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INSYS TwinLock 7220 Assembly Instructions Manual

7220/ecode/wtu/compact
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TwinLock

Assembly Instructions

7220/eCode/WTU/compact
Assembly Instructions
EN 1300
/
M 105361
/
G 105133
G 108062
G 106016 / G 106015
G 108062
M 106302 / M 106301
Version 1.12
TwinLock
M 102309
High Security Lock – Class 3 (TwinLock 7220, - WTU/3)
G 102013
IAS – ACE Switch Element - Class C
Intrusion detector TwinAlarm
IAS – ACE Locking Element - Class C
Intrusion detector TwinAlarm
High Security Lock – Class 2 (TwinLock WTU I, - eCode, -compact)
1

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Summary of Contents for INSYS TwinLock 7220

  • Page 1: Assembly Instructions

    TwinLock 7220/eCode/WTU/compact Assembly Instructions EN 1300 M 105361 M 102309 High Security Lock – Class 3 (TwinLock 7220, - WTU/3) G 105133 G 102013 IAS – ACE Switch Element - Class C G 108062 Intrusion detector TwinAlarm G 106016 / G 106015 IAS –...
  • Page 2 Trademarks The use of a trademark not shown below is not an indication that it is freely available for use. INSYS ® is a registered trademark of INSYS MICROELECTRONICS GmbH. Windows™ is a registered trademark of Microsoft Corporation. Publisher:...
  • Page 3 TwinLock Assembly Instructions The assembly instructions presented contain all information necessary for the assembly and implementation of the TwinLock 7220, TwinLock eCode, TwinLock WTU and TwinLock compact systems. The operation and configuration of the system are described in the documents MANUAL and QUICK REFERENCE GUIDE.

  • Page 4: Table Of Contents

    TwinLock Assembly Instructions - Table of Contents - 1. GENERAL ................................5 1.1. S ............................5 YSTEM RAPHICS 1.2. S ........................... 7 YSTEM ESCRIPTION 1.2.1. Input Unit: FlatControl......................... 7 1.2.2. Lock: TwinLock............................. 7 1.2.3. Bus distributor: TwinConnect ....................... 8 1.2.4. Extension Unit: TwinXT ........................8 1.2.5.

  • Page 5: General

    TwinLock Assembly Instructions 1. General 1.1. System Graphics TwinLock 7220 Alarm BUS A BUS B FlatControl Secured Area TwinConnect TwinLock BUS A TwinLock TwinLock BUS B TwinLock BUS A TwinLock BUS B Zeitsperre inaktiv TwinAlarm TwinLock RS232 Version 1.12...
  • Page 6 TwinLock Assembly Instructions TwinLock 7220/eCode/WTU/compact Flat Control incl. Power supply and Twin XT (1 lock) Power Supply TwinConnect TwinXT TwinLock FlatControl TwinLock 7220/eCode/WTU/compact Flat Control incl. Power supply and Twin XT (2 locks) Power Supply TwinConnect TwinXT TwinLock FlatControl TwinLock...

  • Page 7: System Description

    Assembly Instructions 1.2. System Description TwinLock 7220 - Alarm is an electronic high security lock system with integrated arming device for a burglary alarm system class 3/C. It is a modular system. Up to 14 locks can be connected (TwinLock 7220).

  • Page 8: Bus Distributor: Twinconnect

    (BUS A and BUS B). This bus system allows the entire system to be upgraded to 2/3 locks (TwinLock 7220). TwinConnect allows the connection of the input unit, the arming device, and up to 2/3 locks. There is also the possibility to cascade several bus distributors, i.e. to connect several TwinConnect units in series, to be able to connect several locks.

  • Page 9: Arming Device: Twinalarm

    TwinLock Assembly Instructions 1.2.5. Arming Device: TwinAlarm The arming device TwinAlarm is mounted inside the safe and is used as a connecting link between the terminal FlatControl (input unit) and the locks and a burglary alarm system (BAS), as well as to connect a serial printer/PCs, and as a distributor for the burglary alarm system (bolt contacts, door contacts, resistance monitoring, etc.).
  • Page 10 TwinLock Assembly Instructions Outputs: ALARM The relay switches, when a ‘silent alarm’ was triggered during the code input at the FlatControl device. (last code digit +1). The relay is triggered for 2 seconds. All relay contacts are directed to the screw terminals. Resistors for resistance monitored lines may be employed.

  • Page 11: Initial Operation

    TwinLock Assembly Instructions 2. Initial Operation 2.1. Overview Process Steps Installing or mounting individual components (description see Chapter 2.2 to 2.8) Attention: Do not connect the power supply or batteries!!! TwinAlarm wiring or hardware configuration (description see Chapter 2.7) TwinXT wiring or hardware configuration (description see Chapter 2.6) Bus cable installation 2 bus cables (bus A/B) from each system component are connected to...
  • Page 12 Lock function check After the installation process has been completed, it must be checked if the locks unlock and lock correctly (description see manual). TwinLock 7220: The system/master code has been set to 1-2-3-4-5-6-7-8 by the manufacturer TwinLock eCode/WTU/compact: The mastercode has been set 1-2-3-4-5-6 by the manufacturer The system/manager code has been set 111111 by the manufacturer.
  • Page 13 TwinLock Assembly Instructions TwinLock 7220: The default code 1 2 3 4 5 6 7 8 is pre-programmed for the user no. #00 (= master/system master). The user codes #01…#35 of the individual locks have been deactivated by the manufacturer.

  • Page 14: Assembly Of The Flatcontrol Input Unit

    Before you start attaching the keypad FlatControl 7237 for the electronic lock TwinLock 7220, you must install 2 suspension mounts and create a cable breakthrough at the safe door, according to the hole layout (see figure).
  • Page 15 TwinLock Assembly Instructions Cable routing to the keypad through the safe door Direct both cables through the breakthrough in the safe door. Plug the 4-pin plugs into the intended jacks of the circuit board on the back of the keypad, according to Fig. 2. Screwing the keypad to the safe door The keypad case must be mounted to the outside of the safe door with 2 countersunk steel screws M4, to ensure a permanent firm hold of the keypad case.
  • Page 16 TwinLock Assembly Instructions Final assembly of the keypad to the safe door Emergency current feed for the key board The FlatControl receives its power supply via each of the two bus cables. When a voltage failure occurs, an emergency current feed for the entire system is possible via a jack at the bottom of the keyboard.

  • Page 17: Assembly Of The Twinlock

    TwinLock Assembly Instructions 2.3. Assembly of the TwinLock Definition of the position of the locks when mounting in a boltwork ATTENTION: For security reasons, mounting of the locks close to breakthroughs in the safe door is not permitted! Version 1.12...
  • Page 18 When used in normal living and office environments the electronic lock is maintenance-free. After approximately 10,000 shuttings, a security and function check of the electronic lock by INSYS-trained staff is recommended. Failure to comply with the installation instructions or opening the lock case by not INSYS-trained staff will render the manufacturer’s warranty invalid.

  • Page 19: Assembly Of The Twinconnect Bus Distributor

    TwinLock Assembly Instructions 2.4. Assembly of the TwinConnect Bus Distributor ATTENTION: distributor must installed within the secured area. The bus distributor is used as a connecting piece between individual components of the system. - Unterseite - The attachment takes place with a strip of Velcro which is adhered to the bottom of the TwinConnect device.

  • Page 20: Assembly Of The Twinxt Extension Unit

    Connect the output contacts (if used) Connect the power supply (only when the output relay is used) Activate the lock I/O functions at the control units FlatControl Settings -> Lock -> Lock I/O -> Yes (see TwinLock 7220 manual) Version 1.12...
  • Page 21 TwinLock Assembly Instructions Pin Assignment TwinLock / Schloss 1 TwinLock / Schloss 2 Sabotagelinie Schloss1 Schloss2 Deckelkontakt Zustand Zustand Alarm Terminal Description Bolt system contact lock 1 (input) Release contact lock 1 (input) Bolt system contact lock 2 (input) Release contact lock 2 (input) 12 VDC Shared connection: State State: Closed...
  • Page 22 TwinLock Assembly Instructions Supply Voltage: When the output relays (state/alarm) are used, a 12 VDC supply voltage (stabilized) must be connected to the terminals 9 and 10. The supply voltage only feeds TwinXT, i.e. not the whole lock system can be fed via TwinXT. Note: If only the input contacts are used, no power supply is required.
  • Page 23 I/O function must be activated at the control unit! Settings -> Lock -> Lock I/O -> Yes (see TwinLock 7220 manual) With the PC-Software TwinComm the functionality of the inputs could be reprogrammed, that means the behavior at „contact open“ and „contact closed“...
  • Page 24 When during the opening of the according lock or during the input of a code an alarm code (=unlocking code, last digit +1, see manual TwinLock 7220) is entered at the control unit, a silent alarm is triggered at the output relay.
  • Page 25 TwinLock Assembly Instructions Antitamper loop An antitamper loop is implemented via a tamper switch. There is a possibility to add additional elements to the antitamper loop. If no further sabotage elements are connected, the jumper next to the tamper switch is set. Instead of the jumper, resistance monitoring of the antitamper loop may be soldered in.

  • Page 26: Assembly Of The Arming Device Twinalarm

    TwinLock Assembly Instructions 2.6. Assembly of the Arming Device TwinAlarm ATTENTION: arming device must installed within the secured area. TwinAlarm device must fastened within the bolt system in a mechanically stable way. The housing of the arming device has recesses to mount all inserted cables with cable ties for strain relief.

  • Page 27: Twinalarm Wiring And Hardware Configuration

    Assembly Instructions 2.7. TwinAlarm Wiring and Hardware Configuration The alarm device TwinAlarm is used as a connecting link between the TwinLock 7220 system and a burglary alarm system (BAS). The in-bound or out-bound cables are fastened at the alarm device with werkseitig gebrückt...
  • Page 28 TwinLock Assembly Instructions Terminal Description Additional sabotage contact A (input) Additional sabotage contact B (input) Bolt system contact 1 A (input), only distribution function ! Bolt system contact 1 B (input), only distribution function ! Bolt system contact 2 A (input), only distribution function ! Bolt system contact 2 B (input), only distribution function ! Door contact 1 A (input), only distribution function ! Door contact 1 B (input), only distribution function !

  • Page 29: General Interfaces

    The connection of a key (NO switch) to the terminals 30 and 31 enables the unlocking of the lock system TwinLock 7220 for active timer programs. The key may only be operable when the door is open or inside the safe (in the secured area).
  • Page 30 TwinLock Assembly Instructions RS 232 The RS232 interface enables the connection of a serial printer/PC at the terminals 20, 21 and 22, and allows the output of an event log. The entire event log or each logged event can be output immediately after it has been entered into the log buffer. Interface parameters: 1,200 baud Data format 8N1...

  • Page 31: Connecting The Burglary Alarm System

    TwinLock Assembly Instructions 2.7.2. Connecting the Burglary Alarm System Supply Voltage The connection of the supply voltage takes place at the terminals 41/42. Terminal 41: 12 VDC Terminal 42: GND Attention: Use stabilized 12 V DC voltage! Check the correct polarity! Antitamper loop The connection for the BAS takes place at the terminals 13 and 14.
  • Page 32 TwinLock Assembly Instructions Input BAS READY The input BAS READY prevents the arming of the BAS. The connection takes place at the terminals 26 and 27. The active level can be software-programmed and set with the jumper (J1) at the same time. When the input is activated (i.e.
  • Page 33 TwinLock Assembly Instructions Input DISARM BLOCK The input DISARM BLOCK prevents the disarming of the BAS. The connection takes place at the terminals 28 and 29. The active level can be software-programmed and set with the jumper (J3) at the same time. When the input is activated, the BAS can be disarmed.
  • Page 34 TwinLock Assembly Instructions Input ACKNOWLEDGEMENT The acknowledgement input is used for the acknowledgement of the arming procedure. The connection takes place at the terminals 37 and 38. The active level can be software-programmed and set with the jumper (J4) at the same time. The display of the input unit will show the acknowledgement of the BAS (! BAS armed !) together with an acoustic signal.
  • Page 35 TwinLock Assembly Instructions Input RELEASE/BLOCK UNLOCKING This input prevents the unlocking of the locks in the TwinLock system. The connection takes place at the terminals 39 and 40. The active level can be software- programmed and set with the jumper (J2) at the same time. Configuration of a potential-free switching contact of the BAS (factory default) Klemme 39 100k...
  • Page 36 TwinLock Assembly Instructions Output ALARM This output is potential-free. The connection of the relay takes place at the terminals 34, 35 and 36. All three relay contacts are directed to the terminals. Resistors for possible resistance monitoring of the BAS may be attached. (R1 and R2). If no resistors are required, shorting bridges must be soldered into the according sockets (R1/R2).
  • Page 37 TwinLock Assembly Instructions Output STATE This output is potential-free. The connection of the relay takes place at the terminals 23, 24 and 25. All three relay contacts are directed to the terminals. A resistor for possible resistance monitoring of the BAS may be attached. (R8). If no resistor is required, a shorting bridge must be soldered into the according socket (R8).

  • Page 38: Main Distributor

    TwinLock Assembly Instructions 2.7.3. Main Distributor Bolt system contacts Two bolt system contacts may be connected to the arming device. Bolt system contact 1 (terminals 3 and 4) Bolt system contact 2 (terminals 5 and 6) In this case, the arming device is only used as a distributor with the option for resistance monitoring through an insertable resistor R6.

  • Page 39: Remote Release Via Remote Data Transmission

    TwinLock Assembly Instructions 2.7.4. Remote Release via Remote Data Transmission There is a possibility to release or block the system by remote control via modem/ISDN/GSM. This functionality is identical to the release signal function via an input contact. RS232 Klemme 20 Klemme 21 Modem Klemme 22...

  • Page 40: System Setup/Changing The Control Unit

    TwinLock Assembly Instructions 2.8. System Setup/Changing the Control Unit The system starts automatically after power is applied. The user is asked to perform the installation process. System Initialisierung Neues System Bedieneinheit wurde gewechselt oder wurde die Bedieneinheit gewechselt ? Neues System, d.h. neue Bedieneinheit und neue Schlösser System - Setup System - Setup...
  • Page 41 TwinLock 7220 : 12345678 code: ****** TwinLock WTU/eCode/compact: 111111 system - setup lock 02 ok lock 02 only at TwinLock 7220 more locks could be applied Stop or installisation of break up with clear another lock? system - Setup To approve with...
  • Page 42 Terminal Nr: 01 enter lock 02 Enter the Systemcode (lock 1) systemcode with numerical key TwinLock 7220 : 12345678 (default) code: ****** TwinLock WTU/eCode/compact: 111111 (default) serial number Serial number is transmitted to lock 1 lock 01 ok...

  • Page 43: Technical Data

    TwinLock Assembly Instructions 3. Technical Data Input Unit: FlatControl Power supply: 9 VDC Alternatively, power supply unit 12 VDC via TwinConnect Alternative emergency power supply via mini DC jack Current consumption: Stand-by condition: approx. 30 A Input condition (display active) approx.
  • Page 44 TwinLock Assembly Instructions Bus distributor: TwinConnect Power Supply 12 VDC (optional) Current consumption For power supply operation 12 VDC:approx. 9 mA As distributor only: 0 mA Dimensions: 3.94 x 2.36 x 0.98 inches (L x W x H) Environment: 32-122°F, 75% RH Environment class II according to VdS Protection class: IP 30...
  • Page 45 30.10.06 New Layout TwinCards 1.09 17.11.06 Update, WTU/eCode/compact 1.10 20.11.07 Update just FlatControl 1.12 15.05.09 Revision !!! Subject to correction !!! Support / Hotline INSYS MICROELECTRONICS GmbH Waffnergasse 8 93047 Regensburg, Germany Phone: 0941/58692-22 Fax: 0941/563471 Internet: http://www.insys-security.de Version 1.12...

This manual is also suitable for:

TwinlockwtuTwinlock ecodeTwinlock compact

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