DORMA. Installation Manual B6L 4P

Transcription

1 DORMA Installation Manual B6L 4P

2 Contents Contents 1 General information Preface Correct use Safety instructions and warnings Other sources of information Disposal Operating principle Scope of delivery Accessories System overview Installation Opening/closing the B6L 4P Installing the B6L 4P The B6L 4P component modules Assignment of readers to input/output modules Putting into operation Installing the batteries in the B6L 4P Reader wiring and adjustment Settings on the readers Address, terminating resistor Bus terminating resistor Settings on the connector board Configuration of relay contacts Wiring of strike, operating current principle Wiring of feedback contacts LAN interface Connecting the supply voltage (110 to 230 V AC) Removing contact guard from back-up battery TP4 base card optical signals Power supply unit status LEDs Maintenance Maintenance and troubleshooting Fuse General information on changing the battery Replacing the back-up battery RS232 service interface Power supply unit Battery replacement Declaration of Conformity Technical data

3 1. General information 1.1 Preface This installation manual is intended to assist you in connecting and putting into operation the B6L 4P. 1.2 Correct use The device is solely intended for use as an access control terminal. The device processes the identification carriers read by connected readers and controls the respective doors according to the authorisation profiles stored in the device via strikes. Use for any other purpose than the one described is notpermitted. 1.3 Safety instructions and warnings This device has been constructed and tested in accordance with all currently applicable technical regulations. All safety features were in proper working order when it left the factory. The user must observe the instructions and warnings given in this installation guide to maintain proper working order and ensure risk-free operation. The device may only be used for the purpose intended by the manufacturer. Installation and assembly of electrical equipment may only be carried out by a qualified electrician. Before opening the unit, always switch off the power supply and check that it is inactive by measuring the current. During installation, please ensure that the requirements laid down in the relevant equipment safety standard for the unit are adhered to since non-compliance could affect the safety of the device. Before switching on, ensure that the connected operating and control voltages do not exceed the permissible values specified in the technical data. This device complies with EN Protection Class I and may only be used if a protective conductor is connected. Make sure that the wall on which the device is to be mounted is able to bear the load. Lead batteries: Batteries may possibly generate inflammable gas. Do not ever expose batteries to naked flames or extreme heat. Do not short-circuit batteries. Do not open batteries under any circumstances. Batteries can explode. Never expose batteries to fire. Batteries of different ages and from different fields of application should not be connected and/or operated together. Dispose of batteries in compliance with statutory provisions. The average service life of the batteries used is about four years if they are used at a temperature of 25 C and charged on a regular basis. Higher operating temperatures reduce the service life. Electromagnetic compatibility: The device is designed for use in residential, business and commercial areas and complies with EN and PCBs can be damaged by static electricity discharge, so suitable precautionary measures such as grounding must be implemented. Drawing no.: 1101G-00-B1 Date: 12/12 V2.00 3

4 1. General information This unit may only be operated when installed. The locking screws on unassigned connection terminals must be screwed in as far as they will go. If a unit failure or malfunction may result in injury to persons or animals, or in damage to works equipment, this must be prevented by implementing additional safety measures, such as limit switches and safety devices. General installation guidelines See Manual 1006G-B0 If you believe that the device can no longer be operated safely, take it out of operation and secure it against accidental use. The information provided in these assembly instructions may be modified without prior notification. All previous versions cease to be valid with the publication of these instructions. The information in these assembly instructions has been compiled to the best of our knowledge and in good faith. DORMA Time + Access GmbH accepts no liability for the correctness and completeness of the details provided. In particular, DORMA Time + Access GmbH cannot accept liability for any consequential damages due to incorrect or incomplete information. The recommendations for installation made in this manual are based on the assumption that prevailing basic conditions are favourable. DORMA Time + Access GmbH accepts no liability for the perfect functioning of the B6L 4P in nonsystem environments. Despite every effort to prevent mistakes, they can never be completely avoided. Therefore, we would be grateful to receive notification of any errors or omissions. DORMA Time + Access GmbH accepts no liability for the information included in this document being free of protected third party rights. DORMA Time + Access GmbH does not provide any licences to its own or to third party patents or other protected rights with this document. It is not permitted to print, reproduce or to pass this manual, or parts thereof, to third parties, other than for your own use, without the approval of DORMA Time + Access GmbH. All rights are reserved. Dorma Time + Access GmbH Postfach Bonn info@dorma-time-access.de Copyright 2013 by Dorma Time + Access GmbH 4

5 1. General information 1.4 Other sources of information Further documents are available on request. General Installation Guidelines Specifications for planning attendance recording and access control systems with our wired components. Planner Manual Examples of cross-system solutions DORMA Allgemeine Installationsrichtlinien Sicherungstechnik Zutrittskontrolle Zeiterfassung Funktionsweise Gelände Außenhaut Innenbereich Systemübersicht Systemlösung Funktionsweise Mechatronik Fluchtweg & TMS Funktionsweise Zeitwirtschaft 1.5 Disposal This device has been manufactured using high-quality materials and components that can be recycled. Information for EU countries This device falls under the European Directive 2002/96 EC and therefore must not be disposed of with household waste. We, the manufacturer, will take back our electric and electronic products and dispose of them for you free of charge. You may also contact your waste disposal company instead. 1.6 Operating principle The B6L 4P is a fully-fledged, stand-alone access control terminal which reads identification carriers held to the connected S6 readers and activates connected strikes via corresponding permission profiles. The B6L 4P is able to control four doors using the basic configuration described here. Eight S6 readers and four lowpower strikes can be connected to the B6L 4P in order to control doors. Two feedback contacts can be configured for each connected door. Readers with a phg_crypt protocol may be used instead of S6 readers based on a DP1 protocol if they are parameterised in a suitable way. It is not possible to use both protocols simultaneously in mixed mode. Two extension kits are available to extend the B6L 4P (see accessories). 1. I/O module extension kit: You can use this extension kit to increase the number of doors to be controlled from four to eight. This allows you to connect a maximum of 16 S6 readers. 2. MUX extension kit: This kit allows the connected S6 readers to be wired in a star configuration. Without this particular kit, the readers can only be wired to a bus connection. The B6L 4P features an integrated emergency power supply which is able to power the device and connected components for at least 30 minutes in the event of a power failure. To ensure the backup power supply lasts at least 30 minutes, a maximum of 16 S6 readers (max. 40 ma per S6 reader) and a maximum of eight low-power closed-circuit current strikes (max. 150 ma/24 V) may be installed and the rechargeable batteries must be fully charged and in perfect condition. 5

6 1. General information 1.7 Scope of delivery A 1x B6L 4P B 1x manual C 3x S8 wall plugs D 3x Spax screws, 4.5 x 45 mm E Cable tie F Battery connection cable A C B 3x 3x D DORMA Installationshandbuch B6L 4P 2x E F 7,5 1.8 Accessories Reader as per price list Door strike (example) Strikes and locking plates as per price list B6L 4P extension kit MUX ( ) B6L 4P extension kit I/O-Modul ( ) 6

7 1. General information 1.9 System overview Connection example: Networked door system - Parameterisation and data exchange via PC (online) MATRIX B6L 4P Ethernet 10/100MBit Recommended cable: Mains lead: NYM-I 3x1,5 (H05VV-R3G1,5) max. 100m max. 100m max. 100m I-Y(ST)Y 3x2x0,8 I-Y(ST)Y 3x2x0,8 I-Y(ST)Y 3x2x0,8 Outside Reader Reader Reader Inside min. 2x0,8 min. 2x0,8 min. 2x0,8 Door contact Door contact Door contact Opening Opening Opening switch switch switch min. 2x0,8 min. 2x0,8 min. 2x0,8 min. 2x1mm² min. 2x1mm² min. 2x1mm² Door opener Door opener Door opener Door 1 Door 2... Door 4 Max. four doors (each with a reader, strike and two feedback contacts) 7

8 2. Installation 2.1 Opening/closing the B6L 4P ST

9 2. Installation 2.2 Installing the B6L 4P A1 A5 A4 A2 A3 1. Take out the base plate (A1) 2. Place the base plate (A1) in its mounting position using a spirit level to ensure it is straight and mark the drill hole positions with a pen. Before drilling, ensure that you will not damage any cables or similar located under the plaster. 3. Fasten the base plate (A1) using suitable mounting accessories. 4. Undo the four hexagonal nuts (A2) and take out the mounting plate (A3) from the casing lower section (A4). 5. Fasten the casing lower section (A4) to the base plate (A1) using the screws (A5). 6. Fasten the mounting plate (A3) into the casing lower section (A4) using the hexagonal nuts (A2). A1 7. To finish off, reconnect the clamp terminal ST309 (page 7, item 5) and the PE plug (page 7, item 6). 9

10 2. Installation 10A L N INPUT 503 Si 2,5 2.3 The B6L 4P component modules Anti-tamper switch TP4 base card Connector board Compartment for rechargeable batteries Power supply unit CH OG BU MA PG OUT BAT Input/output module Cable duct Cable inlet for mains cable 400V Strain relief for mains cable Strain relief Strain relief Kabeleinführung für Netzkabel 10

11 2. Installation 2.4 Assignment of readers to input/output module L N INPUT OUT BAT 10A 503 Si 400V 2,5 CH OG BU MA PG SW102 SW101 ST401 ST402 ST403 ST404 ST405 ST406 ST407 ST408 ST301 ST302 ST303 ST304 ST305 ST306 ST307 ST308 ST309 Door Cards Reader I/O module 1 Out Door relay (operating current strike) I/O module 1 Out Alarm relay I/O module 1 In Door status contact 1 1 ST401 ST301 I/O module 1 In Door opening contact 1 2 ST402 ST ST403 ST ST404 ST ST405 ST ST406 ST ST407 ST ST408 ST308 11

12 10A B6L 4P 3. Putting into operation 3.1 Installing the batteries in the B6L 4P E F OUT BAT CH OG BU MA PG 12

13 3. Putting into operation 3.2 Reader wiring and adjustment 3x2xØ0,8 max. 100m brown green yellow white brown green yellow white L N INPUT OUT BAT 10A 503 Si 400V 2,5 CH OG BU MA PG DP1 phg_crypt Reader 1 Reader 2 - n SW101 SW101 SW101 13

14 3. Putting into operation Settings on the readers Address, terminating resistor Switch Function Bus address Not used Bus terminating resistor Default on off off off off off off off Adjustable Reader 1 on off off off off Reader 2 off on off off off Reader 3 on on off off off Reader 4 off off on off off Reader 5 on off on off off Reader 6 off on on off off Reader 7 on on on off off Reader 8 off off off on off Bus terminating resistor If the reader is the last bus device, the terminating resistors must be switched on Settings on the connector board You can connect either S6 readers with a DP1 protocol or readers with a phg_crypt protocol to the B6L 4P. It is not possible to use both protocols simultaneously in mixed mode. In addition to parameterising the TP4 base card, you also need to change slide switches on the connector board together. 14

15 3. Putting into operation 3.3 Configuration of relay contacts SW102 10A 503 Si 400V 2,5 CH OG BU MA PG SW101 Jumpers in factory default setting The I/O module features eight relays. Each relay has a 4-pin plug connector in front of the output terminal. The relay contacts can be connected separately from one another with two jumpers so that they are isolated (Jumper Position A) or they can be allocated an auxiliary voltage (internal supply; Jumper Position B). OUT BAT You must remember that you may only connect eight low-power strikes with 150 ma power consumption each to ensure a 30-minute emergency power supply can be provided for the whole access control system. L N INPUT Maximum current per relay contact: 1 A. Each relay contact is equipped with a self-resetting thermal fuse. Inductive loads must be provided with freewheeling diodes if a DC power supply is used. When connecting an alternating current, an RC element or a voltage regulative diode (Item no ) must be used in place of a freewheeling diode for interference suppression. 0V 24V Changeover contact (common) Closing contact (normally open) Break contact (normally closed) Jumper Setting A (factory default setting) Relay jumper setting in the case of isolated contacts 0V 24V Changeover contact (common) Closing contact (normally open) Break contact (normally closed) Jumper Setting B - Relay jumper setting in the case of looped-in voltage 15

16 3. Putting into operation SW102 SW101 0V NO NC ST402 ST403 ST404 ST405 ST406 ST407 ST408 ST301 ST302 ST303 ST304 ST305 ST306 ST307 ST308 ST309 min. 2x1mm 2 max. 100m 10A 400V L N INPUT OUT BAT 503 Si 2,5 CH OG BU MA PG 3.4 Wiring of strike, operating current principle Door opener 16

17 3. Putting into operation Door contact L N INPUT 10A 503 Si 400V 2,5 OUT BAT CH OG BU MA PG 3.5 Wiring of feedback contacts Door opening switch (on rear) SW102 SW101 ST401 ST402 ST403 ST404 ST405 ST406 ST407 ST408 ST101 ST102 0V K ST301 0V K ST302 ST305 ST304 ST305 ST306 ST307 ST308 ST309 Door status contact Door opening contact 17

18 3. Putting into operation 3.6 LAN interface A CAT5 cable with RJ45 plug must be provided by the customer. The LAN interface is located on the TP4 base card. The LAN interface complies with Ethernet standard IEEE 802.3u. LAN Warning It is essential that you take care not to move the sliding switch when inserting the LAN connector. 18

19 3. Putting into operation 3.7 Connecting supply voltage (230 V AC) The B6L 4P must be connected when it is not live. T6,3A 400V 503 Si 2,5 N 10A L 3.8 Removing contact guard from back-up battery 503 Si L N INPUT 10A 400V 2,5 OUT BAT CH OG BU MA PG 19

20 3. Putting into operation 3.9 TP4 base card optical signals LED 301 On Meaning System run Hardware and software in operation LED 302 Supply Voltage LED 302 Green Off Red Meaning Input voltage above the minimum permissible voltage Input voltage below the minimum permissible voltage A manual reset has been triggered LED 301 Internal Voltage LED 401 Flashing Meaning Data is being sent or received LED 402 Off Meaning Remote terminal present LED 601 SubBus LED 402 LAN Link LED 601 Meaning On Data is being sent or received LED 401 LAN Rx/Tx 20

21 10A 503 Si 400V 2,5 CH OG BU MA PG B6L 4P 3. Putting into operation 3.10 Power supply unit status LEDs LED L1 Flashes red Lights up red Lights up green LED off Pre-charging Recharging Trickle charge No battery, low battery voltage, battery defective OUT BAT L N INPUT LED L2 Lights up green Lights up orange Lights up red Correct operating status Overload at output Mains supply failure L2 CH OG BU MA PG OUT BAT L1 L N INPUT 21

22 4. Maintenance 4.1. Maintenance and troubleshooting Maintenance on an opened device may be carried out by a qualified person or an electrician only! The unit should be disconnected from the mains by removing the fuse in the mains connection (page 22) before carrying out maintenance or inspection work Fuse If the fuse (SI301 base card) needs to be replaced, there is a spare fuse in the bottom right-hand corner of the basic module. The fuse can be re-ordered by indicating Item no (Littlefuse type , 2 A). The use of other fuses is not permitted. The fuse at the mains input (6.3 A, time-delay) can be re-ordered by indicating Item no If the blade fuse in the battery connection cable is defective (10 A, fast-blow), a new connection cable can be ordered by indicating Item number

23 4. Maintenance General information on changing the battery Lithium back-up battery Lithium back-up battery for power failure-proof buffering of the data stored in RAM. Continuous buffer time: approx. 3 5 years. Type CR2032/3 V, 230 mah, plugged in, service life approx. 10 years. Replacement battery CR2032, Item no.: Changing the battery is permitted when live. To retain the data in the unit when changing the battery, the power supply to the unit must remain switched on. Risk of explosion if the battery is not replaced properly. Dispose of used batteries in accordance with statutory provisions Replacing the back-up battery The battery is inserted into the holder vertically. To change the battery, push the power failure safety lock to the side. The battery can then be easily removed from the holder. The new battery can be pushed into the holder by pushing the safety lock to the side in the same way. Please ensure that the poles are correctly positioned RS232 service interface The enclosed null modem cable can be used to connect the 9-pin D-sub connector to a PC. The supplied RS232/USB converter can be used to connect the service interface via USB RX 7 3 TX GND Casing 23

24 4. Maintenance 4.2 Power supply unit In order to ensure reliable operation in the event of a power failure, the UPS circuit must be checked at regular intervals. To do so, pull out the fuse from the mains connection (see arrow). The LEDs should then react as follows: LED L1 Flashes red Pre-charging OUT BAT LED L2 Lights up red Mains power failure L N INPUT Insert the fuse again. Warning: The batteries should be replaced every four years at the latest. The average service life of four years for the batteries used is based on an operating temperature of 25 C. Higher operating temperatures reduce the servicelife. T6,3A 400V 503 Si 2,5 10A 400V 2,5 CH OG BU MA PG 503 Si N 10A L L2 CH OG BU MA PG OUT BAT L1 L N INPUT 24

25 10A B6L 4P 4. Maintenance 4.3 Battery replacement Remove the connection wires from the battery. Unscrew battery retaining bracket with batteries. Cut through cable ties, remove batteries and dispose of them in an environmentally friendly way. 25

26 10A B6L 4P 4. Maintenance Insert the new batteries into the retaining bracket and fasten the batteries firmly into place on the bracket using the cable ties in the accessories kit Screw retaining bracket into place and plug in the connecting cable. Ensure the polarity symbols are in the right position. You must use DORMA rechargeable batteries to ensure that the device functions correctly. Replacement battery set Item no.: OUT BAT CH OG BU MA PG 26

27 EG Konformitätserklärung EC Declaration of Conformity CE Déclaration de conformité 27

28 5. Technical data Technical data B6L 4P Nominal voltage range 230 V AC, Hz Rated current input 1.35 A Output voltage for reader, door opener 24 V DC ± 5%, maximum load 2.5 A Emergency power back-up 24 V DC ±5%/2 Ah, at 25 C Expected battery life max. four years Replacement battery set Item no Back-up time Max. 30 min. at full load (16 ID card readers and eight DORMA low-power closed-circuit current strikes) Data retention Power failure-proof buffering of data stored in the RAM. Replacement battery CR2032, Item no.: External ID card reader RS485: max. eight ID readers can be connected (16 ID readers with the extension kit) Interfaces Host: Ethernet (10/100 Mbit) Sub-bus: RS485 Anti-tamper monitoring Available Digital outputs Eight relay contacts, isolated or non-isolated, maximum 1 A Digital inputs Eight non-isolated inputs, 24 V, active, low Ambient conditions Operating temperature range: 20 C bis + 50 C Storage temperature range: 20 C bis + 70 C Humidity range: 0 bis 90 %, non-condensing General design EN , Protection Class I Protection rating IP 30 Resistance to interference EN Immunity for industrial environments Resistance to interference EN Emission standard for residential, commercial and light-industrial environments Dimensions (W x H x D) 454 x 439 x 112 mm Casing colour Traffic White, RAL 9016 Weight About 16.5 kg Display 5x LEDs on TP4 basic module 2x LEDs in power supply unit for mains voltage and battery operation 8x relays on output module 8x digital inputs on input module (only visible when the casing is opened) DORMA Time + Access GmbH DORMA GmbH + Co. KG 28 Postfach D Bonn Mainzer Straße D Bonn Tel. +49 (0) 2 28/ Fax +49 (0) 2 28/ Postfach D Ennepetal DORMA Platz 1 D Ennepetal Tel. +49 (0) / Fax +49 (0) /