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2021
Octagram AGBlegistrasse 15, 6340 Baar, Switzerland
Tel.: +41 (44) 509 7407, +41 (21) 550 5418Email: [email protected]
www.octagram.eu
© All rights reserved
Dear colleagues!We present you the basic element of the Modular engineering platform – the A1 controller.
25-years experience opened a new prospect to develop this technology using one controller, where our competi-tors are still using dozens or even hundreds of different devices. In addition to usability and ease of sale (customer quickservices, easy mastering, availability, etc.), controller A1 has significant economical advantages.
ONE-controller-technology, instead of many ones, allows:- Us: 1. To reduce manufacturing cost; 2. To reduce equipment delivery time; 3. To provide additional discounts in the case of firmware purchasing;- Our partners: 4. To gain more, using available discounts;- Our customers: 5. To save on purchasing and maintenance of Octagram systems.
One of relevant innovative advantage in our technology is the ability of recording to A1 controller at any time, which allows us to provide customer with special discount for the controller storage: with each passing day from purchasing date, microprogram cost can be reduced by 0.5%. The maximum discount is about 45%. Herewith, the usual dealer discounts and large order discounts can be saved.
To clarify this fact, let us study some examples about how is the income of A1, in the case of preliminary purchasing.
Situation 1. A dealer (trading house, installer … etc.), who purchased 10 A1 controllers with 30% discount by $875 (price of one controller = $125 x 0.7 = $ 87.5) for one of his customers. Documents preparation, shipping and de-livery time of A1 was about 30 days; moreover installation and starting-up have been continuing for 60 additional days. During system starting-up, dealer purchased microprograms for 10 lifts. He has received its, via email, at the payment day. Every day, microprogram discount was increasing; so that after 90 days, for one microprgram of the lift L64, this discount became about $184.59 ($ 586 x 0.7x 0.005 x 90); which could enable the dealer to save about $ 1846 additionally, i.e. more than twice of spending money buying A1.
Situation 2. Similarly to situation 1, but, in this case end-user have directly ordered 10 lifts microprograms in com-pany “Octagram”. Octagram managers have contacted with dealer, for whom 10 controllers have been numbered and specified delivery time to end-user, as a result company “octagram” provided the last one with a discount about $ 882 ($ 586 x 0.7 x 0.005 x 43 x 10). Hence, a sum of 882$ was presented to dealer as a purchase credit. Thus, the dealer can freely of charge receive the next 10 controllers.
Situation 3. In situation 2, the dealer did not want to use credit and received a commission of $750 (commission coefficient is about 0.85 of the discount or credit).
These examples show that the storage of A1 controller in the stock is more beneficial. Thus, using shelved order procedure of firmwares, dealer can receive additional income in form of discounts, credits or commissions.
Modular Engineering System
– tool for additional income obtaining or cost cut
Modular Engineering System
http://octagram.eu 3
Octagram’s unique sales proposal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Modular Engineering System in modern building . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Octagram Flex Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
MIP Octagram architecture options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Platform Components. RC100 Remote control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Platform Components. Converters - hubs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Platform Components. Proximity card readers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Firmware notations and functions of A1 platform . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
A1 Platform. Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Platform Components. Addressable modules & micromodules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Platform Components. MA1 - LBUS signals amplifier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Platform Components. IPS - short-circuit finder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Platform Components. GС - module of wireless communication and SMS transfer . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Platform Components. APS1 – addressable power supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Platform Components. FB1 - fire alarm installation cabinet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Platform Components. FB2 - 4-directional automatic fire-fighting system (AFFS) panel . . . . . . . . . . . . . . . . . . . . . . 14
Platform Components. FB3 - 4-directional AFES panel with embedded remote control RC100 . . . . . . . . . . . . . . . . 14
Walkmate - security personals work monitoring system. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
CONTENTS
Modular Engineering System in modern building
TENDENCY AND REALITY Today, smart building technology become on-trend and desired one.
Often, engineering solutions are designed using systems of different manufacturers, and sometimes using several subsystems of the same manufacturer. In the latter case, solution will be more reliable and easier to operate. So, the number of modules plays a key role in determining the quality of such system: the lesser different modules you use, the more efficient and reliable system you obtain!
The main idea of Octagram approach is based on the execution of all tasks by one platform - controller with necessary substitutable software. Thus, the platform A1 can be used for any facility with any size and complexity.In our technology, there is no need to search and match equipment, one can determine necessary functions, and the compatible software can be directly ordered from the catalog; and as a rule, only the selected functions should be paid.
Thus, in practice, our customers can combine modern tendency, real benefits and security and automation systems reliability.
Modern building is a complex consisting of many systems, where an access control system, security and fire alarm systems, engineering equipment management and other ones can exist.To ensure the comfort and safety of people inside the building, and protect the environment from possible dangers, a well-coordinated work of these systems becomes very necessary.
Many years experience showed that complex with built-on-one-platform systems for engineering equipment control and security are more reliable and easier to operate.That’s why many customers choose Modular Engineering Platform (MEP) «Octagram» for their building security systems
EXPLOITATION SIMPLICITY AND CLEARNESSThe Octagram Flex software has a user-friendly interface that allows to work without special engineering background or additional training.
The information about the current events and the system state can be appropriately displayed on monitors, and duplicated on the control panels, which have visual assembly of buttons and keys.
Traditionally, special attention is devoted to system protection from disruption attempts, and this don’t only concern data encryption, individual project licensing; but also access differentiation to systems’ settings,
administration and monitoring for various operators groups.
Burglar alarm for office 310
Gas fire extinguishing in the server room
Fire alarm
THE BUSINESS CENTER
Modular Engineering System
http://octagram.eu 5
INNOVATIONS FOR YOUR SAFETY AND CONVENIENCE
Using one-platform A1 for all tasks can be established owing to innovative system of controller interaction with information or executive devices via addressable module / micro module (patents RU 8501,0 US 9,146,552 B2).
Due to this technology, any peripheral equipment, regardless of its manufacturer, can be connected.
Due to the modular structure, the platform A1 has all known security systems functions while remaining simple to operate. This system can be sold and installed only in required configuration.
The adjusting mechanism of controller built-in responses enables to fitting of system operation algorithm according to facility’s specificity and security service standards.
UNIVERSALITY, SCALABILITY AND DISTRIBUTABILITYThe Octagram Flex software structure equally ensures efficient operation of small and large systems. Entire system administration can be performed using a single console. Thus, changing small facility by a large one, or adding some new security features don’t require any software modifications and additional habituation with new interface.
The Octagram system can be built on one central server or on, territorially distributed, several ones. In the latter case, it is possible to monitor systems security state and life-support in largely territorially distributed objects and facilities.
Burglar alarm for office 310
Lift ACS
Parking ACS
Integrated video surveillance
Time attendance system for office 310
Automated checkpoint of the business center
Electricity saving
Econom Classic Lux Professional
The system type ACS FBA Modular engineering systems (integrated security systems)
Database MS Access SQL Express MS SQL
Number of controllers 5 16 32 64 64 128 > 128
Number of Users 150 150 500 1000 3000 1000 3000 4000 16000 32000 >32000 4000 32000 >32000 32000 64000 128000 >128000
Our long and deep experience in exploitation of Modular engineering systems enabled to introduce all customers’ queries into Octagram Flex software. Software contains all required functions for complex system well-working, and has a large number of alternate functions (usually our customers use 15-20%). In the following list we represent some of them:
• User’s photos and videos display in access control systems;
• Dozens of different reports, with the ability report templates editing;
• Schedules’ settings, dynamical tracking employees’ location;
• Integration with video servers and IP cameras, event “pop-up” video windows;
• Integration with software administration and accounting;
• System actions exact adjustment in terms of global and local responses;
• Ability of scripts’ usage to support the most sophisticated customer’s requirements.
Everything is made for the maximum convenience of our users:
• User-friendly interface, customized according to operator’s requirements;
• Easy learning and set up systems (standard pull-down and drop-down menus);
• Access rights control of system operators;
• System management using object interactive plans, visual information: color lights notification about security zones status, passage points, power supplies, etc.;
• WEB interface for using of various information display means and flexible settings of the program appearance;
• A lot of useful operations such as, for example, suitable input of IP addresses at controllers’ searching and add-ing (previously entered IP address of the hub will be remembered in the search window).
Octagram Flex Software
USER’S CONVENIENCE AND COMFORT
OCTAGRAM FLEX SOFTWARE. SPECIFICATION
Modular Engineering System
http://octagram.eu 7
Econom Classic Lux Professional
The system type ACS FBA Modular engineering systems (integrated security systems)
Database MS Access SQL Express MS SQL
Number of controllers 5 16 32 64 64 128 > 128
Number of Users 150 150 500 1000 3000 1000 3000 4000 16000 32000 >32000 4000 32000 >32000 32000 64000 128000 >128000
MIP OCTAGRAM ARCHITECTURE OPTIONS
LBUS
A1A1A1
A1+CEM
TCP/IPTCP/IP Ethernet/Internet
Remote workstation1... N
Data replication
Multi-server system with common database
Single Server System
Client-server system
WEB -interface
CLEM
Modular Engineering Systems reliability can be ensured by:
• Building a system on one or more servers with the ability of personnel and equipment management using single console;
• Working with various DBMS, data storage in MS Access, MS SQL Express or MS SQL Server;
• Organization of distributed systems for several distant objects. Data replication;
• Traffic decreasing between servers and hubs is tenfold comparing to competitors, which can reduce telecommunication services payment;
• Using of AES algorithm enable to work in general networks, including Internet;
• Equipment functioning in active mode, i.e. when an event occurs, information will be immediately transferred to the server, which increases the data reliability and relevance;
• System integrity control, including controllers’ unique (fixed in the license) numbers, which enable of equipment protection against substitution;
• Full compatibility with the standard network equipment through the use of optimal methods of establishing connection with the CEM, CEMP, CLEM and CLEMP concentrators;
• Modular structure of platform insures the easy operation of the most complex systems with all necessary functions.
MODULAR ENGINEERING SYSTEMS RELIABILITY
Platform Components
Model RC100 (Remote control with proximity reader)
Communication protocol with the controller LBUS
Number of LCD characters 40
The number of RC100 in one segment 15
Quantity of controllers in the segment 255
Communication distance with the controller up 700 m
Supply voltage ~15 V /+12 V
Input current:
operation mode up 100 mA
alarm mode up 300 mA
Operating temperature range +5...+40 °C
Unit weight 225 g
REMOTE CONTROL RC100
The RC100 is designed to perform the following tasks:• Monitoring the state of the security and / or fire alarm system,
automatic fire-extinguishing system; • Setting and disarming of security and / or fire alarm groups;• Start / stop / blocking of the automatic fire-extinguishing system;• Events’ display; • System errors display;• Management of the system modes.
CONVERTERS - HUBS
Model CLEM (CLEMP) CEM (CEMP)
Design variant device circuit board
Compatible with controllers all series L4, A1
Supply voltage +12 V
Input current до 100 mA
Number of devices connected via LBUS up 256 (32 «Antipassback»)
Overall dimensions 105x52x29 mm 50x70х18 mm
Unit weight 92 g 36 g
Operating temperature range +5…+40 °C (humidity 90%)
The CLEM and CEM converters - hubs allow combining up to 255 devices via the LBUS line and connecting them to the Ethernet / Internet.
The CLEM and CEM converters - hubs also provide the hardware «Antipassback».
In the case of absence of a wired connection to the CEMP, the transmission of the signal via the GPRS channel of the GC module can be established.
CEM (CEMP)
Modular Engineering System
http://octagram.eu 9
D Access control system for door, barrier or gate (1 operating relay)
DS Access control system for door, barrier or gate with entry blocking when premise in guard
DD Access control system for 2 doors, 2 barriers or 2 gates (2 operating relays)
DP Access control system for door, barrier or gate (1 operating relay) with double identification (+ PIN, Bio)
DM Access control system for door, barrier or gate (up 32 passage points)
DU Access control system for door, barrier or gate (motorized lock managing)
C (CL) Access control system for sluice (2 doors)
G Access control system for door, barrier or gate with 2 sides traffic lights (2 colors ) managing
L Access control system for lift
T Access control system for turnstile, barrier or gate (2 operating relays)
TC Access control system for turnstile, barrier or gate (2 operating relays) with card capture reader
HT Automation, security and locks management for hotel rooms or offices (up 4-s)
SF Fire Buglary Alarm
FE Automatic control of fire extinguishing, smoke removal and warning. Fire alarm
SFE Automatic control of fire extinguishing, smoke removal and warning. Fire and Burglary Alarm
H Automation, security and locks management for home
U Automation and security
S Burglary Alarm
F Fire alarm
DL Access control system for door, barrier or gate (1 operating relay). Operated under Legos Software
FIRMWARE NOTATIONS AND FUNCTIONS OF A1 PLATFORM
PROXIMITY CARD READERS
CH2EH - ADDRESSABLE PROXIMITY CARD POCKET READERCH2EH is designed for reading the proximity cards and is used in the following sys-tems: engineering equipment management, smart house, security.
The “card inserted” event will only be generated if the card is inserted into the proximity reader, which is recorded in the controller and has the corresponding access status. Credit and business cards will not work.
Model PLR3EH PLR2M CH2EH
Type of identifiers EM-M, HID MIFire EM-Marine + HID
Type of equipmentProximity
reader Addressable proximity
card pocket reader,
Enclosure ABS plastic (gray, black)
Indication Sound, light
Distance of reading 70 mm 10 mm
Communication protocol with the controller
Touch Memory Wiegand-26
LMicro
Supply voltage +12 V
Input current: up 30 mA
Operating temperature range
-35...+ 40 °C +5…+ 40 °CPLR3EH
CH2EH
А1 Platform System/software type General
data (unless
otherwise
specified)
Access Control Systems FAAS, ACS, fire-extinguishing system, engineering equipment
Firmware designation D DS DD T TC L C (CL) G DP DU S F SF FE SFE H U DM HTType and number of managed devices:
Lock, latch, electronic lock scutcheon 1 1 2 2 1 1 1 32 4
Turnstile 1 1
Card capture reader (Reader post) 1
Gate, barrier 2
Traffic light 2 2
Siren 1 1 1 1 1 1
Buttons in a lift 22
Number of access types 11 11 8 10 7 1 10 6 11 8 3 9 3 3
Number of schedules 64 no
Number of time Intervals 3 no
Limitations of intervals / dates yes no
Schedule duration 4 weeks no
«Antipassback» yes no yes no
User’s photo & video showing yes no
«Catching hares», blocking by a card no yes
Passage detectors support 1 2 no 2 2 1 1
Emergency unblocking of access point yes no
Paid passage management yes no
Number of addressable buses LMicro 2 no 1 no 1
Length of addressable buses LMicro 350 m no
Number of addresses in LMicro 32 no
LMicro ring circuits possibility yes no
Number of set/unset poins 32 no
Number of groups per controller 32 no
Number of additional relays 68 no
Max voltage/current in additional relays +60 V/3,5 А no no no no no no no +5 V/15 mА; +60 V/0,7 А; +60 V/4 А; ~220 V/10 А
Max number of keys / events 64 000 4000
Light and sound indication Green and red LEDs (output voltage +5 V). Beeper (output voltage +12 V)
Supply voltage +12 V
Input current 100 mА
Power source parameters monitoring with APS1
Number of internal relays 2 NC/NO
Max voltage/current in internal relays +60 V/10 А
Connection interface with readers Touch Memory/Wiegand-26 (with TWT converter)
Reader-to-controller max distance 15 m (Touch Memory)/115 m (Wiegand-26)/465 m (DTR, DTW и EMR)
PC connection interface TCP/IP
Distance of LBUS 700 m In case using MA1 (line amplifier LBUS) - up to 7000 m
Mounting DIN rail
Overall dimensions 95(145)x90x48 mm
Unit weight 160 (195) g
Operating temperature range +5…+40 °C (up 90% humidity)
SPECIFICATIONS
The functions of the A1 platform are changed after firmware file recording to the controller via Ethernet / Internet.
All firmware can be stored in the database, and a small file of about 100 KB can be generated for each controller during the production process or at the request of a client. This file contains all information about the functions and algorithms of the controller.
This file is unique and suitable for the controller with the corresponding serial number. It is encrypted. Before firmware recording, the data integrity and compliance with controller will be checked.
Now there are more than 100 firmwares.
Clients should not be worry about described difficulties; client can start the program for A1 function changing, and making 3 clicks with a mouse and one movement with a screwdriver. And the controller will be ready to perform a new task. Whole procedure shouldn’t takes more than 10 minutes.
The platform A1 can be completely autonomous after configuration and startup due to the microprogram features and the large amount of internal memory.
Modular Engineering System
http://octagram.eu 11
System/software type General
data (unless
otherwise
specified)
Access Control Systems FAAS, ACS, fire-extinguishing system, engineering equipment
Firmware designation D DS DD T TC L C (CL) G DP DU S F SF FE SFE H U DM HTType and number of managed devices:
Lock, latch, electronic lock scutcheon 1 1 2 2 1 1 1 32 4
Turnstile 1 1
Card capture reader (Reader post) 1
Gate, barrier 2
Traffic light 2 2
Siren 1 1 1 1 1 1
Buttons in a lift 22
Number of access types 11 11 8 10 7 1 10 6 11 8 3 9 3 3
Number of schedules 64 no
Number of time Intervals 3 no
Limitations of intervals / dates yes no
Schedule duration 4 weeks no
«Antipassback» yes no yes no
User’s photo & video showing yes no
«Catching hares», blocking by a card no yes
Passage detectors support 1 2 no 2 2 1 1
Emergency unblocking of access point yes no
Paid passage management yes no
Number of addressable buses LMicro 2 no 1 no 1
Length of addressable buses LMicro 350 m no
Number of addresses in LMicro 32 no
LMicro ring circuits possibility yes no
Number of set/unset poins 32 no
Number of groups per controller 32 no
Number of additional relays 68 no
Max voltage/current in additional relays +60 V/3,5 А no no no no no no no +5 V/15 mА; +60 V/0,7 А; +60 V/4 А; ~220 V/10 А
Max number of keys / events 64 000 4000
Light and sound indication Green and red LEDs (output voltage +5 V). Beeper (output voltage +12 V)
Supply voltage +12 V
Input current 100 mА
Power source parameters monitoring with APS1
Number of internal relays 2 NC/NO
Max voltage/current in internal relays +60 V/10 А
Connection interface with readers Touch Memory/Wiegand-26 (with TWT converter)
Reader-to-controller max distance 15 m (Touch Memory)/115 m (Wiegand-26)/465 m (DTR, DTW и EMR)
PC connection interface TCP/IP
Distance of LBUS 700 m In case using MA1 (line amplifier LBUS) - up to 7000 m
Mounting DIN rail
Overall dimensions 95(145)x90x48 mm
Unit weight 160 (195) g
Operating temperature range +5…+40 °C (up 90% humidity)
Model Fire DIF TMP HMD LAC DDM DTR/DTW EMR DGR DLR DGT DLT DGV DLV EMI DHV10
Addressable modules / micromodules type loop control Information special monitoring operating
Functions, controlled parameters fire alarmtempera-
ture humidity Illumi-
nationlock, reader transform,
Touch Memory/Wiegand«dry
contact» monitorvoltage
«dry contact»
monitorvoltage
«dry contact»
monitorvoltage
commu-tation
«dry contact»
Supply voltage +11,5...15V
Input current up 16 mА up 2 mA up 10 mА up 44 mA up 5 mА up 65 mА up 42 mA
Actuating elementmicroelectronicsolid state relay
opencollector
TTL output2 NO/NC
relay1 NO/NC
relay
Commutation voltage of the actuating element + 60V, (~60 V) + 60 V + 5 V +60V,~220 V up ~220 V
Commutation current of the actuating element 3,5A (1,5A) 3,5A (1,5A) 0,7 A 15 mA 1,2 A 10 A
«0» logic voltage 0-0,8 V 0-0,8 V
«1» logic voltage 2-5 V 2-5 V
Measurement range -35...+80 °C 0...98%
Measurement accuracy 1 °C 2 %
Overall dimensions 22х11х6 30x11x8 27х11х8 30x11x8 27x11x8 66x58x30 22x11x12 22x11x8 66x58x30
Unit weight 5 g 5 g 10 g 10 g 10 g 10 g 50 g 12 g 12 g 10 g 10 g 10 g 10 g 80 g 50 g
Operating temperature range -35…+80 °C (humidity 90%)
Platform componentsADDRESSABLE MODULES & MICROMODULES
Micromodule
Module DHV10
Module EMR
Module EMI
In order to organize the interaction between peripheral devices and A1 controller, in addition to direct contacts, input / output devices can be used: expansion modules, modules and micro modules. For outdoor application micromodules can be covered by protection layer (and letter «O» is added after device type mark in this case). These adressable devices are divided into several groups:
FIRE, DIF – addressable micromodules of loop control are designed to control break, norm, attention, alarm, short circuit of detector’s two-wire loop.
DTR, DTW, EMR – addressable micromodules, modules are designed to convert and transfer to the controller information (for example conversion Wiegand-26 protocol to Touch Memory).
TWS – addressable micromodule, designed for converting Wiegand-26 protocol to Touch Memory, sending out by two outputs and transfer to the controller.
TMP, HMD, LAC – Information addressable micromodules, designed for measuring and transfer of information about temperature, humidity and illumination to controller.
DGR, DLR, DGT, DLT, DGV, DLV, EMI, DHV10 – these addressable micromodules are designed for voltage presence detection (circuit continuity) or to “dry contact” control of the connected peripheral devices and loading operating administration.
DAD5, DAD10 – these addressable micromodules convert the voltage to digital ones, and transfer it to controller (maximum voltage -5 V and 10 V accordingly).
DDA5, DDA10 – these addressable micromodules are designed to convert controller digital signals to analog ones (maximum voltage -5 V and 10 V accordingly).
DDM – addressable micromodules are designed for 1-pass point managing.
Modular Engineering System
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Model Fire DIF TMP HMD LAC DDM DTR/DTW EMR DGR DLR DGT DLT DGV DLV EMI DHV10
Addressable modules / micromodules type loop control Information special monitoring operating
Functions, controlled parameters fire alarmtempera-
ture humidity Illumi-
nationlock, reader transform,
Touch Memory/Wiegand«dry
contact» monitorvoltage
«dry contact»
monitorvoltage
«dry contact»
monitorvoltage
commu-tation
«dry contact»
Supply voltage +11,5...15V
Input current up 16 mА up 2 mA up 10 mА up 44 mA up 5 mА up 65 mА up 42 mA
Actuating elementmicroelectronicsolid state relay
opencollector
TTL output2 NO/NC
relay1 NO/NC
relay
Commutation voltage of the actuating element + 60V, (~60 V) + 60 V + 5 V +60V,~220 V up ~220 V
Commutation current of the actuating element 3,5A (1,5A) 3,5A (1,5A) 0,7 A 15 mA 1,2 A 10 A
«0» logic voltage 0-0,8 V 0-0,8 V
«1» logic voltage 2-5 V 2-5 V
Measurement range -35...+80 °C 0...98%
Measurement accuracy 1 °C 2 %
Overall dimensions 22х11х6 30x11x8 27х11х8 30x11x8 27x11x8 66x58x30 22x11x12 22x11x8 66x58x30
Unit weight 5 g 5 g 10 g 10 g 10 g 10 g 50 g 12 g 12 g 10 g 10 g 10 g 10 g 80 g 50 g
Operating temperature range -35…+80 °C (humidity 90%)
MA1 - LBUS SIGNAL AMPLIFIERMA1 is designed to signals’ amplification in communication lines of LBUS controller.
Its main function is obtaining-by-LBUS signals’ processing and its transferring to the
section, after noise removing.
LED indications for modes display.
The amplifier can be powered by one of the nearby controllers or by a separate
power supply.
IPS - SHORT-CIRCUITS FINDERIPS is designed for short-circuit protection, by isolating of short-circuiting parts, using
information and feeding bus LMicro.
Its main function is analyzing the bus parts state and its commutation by solid-state
relay.
LED indications for modes display.
Model MA1 IPS GС
Supply voltage +12 V
Input current up 30 mA up 40 mA up 700 mA
Indication of information exchange Light
Overall dimensions 66x48x26 mm 47x47x22 mm 35x70x18 mm
Unit weight 50 g 80 g 30 g
Operating temperature range +5…+40 °C (humidity 90%)
GC is GSM-module, designed for channel organization of GPRS between controller A1 and server, where software “Octagram Flex” is installed.
This module can send SMS messages. It may be installed in A1, and turned on, in the case of Ethernet connections’ absence of CEMP converter.
GС - MODULE OF WIRELESS COMMUNICATION AND SMS TRANSFER
APS1 – ADDRESSABLE POWER SUPPLY
Input voltage ~170-250 V
Input current up 0,5 A
Output voltage 13,6±0,5 V
Output current 2х1,8 А + 0,5 A
Overall dimensions 120х114х55 mm
Unit weight 370 g
FB1 - FIRE ALARMS INSTALLATION CABINET
FB2 - 4-DIRECTIONAL AUTOMATIC FIRE-FIGHTING SYSTEM (AFFS) The cabinet is designed for visual light indication and audio alarms, and has control elements of automatic fire-extinguishing system. It allows the installing of APS1, A1 and the 12 V / 17 A batteries. It has lock, tamper and it is designed for the 24-hour operation at the ambient temperature of + 0 ... + 45 ° C and the relative humidity up to 90%.The overall dimensions are 275 x 285 x 80 mm
Patform components
The APS1 is a three-channel addressable power supply unit with a stabilized voltage.
It has the battery charging control (capacity up to 17A / h).
Two power supply channels of peripheral devices are switched off at 11 V; the third channel (A1 power supply) is switched off when the voltage drops to 9 V.
The device is designed for installation on a DIN-rail and is designed for the 24-hour operation at an ambient temperature of + 5 ... + 40 ° C and the relative humidity of up to 90%.
This cabinet is designed for installation of two power supply units APS1, two A1 controllers of RC100 control panel, two A1 controllers and the 12 V / 17A battery.
It has inspection window, lock, tamper and a place for installation of RC100.It is designed for work in a room with ambient temperature of + 0 ... + 45 ° C and the relative humidity of up to 90%.
The overall dimensions are 400 x 410 x 95 mm
The cabinet is designed for visual light indication and audio alarms, and has control elements of the automatic fire-fighting system. It can accommodate up for two APS1 power supply units, two A1 controllers, the RC100 control panel, two 12V / 17A batteries.
It has lock, tamper and it is designed for the 24-hour operation at the ambient temperature of + 0 ... + 45 ° C and the relative humidity up to 90%.
The overall dimensions are 400 x 410 x 95 mm.
FB3 - 4 DIRECTIONS AFES PANEL WITH EMBEDDED RC100
Modular Engineering System
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Walkmate - security personals work monitoring system
The Walkmate system is used for monitoring the work of the security service and determination the conscientiousness of the exeqution of employees’ duties.
The system is also can be used for servicemens, trackmans monitoring etc.
• Walkmate monitoring device;
• Octagram Flex software;
• Set of checkmarks (Touch Memory/iButton) In stainless steel holders;
• USB interface cable for reading information from Walkmate device;
• CLE HT converter for remote reading of information via Ethernet/Internet.
On pre-defined paths in the territory or at fixed posts, special marks can be installed. In the bypassing process, employee should apply Walkmate sequentially for each control mark. Sequence of passed marks and time of their passage can be saved in device memory. Based on this information and preassigned schedule, software can gener-ate a report about employee’s work.
The Walkmate was created in 1996 and since that date, it always helps managers to verify, and employ-ees to approve the honest completion of staff responsibility.
CLE-HT - Ethernet hub
Walkmate device
PURPOSE OF THE SYSTEM
SYSTEM COMPOSITION:
SYSTEM OPERATION DESCRIPTION
2021
Octagram AGBlegistrasse 15, 6340 Baar, Switzerland
Tel.: +41 (44) 509 7407, +41 (21) 550 5418Email: [email protected]
www.octagram.eu
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