Welcome to iLOQ Support

This section describes how to control an electric lock, magnet lock or electric strike plate, and so on, by a Key Switch.

1. Set the MODE SELECT 4 dip switch OFF.
2. Add, format and program the Key Switch on S10 Manager software, see Adding a Key Switch.

   Select the type of lock cylinder as R10S.3.X.

   Select the type of relay configuration as Basic.

   Select the relay mode as Impulse.

3. Mount the Relay card.
4. Connect the Key reader and a power supply to the Relay card according to the connection diagram, see Appendix 1 - Wiring Diagram for R10S.3 Basic.
5. Mount the Key reader.
6. Connect an electric lock control to the relay output K1, according to the electric lock manufacturer's instructions.
7. Test that the installation works.

This section describes how to control an alarm system by a Key Switch. The alarm system state can be indicated on the Key Reader.

1. Set the MODE SELECT 4 dip switch OFF.
2. Add, format and program the Key Switch on S10 Manager software, see Adding a Key Switch.

   Select the type of lock cylinder as R10S.3.X.

   Select the type of relay configuration as Basic.

   Select the relay mode as Impulse or Toggle according to the alarm system.

3. Install the Relay card into a tamper-protected alarm system cabinet.
4. See Appendix 1 - Wiring Diagram for R10S.3 Basic to connect:
   1. The power supply, or use the alarm system power supply, to power the Relay card.
   2. Relay output K1 to the alarm system state change input, according to the alarm system manufacturer's instructions.
   3. Key reader to the Relay card.
   4. The alarm system state information, if wanted, to control the Key Reader's lowermost led, to indicate whether the alarm system is armed or not. In this scenario, you connect the alarm system state information to the Key Reader connectors STAT2 GRN, STAT2 RED and GND.
5. Mount the key reader.
6. Test that the installation works.

This section describes how to control an elevator by a Key Switch, by defining building floors to access rights.

1. Set the MODE SELECT 4 dip switch OFF.
2. Add, format and program the Key Switch on S10 Manager software, see Adding a Key Switch.

   Select the type of lock cylinder as R10S.3.X.

   Select the type of relay configuration as 1x8.

   Select the relay mode as Impulse.

3. Let a certified elevator installer connect the Key reader, Relay Module, and a power supply (unless available from the elevator electricity) to the Relay card according to the connection diagram, see Appendix 3 - Wiring Diagram for R10S.3 A00.11 1x8.
4. Let a certified elevator installer connect the appropriate relay outputs of the Relay Module to control the elevator, one relay for access to each locked floor.

   Optionally, you can connect the Key Switch to the S10 Online System for a remotely manageable system. See Connecting a Remotely Managed Lock Cylinder.

   Connect the Relay Card NET BOX connectors GND and DATA to the Door Module CYLINDERS inputs GND and L1 (DATA).

You can select the behaviour of the relay outputs, that is, the relay mode, with the Relay card dip switches as described in the table below, or in the iLOQ S10 Manager software.

The relay mode selection in the key switch programming package overrides the relay card dip switch selections 1-3, in which case the dip switch positions 1-3 have no significance, but dip switch 4 must be in the correct position on the Relay card.

There are four relay modes:

• Toggle — In the toggle mode, the relay output is activated with a valid key. The relay remains active, until the next valid key is read.
• Impulse — In the impulse mode, the relay output is activated for a certain time with a valid key. The default length for a K1 relay is 8 seconds, and for a K2 relay 30 seconds. The default impulse of the Relay card relays is 8 seconds. The length of the impulses can be changed in the S10 Manager software.
• Key hold — In the key hold mode, the relay output is active for as long as a valid key is in the Key reader.
• Roller door — In the roller door mode, the relay outputs are activated with buttons when a valid key is in the Key reader. With this mode, you can use different buttons to control, for example, a roller door to move upwards or downwards.

With the Relay card, you can control one or two devices through the relay outputs K1 and K2.

The available relay modes are:

• Toggle
• Impulse
• Key hold
• Roller door

In this configuration, a valid key always activates both relay outputs K1 and K2, except in the roller door mode, which is a special connection (see Roller Door). Relay outputs can also be activated with a potential-free contact signal (for example, a push button) to input Button1. In this case, relays K1 and K2 will behave according to the selected relay mode in the same way as with a key.

A practical example for the impulse mode with default delay times: a motorised lock is controlled with an 8 second impulse of the K1 relay, and the K2 relay is used to bypass the magnetic switch of the door, for 30 seconds. When exiting the premises, the user presses a push button, whereupon the motorised lock is opened and the door’s magnetic switch is bypassed for 30 seconds.

See also Appendix 1 - Wiring Diagram for R10S.3 Basic.

With the Relay card, you can control one or two devices through the relay outputs K1 and K2.

The available relay modes are:

• Toggle
• Impulse
• Key hold
• Roller door

In this configuration, it is possible to specify the relay outputs that a particular access right has the right to control. A valid key can, therefore, activate either both or only one of the relay outputs K1/K2.

In the impulse relay mode, the impulse length is reset, if a valid key is read in the Key reader again, even if the previous impulse is still active. In other words, the calculation of the delay starts from the beginning.

See also Appendix 2 - Wiring Diagram for R10S.3 1x2.

Relay module A00.11 is connected to the Relay card RS232-1 bus, whereupon you can use eight additional relay outputs. A key can simultaneously control 1-8 relay outputs of the Relay module.

The available relay modes are:

• Toggle
• Impulse
• Key hold

In the impulse mode, the default length of the Relay module impulse is 8 seconds.

In this configuration, it is possible to specify the relay outputs that a particular access right has the right to control. A valid key can, therefore, activate 1-8 relays of the Relay module. In addition, a valid key always activates both relay outputs K1 and K2 of the Relay card.

When the relay mode is impulse, and if a valid key is read in the Key reader, while the previous impulse is still active, the Relay module’s relays will be set according to the relay combination of the last valid key. In other words if, for example, relay output 3 has been activated by key 1 when the control is still on, key 2, which controls for example, only relays 4 and 5, will be read. In this case, relay 3 will stop activating, whereupon only the relay combination of the last key, that is, 4 and 5, will be activated.

The Relay card outputs can also be activated with a potential-free contact signal (for example, a push button) to input Button1. In this case, relays K1 and K2 will behave according to the selected relay mode in the same way as with a key. The Relay module relays cannot be controlled with button input Button1.

See also Appendix 3 - Wiring Diagram for R10S.3 A00.11 1x8.

Relay modules A00.11 are connected to the Relay card RS232-1 and RS232-2 buses, whereupon you can use 16 additional relay outputs. A key can simultaneously control 1-16 relay outputs of the Relay module.

The available relay modes are:

• Toggle
• Impulse
• Key hold

In the impulse mode, the default length of the Relay module impulse is 8 seconds.

In this configuration, it is possible to specify the relay outputs that a particular access right has the right to control. A valid key can, therefore, activate 1-16 relays of the Relay module. In addition, a valid key always activates both relay outputs K1 and K2 of the Relay card.

When the relay mode is impulse, and if a valid key is read in the Key reader, while the previous impulse is still active, the Relay module’s relays will be set according to the relay combination of the last valid key. In other words if, for example, relay output 3 has been activated by key 1 when the control is still on, key 2, which controls for example, only relays 4 and 5, will be read. In this case, relay 3 will stop activating, whereupon only the relay combination of the last key, that is, 4 and 5, will be activated.

The Relay card outputs can also be activated with a potential-free contact signal (for example, a push button) to input Button1. In this case, relays K1 and K2 will behave according to the selected relay mode in the same way as with a key. The Relay module relays cannot be controlled with button input Button1.

See also Appendix 4 - Wiring Diagram for R10S.3 A00.11 2x8.

Relay expansion A00.12 consists of master and slave Relay modules, both of which have 8 relay outputs. The master is connected to the Relay card RS232-1 bus, and the slave is connected to the Master with a connecting cable. A key can simultaneously control 1-16 relay outputs of the Relay module.

The available relay modes are:

• Toggle
• Impulse
• Key hold

In the impulse mode, the default length of the Relay module impulse is 8 seconds.

In this configuration, it is possible to specify the relay outputs that a particular access right has the right to control. A valid key can, therefore, activate 1-16 relays of the Relay module. In addition, a valid key always activates both relay outputs K1 and K2 of the Relay card.

When the relay mode is impulse, and if a valid key is read in the Key reader, while the previous impulse is still active, the Relay module’s relays will be set according to the relay combination of the last valid key. In other words if, for example, relay output 3 has been activated by key 1 when the control is still on, key 2, which only controls, for example, relays 4 and 5, will be read. In this case, relay 3 will stop activating, whereupon only the relay combination of the last key, that is, 4 and 5, will be activated.

The Relay card outputs can also be activated with a potential-free contact signal (for example, a push button) to input Button1. In this case, relays K1 and K2 will behave according to the selected relay mode in the same way as with a key. The Relay module relays cannot be controlled with button input Button1.

See also Appendix 5 - Wiring Diagram for R10S.3 A00.12 1x16.