (in hours) of the test on the Auxiliary_motor. The default and interval of settings is:

- AUX TEST TIME 24 H (2-24)

4 Board Display

Enables/disables programming from the board. The options with relevant default are as follows:

- Not blocked (Default) - Blocked

5 Safety Opening Function

Defines the safety in opening function - STOP - LOW ENERGY (slow speed motion) (Default)

6 Intrusion

Defines door behaviour in case of attempt to open manually. The options with relevant default are as follows:

- DISABLED does not actuate the motor (Default) - KEEP CLOSED counter: the motor is actuated in closing - PULL & GO the motor is actuated in opening

( NOT active with battery operation)7 Partial Chemist’s Shop

It defines the opening percentage with the pharmacy control (only active in NIGHT-TIME Mode). The default and interval of settings is:

- PARTIAL PHARMACY 20 % (1-95)

8 SDK EVO key

Defines function of key switch connected to SDK EVO (OPTIONAL accessory):

- BLOCK (Default): With NO (Normally Open) key switch, SDK EVO it works normally. Password is required. With NC (Normally Closed) key switch,SDK EVO it is blocked.

- WITHOUT USER PSW: With NO (Normally Open) key switch, SDK EVO it works without password. With NC (Normally Closed) key switch,SDK EVO it works normally. Password is required.

9 Consecutive obstacles

Defines the number of consecutive obstacles after which the door is blocked in error. Choose and modify the parameter:

- CLOSING from 0 to 3 (number of obstacles - default: 2)

- OPENING from 1 to 3 (number of obstacles - default: 1)

The block due to obstacles in opening cannot be DISABLED.

■ 7 INSTALLATION

OK OKINSTALLATION2

PROGRAMMING

1 Number of leaves

Set the number of leaves of the system: - 1 LEAF (Default) - 2 LEAVES

2 Start SETUP

This command requires confirmation to perform SETUP.

! Comply with the procedure on 63 .

3 INPUT status

The display shows active inputs. In the example safety sensor S2 is on:

INPUT STATUS IN4S4

FSW2

OK

IN1 S1INTSM

IN2 S2EXTE1

IN3 S3

FSW1E2

4 DOOR status

The display shows what status the door is in: - CLOSED - in OPENING - OPENED - in PAUSE - in NIGHT-TIME PAUSE - in CLOSING - EMERGENCY - MANUAL MODE - NIGHT-TIME MODE - AUX OPENING (opening with auxiliary_Motor) - BOARD TEST - STOP AND ERROR - SECURITIES TEST - ERROR - SERIOUS ERROR - SETUP IN PROGRESS

5 Other board data

The display reads: - V_MAIN (input voltage to board in Volt) - V_BATT (battery voltage in Volt) - V_ACC (accessory voltage in Volt) - I_MOT (current absorbed by the motor in Ampère) - POS (leaf position in cm)

■ 8 SUNDRIES

OK OKMISCELLANEUS2

PROGRAMMING

1 Default Configuration

- ACTIVE (default configuration is present) - NO (default configuration has been modified)

To reset all parameters to default settings press the OK button and confirm.

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10 Test Error

Enables/disables movement at slower speed in the event of TEST ERROR on safety devices.

- ENABLED - DISABLED (Default)

■ 9 LOG

OK OKLOG2

PROGRAMMING

MENU NOT AVAILABLE

MENU 3 ERRORS

OK OK

OK

OK

01 BOARD FAULT3

ERRORS

02.....................31

39 OBST. CONS. OPENING

The display shows current errors: - 1 Board Failure - 2 Board E2PROM fault - 3 Motor_1 driver failure - 4 VACC anomaly - 5 Micro-controller error - 6 VMOT anomaly - 7 MOT1 motor fault - 8 AUX motor opening failed - 9 Mains power supply V main absent - 10 Battery down or not connected - 11 S1 test failed - 12 S2 test failed - 13 S3 test failed - 14 S4 test failed - 15 Data in setup memory not present or corrupted - 16 Encoder fault - 17 Inputs fault - 18 FW not compatible - 19 High mechanical friction - 20 Input configured as safety devices test failed - 21 Low speed opening. - 22 Corrupted data - 23 Power supply unit fault - 24 Consecutive obstacles in closing - 25 AUX_Motor faulty - 26 Motor block fault - 27 Motor_1 rotation error - 28 AUX_Motor rotation error - 29 AUX+Motor board fault - 30 Serious error - 31 Consecutive obstacles in opening - 39 Board data being deleted

OK

OK

OK200 UC FAILURE

3ERRORS

201...................221

222 TEST VMAIN


OK

The display shows current errors: - 200 UC Failure (Corrupted FW or Corrupted RAM) - 201 Aux Mot Fault - 202 High Friction - 203 Aux Mot Driver - 204 FW Not Compatible - 205 Motor Rotation - 206 Encoder Fault - 216 Communication

(Communication problem between the 2 boards) - 217 Incorrect Opening Position - 218 Obstacle - 219 Incorrect ID - 220 Vmain - 221 Timeout - 222 Test Vmain

MENU 4 INDICATIONS

OK OK

OK

OK

41 TIME LOSS4

WARNINGS

42.....................79

80 NON STANDARD PROGRAM.

The display shows current alerts: - 41 Date and time loss - 42 Clock battery flat or absent - 44 Emergency active - 45 TIMER active (indicated with T in HOME PAGE) - 46 Timer function in progress - 47 Last motion run with battery - 48 Night-time mode operation - 49 Manual mode operation - 50 Partial mode operation - 51 Obstacle in closing - 52 Obstacle in opening - 53 Number of maintenance cycles corrupted on E2prom - 54 Motor block fault - 55 Pharmacy mode operation - 56 Battery operation - 57 Searching for strike on opening - 58 Searching for strike on closing - 59 Motor block anomaly (only with monitoring KIT) - 60 Requested maintenance - 61 SDK EVO anomaly - 62 Faulty battery charger

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- 63 Intrusion in progress - 64 Last opening too slow, not compliant with EN16005 - 65 SETUP in progress - 66 The AUX board is moving the leaves - 67 Battery saving - 68 Alarm on Test - 69 Door open - 70 Battery charge level - 80 Programming other than standard

MENU 5 CYCLE COUNTER

OK

OK

OK

OK5CYCLES COUNT

CYCLES RESET

MAINTENANCE

CYCLES NUMBER

■ 1 Number of cyclesThe display shows the number of cycles performed:

- ABSOLUTE counter not resettable - RELATIVE counter resettable (with CYCLE RESET)

■ 2 MaintenanceTo set the deadlines for maintenance request:

- DATE (default: disabled) 00/00/00 - minimum number of cycles: 1000; maximum 1000000 (default)

Entering a date is optional.

■ 3 RESET CYCLESIt resets RELATIVE cycle counter to zero. This command requires confirmation

The ABSOLUTE cycle counter cannot be reset to zero.

MENU 6 DATE / TIME

OK OK

OK

OK

SET TIME6DATE/TIME

SET DATE

DAYLIGHT SAV TIME

■ SET TIMESet time in HH:mm.

■ SET DATESet date in dd/mm/yy.

■ EUROPEAN DAYLIGHT SAVING TIMEEuropean daylight saving time is enabled by default.Available options are:

- Enabled - Disabled

MENU 7 TIMER

OK

OK

OK

OK

OK

OK7

OK

OK

OK

TIMER

MON-SUN

JOLLY SLOTS

SUNDAY

JOLLY

TUESDAY./.FRIDAY

MONDAY

TIMER STATE

MON-FRI

When TIMER is on: - the HOME PAGE displays alert T 93

- the door operating mode is set automatically based on pro-grammed time SLOT

- the timer must be disabled to manually change the operating mode activated by it

Programming requires: - setting time SLOT for each day of the week or by groups of days.

There are up to 6 time SLOT for each day - assign an operation mode to each time SLOT - set any JOLLY

■ 1 Timer statusEnables/disables timer function:

- ENABLED - DISABLED (Default)

When the TIMER is disabled programming is stored.

■ 2Monday... 8 SundayTo program days of the week:1. Select the day.2. Select the time SLOT.

MONDAY

ESC ↑ ↓ OK

- > SLOT1 - SLOT2 - SLOT3 - SLOT4

3. Assign an operating mode to the time SLOT:

- No Function (0) - Auto Twodir Total (1) - Auto Out Total (2) - Auto Twodir Partial (3) - Auto Out Partial (4) - Open Total (5) - Open Partial (6)

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4. Set time SLOT start and end time.

SLOT 1

ESC ↑ ↓ OK

START 00:00END 00:00

5. Proceed in the same way for the other desired time SLOT.6. In Auto Twodir Total mode, an example:

- SLOT 1 08:00-08:59 Open Total - SLOT 2 09:00-09:59 Open Partial - SLOT 3 11:00-11:59 Auto Out Total - SLOT 4 12:00-12:01 Auto Out Partial - SLOT 5 17:59-16:30 Auto Twodir Partial - SLOT 6 22:00-23:59 Auto Twodir Total

■ 9 Mon-Sun; 10 Mon-FriTo quickly program groups of days of the week with the same time SLOT:1. Select the group of days (from Mon-Sun or from Mon-Fri).2. Select the time SLOT.3. Set time SLOT start and end time.4. Assign the operating mode to the time SLOT. Repeat stages from

2 to 4 for any other time SLOT.5. Apply programming to the group of days by selecting APPLY.

Confirm APPLY to apply the time SLOT to the set group days, any pre-existing programming on individual days is overwritten.

■ 11 JOLLY (WILD CARD)To PROGRAM TIMER operation in JOLLY (WILD CARD) intervals (one or more days that require different programming):1. Select the JOLLY (WILD CARD) time SLOT.

JOLLY

ESC ↑ ↓ OK

- > SLOT1 - SLOT2 - SLOT3 - SLOT4

2. Assign an operating mode to the time SLOT:

- No Function (0) - Auto Twodir Total (1) - Auto Out Total (2) - Auto Twodir Partial (3) - Auto Out Partial (4) - Open Total (5) - Open Partial (6)

3. Set time SLOT start and end time

SLOT 1

ESC ↑ ↓ OK

S TA R T 0 1 : 0 0E N D 2 3 : 0 0

4. Proceed in the same way for the other desired JOLLY (WILD CARD) time SLOT.

■ 12 JOLLY (WILD CARD) IntervalsTo apply JOLLY (WILD CARD) programming to individual days or intervals of days:1. Enable an interval (max 6 JOLLY (WILD CARD) intervals).2. Define the interval’s beginning and end date.3. In Auto Twodir Total mode, a JOLLY (WILD CARD) example:

- SLOT 1 07:00-09:59 Auto Out Partial - SLOT 2 10:00-10:01 Auto Out Total - SLOT 3 10:30-11:00 Open Total - SLOT 4 15:00-23:59 Open Partial - SLOT 5 03:00-07:00 Auto Twodir Total - SLOT 6 09:00-12:00 Auto Out Total - Interval 1 25/12/2014 - 25/12/2014 - Interval 2 30/12/2014 - 31/12/2014 - Interval 3 01/01/2015 - 06/01/2015 - Interval 4 28/02/2015 - 01/03/2015 - Interval 5 30/04/2015 - 03/05/2015 - Interval 6 07/05/2015 - 09/06/2015

Should you wish to set an individual day, the interval beginning and end date coincide.

The interval must refer to the year (e.g. the period from 25 December to 6 January requires creating two intervals: one from 25/12 to 31/12 and the other from 01/01 to 06/01).

The TIMER makes it possible to override functions by means of time SLOT from 0 to 6. The functions set from TIMER CANNOT be overwritten by configured Inputs , SDK EVO or LKEVO.

TIMER active and with no time SLOT corresponds to function 0. Exiting a time SLOT overrides function 1 modifiable by devices with lower priority.

The priority order is as follows:

MANUAL

EMERGENCY

TIMER

Configured INPUTS

External programmers LKEVOand SDK EVO

MENU 8 PASSWORD

OK

OK

OK8TECHNICIAN PSW

OPERATOR PSW

PASSWORD

The Operator may ONLY edit the Operator password.

The installer may edit both passwords.

! The personnel allowed to use the password to select the automation’s operating modes must maintain password knowledge confidential.

■ INSTALLER PASSWORD1. Enter the new PASSWORD and press OK.2. The new PSW must be repeated and confirmed with OK:

If the PSW has not been repeated correctly, the display continues requesting the new password and the confirmation.

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ENTER INSTAL PSW AGAIN

ESC ↑ ↓ OK

****

3. When the PSW has been repeated correctly, the display shows:

CHANGE INSTAL PSW

OK

NEW PSW ENTERED

■ OPERATOR PASSWORDProceed as with the INSTALLER PASSWORD menu.

MENU 9 INFO

OK

OK

OK

OK

OK

9INFO

E1400 RD APPVER.xx

E1400 RD BOOTVER.xx

AUX APPVER.xx

SDK EVO APPVER.xx

The display shows the firmware versions of the control board and installed devices.

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19. MAINTENANCE

! To maintain operating safety and efficiency conditions and reduce faults and disservice, routine maintenance and periodic replacements set out in 27 must be carried out.

ROUTINE MAINTENANCE must be performed every 6 months.

Frequency of replacements is indicated based on number of opera-tion cycles for components subject to wear; in years for components subject to deterioration.

The buzzer alerts to the need to perform replacements.

! All maintenance operations must exclusively be performed by technical-professional personnel.

Only the installer/maintenance technician is authorised to open the casing to access the automation housing.

19.1 CALCULATION ESTIMATE OF CYCLES PERFORMEDIn the event of board fault E1400 RD with subsequent cycle counter loss with error code 53, it is necessary to perform an estimate of the number of cycles performed until then since the last servicing.

R1 = number of days elapsed since the last motor replacement (see SYSTEM REGISTER)

R2 = number of hours of operation per day

R3 = door cycle time (opening time + pause + closing time)

! The installer must take on responsibility for indicating parameters R1, R2 and R3

Calculate:R4 = R1 * R2 *3600

Calculate the ESTIMATED NUMBER OF CYCLES:R4 / R3

After that from SDK EVO enter in menu 5 Cycle counter, section Maintenance 94 , the calculated value of cycles.

27 Maintenance and replacement programme

ROUTINE MAINTENANCEOPERATION

Check automation fastening to the wall check the support profile is solidly secured to the wall

in case of installation with self-supporting Head Section:

check screws securing the support profile to the self-supporting profile and the screws of side wall fixings

-

2130

Check fastening of Motor_1 and auxiliary Motor check screws securing the motors on the support profile 23

Check on carriages check screws securing to the leaf

check and adjust the counter wheels of carriages and leaf depth and height screws

33

34

Check mechanical stops check position of mechanical stops and fixing screws 46

Belt tensioning check check belt tensioning 44

Cleaning clean: Sliding Guide; Lower Guide Shoe; Carriages 100

Functional system check perform required checks and procedures to ensure integrity of the load bearing structure and leaf frames

perform functional checks

18

100

PERIODIC REPLACEMENTS22 23

PART/COMPONENT FREQUENCY

Operation cycles Time (years)

Motor_1 and AUX Motor 1 000 000 --

Motor_1 and AUX Motor vibration damper rubber pads 2 000 000

Motor_1 and AUX Motor crescents 2 000 000

Lower guide shoe 2 000 000 --

Carriages 2 000 000 --

Belt 1 000 000 5

Mechanical stops 2 000 000 5

Safety fall arrest cables -- 5

Emergency battery -- 1

A1400 AIR RDT 98 532119 04 - Rev. C

99

2

1

3 2

1 2 3

6

2,5 Nm

1

100

3

2

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

1 1

Motor_1

AUX Motor

Perform steps 1, 2, 11, 12, 13, 18 of the sequence for 2 million cycles.

Belt replacement

Only perform steps 1 and 9 of the sequence for 2 million cycles.

Replacement of mechanical stops

Only perform steps 7 and 19 of the sequence for 2 million cycles.

Replacement of safety cables

1. Remove the safety cables from the casing.2. Assemble the new cables 23and 48 .

19.2 MAINTENANCE TECHNICIAN SAFETYRISKS


REQUIRED TOOLS

2.5 8 6

F Before any maintenance operation, disconnect the mains power supply and disconnect the emergency battery.

! The installer/maintenance technician is bound to comply with the safety instructions and recommendations provided in this manual.

Signal maintenance work in progress and prevent access to the area.

Do not leave the work site unattended.

The work area must be kept tidy and clear upon completing main-tenance.

Do not proceed with modifications or repairs of any motorisation component.

The repairs must exclusively be performed by an Authorised Repair Centre.

The warranty shall be forfeited in the event of tampering with components.

For replacements, use only FAAC original spare parts.

The batteries and electronic components must not be disposed of with household waste but delivered to authorised disposal and recycling centres.

19.3 REPLACEMENTSPer 2 million cycles

1. Remove the belt after loosening it from the leaf fittings.2. Extract each motor from its support after removing the screws

99 -�-�-�.3. Loosen the screws 100-� of each carriage and lower the leaves

to the ground with screw �.4. Release the leaves from the carriages by removing screws

100 -�.5. Temporarily store the leaves away, using all precautions to prevent

risks of fall.6. Loosen screw 100 -� and lower the counter wheel to remove

each carriage.7. Remove the mechanical stops.8. Remove the lower guide shoe.9. Assemble the new shoe 32 .10. Assemble the new vibration damper rubber pads on the support11. Assemble the new motors on their support.12. Tighten the screws 99 -�-�-�.13. Assemble the new mechanical stops 22 .14. Assemble the new carriages on the leaves 33 .15. Install and adjust the leaves 3339 .16. Mount and adjust the new belt 4344 .17. Adjust the new mechanical stops 46 .

For 1 million cycles

! Comply with the tightening se-quence �-�-�.

A1400 AIR RDT 99 532119 04 - Rev. C

101

102

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

0.0RESET/SETUP

DL2DL11

MAIN

F1

USB+ - F

ERRBAT1

OPENEMERG

BAT2SIC_OPSIC_CL

J10

J14

J11

J12 J13

V G

I I+

I-

J5V G

E E

+ E- J6

V G

S1 G

T

J1V G

S2 G

T

J2

V G

S3 G

T J3

V G

S4 G

T

J4

J17

V RX

TX G J8

E1 G

E2

J7

T1 G

T2 R

1 G R2

J9

V G

01 02

02

J22

J21

V G

I1 I2

G I3

I4 V

J18

G CH

CL GJ23J24

J25

F2 F3F1

103

F3

1 1

12

4

3

1

6

6 Nm

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

Emergency battery replacement

F Before proceeding, disconnect mains power supply.

If battery charge is insufficient, automation operation is prevented; the door remains OPEN (ERROR status) until the emergency battery charging cycle is completed. Only SETUP may be performed in any case despite the battery being down.

It is recommended to charge the emergency batteries before commissioning, to avoid waiting time for the charging cycle after performing SETUP.

The battery must be charged exclusively by using the electronics module for A1400 AIR RDT

1. Disconnect the battery from the board E1400 RD.2. Loosen the 2 screws with washer 101 -� and disassemble

the battery.3. Mount the new battery 101 -�.4. Connect the battery to the board E1400 RD.

Electronic board replacement

F Before proceeding, disconnect the mains power supply and disconnect the emergency battery.

! The block including the main and auxiliary board must be replaced. NEVER intervene on the components of the board!

It is recommended to Download the data to USB memory for the next update (Upload) of the new board 78 .

1. Remove all connections.2. Remove the screw 102 -� and the screw with washer

102 -�.3. Remove the board from the support.4. Insert the new board in the fastening housings 102 -�.5. Fasten with the screw � and screw � with washer �.

! The washer 102 -� assures board earthing.

6. Restore all connections.7. Program the new board.

If the programming files previously saved on USB memory stick are available, make the update (Upload) 78 .

8. Perform SETUP 63 .

Replacing the fuses

F Before proceeding, disconnect the mains power supply and disconnect the emergency battery.

1. Remove the fuse F1 by pressing and turning anti-clockwise. Remove fuses F2 and F3 by gently using a screwdriver as a lever.

2. Assemble the new fuse.

! Only use the indicated fuses 103 .

F1 8 A T (delayed)

F2 2 A F (quick)

F3 2.5 A T (delayed)

A1400 AIR RDT 100 532119 04 - Rev. C

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

19.4 CLEANING

F Before any maintenance operation, disconnect the mains power supply and disconnect the emergency battery.

! Before starting to clean, wait for the components subject to overheat-ing to cool down.

DO NOT use detergents on optical devices and electronic displays (e.g. photocell lenses).

Do not moisten parts. In particular, do not moisten electrical connec-tions and components in any way.

NEVER use direct water and compressed air jets neither for cleaning nor drying.

Ensure all components are dry after cleaning.

Use clean soft cloths to remove dust. Moisten the cloth to remove dirt. Dry parts with clean, dry and soft cloths.For parts that are hard to reach, use brushes with soft bristles.

Cleaning products for plastic material parts

With the exception of optical devices and electronic displays, water and neutral detergent solutions are allowed (in the concentration indicated by the manufacturer). Use detergents at ambient tempera-ture (max. 30°C).DO NOT use alkaline, acid or base solutions, benzene, acetic acid, solvents of any kind: these products may damage the surfaces of materials.

Cleaning products of steel or aluminium parts

Water and neutral detergent solutions are allowed (in the concentra-tion indicated on the detergent packaging). 95% methylated spirit diluted at 50%. In case of oily dirt, use 70% solutions of isopropyl alcohol.DO NOT use solutions of acetic acid, acid or base solutions, ethyl alcohol.

19.5 FUNCTIONAL CHECKS

! Connect power supply and emergency battery only after tidying up the area.

In case of failures or malfunctioning, please refer to 73 and 76 .

Command some movements to check correct operation: - movements correctly executed, according to logics and settings - regular and smooth leaf movement - end of run slowing down correctly executed - drawing to the stops on opening and closing without any shocks - regular operation of motor block on Motor_1 (if present) - efficiency of emergency battery: disconnect mains power supply

and ensure the door opens and is locked open (safety condition) - efficiency of safety detectors (the radar field must be free and

adequately sized with respect to passage flow) - operation of EMERGENCY button (if present) and any other ac-

cessories installed.

20. WASTE DISPOSAL

After taking down the automation, dispose of it in compliance with the material disposal regulations in force.

The constructive components must not be disposed of with household waste but delivered to authorised disposal and recycling centres.

A1400 AIR RDT 101 532119 04 - Rev. C

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

29 Positions of components on the head section

Electronic module rod B

28 Automation weightsSingle leaf

Vp

[mm]

Lt

[mm]

Support profile weight

[kg - approximate values]

TOTAL weight

[kg]

1100 1750 10 25

1200 1900 11 26

1300 2050 12 27

1400 2200 13 28

1500 2350 14 29

1600 2500 15 30

1700 2650 16 31

1800 2800 17 32

1900 2950 18 33

2000 3100 19 34

2200 3400 20 35

2400 3700 22 37

2600 4000 24 39

2800 4300 26 41

3000 4600 28 43

Double leaf

Vp

[mm]

Lt

[mm]

Support profile weight

[kg - approximate values]

TOTAL weight

[kg]

1400 2200 13 31

1500 2350 14 32

1600 2500 15 33

1700 2650 16 34

1800 2800 17 35

1900 2950 18 36

2000 3100 19 37

2200 3400 20 38

2400 3700 22 40

2600 4000 24 42

2800 4300 26 44

3000 4600 28 46

3200 4900 30 48

3400 5200 31 50

3600 5500 33 51

3800 5800 35 53

4000 6100 37 55

21. ANNEXES

Motor_1 A-B

Auxiliary_Motor A-B

Emergency battery A

Safety fall arrest cables B

Cover fastening brackets B

Internal release (optional component) A

A B C

Seats to fasten the components on the support profile

A1400 AIR RDT 102 532119 04 - Rev. C

104

80 8

20

ESTE

RNO

INTE

RNO

OU

TSID

EIN

SID

E

Se

zio

ne

A-A

20

HVM

HVP

LC

BB

26

Se

zio

ne

B-B

A

26

A

25

27

1A

F

30

LVP

LVM

X2

0

FAAC

A14

00 A

IR -R

DT

35

28

6

3

30

No

n f

orn

iti d

a FA

AC

No

t su

pp

lied

by

FAA

C

50

27

40

30

5310120 min.

24

4

23

4

154

81

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

21.1 INSTALLATION DIAGRAMS A1400 AIR RDT WITH TK20 2 MOBILE LEAVES AND FIXED LEAF

VPFr

ee P

assa

ge O

peni

ng w

idth

LFdi

stan

ce b

etw

een

fixed

side

s

LAm

obile

leaf

wid

th

Xdi

stan

ce to

pre

vent

fing

er t

rapp

ing

(onl

y if

G>8m

m) /

min

. 25

mm

LC =

LTca

sing

and

hea

d se

ctio

n w

idth

HVP

Pass

age

Ope

ning

hei

ght

HA

mob

ile le

af h

eigh

t

GPflo

or g

uide

Sec

tion

B-B

Sec

tion

A-A

A1400 AIR RDT 103 532119 04 - Rev. C

105

80 8

20

ESTE

RNO

INTE

RNO

OUT

SID

EIN

SID

E

Se

zio

ne

A-A

20

HVM

HVP

LC

A

BB

26

Se

zio

ne

B-B

27

27

LVP

A

38

.5

FAAC

A14

00 A

IR -R

DT

25

28

3

15

30

15

6

LVM

2

30

No

n fo

rnit

i da

FAA

CN

ot

sup

plie

d b

y FA

AC

No

n fo

rnit

o d

a FA

AC

No

t su

pp

lied

by

FAA

C

80

2

30

10120 min. 54

23

4

81

154

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

A1400 AIR RDT WITH TK20 2 MOBILE LEAVES

VPFr

ee P

assa

ge O

peni

ng w

idth

LFdi

stan

ce b

etw

een

fixed

side

s

LAm

obile

leaf

wid

th

Xdi

stan

ce t

o pr

even

t fin

ger

trap

ping

(on

ly if

G>

8mm

) / m

in. 2

5 m

m

LC =

LTca

sing

and

hea

d se

ctio

n w

idth

HVP

Pass

age

Ope

ning

hei

ght

LHhe

ight

und

er c

over

HA

mob

ile le

af h

eigh

t

GPflo

or g

uide

Sec

tion

B-B

Sec

tion

A-A

A1400 AIR RDT 104 532119 04 - Rev. C

106

80 8

20

ESTE

RNO

INTE

RNO

OUT

SID

EIN

SID

E

Se

zio

ne

A-A

20

LC

BB

26

36

.5

FAAC

A14

00 A

IR-R

DT

15

Se

zio

ne

B-B

27

27

LVP 2

5

15

LVM

3

302

2

30

27

27

25

30

HVP

AA

No

n fo

rnit

i da

FAA

CN

ot

sup

plie

d b

y FA

AC

No

n fo

rnit

o d

a FA

AC

No

t su

pp

lied

by

FAA

C

HVM2154

81

5410120 min.

23

4

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

A1400 AIR RDT WITH TK20 4 MOBILE LEAVES

VPFr

ee P

assa

ge O

peni

ng w

idth

LFdi

stan

ce b

etw

een

fixed

side

s

LAm

obile

leaf

wid

th

Xdi

stan

ce t

o pr

even

t fin

ger

trap

ping

(on

ly if

G>

8mm

) / m

in. 2

5 m

m

LC =

LTca

sing

and

hea

d se

ctio

n w

idth

HVP

Pass

age

Ope

ning

hei

ght

LHhe

ight

und

er c

over

HV

glas

s hei

ght

GPflo

or g

uide

Sec

tion

B-B

Sec

tion

A-A

A1400 AIR RDT 105 532119 04 - Rev. C

107

80 8

20

ESTE

RNO

INTE

RNO

OUT

SIDE

INSI

DE

Se

zio

ne

A-A

20

HVM

HVP

LC

B

26

A

26

A

20

FAAC

A14

00 A

IR-R

DT

B

27

Se

zio

ne

B-B

25

27

10

AF

30

LVP

LVM

X35

27

25

27

10

AF

30

35

3

5310120 min.

24

42

34

154

81

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

A1400 AIR RDT WITH TK20 4 MOBILE LEAVES AND 2 FIXED LEAVES

VPFr

ee P

assa

ge O

peni

ng w

idth

LFdi

stan

ce b

etw

een

fixed

side

s

LAm

obile

leaf

wid

th

Xdi

stan

ce t

o pr

even

t fin

ger

trap

ping

(on

ly if

G>

8mm

) / m

in. 2

5 m

m

LC =

LTca

sing

and

hea

d se

ctio

n w

idth

HVP

Pass

age

Ope

ning

hei

ght

LHhe

ight

und

er c

over

HV

glas

s hei

ght

GPflo

or g

uide

Sec

tion

B-B

Sec

tion

A-A

A1400 AIR RDT 106 532119 04 - Rev. C

CI

108

Lt =

Vp

X 1,

5 +

100

Vp

Lt

87,5

B192

,5B

VpLt

BB

1I

CD

LC

1100

1750

380

435

1290

215

2740

1750

1200

1900

430

485

1390

215

2940

1850

1300

2050

480

535

1490

215

3140

1950

1400

2200

530

585

1590

215

3340

2050

1500

2350

580

635

1690

215

3540

2150

1600

2500

630

685

1790

215

3740

2250

1700

2650

680

735

1890

215

3940

2350

1800

2800

730

785

1990

215

4140

2450

VpLt

BB

1I

CD

LC

1900

2950

780

835

2090

215

4340

2550

2000

3100

830

885

2190

215

4540

2650

2200

3400

930

985

2390

215

4940

2850

2400

3700

1030

1085

2590

215

5340

3050

2600

4000

1130

1185

2790

215

5740

3250

2800

4300

1230

1285

2990

215

6140

3450

3000

4600

1330

1385

3190

215

6540

3650

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

POSITION OF COMPONENTS ON SUPPORT PROFILE A1400 AIR RDTRIGHT OPENING SINGLE LEAF

Mot

or 2

Mot

or 1

Cont

rol

Boar

d

Pow

er su

pply

un

itEm

erge

ncy

batte

ries

B

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

B1

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

C =

Mot

or p

ositi

on d

imen

sion

D

= L

engt

h of

tran

smis

sion

bel

t

I =

Mot

or /

tra

nsm

issi

on u

nit

cent

re

dist

ance

LC

= S

teel

cab

le le

ngth

Lt

= L

engt

h of

hea

d se

ctio

n

Vp

= F

ree

pass

age

wid

th

100

= m

m le

af o

verla

p

A1400 AIR RDT 107 532119 04 - Rev. C

109

CI

CI

Lt =

Vp

X 1,

5 +

100

87,5

Lt

B1B

92,5

Vp

VpLt

BB

1I

CD

LC

1100

1750

380

435

1290

200

2740

1750

1200

1900

430

485

1390

200

2940

1890

1300

2050

480

535

1490

200

3140

1990

1400

2200

530

585

1590

200

3340

2090

1500

2350

580

635

1690

200

3540

2190

1600

2500

630

685

1790

200

3740

2290

1700

2650

680

735

1890

200

3940

2390

1800

2800

730

785

1990

200

4140

2490

VpLt

BB

1I

CD

LC

1900

2950

780

835

2090

200

4340

2590

2000

3100

830

885

2190

200

4540

2690

2200

3400

930

985

2390

200

4940

2890

2400

3700

1030

1085

2590

200

5340

3090

2600

4000

1130

1185

2790

200

5740

3290

2800

4300

1230

1285

2990

200

6140

3490

3000

4600

1330

1385

3190

200

6540

3690

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

A1400 AIR RDT LEFT OPENING SINGLE LEAF

Mot

or 2

Mot

or 1

Cont

rol b

oard

Pow

er su

pply

un

itEm

erge

ncy

batte

ries

B

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

B1

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

C =

Mot

or p

ositi

on d

imen

sion

D

= L

engt

h of

tran

smis

sion

bel

t

I =

Mot

or /

tra

nsm

issi

on u

nit

cent

re

dist

ance

LC

= S

teel

cab

le le

ngth

Lt

= L

engt

h of

hea

d se

ctio

n

Vp

= F

ree

pass

age

wid

th

100

= m

m le

af o

verla

p

A1400 AIR RDT 108 532119 04 - Rev. C

Z

Vp

Z2

5

25

Vp

250

200

250

200

250

5050

50

1 2

3

2000

2000

2000

VpLt

Z

1100

1750

750

1200

1900

800

1300

2050

850

1400

2200

900

1500

2350

950

1600

2500

1000

VpLt

Z

1700

2650

1050

1800

2800

1100

1900

2950

1150

2000

3100

1200

2200

3400

1300

2400

3700

1400

VpLt

Z

2600

4000

1500

2800

4300

1600

3000

4600

1700

110

Tran

slatio

n of

the

orig

inal

inst

ruct

ions

ENGLIS

H

TABL

E A

A140 AIR TELESCOPIC SINGLE LEAF RIGHT AND LEFT OPENING

DRILLING TEMPLATE FOR TELESCOPIC PROFILE AND TELESCOPIC PROFILE FIXING ROD CUTTING

A140

AIR

Tele

scop

ic S

ingl

e Le

af, R

ight

Ope

ning

A140

AIR

Tele

scop

ic S

ingl

e Le

af, L

eft O

peni

ng

A1400 AIR RDT 109 532119 04 - Rev. C

CI

B72

,572

,5B

VpLt

87,5

B1B1

87,5

Lt =

Vp

X 1,

5 +

100

VpLt

BB1

IC

DLC

1400

2200

205

220

1950

120

4060

*

1500

2350

230

245

2095

130

4350

*

1600

2500

255

270

2205

150

4570

*

1700

2650

280

295

2310

170

4790

*

1800

2800

305

320

2420

190

5000

*

1900

2950

330

345

2530

210

5220

*

2000

3100

355

370

2640

230

5440

*

2200

3400

405

420

2860

270

5900

*

VpLt

BB1

IC

DLC

2400

3700

455

470

3120

290

6420

*

2600

4000

505

520

3380

310

6940

*

2800

4300

555

570

3640

330

7460

*

3000

4600

605

620

3900

350

7980

*

3200

4900

655

670

4160

370

8500

*

3400

5200

705

720

4420

390

9020

*

3600

5500

755

770

4680

410

9540

*

3800

5800

805

820

4940

430

1006

0*

4000

6100

855

870

5200

450

1058

0*

111

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inal

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ions

ENGLIS

H

A1400 AIR RDT DOUBLE LEAF

mot

or 1

mot

or 2

Pow

er su

pply

un

it

Cont

rol

Boar

dEm

erge

ncy

batte

ries

B

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

B1

= C

arria

ge fi

xing

dis

tanc

e

on th

e sl

idin

g le

af

C =

Mot

or p

ositi

on d

imen

sion

D

= L

engt

h of

tran

smis

sion

bel

t

I =

Mot

or /

trans

miss

ion

unit

cent

re d

istan

ce

LC

= S

teel

cab

le le

ngth

Lt

= L

engt

h of

hea

d se

ctio

n

Vp

= F

ree

pass

age

wid

th

100

= m

m le

af o

verla

p

(* P

aram

eter

LC

in th

e do

uble

leaf

is th

e

sum

of r

ight

leaf

and

left

leaf

)

A1400 AIR RDT 110 532119 04 - Rev. C

Vp

ZZ

2525

250

200

250

200

250

5050

50

1 2

3

2000

2000

2000

VpLt

Z

1400

2200

525

1500

2350

550

1600

2500

575

1700

2650

600

1800

2800

625

1900

2950

650

VpLt

Z

2000

3100

675

2200

3400

725

2400

3700

775

2600

4000

825

2800

4300

875

3000

4600

925

VpLt

Z

3200

4900

975

3400

5200

1025

3600

5500

1075

3800

5800

1125

4000

6100

1175

112

Tran

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inal

inst

ruct

ions

ENGLIS

H

A140

AIR

Tele

scop

ic D

oubl

e Le

af

A140 AIR TELESCOPIC DOUBLE LEAF

DRILLING TEMPLATE FOR TELESCOPIC PROFILE AND TELESCOPIC PROFILE FIXING ROD CUTTING

TABL

E B

A1400 AIR RDT 111 532119 04 - Rev. C

1

OPERATOR’S GUIDEUSE

Systems FAAC series A1400 AIR RDT make it possible to operate auto-matically, manage and control operation of sliding one- or two-leaf doors, with linear horizontal motion.The automations of series A1400 AIR RDT are designed to install automated entry doors exclusively for pedestrian traffic. They are suitable for installing emergency exits compliant with standard EN 16005:2012.They are suitable for indoor installation, for applications meeting the features detailed in the instruction manual.

! No other use outside the ones set out above is allowed by the manufacturer.

FAAC disclaims all liability deriving from misuse or use other than that for which the automation is intended.Unauthorised use

- use the automation for uses other than THE INTENDED USE; - use the automation with mobile and fixed guards tampered

with or removed. -

WARNINGS DURING NORMAL OPERATION

The following conditions can occur during normal operation of the door:

The door A1400 AIR RDT runs a system test in 24h: the door opens and closes.

A system test is immediately run when changing from NIGHT-TIME or MANUAL mode to TWO-DIRECTION AUTOMATIC mode

If there is a power outage, the door opens and remains open. The door closes again only when the power is restored.

If the battery is flat, even with power, the door opens and remains open. The door open status for this problem alerted with an acoustic signal with 4 s intervals.

MANUAL OPERATIONRelease manoeuvre

If it is necessary to manually actuate the internal release to manually open the door, proceed as follows:To open the door pull the red knob downwards and turn it anti-clockwise until it locks on the bracket Fig. 1.To close the door pull the red knob downwards to release it and turn it clockwise until it locks on the bracket Fig. 1.

RECOMMENDATIONS FOR SAFETY OF THE ESCAPE ROUTES

The automation A1400 AIR RDT, created for escape routes, if correctly installed, maintained and used, guarantees a high level of safety.

! Selection of NIGHT-TIME or MANUAL mode will lose operation of door A1400 AIR RDT for the escape routes. The operator must verify that there is no one inside the rooms before activating these modes.

GENERAL SAFETY RECOMMENDATIONS

The operator in charge of using the automation is responsible for running the system and must:

! carefully read the instructions before using the product and store them for future use

comply with all Operating instructions and Safety recommendations

store the instructions of the products installed

prevent the control devices from being used by persons not expressly authorised and instructed

prevent access to the control devices to persons under age or with reduced psycho-physical abilities, unless under supervision by an adult responsible for their safety

not use the system in case of malfunctioning. In the event of mal-functioning, the operator must abstain from any attempt to repair or intervene directly. He/she must request intervention by the installer/maintenance technician.

make sure the system’s maintenance is carried out according to the instructions provided in this manual.

must be in good psycho-physical conditions, aware of and responsible about the hazards that may be engendered when using a machine.

the required level of ambient lighting must be equal to at least 200 lux

store the system Register filled in at the end of every maintenance operation by the installer/maintenance technician

Routine and planned maintenance

! To maintain safety conditions and operating efficiency and reduce faults and disservice, ROUTINE MAINTENANCE and PERIODIC REPLACE-MENTS set out in manual A1400 AIR RDT must be carried out.

All maintenance operations must exclusively be performed by technical-professional personnel.

Only the installer/maintenance technician is authorised to open the casing to access the automation housing.

ROUTINE MAINTENANCE must be performed every 6 months.

Frequency of REPLACEMENTS is indicated based on number of opera-tion cycles for components subject to wear; in years for components subject to deterioration.

The acoustic signal alerts to the need to perform planned replacements.

A1400 AIR RDT 112 532119 04 - Rev. C

A1400 AIR RDT 113 532119 04 - Rev. C

USER’S GUIDE SDK EVO


corresponding button in HOME PAGE .2. With the selection buttons you can set:

- the Automatic or Door open operation - Two-directional or Exit only mode - Total or Partial Opening option

3. With the OK button you can go back to the HOME PAGE (the displayed selections are confirmed).

Automatic or Door open operation

Automatic = opening via detector

Open door = closure is inhibited

Automatic

Door open

Direction of travelTwo-directional = the detectors are enabled for entry and exitExit only = the detector is only ena-bled for exit

Two-directional

Exit only

Opening percentage

100% = Total opening

% = Partial opening (percentage that can be modified by the program)

Total opening

100%

Partial opening

%

example - automatic operation, only for exit, with partial Opening:

%example - door open with total opening:

100%

To perform some commands the 4-digit PASSWORD must be entered.

- select the first digits with buttons ↑ ↓ - confirm via the OK button and it moves on to the next digit - Once the 4 digits are completed, the password is recognised by

the device as OPERATOR or INSTALLER.

The factory-set password is: 0000

HOME PAGE

14:30


AUTO BIDIR TOTAL

14:30

system data and current statuses

icons in Home Page

A1400 AIR RDT THUR 20/03/14AUTO TWODIR TOTAL

100% OK

operation selection:

Automatic/Door Open

OK - go back to HOME PAGE(confirm the current selections)

selection:

Two-directional/Exit only

selection:

Total/Partial Opening

Summary of current selections

Menu titleOPERATING MODE

AUTO BIDIR TOTAL

Icons of current selections

operation in for example: automatic/two-directional/with total opening

A1400 AIR RDT 114 532119 04 - Rev. C

HOME PAGE

PASSWORD

0000

ESC OK

14:30

set NIGHT-TIME mode

set MANUAL mode go to FUNCTION menu

go to SELECTION menu

- name of the door - day and date - operating mode - time

SDK EVO blockedcurrent indications

Factory Pass-word

Functions accessible with PASSWORD

OPERATOR *

USER

* Some functions are reserved to the installer

timer active


AUTO BIDIR TOTAL

- In case of unrecognised password: - the command is not executed - the display shows “incorrect password” - press OK to go back to the home page.

PASSWORD

INCORRECT PASSWORD

ESC OK

A1400 AIR RDT 115 532119 04 - Rev. C

USER'S GUIDE LKEVO


corresponding function button .2. The following functions may be set with the selection buttons:

- TOTAL TWO-DIRECTION AUTOMATIC - DOOR OPENED - TOTAL ONE-DIRECTION - AUTOMATICPARTIAL TWO-DIRECTION AUTOMATIC - NIGHT - MANUAL

3. The LED switches on to identify the active function.

TOTAL TWO-DIRECTION AUTOMATIC

DOOR OPENED

AUTOMATIC TOTAL ONE-DIRECTIONAL

AUTOMATIC PARTIAL TWO-DIRECTIONAL

NIGHT

MANUAL

4. To switch to another function press the key corresponding to the new function.

5. If there is an alert, to display it 2 keys must be pressed simultaneously as indicated in the table:

6. The ALARMS are displayed with a code of blinking LEDS alternating to the operating mode in progress To see the type of ALARM see 23 present in the manual. A1400 AIR RDT

LOCK / UNLOCK � + � 5 sec.

RESET � + �

WARNINGS� + � continuous

FIRMWARE VERSION � + � continuous

7. The key combinations will allow special functions: - LOCK / UNLOCK - RESET - WARNINGS - FIRMWARE VERSION

8. The LEDs corresponding to WARNINGS will blink for as long as the keys are held.

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A1400 AIR RDT 116 532119 04 - Rev. C

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ENGLIS

H

FAAC S.p.A. Soc. Unipersonale

Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY

Tel. +39 051 61724 - Fax +39 051 758518

www.faac.it - www.faacgroup.com

A1400 AIR RDT 118 532119 04 - Rev. C