Dorma L6L Installation Manual
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Dorma L6L Installation Manual

Dorma L6L Installation Manual

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Installation Manual
DORMA
Terminal L6L

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Summary of Contents for Dorma L6L

  • Page 1 Installation Manual DORMA Terminal L6L...

  • Page 2: Table Of Contents

    2. Assembly Table of contents Contents 1. General ....... . . 3 3.3 Emergency power supply (optional) .

  • Page 3: General

    2. Assembly 1. General The information provided in these assembly instructions DORMA Time + Access GmbH accepts no liability for the may be modified without prior notification. All previous perfect functioning of the L6L in external, non-system versions cease to be valid with the publication of these environments.

  • Page 4: Preface

    1. General 1.1 Preface This installation manual is intended to assist you in connec- ting and commissioning the L6L. 1.2 Intended Use The device is used as a time recording and access control terminal. Further details are described in chapter 1.6.

  • Page 5: Further Source Of Information

    2. Assembly 1. General 1.4 Further Sources of Information Further documents are available on request. DORMA EAC Hardware Manual Specifications for planning attendance recording and access control systems with our wired components. 1.5 Disposal The device was manufactured using recyclable materials and components.

  • Page 6: Components Supplied

    H 3 x spacers D 1 x ferrite hinged core 1 x drilling template E 3 x dowels (6 mm) 1 x patch cable, 30cm (only for deep casings, L6L) DORMA Installation manual 1.8 Assembly accessories (optional) a Wedge for L6 terminal, art. no. 1900070400062 b Front lock, art.

  • Page 7: Terminal Design

    2. Assembly 2. Assembly 2.1 Terminal design The terminal consists of the top casing section, bottom casing section, and the preassembly plate. The models are explained in the next chapter. Top section Bottom section Preassembly plate 2.2 Casing variants Top sections F11 F12 F11 F12 F11 F12...

  • Page 8: Dimensions

    2. Assembly 2. Assembly Bottom sections Flat surface-mounting (AF) Deep surface-mounting (AT) For PX and DZL fronts For ESL fronts, and terminals 61.5 mm 101 mm with emergency power supply 2.3 Dimensions F11 F12 F11 F12 ± ± 268.6 mm 268.6 mm...

  • Page 9: Opening And Closing The Terminal

    2. Assembly 2.4 Opening and closing the terminal The unlocking mechanism is accessed through the hole on the underside of the terminal. If there is a lock in this hole, remove the lock first. To open the casing you need a rod-shaped tool (such as a screwdriver) which you insert through the unlocking hole.

  • Page 10: Assembly Preparations

    For each installation type, the relevant specifications on the position of the cable infeed and cable length must be observed. L6L terminal with contactless readers To prevent interference between devices, you must not install two devices with contactless readers closer to each other than the minimum specified distance.

  • Page 11: Assembly Of Flat Casing

    2. Assembly 2.6 Assembly of flat casing Flush cabling Once the preparatory work is complete, the pre-assembly ø6 plate can be fitted to the wall. To do this, the three holes for the fixing screws must be drilled according to the drilling template included. Before drilling, ensure that you will not be able to damage any cables or similar located underneath the plaster.

  • Page 12: Assembly Of Deep Casing

    2. Assembly 2.7 Assembly of deep casing Flush cabling Once the preparatory work is complete, the pre-assembly ø6 ø6 31.2 plate can be fitted to the wall. To do this, the three holes for the fixing screws must be drilled according to the drilling template included. Before drilling, ensure that you will not be able to damage any cables or similar located underneath the plaster.

  • Page 13: Assembly Using A Wedge

    2. Assembly 2.8 Assembly using a wedge If the L6 terminal needs to be installed underneath the recommended installation height of 1450mm, the poor viewing angle should be adjusted using the wedge piece. There are two holes on the underside on the right.

  • Page 14: Connection Variants

    3.2 Power supply 24V-Terminals The power supply of the L6L is provided via a plug connector ST506. With the 24V terminals a voltage with 16V to 36V DC direct voltage or 16V to 24V AC alternating current must be connected here.
  • Page 15 2. Assembly 3. Connection variants 230 V terminals flat housing a) Permanent connection (standard) In the case of 230 V terminals, power is supplied via the transformer on the preassembly plate. The device is designed for a permanent con- nection to the power supply circuit only. It must be connected by a qualified electri- cian only.

  • Page 16: Emergency Power Supply (Optional)

    2. Assembly 3. Connection variants 3.3 Emergency power supply (optional) Terminals with integrated emergency power supply also have a rechargeable battery and a rechargeable battery card. The voltage is connected here on the ST201 on the rechar- geable battery card and forwarded to the basic TP4 card via a connection cable.

  • Page 17: Lan Interface

    2. Assembly 3. Connection variants 3.4 LAN interface The LAN interface conforms to Ethernet standard The ferrite hinged core included in the accessories kit must IEEE 802.3. be clamped around the LAN cable. The CAT5 cable with RJ45 plug is inserted directly into the LAN connection at the top right of the basic module.

  • Page 18: Rs485/Rs232 Interface (Sub-Interface)

    Please note here that the total power consumption of the sub-terminals does not exceed the output of the terminal or If the L6L is the first or the last bus subscriber, the bus external power pack. connection resistor must be connected.

  • Page 19: Rs485/Rs232 Interface (Host Interface)

    ST508. RS485 – ST507 (host, 2-wire) RS232 – ST508 (host, modem) If the L6L is the first or the last bus subscriber, the bus connection resistor must be connected. RS485: For old devices (e.g. VTxx, M6-Box, M6I, M6T, L6I) To do this, move the two-pole slider switch SW602 to “ON”.

  • Page 20: Subbus Interface

    3. Connection variants 2. Assembly 3.7 SubBus interface The transmission mode of the SubBus interface can be The terminating resistors must be switched off. To do this, switched. It can be operated as a DCW or RS485 interface. move the two-pole switch SW603 to “OFF”. If the connection to the host is set up via the LAN interface then only the DCW functionality is available.

  • Page 21: Relay Outputs (Door Opener)

    3. Connection variants 2. Assembly 3.8 Relay outputs (door opener) The terminal as an L6L has two relay outputs or as an L6R, one relay output with a max. load capacity of 60W. ST504 Relay2 Maximum DC values: 45V or 2A (SELV)

  • Page 22: Visual Displays

    2. Assembly 4. Commissioning 4.1 Visual displays LED 301 Meaning LED 302 Supply Voltage System run Hardware and software in operation LED 302 Meaning green Input voltage over the minimum permissible voltage. LED 301 Input voltage under the minimum Internal Voltage permissible voltage.

  • Page 23: Reader Settings

    Switch 6 is set ex works, and its position should not be changed. An incorrect setting can make the reader unusable! Configuration protection may only be deactivated if the "Load IdendAssembler" system parameter is activated in DORMA 2) Interface MATRIX. SW101 Interface...
  • Page 24 4. Commissioning 4.3 Additional memory The terminal is designed for 1,000 employees without requiring additional memory. With an optional memory upgrade, the capacity can be increased to 10,000 or 200,000 employees. The memory upgrade can be ordered as an accessory. Art.

  • Page 25: Maintenance

    5. Maintenance 2. Assembly 5.1 Maintenance and troubleshooting 5.1.1 Fuses In the event that the fuse (SI301 J base card, The fuse can be re-ordered using art. no. 1900001797487 SI201 J rechargeable card) needs to be replaced, there (Littlefuse type 0454.002, 2A). is a spare fuse at the bottom right of the base module.

  • Page 26: General Information On Changing The Battery

    5. Maintenance 2. Assembly 5.1.2 General information on changing the battery – Lithium back-up battery Lithium back-up battery for power failure-proof buffering of the data stored in the RAM. Continuous buffer time, approx. 3-5 years. Type CR2032/3V, 230mAh, plugged in, service life approx. 10 years 230V-Terminals Perform data back-up, then switch off the power supply.
  • Page 27 EG Konformitätserklärung EG Konformitätserklärung EC Declaration of Conformity EC Declaration of Conformity CE Déclaration de conformité CE Déclaration de conformité...
  • Page 28 EG Konformitätserklärung EC Declaration of Conformity CE Déclaration de conformité...
  • Page 29 EG Konformitätserklärung EC Declaration of Conformity CE Déclaration de conformité...

  • Page 30: Technical Data

    We reserve the right to make technical modifications and improvements to promote the progress of our equipment. DORMA Time + Access GmbH Postfach 21 01 85 • D-53156 Bonn • Mainzer Straße 36-52 • D-53179 Bonn Tel. +49 (0) 2 28/85 54-0 • Fax +49 (0) 2 28/85 84-1 75 • www.dorma-time-access.de...

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