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VdS Block lock
Manual
08.05.2020

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Summary of Contents for Simons Voss Technologies VdS Block lock

  • Page 1 VdS Block lock Manual 08.05.2020...
  • Page 2: Table Of Contents

    Contents VdS Block lock (Manual) 2 / 52 Contents General safety instructions........................ 3 Product-specific safety instructions.................... 8 Description of functions.........................  10 Switching on the alarm system (burglar alarm system = EMA) .......... 11 Testing the activation process ........................ 11 Switching off the alarm system........................ 11 Activation transponder.......................... 11...
  • Page 3: General Safety Instructions

    1. General safety instructions VdS Block lock (Manual) 3 / 52 1 General safety instructions Possible immediate effects of non- Signal word (ANSI Z535.6) compliance DANGER Death or serious injury (likely) Death or serious injury (possible, but WARNING unlikely) CAUTION...
  • Page 4 1. General safety instructions VdS Block lock (Manual) 4 / 52 IMPORTANT Damage resulting from electrostatic discharge (ESD) This product contains electronic components that may be damaged by electrostatic discharges. 1. Use ESD-compliant working materials (e.g. Grounding strap). 2. Ground yourself before carrying out any work that could bring you into contact with the electronics.
  • Page 5 1. General safety instructions VdS Block lock (Manual) 5 / 52 IMPORTANT Damage due to polarity reversal This product contains electronic components that may be damaged by re- verse polarity of the power source. Do not reverse the polarity of the voltage source (batteries or mains ...
  • Page 6 1. General safety instructions VdS Block lock (Manual) 6 / 52 NOTE Battery contact malfunction due to grease film When touching batteries, leave a thin film of skin grease on the batteries. This film deteriorates the contact between the electronics and the batter- ies.
  • Page 7 1. General safety instructions VdS Block lock (Manual) 7 / 52 NOTE Read and follow all installation, installation, and commissioning instruc- tions. Pass these instructions and any maintenance instructions to the user.
  • Page 8: Product-Specific Safety Instructions

    2. Product-specific safety instructions VdS Block lock (Manual) 8 / 52 2 Product-specific safety instructions DANGER Explosion hazard due to use in potentially explosive atmospheres The use of the block lock components in a potentially explosive atmo- sphere can lead to an explosion.
  • Page 9 2. Product-specific safety instructions VdS Block lock (Manual) 9 / 52 NOTE Documentation of the burglar alarm system The documentation of the burglar alarm system may contain further in- formation, including wiring. Refer to the documentation of the burglar alarm system.
  • Page 10: Description Of Functions

    An external activation takes place, for example, through burglar alarm systems (EMA). The VdS block lock function 3066 (VdS number G 101 160) blocks the locks during activation and thus prevents false alarms. No extensive work on the door or door frame is required.
  • Page 11: Switching On The Alarm System (Burglar Alarm System = Ema)

    3. Description of functions VdS Block lock (Manual) 11 / 52 3.1 Switching on the alarm system (burglar alarm system = EMA) 1. The person authorised to activate operates his transponder near an ac- tivation unit twice in quick succession (within two seconds). This sends a signal to all existing deactivation units.
  • Page 12: Time Zone Control And Access Logging

    3. Description of functions VdS Block lock (Manual) 12 / 52 You can then open the locks with a normal, authorised transponder. The alarm system will still remain activated. When you enter the secured area, the alarm is triggered. 3.5 Time zone control and access logging...
  • Page 13: Function Of The Activation Unit

    3. Description of functions VdS Block lock (Manual) 13 / 52 3.7 Function of the activation unit 1. The activation master pulls the deactivation request line (pin 14) to ground potential after the activation of a transponder authorised for ac- tivation.
  • Page 14: Initial Operation

    4. Initial operation VdS Block lock (Manual) 14 / 52 4 Initial operation 4.1 Programming For the sake of simplicity, program all components before installation. Consider the following points: Program activation units, deactivation units and the locking cylinders in ...
  • Page 15 4. Initial operation VdS Block lock (Manual) 15 / 52 4. Click on the button Save & next . The entry is created. 5. Create all activation units as "G1 Control Unit" in this way. 6. Assign the desired authorisations only to the activation units. (Deactiva- tion units are created, but no transponders are authorised on them).
  • Page 16: Test Before Assembly/Installation

    4. Initial operation VdS Block lock (Manual) 16 / 52 Programming a block lock NOTE Auxiliary voltage for components The components require a supply voltage during programming. Connect a power supply to the components (for example a 9 V block ...
  • Page 17: Testing The Deactivation Unit

    4. Initial operation VdS Block lock (Manual) 17 / 52 4.2.1 Testing the deactivation unit 1. Connect the deactivation unit to a power supply (for example a 9V block battery, see Connections of deactivation unit [  27] 2. Position the deactivation unit next to the digital locking device (lock cyl- inder and SmartHandles max.
  • Page 18: Testing The Activation Slave

    4. Initial operation VdS Block lock (Manual) 18 / 52 8. Set jumper B1 to a/b (left). 9. Connect the switching contact and pin 29 to the burglar alarm system Connections of the activation master [  31] (see 10. Perform the activation test again. The acknowledgement of the activa- tion comes from the burglar alarm system, but is output by the activa- tion master.
  • Page 19: Installing The Components

    4. Initial operation VdS Block lock (Manual) 19 / 52 4.3 Installing the components 4.3.1 Locking device Install the locks as usual (see respective manual/brief instructions). Observe the installation direction. 4.3.2 Block lock components The block lock components are mounted in the protected area.
  • Page 20 4. Initial operation VdS Block lock (Manual) 20 / 52 Deactivation unit Locking cylinder ≤ 30 cm The range is generally reduced by metal surfaces. You will achieve a higher range if you use MH cylinders. These have a plastic grip element on the electronics side which is more permeable to radio traffic.
  • Page 21 4. Initial operation VdS Block lock (Manual) 21 / 52 The use of the recess for metal doors considerably improves the communication between antenna and lock. The function is likely to be perfect. Please coordinate the position of the recess (outside or inside) with your specialist trade partner.
  • Page 22 4. Initial operation VdS Block lock (Manual) 22 / 52 Connection of the external No separate antenna is used for this installation antenna to the master (optional) [  36] ). Therefore, plug jumper B2 to maximise the range (see also Setting the jumpers [  32]...
  • Page 23 4. Initial operation VdS Block lock (Manual) 23 / 52 4.3.2.4 VdS requirements Optional bolt contact Use of the bolt contact evaluation (see  evaluation (global activation suppression) [  29] ). It must not be possible to switch the alarm system as long as all important doors are not locked.
  • Page 24 4. Initial operation VdS Block lock (Manual) 24 / 52 4.3.2.5 Block lock with PinCode keypad (4-eye principle) Activation unit Deactivation unit with separate antenna with separate antenna Burglar alarm system Locking cylinder External antennas PIN code keypad External antennas Structure The old block lock in the door is shut down.
  • Page 25: Connecting The Components

    4. Initial operation VdS Block lock (Manual) 25 / 52 4.4 Connecting the components Burglar alarm system Activation request Deactivation acknowledgement Deactivation request Activation suppression Slave Deactivation Deactivation Master Slave unit unit activation activation activation The scheme can be extended with further deactivation units and activation slaves.
  • Page 26 4. Initial operation VdS Block lock (Manual) 26 / 52 Activation mas- Burglar alarm Deactivation unit Activation slave system Connection 1 to burglar alarm sys- Solder pin 5 tem to enable ac- Command to tivation burglar alarm sys- Connection 2 to...
  • Page 27 4. Initial operation VdS Block lock (Manual) 27 / 52 4.4.1 Deactivation unit 4.4.1.1 Connections of deactivation unit Connection Meaning Earth connection for cable shield Supply voltage (positive pole) Supply voltage (ground) Not used Sabotage contacts...
  • Page 28 4. Initial operation VdS Block lock (Manual) 28 / 52 Connection Meaning Bolt monitoring contact for activation suppression (optional) Deactivation request (input) Deactivation acknowledgement (output) Ground (identical with connection 2) Connection for external antenna (green) Connection for external antenna (blue)
  • Page 29 4. Initial operation VdS Block lock (Manual) 29 / 52 Connect the contacts 8 and 9 with a suitable evaluation. If the cover is opened or the cable is cut, the contacts are open from the point of view of the evaluation and you can react to the sabotage attempt.
  • Page 30 4. Initial operation VdS Block lock (Manual) 30 / 52 To do this, connect the bolt contact to the bolt switch contacts (pin 12 and pin 15, see Connections of deactivation unit [  27] ). If you do not use a bolt contact evaluation (not VdS-compliant), pins 12 and 15 remain unconnected.
  • Page 31 4. Initial operation VdS Block lock (Manual) 31 / 52 4.4.2 Activation master 4.4.2.1 Connections of the activation master Connection Meaning Earth connection for cable shield Supply voltage (positive pole) Supply voltage (ground) Connection for external LED (positive terminal, 5 with built-in 100 Ω...
  • Page 32 4. Initial operation VdS Block lock (Manual) 32 / 52 Connection Meaning Sabotage contacts Activation request line from activation slaves (op- tional) Deactivation acknowledgement line (input)  If pulled to ground, then no activation (Global  Global activation activation suppression, see suppression (optional) [  36]...
  • Page 33 4. Initial operation VdS Block lock (Manual) 33 / 52 Jumper B2 If jumper B2 is inserted, the range of the internal antenna is maximised. The range of the optional external antenna remains unchanged. You limit the range of the external antenna with an aluminium sleeve (see Connection of the external antenna to the master (optional) [  36]...
  • Page 34 4. Initial operation VdS Block lock (Manual) 34 / 52 4.4.2.5 Anti-tamper contact The device has a sabotage contact. In the normal state (cover closed) a microswitch is pressed down and connects the terminals 8 and 9. Connect the contacts 8 and 9 with a suitable evaluation. If the cover is opened or the cable is cut, the contacts are open from the point of view of the evaluation and you can react to the sabotage attempt.
  • Page 35 4. Initial operation VdS Block lock (Manual) 35 / 52 4.4.2.6 External LED You can connect an external LED to contacts 3 and 4 (recommended). This gives you optical feedback from the block lock system and allows you to query the status of the alarm system, for example.
  • Page 36 4. Initial operation VdS Block lock (Manual) 36 / 52 Acknowledgement by activation Acknowledgement by burglar unit alarm system When activation is complete, the  burglar alarm system switches an output to ground. Connect this output to pin 29 of ...
  • Page 37 4. Initial operation VdS Block lock (Manual) 37 / 52 line at ground potential, the activation master cannot detect that all of the locks have been deactivated and does not inform the burglar alarm system that it should activate. You can use this behaviour to ensure that a activation of the alarm system...
  • Page 38 4. Initial operation VdS Block lock (Manual) 38 / 52 Connection Meaning Not used Sabotage contacts Activation suppression (optional, e.g. bolt  contact evaluation) If pulled to ground, then no activation  (activation suppression). Deactivation acknowledgement line (input) Activation request to the activation master (out-...
  • Page 39 4. Initial operation VdS Block lock (Manual) 39 / 52 Jumper B2 If jumper B2 is inserted, the range of the internal antenna is maximised. The range of the optional external antenna remains unchanged. You limit the range of the external antenna with an aluminium sleeve (see Connection of the external antenna at the slave (optional) [  42]...
  • Page 40 4. Initial operation VdS Block lock (Manual) 40 / 52 Contact bridge Layout Wire jumper Wire jumper open, optional termination resistor 4.4.3.5 Anti-tamper contact The device has a sabotage contact. In the normal state (cover closed) a microswitch is pressed down and connects the terminals 8 and 9.
  • Page 41 4. Initial operation VdS Block lock (Manual) 41 / 52 Contact bridge Layout Wire jumper open, optional termination resistor 4.4.3.6 External LED You can connect an external LED to contacts 3 and 4 (recommended). This gives you optical feedback from the block lock system and allows you to query the status of the alarm system, for example.
  • Page 42 4. Initial operation VdS Block lock (Manual) 42 / 52 Acknowledgement by activation Acknowledgement by burglar unit alarm system When activation is complete, the  burglar alarm system switches an output to ground. Connect this output to pin 29 of ...
  • Page 43: Testing The Block Lock Function

    4. Initial operation VdS Block lock (Manual) 43 / 52 4.5 Testing the block lock function 1. Press an authorised transponder on an activation unit twice in quick succession (0.5 s to 2 s). LEDs on deactivation units go out.
  • Page 44: Special Cases

    5. Special cases VdS Block lock (Manual) 44 / 52 5 Special cases 5.1 Deactivation aster without deactivation unit If only the burglar alarm system is to be activated and deactivated externally with the transponder instead of with a key, only an activation master unit (SSM) is required.
  • Page 45 5. Special cases VdS Block lock (Manual) 45 / 52 Burglar alarm system Activation request Deactivation acknowledgement Deactivation request Activation suppression Schottky diode 1N5817 Button in outdoor area Deactivation Deactivation Master Slave Slave unit unit activation activation activation Activation master...
  • Page 46: Technical Specifications

    6. Technical specifications VdS Block lock (Manual) 46 / 52 6 Technical specifications The block lock has the VdS number G 101 160. Activation and deactivation units 67,5 mm, Ø 4,36 mm 57,4 mm 65,5 mm 73 mm 84,5 mm 10 cm You can print out the drawing and use it as a drilling template.
  • Page 47 6. Technical specifications VdS Block lock (Manual) 47 / 52 Temperature range -10 °C to +55 °C Ambient conditions Standard protection VdS environmental rating class II Operating voltage 8 V to 16 V Power supply Power consumption max. 30 mA per unit Continuous current < 1 Inrush current <...
  • Page 48 6. Technical specifications VdS Block lock (Manual) 48 / 52 External antennas...
  • Page 49: Declaration Of Conformity

    7. Declaration of conformity VdS Block lock (Manual) 49 / 52 7 Declaration of conformity The company SimonsVoss Technologies GmbH hereby declares that article BS.SCHALT.VDS.M(.AV), BS.SCHALT.VDS.S(.AV), BS.DEAK.VDS(.AV) complies with the following guidelines: 2014/53/EU "Radio equipment"  2014/30/EU "EMC"  2011/65/EU "RoHS"...
  • Page 50: Help And Other Information

    8. Help and other information VdS Block lock (Manual) 50 / 52 8 Help and other information Information material/documents You will find detailed information on operation and configuration and other documents under Informative material/Documents in the Download https://www.simons-voss.com/en/ section on the SimonsVoss website ( downloads/documents.html...
  • Page 51 8. Help and other information VdS Block lock (Manual) 51 / 52 SimonsVoss Technologies GmbH Feringastrasse 4 85774 Unterföhring Germany...
  • Page 52 This is SimonsVoss SimonsVoss is a technology leader in digital locking systems. The pioneer in wirelessly controlled, cable-free locking technology delivers system solutions with an extensive product range for SOHOs, SMEs, major companies and public institutions. SimonsVoss locking systems unite intelligent functions, optimum quality and award-winning German-made design.

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