4.5 VisiOnline Remote Controller Installation Instructions for VingCard Inst

VingCard VisiOnline Remote Controller Installation guide VingCard Installers VingCard A supplementary guide to the VingCard VisiOnline Remote Controller Installation document. Both documents must be read fully before attempting to install the Remote Controller. Failure to install the Remote Controller correctly will result in damage to the unit not covered under the warranty.

VingCard Technical Support 01189 458309

0

VingCard VisiOnline Remote Controller Installation

PLEASE READ FIRST There are various installations situations and the correct procedure in this document needs to be followed in order for the unit to function correctly.

The options are:  

Online Remote Controller Offline Remote Controller

Then there are separate drawings for the different types of device (hereafter called the “Load”) that you will try to control.   

Electronic Strike Magnetic Lock Clean pair for sliding door control etc.

This document will also look at the wiring of additional options:   

Egress switch (Press to exit) Fire alarm relay Remote Controller on both sides of the door

Some of the options may not be required and these will need to be ignored where appropriate.

Please ensure you can identify the correct sections for you type of installation before proceeding to fit this unit and make sure any 240V electrics are carried out by a qualified electrician – Risk of serious injury or even death is present.

VingCard VisiOnline Remote Controller Installation help guide

To install the VisiOnline Remote Controller please carry out the instruction in the installation manual but following the steps below and checking at every point. Failure to install this Remote Controller to the installation manual instructions and this help guide will invalidate the warranty. Overall View of Remote Controller Fused Spur

240V – 24V Power Supply

PLEASE NOTE! Items in red box not required if to be offline remote controller Gateway

Network Socket (Connected to LAN)

Cupboard or ceiling void. Please note! This location must be accessible for maintenance to the equipment!

Remote Controller

Step 1

Mount the Power Supply in an appropriate place using a fused spur and wire into the mains. WARNING! – Any electrical work should only be carried out by qualified persons. Do Not Connect the Backup batteries at this stage.

Step 2 Turn on the electric and test that the power supply has 24V DC output at the point shown below in Fig 1. WARNING! – The power supply has 240V mains voltage inside and this should only be carried out by a qualified electrician. Isolate all mains voltage before making any connections. Fig 1

Test for 24V here

Once you have installed and tested the power supply, please isolate the power to the power supply at the fused spur. You may now proceed with the installation of the Remote Controller wiring.

Step 3 With the power supply turned off, connect the 24V DC power supply wires to the Remote Controller as pictured below taking care to get the polarity correct on the + and - terminals. Please also refer to the installation manual. Make sure wires are screwed into the terminals with no bare wire showing but also taking care not to clamp onto the insulation of each wire itself. Step 4 With the power off, connect the Service Device and upload the latest firmware. Turn on the Power Supply but do not connect the backup batteries at this stage.  If you are just loading the firmware then connect the Service Device and upload the latest firmware. – DO NOT LOAD TIME AND DATE! Try a construction card and test for green light. This may take a couple of tries with the card. OR  If you are fully installing the Remote Controller then load the System ID and finally initialize the remote controller with the room number. Try a valid card against the Remote Controller reader. A green light should flash and a click heard from the remote controller. This may take a couple of attempts when first turned on. It will be necessary to reset the time and date in the Remote Controller each time the power is turned off.

240V AC – 24V DC PSU

Power Supply Power supply board connection blocks

Remote controller connection blocks

Remote Controller

WARNING! – If the Remote controller does not give a green light or will not program with the Service device at this stage, please ensure the power supply has been turned on and all wiring connections made correctly. In noisy environments it may not be possible to hear the click from the Remote Controller Relays when the card is shown and a green light illuminated. If unsure test with a volt and continuity meter. Step 5 - ONLINE REMOTE CONTROLLER ONLY With the power isolated again, connect the Gateway to the Remote Controller PCB as shown here in the dotted red box using the correct cable as specified in the installation manual. This step assumes the power to the gateway is from POE Ethernet otherwise use wiring points A & B on the Gateway to connect to the Power supply. Once connected turn on the power and check that the Gateway power light is on.

240V AC – 24V DC PSU

Power supply board connection blocks

Remote controller connection blocks

Power +

-

(Non POE only)

Step6 If all successful, then turn off the power supply and connect the Press to exit or any other egress switch to be fitted. The switch should be wired so the contacts are in the “Normally Open” state and once pressed switch to the closed state until released. Once connected, turn on the power supply and check that a click can be heard from the Remote Controller Relays when the egress device is pressed. There should be a secondary click after a delay of between 3-6 seconds. If this does not work please ensure power is on and all connections are correctly made. Again test with volt and continuity meter if unsure. Power Supply Online Gateway (Optional)

Remote Controller Remote controller connection blocks

Remote Controller

Egress switch N/O contacts

Remote Controller PCB

Step 8 Now you have proved that the Remote Controller itself is wired up correctly and is working. It is now time to refer to one of the separate wiring diagrams in the installation manual and below for your particular equipment being connected. Please turn off the power supply again before continuing. Do not connect backup batteries until load has been wired in and tested!

Individual Wiring diagrams Connecting a fail-secure electronic strike No power supplied to strike until a card is inserted, then power supplied to load for a short period (36 seconds) and power dropped at end of the time period. If Connecting a load that requires power supplied by the Remote Controller when a card is inserted such as an electronic strike (Fail Secure mode) then the wiring points used are 1 (-) for the negative of the strike, a jump wire between the positive output 2 (+) to the relay input 5 and then the power output from the relay 6 to the load + (See fig 5). FIG 5 240V AC – 24V DC PSU Online Gateway (Optional)

Remote Controller Remote controller connection blocks

Egress switch N/O contacts

Fail Secure load

Take Note! - set position to Normally Open Position

Connecting a fail-safe electronic strike or magnetic lock Power supplied to load until a card is inserted and then power removed from load for a short period (3-6 seconds) and power restored at end of the time period. When connecting a load that requires power supplied by the Remote Controller, then the wiring points used are 1 (-) for the negative of the load, a jump wire between the positive output 2 (+) to the relay input 5 (C) and then the power output from the relay 6 to the load + (Fig 6). The feed to the load should run through any other devices such as emergency break glass and fire alarm relay. Fig 6 240V AC – 24V DC PSU Online Gateway (Optional)

Remote Controller Remote controller connection blocks

Egress switch N/O contacts

Fire Alarm relay – N/C Contacts

Take Note! Break Glass – N/C Contacts

Set position to Normally Closed Position

Connecting as a volt free switch for sliding doors or car park barrier No Power supplied at all by the VisiOnline Remote Controller. The Remote Controller just makes contact to a pair of wires momentarily to create a trigger.

Connect pair of wires from automatic doors to connector 5 and 6. Chang the Jumper setting to be normally closed contacts as per Fig 7. Fig 7.

240V AC – 24V DC PSU Online Gateway (Optional)

Remote Controller

Remote controller connection blocks

Egress switch N/O contacts

Take Note! Set position to Normally Open Position

Connecting two Remote Controllers – one either side of a door or gate (Fail Safe) Connect as in Fig 8 but remember to set the N/O – N/C jumper to suit the load requirements. 240V AC – 24V DC PSU Please note that the power supply must be able to cope with the current being drawn by all equipment added together.

Remote controller connection blocks Remote controller connection blocks

Fire alarm system – N/C contacts on relay

Emergency Break Glass N/C Contacts

Emergency Break Glass N/C Contacts

Take Note! Set position to Normally Closed Or Normally Open

as required

Final Steps Once you have connected the load, turn on power and check that it works correctly. The last step would be to turn the power off and connect the backup batteries. Please refer to diagram below. Turn the Power back on and reprogram or set time as necessary.

Wiring the Backup Batteries – see diagram 1) 2) 3) 4)

Fit the red wire from the PCB + to the 1st Battery + terminal Fit the black wire from the PCB – to the 2nd battery – terminal Fit the black link wire to the + terminal of the 2nd battery Finally, fit the other end of the black link wire to the – terminal of the 1st battery.

Produced: By Malcolm Roberts System: VisiOnline Remote Controller Wiring Guide Date: 20/04/2015 Revision: 1