N-1000-Ll Instllation & Programming Manual

7/29/2019 N-1000-Ll Instllation & Programming Manual

1/92

N-1000-IIInst a l la t ion &

Program m ing Manua l

Version 8 .03

September 1998 TD1062rev. 2.0


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NoticesNoticesNoticesNoticesNotices

Fire Safety Notice:N ever connect any card reader devices or locks to doors, gates or barrierswithout first consulting the local fire codes. You must consult with and get approval of, local fire

officials before installing locks or devices on any doors that may be fire exits. Use of egress

push buttons may not be legal. Single action exit may be required. Always obtain proper

permits and approvals in writing before installing equipment.

Notice:This equipment has been tested and found to comply with the limits for a C lass A digitaldevice, pursuant to part 15 of the FC C Rules. These limits are designed to provide reasonable

protection against harmful interference when the equipment is operated in a commercial

environment. This equipment generates, uses, and can radiate radio frequency energy and, if

not installed and used in accordance with the instruction manual, may cause harmful interfer-

ence to radio communications. O peration of this equipment in a residential area is likely to

cause harmful interference in which case the user will be required to correct the interference at

his own expense. To meet FCC requirements, shielded cable or metal conduit may be required

in some installations.

Notice:The information in this document is subject to change without notice.

Notice:This document and the data herein shall not be duplicated, used or disclosed to othersfor procurement or manufacturing, except as authorized with the written permission of N orthern

C omputers, Inc. The information contained within this document or within the product itself is

considered the exclusive property and trade secrets of N orthern Computers, Inc. All information

in this document or within the software product itself is protected by the copyright laws of the

United States.

Notice:Any use of this product is subject to the terms and acceptance of the Northern C omput-

ers, Inc. Software Agreement. Please request a copy from N orthern C omputers, Inc. andreview this agreement carefully.

IBM , PC -DO S, M S-DO S Windows and Windows 95 are registered trademarks of International

Business M achines C orp. and M icrosoft Corp.

C opyright 1986, 1987, 1988, 1989, 1990, 1991, 1992, 1995

The use of C otag, Wiegand, ID I, C ontinental, N C S, Dorado, Indala, M otorola and Hayes may

or may not be registered trademarks/technologies of those respective companies.


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C ontentsC ontentsC ontentsC ontentsC ontents

Preface .......... ............ ........... ........... ............ ........... ........... ............ ........... .......... v

Introduction .................................................................................................... 1-1

Section 1: Access Control .......... ........... ............ ........... ........... ............ ........... .. 1-1

Section 2: System Overview ............................................................................ 2-12-1: N -1000-II ............... ................ ................ ................ ............... ................ . 2-1

2-2: Programming D evices..... ..... ..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ... 2-2

2-3: C -100-A1 C onverter .... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ... 2-3

2-4: N -485-PC I-2 or HU B-2.. .... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... .... 2-4

2-5: N -485-API. ................ ................ ................ ................ ............... ............... 2-4

2-6: PRO M Versions........................ ................ ................ ................ ................ 2-4

Section 3: Hardware Specifications ................................................................. 3-1

Installation ..................................................................................................... 4-1

Section 4-1: Panel Layout ............................................................................... 4-14-2: Terminal Blocks 1, 2, 3, 4 ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... 4-2

4-3: Terminal Block 5 ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... .... 4-4

4-4: Terminal Block 6 ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... .... 4-4

4-5: Terminal Block 7 ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... .... 4-6

4-6: Terminal Block 8 ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... .... 4-8

4-7: D IP Switch Settings. .... ..... .... .... .... ..... .... .... .... ..... .... .... ..... .... .... .... ..... .... ... 4-10

4-8: LEDs............... ................ ............... ................ ................ ................ ........ 4-12

4-9: Power C onnections.... .... .... ..... .... .... .... ..... .... .... .... ..... .... .... ..... .... .... .... ..... 4-144- 10: Lithium Battery.. ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... 4-14

4-11: C onnectors... .... ..... ..... ..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... .. 4-14

4-12: Restart Button .... ..... ..... ..... .... ..... ..... ..... ..... ..... .... .... ..... .... ..... ..... ..... ..... . 4-14

4-13: RAM Chip ................ ............... ................ ................ ................ ............ 4-14

4-14: PRO M C hip........ ............ ............. ............. ............. ............. ............ ..... 4-15

4-15: Additional Installation Information: ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. 4-16

Section 5: Operation ...................................................................................... 5-15-1: C ard Reader/Keypad O peration..... ..... ..... ..... ..... ..... .... .... ..... .... ..... ..... ..... .. 5-1

5-2: Alarm Input Points... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ... 5-4

5-3: Relay O utput Points..... ..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... . 5-55-4: Default Input Point/O utput Point Interaction .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. . 5-6

5-5: Auto-Relock O peration..... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... .. 5-12

5-6: Timezone-C ontrolled Doors... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 5-12

Section 6: Wiring Requirements ...................................................................... 6-16-1: C ard Readers..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... .... ..... .... ..... ..... . 6-1

6-2: Eleven C onductor Keypads... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 6-3

6-3: Alarm Input Points... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ... 6-6

6-4: Relay O utput Points..... ..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... . 6-6


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iv N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

6-5: C ommunications........ ..... ..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... .. 6-6

6-5-1: PC to C -100-A1 .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... . 6-6

6-5-2: C -100-A1 to Panel(s) ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... .... 6-6

6-5-3: AEP to N -1000-II ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ... 6-7

6-6: C able Specifications..... ..... .... .... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ... 6-10

6-7: N C I Cable Part N umbers....... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... ..... ..... .. 6-116-8: C onfigurations for RS-232 Serial C ommunication Ports.. .. .. .. .. .. .. .. .. .. .. .. .. .. . 6-12

Section 7: Locks and Suppression ................................................................... 7-1

Section 8: Grounding ..................................................................................... 8-1

Section 9: Power ............................................................................................. 9-1

Appendix A: Programming Quick Reference Guide.......................................... A-1C ommands......... ............. ............. ............. ............. ............ ............. ............. .. A-5

A C ommand ................ ................ ............... ................ ................ ............... A-5

C C ommand ................ ................ ................ ................ ............... ............... A-6

D C ommand ................ ................ ............... ................ ................ ............... A-8E C ommand............... ................ ............... ................ ................ ................ . A-9

F C ommand............. ............. ............. ............ ............. ............. ............. ... A-10

G C ommand ... . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . A-12

H C ommand ................ ................ ............... ................ ................ ............. A-13

I C ommand ............. ............. ............. ............ ............. ............. ............. ... A-13

L C ommand ............. ............. ............. ............ ............. ............. ............. ... A-14

M C ommand ... . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . A-15

N C ommand..... ................ ................ ................ ................ ............... ........ A-16

O C ommand ... . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . A-17

P C ommand............. ............. ............. ............. ............ ............. ............. ... A-18

R C ommand ................ ................ ................ ................ ............... ............. A-18

T C ommand............. ............. ............. ............ ............. ............. ............. ... A-19

V C ommand ................ ................ ............... ................ ................ ............. A-19

W Command (Used with the N -1000-III/IV only) .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. . A-21

Z C ommand ............... ................ ................ ................ ................ ............. A-21

O Ring of Inputs................ ................ ................ ................ ............... ........ A-22

O utput G roups by Readers... .... ..... ..... ..... ..... ..... .... ..... ..... ..... ..... ..... .... ..... . A-22

Appendix B: Troubleshooting ..........................................................................B-1Built-in Self-test C apability ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... . B-3


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vN-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

Preface

The N-1000-II Instal lat ion and Programmi ng Manualprovides all informa tionnecessary fo r insta llat ion of N-1000-II control panels.

All panels in a loop using a nt i-passback w ith the N-485-API-x an d the I Comma nd,

I Option, must use version 8 firmwa re or higher.

The follow ing ta ble identifies the different fea tures of each version of the

N-1000-II panel:

Versi on Ca rd Rea ders M a tri x Keyp ad s Al arm I np ut s* Rel ay Ou tp ut s Ca rd s* * Bu ffers* *

N- 1 0 0 0 - I I 2 2 1 6 4 4 ,0 0 0 4 ,0 3 9

N- 1 0 0 0 - I I - X 2 2 1 6 8 1 0 ,0 0 0 3 ,6 3 5

*Tw o system a larms a re independent of the sixteen zone inputs. Matrix keypads use

8 of the 16 alarm inputs.

**These are default va lues. Capa city can be cha nged by use of the I Comma nd,

U Option. Refer to Appendi x A: Programm ing Quick Reference Guidefor details.


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vi N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II


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Section 1: Access ControlSection 1: Access ControlSection 1: Access ControlSection 1: Access ControlSection 1: Access Control N-1000-II 11

INTRODUCTION

Section 1: Access Control

Access control is computerized control over entry to a ny a rea tha t can be secured

w ith a lock and key. Entry is only allow ed to a uthorized people at aut horized times.

Control of who is allowed to come and go is easily maintained.

The w eakness of a lock and key security system is the common key. The key is a

readily duplicat ed piece of metal tha t gives anyone w ho holds it access to a n a rea.

The risk of lost or stolen keys, w ith the expense of cha nging locks, is a costly

problem. Access control is an effective and a fforda ble solution to this problem.

With a ccess control, ea ch person receives a ca rd or keycode w hich restricts a ccess

to a uthorized areas a t a uthorized times. A small, programmable control panel

allow s or denies access. If a ca rd is lost or stolen, or if a keycode is no longersecure, the cont rol panel can be reprogrammed quickly an d ea sily.

An a dd itiona l benefit of a ccess control is report ca pability. The system provides

reports of all card/keycode act ivity, including w hether a ccess wa s grant ed or

denied, and w hy. A permanent record of a ll entries to a n a rea can be maintained.


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12 N-1000-II Section 1: Access ControlSection 1: Access ControlSection 1: Access ControlSection 1: Access ControlSection 1: Access Control


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Section 2: System OverviewSec tion 2: System OverviewSection 2: System OverviewSec tion 2: System OverviewSec tion 2: System Overview 2121212121N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

Section 2: System Overview

2-1: N-1000-II

The N-1000-II control panels a re the decision-making unit s in the a ccess control

system. Each control panel contains a centra l processing unit (CPU) and memory

for local control capability. Control panel da ta base informat ion is programmed

from a cent ral programming device (computer, printer/programm er or dat a t ermi-

na l). The panels then operat e independent of t he programming device. In this

distributed da ta base system, the programming d evice need not be on-line for

system operat ion.

The cont rol pan els interfa ce to the progra mming device via the C-100-A1, 20 mA

current loop con verter or via the 485 multi-drop interf a ces (N-485-PCI-2 or N-485-

HUB-2) w ith the a dd ition of the N-485-API or 485 Board . A single communicat ion

loop supports up to 63 uniquely addressed cont rol panels if th e 20 mA loop isutilized or 31 pa nels for 485 communications. A typical 20 mA communicat ion

loop configuration is show n in Figure 2-1 w hile Figure 2-2 illustrates a typical 485

multi-drop configuration.

The N-1000-II control panel provides 16 points for ala rm monitoring and fo ur

output cont rol relays. The N-1000-II-X cont rol pan el includes four a dd itiona l relays

N-1000-IV N-1000-IIN-1000-III

Personal Computer

C-100-A1

Figure 2-1.Typical Mul t i -pa ne l Com m un icat ions Loop . The N-1000 control panels canbe in any order in the loop or dr op li ne as long as each has a unique address.


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2222222222 Sec tion 2: System OverviewSec tion 2: System OverviewSec tion 2: System OverviewSec tion 2: System OverviewSection 2: System OverviewN-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

(providing a tota l of eight) an d ha s expanded da ta base/buffer memory capacity.

The N-1000-II-X is show n in figure 2-3 w ith enclosure a nd ba tt ery.

Control panels can operate in a buffered mode, in w hich system transactions are

stored in tran saction buffer memory at t he panels, rather tha n transmitted to t he

programming d evice. Every tran saction (input point cha nge of sta te, code use) uses

one locat ion in buffer memory. The buffered informat ion can la ter be transmittedto the programming device.

The N-1000-II firmware (version 08.01.29 or later) has a built-in test capability

tha t ca n be used to check the functioning of most of the circuit boards hardw are.

Refer to Appendix B: Troubli ng Shooti ngfor details.

2-2: Programming Devices

N-1000-II control panels in a communicat ion loop are programmed w ith a persona l

computer, printer/programmer or d at a terminal.

When using a persona l computer as the system progra mming device, the PC soft -

w are serves as a da ta base mana ger for the N-1000-II control panels. Information is

entered into the PC dat aba ses and then d ow nloaded to the control panels. During

the dow nload procedure, the PC softwa re converts the data base information at the

disk level to a series of command st rings from t he N-1000 instruct ion set. The

commands a re then sent to th e appropria te control panels. The panels then operate

independently from the computer. The ad vant ag es of using a computer as the

system programming device include ease of programming a nd operat ion, perma-

nent d isk storage of a ll data base information a nd extensive report options.

Figure 2-2. Typical 485-Mul t id r op Con f igur a t ion . The N-1000-II can be used wi thN-1000-III / IV panels. When the N-1000-II is configured for 485 commun icati on, as in thi sexample, the N-485-API-2 f i rmware version must match the 485 version i n the N-1000-II I/ IV.

N485-PCI-2

N-1000-IIN-1000-IV N-1000-II

N-1000-II with

N-485-AP I-2

N-1000-II with

N-485-AP I-2

Personal Computer


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2424242424 Sec tion 2: System OverviewSec tion 2: System OverviewSec tion 2: System OverviewSec tion 2: System OverviewSection 2: System OverviewN-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

2-4: N-485-PCI-2 or HUB-2

The N-485-PCI-2 is used to int erfa ce betw een a PCs RS-232 port a nd the 485

multi-dro p communica tion s bus. The N-485-HUB-2 is used to interf ace betw een a

mod ems RS-232 port and t he 485 multi-dro p bus.

2-5: N-485-API

The N-485-API (485 Boa rd) provides a n interfa ce betw een th e N-1000-II and the

RS-485 multi-drop line. The unit is mounted in the enclosure and is connected to

the control panels 20 mA port. Refer to the N-485 Board Installati on Guidefo rfurther deta ils.

2-6: PROM Versions

The N-1000-II PROM (progra mma ble rea d-only memory) chips provide perma -

nent stora ge for the program an d control logic informat ion necessary to coordi-na te a nd d rive the system hardw are. The PROM chip is also referred to a s the

control panels FIRMWARE.

The PROM version in use determines the commands a nd progra mming fea tures

ava ilable for use w ith the control panel. Operations such as ala rm point program -

ming, site code checking, ca rd/keycode capacity, t ran saction buffer capacity, Visitor

an d Limited Use sta tus cards and loca l anti-passback are all functions of the PROM

version in use. Specific comma nd string syntax and the ava ilability of advanced

programming comma nds a re also dependent upon the PROM version.

Refer to the comman d summary in Appendi x A of this manua l. Or conta ct NCI for

ad ditiona l information on PROM versions.


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N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-IISection 3: Hardware SpecificationsSection 3: Hardware SpecificationsSection 3: Hardware SpecificationsSection 3: Hardware SpecificationsSection 3: Hardware Specifications 3131313131

Section 3: Hardware Specifications

Power Requirements:The N-1000-II req uires a 12 VAC, 40 VA, 60 HZ or 12 VDC linea r (2 amp cont inu-

ous) pow er supply.

Output Power:A 5 volt, 350 mA output is a vailable for standa rd 5 VDC read er requirements.

Battery Backup:The 8 VDC (4 am p/hr.) ba tt ery provides up to three hours of full operat iona l

backup (depending on the load and the a ge of the ba ttery). To ma intain the ma xi-

mum back-up time, the replace the bat tery every four years or every tw o yea rs if

operating a t higher temperatures.

Battery Current Draw:

Control panel 750 mA 750 mAAlarm points 10 mA each (x 16) 160 mA

Relays activa ted 50 mA each (x 8) 400 mA

5 V card readers 350 mA maximum 350 mA

Total 1.8 amps maximum 1.660 amps

Memory Backup:A 3 VDC lithium ba ttery (ALQW) reta ins pan el memory for up to 30 da ys on loss

of pow er.

Fuses:The pan el is equipped w ith 3 am p, slow -blow, fuses.

Alarm Input Points:The panel ha s 16 norma lly-closed, n on-supervised input point s. When 11-cond uc-

tor keypads are used, only eight a larm inputs are available for use.

Relay Output Points:The panel ha s four double pole, double throw (DPDT) relay cont act s with both

norma lly-open a nd norma lly-closed sides, rated for 24 VDC 1 a mp resistive load

(12 VDC, 2 a mp resistive loa d) . The N-1000-II-X cont roller provides f our a dd itiona l

relays (eight tota l).


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4242424242 Section 4: PSection 4: PSection 4: PSection 4: PSection 4: Panel Lanel Lanel Lanel Lanel LayoutayoutayoutayoutayoutN-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

4-2: Termina l Blocks 1, 2, 3, 4

(Ter m ina l Blocks 3 an d 4 a re a vai la b le on th e N-100 0-I I -X on ly)

Each DPDT relay provides control for up to t w o externa l devices. Both poles of a

given relay ha ve a normally-closed terminal, a common terminal a nd a normally-

open terminal. (See Figure 4-2.) Northern recommends using the A pole of the

relays for locks (inductive loads) and the B pole for dry circuit (logic) application.

Terminal Block 1 provides relay cont act s for relays 1 a nd 2.




Terminal Block 1, 2, 3, 4 termina tions a re a s follow :

Pos. TB1 TB2 TB3 TB4 Function

1 Relay 2: A Relay 3: A Relay 6: A Relay 8: A Norma lly-Closed

2 Relay 2: A Relay 3: A Relay 6: A Relay 8: A Common

3 Relay 2: A Relay 3: A Relay 6: A Relay 8: A Norma lly-Open

4 Relay 2: B Relay 3: B Relay 6: B Relay 8: B Normally-Closed

5 Relay 2: B Relay 3: B Relay 6: B Relay 8: B Common

6 Relay 2: B Relay 3: B Relay 6: B Relay 8: B Normally-Open

7 Relay 1: A Relay 4: A Relay 5: A Relay 7: A Norma lly-Closed

8 Relay 1: A Relay 4: A Relay 5: A Relay 7: A Common9 Relay 1: A Relay 4: A Relay 5: A Relay 7: A Norma lly-Open

10 Relay 1: B Relay 4: B Relay 5: B Relay 7: B Norma lly-Closed

11 Relay 1: B Relay 4: B Relay 5: B Relay 7: B Common

12 Relay 1: B Relay 4: B Relay 5: B Relay 7: B Norma lly-Open


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Section 4: PSection 4: PSection 4: PSection 4: PSection 4: Panel Lanel Lanel Lanel Lanel Layoutayoutayoutayoutayout 4343434343N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II

Figure 4-2 Ter m ina l Blocks 1 , 2 , 3 , 4 . Terminal blocks 3 and 4 are available on the Xversions of the N-1000-II .

TERMINALBLOCK#1

TERMINALBLOCK#2

TERMINALBLOCK#4

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N- 1000- II

TB3

TB4

TB2

1 2 3 4 5 6 7 8 9 10 11 12NC

NO

COM

NC

NO

COM

NC

NO

COM

NC

NO

COM

NC

NO

COM

NC

NO

COM

NC

NO

COM

NC

NO

COM

1 2 3 4 5 6 7 8 9 10 11 12

Relay 2 Relay 1

Relay 3 Relay 4

1 NO

2 COM

3 NC

4 NO

5 COM

6 NC

7 NO

8 COM

9 NC

10 NO

11 COM

12 NC

}Relay6

Relay5

}1 NO

2 COM

3 NC

4 NO

5 COM

6 NC

7 NO

8 COM

9 NC

10 NO

11 COM

12 NC

}

Relay

8

Relay7}


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4-3: Termina l Block 5

Terminal Block 5 provides the interfa ce for tw o Wiegand output ca rd rea ders and

an alarm point common. Each card reader port includes terminals for LED

control, Data 1 signal, Da ta signal, + 5 VDC output a nd Ground. Figure 4-3

illustrates typical wire color terminations.

Refer to the reader installation technical bulletin that is included with your

reader for the most recent color terminations. Refer to Section 6of this manua lfor specific card reader wiring/installation details.

Terminal Funct ion Reader Wire Color

1 Card Reader 1: LED (Aux. Output 11) Brow n

2 Card Reader 1: Da ta 1 White

3 Card Reader 1: Da ta Green

4 Card Readers 1 &2: + 5 VDC Red

5 Card Readers 1 &2: Ground Black

6 Card Reader 2: Da ta Green

7 Card Reader 2: Da ta 1 White

8 Card Reader 2: LED (Aux. Output 12) Brow n

9 Alarm Point Common*

10 Not used

11 Not Used

12 Not Used

* All N-1000 alarm point commons are electr icall y the same and can be used wi th

any panel alarm point .


Terminal Block 6 conta ins terminals for a larm input points 5 th rough 7 a nd

auxiliary outputs 15 and 16. Any N-1000 alarm common can be used with the

ala rm inputs. (S ee Figure 4-3.)

TB6 Terminal Function

1 Alarm Input 5

2 Alarm Input 6

3 Alarm Input 74 Primary Pow er Indica tor (DO NOT w ire to this point)

5 Not Used

6 Not Used

7 Not Used

8 Not Used

9 Not Used

10 Not Used

11 Aux. Output 15

12 Aux. Output 16


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Figure 4-3. Ter m ina l Block 5 an d Ter m ina l Block 6 .Terminal Block 5 provides thein terface for two Wiegand-output card readers and an alarm point common. Terminal Block 6contains term inal s for alarm input point s 5 th rough 7 and auxili ary outputs 15 and 16. AnyN-1000 alarm common can be used with the alarm inputs.

TERMINALBLOCK#1

TERMINALBLOCK#2

TERMINALBLOCK#4

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N- 1000- II

TB6

12

Aux.Output1

6

11Aux.Output15

10

Open

9

NotUsed

8

NotUsed

7

DCCommon

6

NotUsed

5

NotUsed

4

AlarmInput(P

rimaryPower)

3

AlarmInput7

2

AlarmInput6

1

AlarmInput5

DoNotUseTerminal

12

NotUs

ed

11

NotUs

ed

10

NotUs

ed

9

AlarmPointCommon

8

CardR

eader2:LED(Aux.Output12)

Brown

7

CardR

eader2:Data1

White

6

CardR

eader2:Data

Green

5

CardR

eaders1&2:Ground

Black

4

CardR

eaders1&2:+5VDC

Red

3

CardR

eader1:Data

Green

2

CardR

eader1:Data1

White

1

CardR

eader1:LED(Aux.Output11)

Brown

}

Card

Reader1

}

CardR

eader2

TB55


20/92



Terminal Block 7 conta ins terminals for a n LED, a uxiliary o utputs 9 and 10,

alarm input points 1 through 4, an alarm point common and the 20 mA commu-

nication loop (receive a nd tra nsmit) termina ls as illustra ted in Figure 4-4. The

20 mA communication protocol specifications are a s follow :ASCII text cha racters

8 data bits

1 stop bit

No parity

Refer to Section 4-8for baud ra te settings.

Terminal Funct ion Wire Color ( s)

1 LED + V

2 Aux. Output 10

3 Aux. Output 9

4 Alarm Input 1 (door 1 sta tus)

5 Alarm Input 2 (door 2 sta tus)

6 Alarm Input 3 (door 1 egress)

7 Alarm Input 4 (door 2 egress)

8 Alarm Point Common*

9 20 mA Communica tion Loop: Receive+ Red

10 20 mA Communica tion Loop: Receive Black

11 20 mA Communica tion Loop: Transmit+ White

12 20 mA Communica tion Loop: Transmit Green

* All N-1000 alarm point commons are electr icall y the same and can be used wi thany panel alarm point s.


21/92


Figure 4-4. Ter m ina l Block 7 . Terminal Block 7 contains term inal s for auxili ary outputs 9and 10, alarm input point s 1 th rough 4, an alarm point common and the 20 mAcommun icati on loop (r eceive and transmi t) termi nals.

TERMINALBLOCK#1

TERMINALBLOCK#2

TERMINALBLOCK#4

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N- 1000- II

1 LED + V

2 Aux. Output 10

3 Aux. Output 9

4 Alarm Input 1 (Door 1 Status)

5 Alarm Input 2 (Door 2 Status)

6 Alarm Input 3 (Door 1 Egress)

7 Alarm Input 4 (Door 2 Egress)

8 Alarm Point Common

9 20 mA Com Loop: Receive + Red

10 20 mA Com Loop: Receive Black

11 20 mA Com Loop: Transmit + White

12 20 mA Com Loop: Transmit Green


22/92



Terminal Block 8 can be used for 11 cond uctor ma trix keypad connections or

alarm input points 9 through 16. It also provides an alarm point common. (See

Figure 4-5.)

Refer to the 11 conductor keypad instructions in Secti on 6for 2 of 7 matrix (row /column) information.

Keypad Use:

TB8 Terminal Color / Function Alternate Function

1 Brow n (Column 1) Alarm Input 9

2 Blue (Column 2) Alarm Input 10

3 Green (Column 3) Ala rm Input 11

4 Ala rm Tamper Ala rm Input 12

5 Gray (Row 1) Alarm Input 13

6 Purple (Row 2) Ala rm Input 147 Yellow (Row 3) Alarm Input 15

8 Orange (Row 4) Alarm Input 16

9 Peach/Pink (+ 5 V)

10 White (Keypad 1 Select)

11 White (Keypad 2 Select)

12 Black (Common) Ala rm Point Common*

* All N-1000 alarm point commons are electr icall y the same and can be used wi thany panel alarm point s.


23/92


Figure 4-5. Ter m ina l Blocks 8 .Terminal Block 8 is used for 11 conductor mat r ix keypadconnecti ons or alarm inputs 9 through 16 and an alarm point common.

TERMINALBLOCK#1

TERMINALBLOCK#2

TERMINALBLOCK#4

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N- 1000- II

Keypad Use Alt. Function

Brown (Column 1) Alarm 9 1

Blue (Column 2) 2

Green (Column 3) 3

4

Gray (Row 1) 5

Purple (Row 2) 6

Yellow (Row 3) 7

Orange (Row 4) 8

Peach/Pink (+ 5v) 9

White (Keypad 1 Select ) 10

White (Keypad 2 Select) 11

Black (Common) Alarm Point Common 12

Alarm 10

Alarm 11

Alarm 12 Tamper

Alarm 13

Alarm 14

Alarm 15

Alarm 16


24/92


4-7: DIP Switch Settings

N-1000-II DIP switch positions 1 and 2 control the pa nel baud rat e for the 20 mA

Loop. Set the panel baud rate t o ma tch tha t of t he system programming device.

1200 baud is recommended for computer and data terminal systems. For 485

communications use the 4800 baud setting.

N-1000-II DIP switch positions 3 through 8 determine a control panels address. (See

Figure 4-6.) Each control panel in the communication loop must have a unique

address to a llow unique referencing during system programming. When running the

panels self-test, set all DIP switches to the On position before restarting the panel.

(For deta ils of the self-test, Refer to Appendix B: Trouble Shooting.)

Baud ra te and panel add ress DIP sw itch settings are as follow :

Baud Rate 1 2 Panel 3 4 5 6 7 8

1200 Off Off 1 On On On On On Off

2400 Off On 2 On On On On Off On4800 On On 3 On On On On Off Off9600 On Off 4 On On On Off On On

5 On On On Off On Off

6 On On On Off Off On7 On On On Off Off Off8 On On Off On On On9 On On Off On On Off

10 On On Off On Off On11 On On Off On Off Off12 On On Off Off On On13 On On Off Off On Off

14 On On Off Off Off On

15 On On Off Off Off Off16 On Off On On On On17 On Off On On On Off

18 On Off On On Off On

Figure 4-6. DIP Switches.Swi tch posit ions 1 and 2 contr ol the panel baud rate for t he20 mA loop; swi tch posit ions 3 thr ough 8 determi ne the contr ol panels address.

TERMINALBLOCK#1

TERMINALBLOCK#2

TERMINALBLOCK#4

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N-1000-II

1

2

3

4

5

6

7

8

12345678

ON

} Baud Rate

} Panel Address


25/92


Panel 3 4 5 6 7 8

19 On Off On On Off Off

20 On Off On Off On On

21 On Off On Off On Off

22 On Off On Off Off On

23 On Off On Off Off Off24 On Off Off On On On

25 On Off Off On On Off

26 On Off Off On Off On

27 On Off Off On Off Off

28 On Off Off Off On On

29 On Off Off Off On Off

30 On Off Off Off Off On

31 On Off Off Off Off Off

32 Off On On On On On

33 Off On On On On Off

34 Off On On On Off On

35 Off On On On Off Off

36 Off On On Off On On

37 Off On On Off On Off

38 Off On On Off Off On

39 Off On On Off Off Off

40 Off On Off On On On

41 Off On Off On On Off

42 Off On Off On Off On

43 Off On Off On Off Off

44 Off On Off Off On On

45 Off On Off Off On Off

46 Off On Off Off Off On

47 Off On Off Off Off Off

48 Off Off On On On On49 Off Off On On On Off

50 Off Off On On Off On

51 Off Off On On Off Off

52 Off Off On Off On On

53 Off Off On Off On Off

54 Off Off On Off Off On

55 Off Off On Off Off Off

56 Off Off Off On On On

57 Off Off Off On On Off

58 Off Off Off On Off On

59 Off Off Off On Off Off

60 Off Off Off Off On On61 Off Off Off Off On Off

62 Off Off Off Off Off On

63 Off Off Off Off Off Off

Note: For DIP switches with OPEN/CLOSED notation:

OPEN = Off CLOSED = On

Note:The restart but ton MUST be pressed to a ctivate a chan ge ma de to a ny DIP

switch setting (for baud rate a nd/or panel ad dress). Pressing the restart button

DOES NOT alter N-1000-II database memory.

NOTE: Addresses 32 andabove cannot be used

w ith the 485 multi-drop.


26/92


4-8: LEDs

The functions of the N-1000-II LEDs are listed below and also illustrated in

Figure 4-7. Eight of t he Red LEDs (CR23, CR24, CR25, CR26, CR29, CR32,

CR67, CR70) are relay o utput ind icators. When on e of these LEDs is lit it indi-

cates that its relay is energized, that is, the normally open relay contacts becomeclosed and the normally closed relay contacts become open. Not lit indicates the

relay is de-energized, that is, the normally open and normally closed contacts are

in normal state.

Relay output indica torsLED Color Li t indicates

CR23 Red Relay 1 energized








Other LED indicatorsLabel Color Funct ion

RUN Red Run indica tor flashes slow ly to indica te normal

operation. It stays on w hen the panel is beinginitialized.

POWER FAIL Red Pow er Fa il indica tor comes on if the Pa nel ha s

switched over to the backup bat tery. It flashes

rapidly when the panel shuts dow n due to a

drained battery.

Communication

Loop Yellow 20 mA COM Loop indica tor is on w hen the

output terminals have a closed circuit and flashes

when outgoing transmissions occur.

+ 9 VDC Green Indica tes primary 9 volt pow er is present.

+ 5 VDR Green Indica tes tha t 5 volt pow er is ava ilable to the

readers.


27/92


Figure 4-7. LED Fun ct ion s.Thir teen LED indicators provide informat ion on the panelfuncti ons. When a RED output relay i ndicator is lit th is indi cates that i ts relay i s energized,which means, the normal ly open r elay contacts become closed and the normally closed relaycontacts become open. When the LED is not li t , thi s indi cates that the relay is de-energized,normal ly open and normal ly closed contacts are in normal stat e.

TERMINALBLOCK #1TERMINALBLOCK#1


TERMINALBLOCK#4TERMINALBLOCK#4




N -1000 - I I

CR25 Red Output Relay 2






CR34 Green RunCR35 Red Po we r Fail



CR48 Yellow Com munica tion Loo p

CR52 Green + 5 VDC

CR51Green + 9 VDC


28/92


4-9: Power Connections

Pow er connections a re located just to the right of Terminal Block 8. (See Figure

4-8.) The 8 volt backup batt ery w ires are connected to the circuit boa rd a bove

the power terminals. When connecting an external DC supply the N-1000-II

8 VDC battery can remain connected a nd provide ad ditional battery backup.

4- 10: Lithium Battery

The 3 VDC lithium bat tery reta ins pan el dat aba se and t ransa ction buffer memory

for up to 30 da ys on loss of pow er. The 8 VDC backup bat tery is not required for

proper lithium ba ttery retention. (See Figure 4-8.)

4-11: Connectors

White and black power cables with fast-on clips are provided to connect the

panel t o the 8 volt backup bat tery. (See Figure 4-8.)

4-12: Restart Button

The resta rt but ton is used to resta rt th e N-1000-II microprocessor. (See Figure 4-

8.) Press the restart button to restart a locked-up control panel a nd to a ctivat e

a cha nge made to a ny DIP sw itch setting (for baud rate a nd/or panel address).

The panels self-test fea ture can be act ivated by setting a ll of the DIP sw itches to

the on position and then depressing the Restart button. For details of the self-

test, refer to Appendix B: Troubli ng Shooti ng.

Pressing the restart button DOES NOT alter N-1000-II database memory. The

data base can be completely cleared by the following method: Disconnect the AC

power and battery backup. Remove the lithium battery and short across C27

remove short, return the lithium battery and apply power. Restore the power

connections.

4-13: RAM Chip

Control panel RAM chips store all d at abase a nd tra nsaction buffer memory. The

N-1000-II control pa nel uses tw o 256K RAM chips with the option of ad ditiona l

256K chips. The N-1000-II-X comes equipped w ith three RAM chips. (See Figure

4-8.)

NOTE: Control panel card d ata base and transa ction buffer capa cities are deter-mined by t he number of RAM chips used an d ca n be mod ified by use of the U

command, I option. Refer to Appendi x A: Programm ing Quick Reference Guidefo rdetails.


29/92


Figure 4-8. Pow er Con ne ctor s , PROM Chip , C27 an d Lith ium Bat ter y. Cables areprovided to connect t he 8 volt backup batt ery. The restar t button can be used to restar t alocked-up contr ol panel or to activate a change made to any DIP swi tch sett ing ( for baud rateand/ or panel address) . The li th ium batt ery retai ns panel database and transacti on buffermemory in case of power loss.







N -1000 - I I

Power cables for the

8 volt back-up battery

Resta rt b utton

Lithium battery

P ROM chip

AC Po wer

Termina ls

C26 C27 C28

C27

RAM chips

4-14: PROM Chip

The cont rol pan el PROM chip, w hich stores a ll N-1000-II progra m and contro llogic memory, is located in socket U19. (See Figure 4-8.) Each PROM is labeled

with a sticker indicating its firmware version. Refer to the main PROM number

when referencing specific programming and operation functions.


30/92


4-15: Additional Installation Information

Northern Computers recommends the following installation techniques for the

N-1000-II panel:

DO

Dorun all wiring for door locks/strikes and panel primary power in a sepa-rate conduit* or allow at least 12 inches of space betw een the power cables

and the data/reader cables.

Douse shielded cables or metal conduit when necessary to reduce interferingradio frequency emissions.

DO NOT

Do notmount the power supplies, modem, or external relays inside theN-1000-II enclosure. An empty enclosure (ENC-0 or ENC-2) is availa ble fo r

this purpose. It is the same size as the N-1000 enclosure, w ith the same

locking mechan ism.

Do notstring w ire across the fa ce of th e N-1000-II panel.

Do notuse the same pow er supply for both locks an d cont rol panel or locksand readers.

Do notmount the control panel in or near an area tha t ha s electric noise(e.g., next to a large electric motor or power transformer).

*Conduit insures compliance with Subpart S of Part 15 of FCC regulations.


31/92


Figure 4-9. Exam pl e Wir i ng Diag ra m .Card readers connect t o Terminal Block 5 of the N-1000-II as shown here. For addi ti onal wi r ing detai ls refer t oSection 6.

TERMINALBLOCK#1

TERMINALBLOCK #2

TE

BL

TERMINALBLOCK#5

TERMINALBLOCK#6

TERMINALBLOCK#8

N-100

5 G ra y

6 Purp le7 Yellow

8 Ora ng e

9 Pink/Pe ach

10 White

1 B ro wn

2 B lue

3 G ree n

5Black

4Red

3Green

2White

1Brown

Key pad

KP-10

C100-A-1

Enclosure

Earth Ground

Stud

To PC

or

modem

8 V

Battery

BAT-1+Red

Black

Shield

Card Reader

CR1

Egress

Switch

Norma lly

Closed

Switch

Trans former X-2

12 VAC

9 Red

10 Blac k

11 White

12 Green

Normally Open S witch

held closed by door 4 Alarm One

Red

Door

Status

Switch8 Common

6

InputThree

C

ommon

Magnetic

Lock24 VDC

Lock Pow er

Supply

+

7NormallyClosed

8Common

SuppressorNOTE: Separate Fire

Releas e C ontact is required.

S -4

12 Black

+

S -4

Suppressor


32/92



33/92

Section 5: OperationSection 5: OperationSection 5: OperationSection 5: OperationSection 5: Operation N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II 5151515151

Section 5: Operation

5-1: Card Reader/Keypad Operation

Some card readers require that a forma t (softw are) command be programmed

into the host N-1000-II controller before cards can be read . If th e forma t com-

mand is not programmed into the control panel, these readers or keypads will

not transmit card numbers to the terminal/printer. See Appendix A: ProgrammingQui ck Reference Guidefor complete F Commandformat listings.

Verify card rea der/keypad operation before progra mming. Codes need not be

programmed into memory to verify reader/keypad operation. When a code is

entered or a card presented, it should appear on the display/printer, followed by

an NFor not found message.

The control panel continuously monitors the card read er and keypad ports for

code use. Access is restricted by placing timezon e limitat ions on t he codes in use,

NOT by timezone controlling (d isabling) th e read ing devices.

Card reader or keypad activation of output points is determined by the presence

or absence of the a nti-passback option in pan el memory. See I Command, AOptionin Appendix A for further information.

In ant i-passback configurations w ith tw o card readers or tw o keypads, both

devices activat e Output Relay 1 (Doo r 1) upon valid cod e use (Figure 5-1). In

anti-passback applications requiring a separate output relay for the reader (such

as turnstile applications), refer to A Command in Appendix A.

In configura tion s WITHOUT ant i-passba ck ena bled, Ca rd Reader or Keypad 1activates Output Relay 1 (Door 1) and Card Reader or Keypad 2 activates Output

Relay 2 (Door 2) (Figure 5-2).

Card readers and keypads can be reassigned to activate a specified input point,

output point or group (multiple outputs) upon valid code use, via the A Com-mand. Refer to Appendi x A.


34/92

5252525252 N-1000-IIN-1000-IIN-1000-IIN-1000-IIN-1000-II Section 5: OperationSec tion 5: OperationSection 5: OperationSec tion 5: OperationSec tion 5: Operation

Figure 5-1. Ant i -pa s sba ck wi t h Two Car d Rea der s .(Keypads may be substi tuted forcard readers on TB8.) In ant i-passback configurat ions wi th two card readers, both devicesacti vate Output Relay 1 (Door 1) upon vali d code use. In ant i-passback appli cati ons requir ing aseparat e output relay for each r eader (such as tur nsti le applications) refer to Appendix A forinformat ion on the A Command.

TERMINALBLOCK#1TERMNALBLOCK#1





N -1 0 0 0 - I I

K11

N-1000-II

Common

Ca rd Read er 1 In

Input 1

Door Status S witch

Ca rd Read er 2 Out

Door 1


35/92


Figure 5-2. Two C ard Rea der s w i t h o u t Ant i -passback . In configurat ionswithoutant i-passback enabled, Card Reader 1 acti vates Output Relay 1 (Door 1) and Card Reader orKeypad 2 activates Output Relay 2 (Door 2) .

N-1000-II

TERMINALBLOCK#1TRMNALBOCK#1





N-1000- I I

K11K22

Common

Doo r 2

Door Status S witchDoo r 1

Ca rd Read er 1Ca rd Reader 2

Common

K2K2

Input

Poin

t1

Input Point 2

Door Status S witch


36/92


5-2: Alarm Input Points

All N-1000-II alarm input points default to normally-closed, non-supervised

circuits used to monitor chan ges of sta te. N-1000-II inputs can a lso be configured

for normally open circuits . Input points have both a physical state and a soft-

w are state, a s described below :

Physica l StateInput points have physical states of openand closed. An open input is consideredto be in ALARM condition. A closed input is considered to be in normalcondi-tion.

Software StateInput points have softwa re states of unshunted(active) and shunted(not a ctive).When an input is unshunted, all physical changes of state (openings and clo-

sures) are recognized. When an input is shunted, physical changes of state are

not recognized. Input shunting is software controlled and does not involve a

physical change of state of the input.

The defa ult softw are sta te of a ll input points is unshunted. No programm ing is

necessary to keep inputs in the default state. Programming is only necessary to

shunt input points.

Figure 5-3. Inpu t Po i n t Con f igu ra t i on .

N-1000-II Input Configurations

Input Condition Input Status

1. Non-Supervised Normally Closed Circuit (default)

Shor ted NormalOpen Alarm

2. Non-Supervised Normally Open CircuitShor ted Alarm

Open NormalNormally open circuit

input

common

Normally close d circuit

input

common


37/92


Input points are assigned both shunt time and time zone parameters, as de-

scribed below:

Shunt TimeThe shunt time pa ramet er defines the amo unt of t ime the input point is shunted

(deactivated) w hen triggered, such as upon valid code use.

TimezoneThe timezone para meter defines the time the input point is aut oma tically

shunted (deactivated).

5-3: Relay Output Points

All N-1000-II relay output points have both normally-open and normally-closed

contacts, used to switch (activate/deactivate) electrical devices. Output points

have only a physical state, a s described below :

Physical State

Output points have physical states of DE-ENERGIZED and ENERGIZED. When an

output is de-energized, no rmally-open and norma lly-closed cont acts are in

normal state. When an output is energized, normally-open contacts become

closed and normally-closed contacts become open.

The defa ult sta te of a ll output points is de-energized. No program ming is neces-

sary to keep outputs in the default state. Programming is only necessary to

energize output points.

Not e : The appropr iate side of the relay contact ( normal ly-open or normal ly -closed)

MUST be used to sat isfy the fol lowing condi t ions:

Door locks MUSTbe w ired such that the following conditions are met:

1. DE-ENERGIZEDrelay outputs (default state) result in LOCKEDdoors.

2. ENERGIZEDrelay outputs result in UNLOCKEDdoors.

Output points are assigned both pulse time and timezone parameters, as de-

scribed below:

Pulse TimeThe pulse time para meter defines the a mount o f time th e output point is ener-

gized when triggered, such as upon valid code use.

TimezoneThe timezone para meter defines the time the output is autom at ically energized.

Outputs 13 and 14 control LEDs for card rea ders 1 and 2, respectively. Ca rd

reader LEDs change state upon valid code use for the duration of the pro-

grammed pulse time. Default pulse time for LED outputs is two seconds. See

Appendix A, I Command, M Opti onand V Commandfor further card reader LEDinformation.


38/92


5-4: Default Input Point/Output Point Interaction

The actions of a ll input points and output points are independent of one another,

unless otherwise programmed. Selected inputs and outputs can be programmed

to interact w ith one a nother through a n interlocking option (refer to Appendi x A,

P Commandas w ell as I Command, E Option). Interlocking allows an input pointor output point to take a specified action, based upon another input point oroutput point chang e of state.

The reserved input a nd o utput points, default interlocks, defa ult pulse times an d

default shunt times for various system configurations (without anti-passback,

w ith ant i-passback and w ith free egress) are shown below :

Configurations wi thout Anti-Passback

Input Point Reserved for : Default shunt t ime

Input 1 Door position sw itch for Door 1 15 seconds


Output Point Reserved for : Default pulse time

Output 1 Door lock for Door 1 10 seconds


Output 13 Reader 1 LED 2 seconds

Output 14 Reader 2 LED 2 seconds

Output 1 is interlocked t o Input 1. Output 2 is interlocked t o Input 2. An a ctiva-

tion of Output 1 (such as upon valid code use at card reader/keypad 1) causes

Input 1 to be shunted for the duration of its shunt time. Similarly, activation ofOutput 2 causes Input 2 to be shunted for the duration of its shunt time. (See

Figure 5-4.)


39/92


Figure 5-4. In t e r l ocked Inpu t / Ou t pu t on Doors w i t hou t An t i -pas sback .Example: Valid code use at Card Reader (or Keypad) 1 t r iggers the pulse time of OutputRelay 1, un locking Door 1 for 10 seconds and pulsing the reader LED for 2 seconds.The acti vation of Output 1 t ri ggers the shunt time of Input 1 (via in terl ock) shunt ing Door 1status swi tch for 15 seconds.

Door Status S witch

Door Status S witch

Output Point (Relay) 1

Pulse Time = 10 seco nds


Pulse Time = 10 sec onds

Output (LED) P ulse

Time = 2 seconds

Output (LED) P ulse

Time = 2 seconds

Shunt Time

= 15 sec.

N-1000-II






N- 1000 - I I

K11K22

Ca rd Read er 1Card Reade r 2

Common

K2K2

InputPoint1

Input P oint 2

Shunt Time = 15 sec.

Common


40/92


Configurations with Anti-Passback:

Input Point Reserved for : Shunt Time


Output Point Reserved for : Pulse Time:


Output 1 is interlocked t o Input 1. Activation of Output 1 ca uses Input 1 to be

shunted for t he dura tion of its shunt time. (See Figure5-5.)

Configurations with Free Egress:Input Point Reserved for : Default shunt t ime



Input 3 Egress device for Door 1 0 seconds (N/A)

Input 4 Egress device for Door 2 0 seconds (N/A)

Output Point Reserved for : Default pulse time



Input 3 is interlocked to Output 1. An a ctivation of Input 3 (via egress att empt)

causes Output 1 to energize for the durat ion of its pulse time.

Input 4 is interlocked to Output 2. An a ctivation of Input 4 (via egress att empt)

causes Output 2 to energize for the durat ion of its pulse time.

Output 1 is interlocked t o Input 1. An a ctivation of Output 1 (such a s upon valid

code use at card reader/keypad 1 or egress attempt) causes Input 1 to be

shunted for the duration of its shunt time.

Output 2 is interlocked t o Input 2. An a ctivation of Output 2 (such a s upon valid

code use at card reader/keypad 2 or egress attempt) causes Input 2 to be

shunted for t he dura tion of its shunt t ime. (See Figure 5-6.)


41/92


Figure 5-5. I n t e r lo c k e d I n p u t / O u t p u t P o in t s o n Do o r w i t h Ant i -passback .Example: Valid code use at eit her card reader ( or keypad) tr iggers the pulse time of OutputRelay 1, unlocking Door 1 for 10 seconds. The acti vation of Output 1 t r iggers the shunt time ofInput 1 ( via the in terlock) , shunti ng Door 1 status swi tch for 15 seconds.


TERMINALRMNALBLOCK#4CK#4




N-1000-II- 1 000 - I I

K11K22

K2K2

N-1000-II

Common

Card Reader 1 - In

Input 1

Door Status S witch

Ca rd Read er 2 - Out

Doo r 1

Output (LED) Pulse

Time = 2 seconds

Output (LED) Puls e

Time = 2 seconds

Output point (Relay) 1




42/92


Figure 5-6. Door 1 wi t h F ree Eg res s . Vali d code use at Card Reader (or Keypad) 1oregress att empt (at Input 3) tr iggers the pulse ti me of Output Relay 1, unl ocking Door 1 for 10seconds. The acti vation of Output 1 tr iggers the shunt time of Input 1 ( via the inter lock),shunt ing Door 1 stat us swi tch for 15 seconds. Input 1 i s shunt ed for the durati on of i ts shuntt ime (15 seconds by default ) upon val id code useor upon egress att empt , Door 1 shunt time isdetermined by Input 1 shunt time, not Input 3 shunt t ime. Input 3 shunt ti me does not apply.






N- 1000- I I- 1 0 00 - I I

K11K22

K2K2

Ca rd Read er 2ard Read er 2

N-1000-II

Common

Input 1

Card Reader 1

Door 1

DoorS tatus Switch

(Input Point 1)

ShuntTime = 15 sec.

Egress (Exit) Device

(Input P oint 3)

Shunt Time = 0

Input point 3

Output Point (Relay ) 1



43/92


Figure 5-7. Door 2 wi t h F ree Eg res s . Valid code use at Card Reader (or Keypad) 2oregress att empt (at Input 4) tr iggers the pulse ti me of Output Relay 2, unlocking Door 2 for 10seconds. The acti vati on of Output 2 tr iggers the shunt t ime of Input 2 ( via the in terlock) ,shunt ing Door 2 stat us swi tch for 15 seconds. Input 2 is shunt ed for the durati on of its shuntt ime (15 seconds by default ) upon val id code useor upon egress att empt . Door 2 shunt time isdetermi ned by Input 2 shunt t ime, no t Input 4 shunt t ime. Input 4 shunt t ime does not apply.






N- 1000- I I- 1 0 00 - I I

K11K22

K2K2

N-1000-II

Common

Input 2

Ca rd Rea der 1ard Read er 1 Card Reader 2

Door Status S witch

(Input Point 2)


Eg ress (Exit) Device

(Input Point 4)

Shunt Time = 0

Door 2

Output Po int (Relay ) 2

Pulse Time = 10

Input 4


44/92


5-5: Auto-Relock Operation

The a uto-relock feat ure results in the immediat e re-locking a nd rearming

(unshunting) of a door when the door status switch is closed after entry. With

auto-relock operation, an output relay (controlling a door lock) de-energizes

w hen the corresponding input point (d oor status sw itch) returns to norma l state,and the input point is rearmed (unshunted) rather t han remaining energized

(shunted) for the duration of its pulse/shunt time.

Auto-relock associat ions betw een inputs a nd outputs a re NOT considered inter-

locks and do not appear as interlocks on input point reports and output point

reports.

Auto-relock operation can be set manually with the V Command, K optionfoundin Appendi x A.

Default a uto-relock operation is described below and illustrat ed in figures 5-8

an d 5-9.

With Anti-PassbackWith a nti-passback enabled, Input 1 is configured for aut o-relock w ith Output 1.

Without Anti-PassbackWithout an ti-passback enabled, Input Point 1 is configured for a uto-relock w ith

Output 1 and Input 2 is configured for auto-relock operation with Output 2.

5-6: Timezone-Controlled Doors

When timezone-controlling a door (for free access) that is operated by a card

reader or keypad, the time zone must be assigned to the relay output point.

Example:

You w an t t o keep Door 1 (controlled by Ca rd Reader 1) unlocked d uring Time-

zone 5, defined a s 9 A.M. to 6:30 P.M., Monday through Friday.

Timezone 5 must be assigned to Output 1 (to un lock the do or during th at time-

zone).

The defa ult interlock to shunt th e door sta tus switch w ill prevent a n ala rm from

occurring w hile the output is pulsed/energized.


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Figure 5-8. Auto-relock with Anti-Passback. Example: Valid code use at either cardreader (or keypad) t r iggers the pulse time of Output Relay 1, unl ocking Door 1 for 10 seconds.The acti vation of Output 1 t ri ggers the shunt time of Input 1 ( via the inter lock) , shunt ingDoor 1 stat us swi tch for 15 seconds. Output relay 1 de-energizes immediat ely upon Input 1sreturn to normal state, r elocking Door 1 and rearm ing Input 1 , rather than remaining energized(shunt ed) for the durati on of the 10 second pulse ti me/ 15 second shunt time.






N -1 0 0 0 - I I

K11

Ca rd Rea de r 1 - In Ca rd Rea de r 2 - Out

N-1000-II

Door 1

Door S tatus Device (Input Po int 1)

Shunt Time = 15 sec onds



K1K1

Input 1

Common


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Figure 5-9. Aut o -re l ock Doors 1 an d 2 wi t hou t An t i -pa s sba ck . Output Relay 1 de-energizes immediat ely upon Input Point 1s retu rn to normal state, re-locking Door 1 andrearm ing Input 1, r ather t han remaining energized (shunted) for the durati on of the 10 secondpulse time/ 15 second shunt time. Output Relay 2 de-energizes immediat ely upon Input Point 2sreturn to normal state, re-locking Door 2 and rearm ing Input 2, rather t han remain ingenergized ( shunt ed) for the durati on of t he 10 second pulse time/ 15 second shunt time.






N -1 0 0 0 - I I

K11K22

Card Reader 1 Card Reader 2

N-1000-II

Doo r 1

Doo r 2

Eg ress (Exit) Device

(Input Po int 4) Shunt Time = 0

Doo r Status De vice (Input Po int 2)

Shunt Time = 15 seco nds



Egress (Exit) Device

(Input Po int 3) Shunt Time = 0

Doo r Status De vice (Input Point 1)

Shunt Time = 15 seco nds

Output point (relay) 2

pulse t ime = 10 seconds

K1K1K2K2

Input 2

Input 1

Common


Pulse Time = 10 seco nds


47/92

Sec tion 6: Wiring RequirementsSec tion 6: Wiring RequirementsSec tion 6: Wiring RequirementsSec tion 6: Wiring RequirementsSec tion 6: Wiring Requirements 6-16-16-16-16-1N-1000-II

Section 6: Wiring Requirements

6-1: Card Readers

Some card readers require that a forma t (softw are) command be programmed into

the ho st N-1000-II controller before cards ca n be rea d. When a card is run through

a card reader that requires a format command a nd the format command has not

been programmed into the control panel, no ca rd number is transmitted to the

termina l/printer. See Appendix A for complete F Comma nd fo rma t listings.

N-1000-II Termina l Block 5 supports interfa ce to tw o Wiega nd o utput ca rd rea ders

an d provides an a larm point common. Each card read er port includes terminals for

LED control, Data 1 signa l, Data signal, + 5 VDC output a nd G round. See Figure

6-1 for typical w iring diagra m.*

Card rea der/keypad communication shields should be connected to the chassis

ground located in the upper left corner of the enclosure. The shield at the ca rd

reader/keypad end should no t be ground ed unless the device is electrically floa ting

(not touching m eta l). (See Figure 6-1.)

Typical card read ers using rea der ca ble NC1861 or for Plenum a pplications

NCP1861 have the fo llowing terminat ions (maximum distance is 500' or 152 m).

Refer to documentation included w ith your reader for the la test informat ion.

(Cable specifications and part numbers are listed a t the end of th is section.)

Reader 1:TerminalBlock Terminal Function Reader Wire Color

5 1 LED (Aux. Output 13) Brow n

5 2 Data 1 White

5 3 Data 0 Green

5 4 + 5 VDC Red

5 5 Ground Black

Not used Blue

Chassis Gnd Shield

Reader 2:TerminalBlock Terminal Function Reader Wire Color

5 4 + 5 VDC Red5 5 Ground Black

5 6 Data 0 Green

5 7 Data 1 White

5 8 LED (Aux. Output 14) Brow n

Not used Blue

Chassis Gnd Shield


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6-26-26-26-26-2 Sec tion 6: Wiring RequirementsSection 6: Wiring RequirementsSec tion 6: Wiring RequirementsSection 6: Wiring RequirementsSec tion 6: Wiring RequirementsN-1000-II

Figure 6-1. Car d Rea der Con nec t i ons t o TB5 .N-1000-II Terminal Block 5 support sin terface to two Wiegand output card readers and provides an alarm point common. Each cardreader port includes termi nals for LED contr ol, Data 1 signal , Data signal , + 5 VDC output andGround. Card reader/ keypad communication shields should be connected to the chassis ground.The shield at the card reader/ keypad end should not be grounded unless the device is electr ical lyfloati ng (not touching metal ) .







N -1000 - I I

Brown LED

White Data 1

Green Data

Red + 5 VDC

Black Ground

Blue Not used

(Aux. Output 13)

Shield

Shield

No connection

Shield

Shield

No connection

Ca rd Rea der 1 Ca rd Rea der 2

Blue Not used

Red + 5 VDC

Black Ground

Green Data

Whi te Data 1

Brown LED(Aux. Output 14)

Rea de r Ca ble NC1861 or NCP1861

Maximum distance 500' (152 m)

N-1000-II


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6-2: Eleven Conductor Keypads

A typical eleven conducto r keypad uses a 2 of 7 ma trix configuration w here each

keypad row an d column corresponds to a unique w ire (Figure 6-2). When a key is

pressed, tw o of seven w ires are activated (tw o of the w ires are put to ground); one

w ire corresponds to th e keys row and on e w ire corresponds to the keys column.For exam ple: if th e 3key is pressed, the gra y (row 1) and green (column 3) wiresare a ctivat ed (put to ground). If the 8key is pressed, the yellow (row 3) an d blue(column 2) w ires are a ctivat ed (put to ground).

Figure 6-2. El even Con du c t o r Keypa d 2 o f 7 Mat r i x .

1 2 3

4 5 6

7 8 9

* 0 #

Gray

(Row 1)

Purple

(Row 2)

Yellow

(Row 3)

Brown

(Col. 1)

Blue

(Col. 2)

Green

(Col. 3)

Orange

(Row 4)

Clears entry

Enters number seq uence

(for example 1,2,3,# indica tes that

these items were entered).


50/92


Typical eleven cond uctor keypads, using keypad ca ble NC18121 or for Plenum

applications NCP18121 (maximum dista nce is 500' or 152 m), ha ve the follow ing

terminations (see Figure 6-3):

Keypad 1 Keypad 2 TBTerminal Wire Color TB Terminal Wire Color

8 1 Brow n 8 1 Brow n

8 2 Blue 8 2 Blue

8 3 Green 8 3 Green

8 4 Black 8 4 Black

8 5 Gray 8 5 Gray

8 6 Purple 8 6 Purple

8 7 Yellow 8 7 Yellow

8 8 Orange 8 8 Orange

8 9 Peach/Pink 8 9 Peach/Pink

8 1 0 White 8 1 1 White

5 4 Red 5 4 Red

Note: When two keypads are used, the terminat ions for both keypads are the sameexcept for the Whi te wi re, shownbo l dabove.

Refer t o your keypad techni cal documentat ion for the lat est i nformat ion.

TTTTTan Earan Earan Earan Earan Earth Ground wire c onnec tionsth Ground wire connec tionsth Ground wire c onnec tionsth Ground wire connec tionsth Ground wire connec tions (Not used on all keypad s)If the keypad is mounted directly on grounded meta l, tie the tan w ire to the

grounded meta l and tie the keypad ca ble shield to t he N-1000-II grounding point

(float shield a t keypad ).

If the keypad is mounted on ungrounded metal or nonmetallic mat erial, t ie the tanw ire to the keypad ca bles shield o nly a nd connect the shield to the N-1000-II

ground point.


51/92


TERMINAL

BLOCK #2

TERMINALBLOCK #2

TEBLOTERBLO

TERMINALBLOCK #5TERMINALBLOCK #5



N -100- 1 0 00

Earth GroundN-1000-II

Shield

Eleven c ond uctor keyp a d to N-1000-II

use Keypa d C a ble NC18121

(11 cond uctor, 18 ga uge shielde d

ca ble); ma ximum d ista nce : 500' (152 m).

Red wire to + 5 VDC

Ta n w ire

Shield1 Brown

2 Blue

3 Green

4 Black

5 Gray

6 Purple

7 Yellow

8 Orange

9 Pink/Pe ac h

10 White

TB5-4

Figure 6-3. Eleven Con du ctor Keypa d Con ne ct ion to th e N-100 0-I I . If the keypad ismounted on ungrounded metal or nonmetal li c mater ial , ti e the tan wi re to the keypad cablesshield onl y and connect the shield t o the N-1000-I I ground point .


52/92


6-3: Alarm Input Points

Use panel/communicat ion cable NC1821/NCP1821 (tw isted, 18 gauge overall

shielded cable) for conn ection to ala rm input points. This enables the input device

to be located up to 2000 feet (610 meters) aw ay from th e N-1000-II.

Connect the shield to the panels earth ground a nd leave the other end of the shield

not connected.

All N-1000-II ala rm point common s are electrically the sa me and can be used w ith

an y panel a larm point. Alarm Point commons a re located at TB5-9, TB7-8 a nd

TB8-12.

If end of line (EOL) resistors a re used for supervised inputs, then they must be

locat ed a t t he switch in order to be effective.

Refer to Appendix A for a summa ry list of specific alarm input point comma nds.

6-4: Relay Output Points

Panel/communica tions cable NC1821/NCP1821 (tw isted pair, 18 gaug e, overall

shielded) is recommended fo r relay o utput point use. This enables the output

device to be located up to 2000 feet ( 620 meters) aw ay from the N-1000-II. An 18

ga uge w ires resistance results in a 6.5 volt drop for a qua rter ampere load a t 2000

feet.

See Appendix A for a summa ry list of specific relay output point comman ds.

6-5: Communications

6-5-1: PC to C-100-A1

Cable CBL-2 (three con ductor, 18-20 gauge) is recommended for use betw een the

PC a nd the C-100-A1 Converter. This ena bles the C-100-A1 to be loca ted up to 50

feet (15 meters) aw ay from the CPU (S ee Figure 6-4).

6-5-2: C-100-A1 to Panel(s)

Panel/communica tions cable NC1821/NCP1821 (tw isted pa ir, 18 gauge shielded)

is recommended , ena bling runs of up to 2000 feet (610 meters), for each of the

following:

C-100-A1 to first pan el in commun icat ion loop

Panel to panel

Last pa nel in commun icat ion loop to C-100-A1 (see Figure 6-5)

The 20 m A commun icat ions loo p for the C-100-A1 a nd the N-1000-II opera tes

using active-tra nsmit a nd pa ssive-receive.


53/92


Figure 6-4. Typical 20 m A Com m un icat ion Loo p.

C -100-A1Ma ximum 63 c ontrol pa nels

per communica tion loop

Co ntroller to co ntroller: twisted pa ir

18 ga uge (0.75 mm ) shielded ca ble

Maximum distance: 2000' (610 m)

2

Ca rd rea de rs to N-1000-II: use

NC1861 ca ble (5 conduc tor, 18 g a uge , shielde d c a ble)


Key pa ds to N-1000-II: use NC18121ca ble

(11 conductor, 18 gauge shielded cable)


PC COM port 1 to C-100-A1: use CBL-2

(3 cond uctor, 18-20 ga uge ca ble)

Ma ximum d ista nce : 50' (15 m)

Up to two AEP-3 Rela y

Expans ion B oa rds per panel:4 co nductor, 24 g a uge

shielded ca ble

Ma ximum d ista nce : 5' (1.1 m)

In a single panel 20 mA communication loop, ground the communicat ion cable

shield on ly at the pa nel, as show n in Figure 6-6.

In a multiple 20 mA panel communica tion loop, the 20 mA communicat ion cable

shield between a ny tw o given panels in the loop should be g rounded a t one end

only. G round either the receive side orthe tra nsmit side of the shield (but not

both), giving ca re to be consistent througho ut the loop. The receive side groundingmethod is preferred (see Figure 6-7). The t ransmit side ground ing meth od is not

recommended.

6-5-3: AEP to N-1000-II

Up to tw o AEP-3 Relay Expansion Boa rds per N-1000-II panel ca n be add ed to t he

communication loop. Using the cable supplied w ith the unit, one AEP-3 connects to

the N-1000-II at termina l blocks 6 an d 7, a nd then to t he next AEP-3.

Refer to th e AEP-3 Instal lat ion and Programming Manualfor further deta ils.


54/92


Figure 6-5. Typical C-100 -A1 Mul t ip le Pan el 20 m A Com m un icat ion Loo p.Referto Figure 6-7 for grounding of the commun icati on loop.

C -100-A1 to N-1000-II:

use 2 cables NC1821

Ma ximum d ista nc e: 2000' (610 m)

TERMINALBLOCK#1TMBCK#






N - 1000- II- 1000 - I I







N - 1000- II- 1000 - I I







N - 1000- II- 1000 - I I

1 2 3 4 5 6 7 8 9 10 11 12

Co ntroller to C on troller:

use 2 cables NC1821

Ma ximum dista nc e: 2000' (610 m)

N-1000-II

C-100-A1 to PC: use CBL-2

Ma ximum d ista nc e: 50' (15 m)

La st C on troller to C -100:

use 2 cables NC1821

Ma ximum dista nc e: 2000' (610 m)

9 Receive +

10 Receive

11 Transmit +

12 Transmit

9 Receive +

10 Receive

11 Transmit +

12 Transmit

C -100-A1

Re d

White

Black

G rn

Green

Re d

Blk

Red

White

Black

G rn

9 Receive +

10 Receive

11 Transmit +

12 Transmit

White


55/92


56/92


6-6: Cab le Spec ifica tions

Application NCI Par t No. AWG Description M ax. Dist. Im p. Cap.

CPU to C- 100- A1 CBL- 2 N/ A 9- 25 adapter cable 6' (1.8 m)

C- 100- A1 to control ler, NC1821- GR 18 twisted pair, shielded 2000' (610 m)controller to controller,

controller to C-100-A1

N- 485 connections NC2021- GY- A N/A twisted pair, shielded 4000' (1200 m) 120 W 20pf/ft

or NCP2021- WH- A N/A 2 conductor

N- 1000- II to AEP- 3 5' (1.1 m)

CR- 1, TR- 1, CI- 1, KR- 1 NC1861- BL 18 6 conductor shielded 500' (152 m)Wiegand card readers

NR- 1 m agstripe reader NC1861- BL 18 6 conductor shielded 500' (152 m)

PR-1-280 Cotag reader:280 read head to SZC NC1861- BL 18 6 conductor shielded 300' (91 m)

SZC to N- 1000- II NC1861- BL 18 6 conductor shielded 500' (152 m)

PR-2 Hughes reader:

scanner to reader NC1861- BL 18 6 conductor shielded 30' (9 m)reader to N- 1000- II NC1861- BL 18 6 conductor shielded 500' (152 m)

PR-3, PR-5 Indala readers:

A-3/A-5 read head to RE-2NC18121-YL 18 12 conductor shielded 75' (23 m)

RE- 2 to N- 1000- II NC1861- BL 18 6 conductor shielded 500' (152 m)

PR-20 , PR-22

Indala readers:A-20/A-22 read head

to RE- 2 NC18121-YL 18 12 conductor shielded 75' (23 m)RE- 2 to N- 1000- II NC1861- BL 18 6 conductor shielded 500' (152 m)

PR-10, PR-12 Indalareaders: NC1861- BL 18 6 conductor shielded 500' (152 m)

HG-3 hand geometry

reader: NC1861- BL 18 6 conductor shielded 500' (152 m)

11 conductor keypad NC18121-YL 18 12 conductor shielded 500' (152 m)

5 conductor keypad NC1861- BL 18 6 conductor shielded 500' (152 m)

Alarm input points NC1821- GR 18 twisted pai r, shielded 2000' (610 m)

or NC 2221- BR 22

Relay outputs NC 1821- GR 18 twisted pair, shielded 2000' (610 m)or NC 2221- BR 22 2 conductor

Not e : for Plenum r ated cable just add a P to Northerns part number prefix


57/92


6-7: NCI Cable Part Numbers

Par t Num ber Description Application Length

NC1821- GR 18 AWG/2 conductor panel/ communication cable 1,000'

NC2021- GY- A 24 AWG/2 conductor RS- 485 panel / 1,000'

communication cable

120 ohmimpedance,

20 pf/ft capacitance

NC1841- GY 18 AWG/4 conductor reader cable 1,000'

NC1861- BL- 500 18 AWG/6 conductor reader cable 500'

NC1861- BL 18 AWG/6 conductor reader cable 1,000'

NC18121-YL- 500 18 AWG/12 conductor keypad cable 500'

NC18121-YL 18 AWG/12 conductor keypad cable 1,000'

NCNET- 1 50 ohm network cable 1,000'

NC2221- BR 22

Documents

N-1000-Ll Instllation & Programming Manual