Welcome to iLOQ Support

This section describes how to connect monitored doors.

1. When deploying the installation, for example by applying a quick guide above that uses one of the operating modes 2—9, connect the door monitoring contact to the Door Module.
2. Connect the door contact, or any other potential-free sensor information, to IN2 and COM.
3. Add the monitored door to S10 Manager. See Adding Monitored Doors.

This section describes how to finalize the bus device configuration on the Net Bridge.

1. Switch the Net Bridge MODE switch to SETUP.
2. Ensure that the Net Bridge  switch is ON.
3. Wait for three seconds.
4. Switch the Net Bridge MODE switch to OPERATING.
5. An internal test procedure is started.

   Observe the green FUNC led for approximately one minute until the Net Bridge has saved the bus configuration. Check that:

   1. The green FUNC led blinks as many times as there are devices on the main bus.
   2. After a pause, the green FUNC led blinks as many times as there are devices on the reader buses.
   3. After a pause, the green FUNC led blinks as many times as there are lock cylinders connected on Door Modules.

   Saving the bus configuration ends when the FUNC led is constantly illuminated green.

   The procedure ends when constant green FUNC, RS-485 STATUS, SYSTEM STATUS, and SERVER CONN. leds are illuminated.

6. Check that the Door Module POWER, DEVICE, BRIDGE and SERVER leds are illuminated green in all door modules.
   Check also that the topmost led is illuminated green on all Programming Hot-spots.
7. Deployment may require additional configuration on S10 Manager according to the Quick Guides.

This chapter describes the behaviour of the Door Module in its specific operation modes, complementing the connection options presented in Quick Guides, and describing other connection options in full detail.

You can set the operation mode with the Door Module OPTIONS dip switches S1-S4.

The main principles of using OPTIONS dip switches are:

• If S1 is enabled, the relay output K1 is calendar-controllable, otherwise not.
• If S2 is enabled, the relay output K2 is calendar-controllable, otherwise not.
• If S3 in enabled:
  • A valid key insertion to the cylinder connected to L1, activates the relay output K1 for 30 seconds.
  • A push button connected to IN1, activates the relay output K1 for 30 seconds.
• If S4 in enabled:
  • A valid key insertion to the cylinder connected to L2, activates the relay output K2 for 30 seconds.
  • A push button connected to IN2, activates the relay output K2 for 30 seconds.

However, not all combinations are valid. The valid combinations are described in the following sections.

This operation mode is intended for connecting one or two networked lock cylinders, which control relay outputs.

An example use case is an alarmed door, or a door where a magnet lock is bypassed by a valid key insertion to the lock cylinder.

Opening the cylinder with a valid key, or activating the push button, activates the relay output that bypasses the door magnet contact, or opens the magnet lock, for a fixed time of 30 seconds.

In this case:

• The Door Module is not programmed.

• Relay outputs K1 and K2 cannot be calendar-controlled. The idea is to prevent bypassing an alarmed door from iLOQ Manager.

• Door status cannot be connected.

The table below describes the inputs controlling outputs K1 and K2, and whether the outputs are calendar-controllable.

You can deploy this installation according to the instructions in Connecting a Remotely Managed Lock Cylinder. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting one or two networked lock cylinders. If necessary, relay outputs K1 and K2 can be used for controlling electric locks by a calendar.

In this case, the Door Module is not programmed.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if door status can be connected to the input.

You can connect any potential-free contact information, such as a magnetic door contact, to IN2. In this way, you can request for the door status information through iLOQ Manager and view the event log on the door status. If you have to obtain status information from, for example, both the lock strike plate and the door, you can serial connect the lock and door contacts. In this case, the status indicates whether the door is closed and locked, or not.

You can deploy this installation according to the instructions in Connecting a Remotely Managed Lock Cylinder. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting a Key Reader or RFID reader, for controlling an electric lock. You can also connect one or two networked lock cylinders.

An example use case is a door where an electric lock is controlled by a reader. A valid key activates the impulse for relay output K1 that is connected to the electric lock. A push button connected to IN1 activates the relay output K1. The K1 relay can also be calendar-controlled. The K2 relay can be used for calendar-controlling an electric lock on another door.

In this case, the Door Module is programmed.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if door status can be connected to the input.

You can connect any potential-free contact information, such as a magnetic door contact, to IN2. In this way, you can request for the door status information through iLOQ Manager and view the event log on the door status. If you have to obtain status information from, for example, both the lock strike plate and the door, you can serial connect the lock and door contacts. In this case, the status indicates whether the door is closed and locked, or not.

You can deploy this installation according to the instructions in Controlling an Electric Lock by a Key Reader or RFID Reader. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting a Key Reader or RFID reader, for controlling an electric lock, which control both relay outputs. You can also connect one or two networked lock cylinders, which cannot control relays.

An example use case is an alarmed door where an electric lock is controlled by a reader, which also bypasses the door magnet contact. A valid key or a push button:

• Activates the impulse for relay output K1, which is connected to the electric lock.

• Activates the relay output K2, which bypasses the magnet contact on the alarmed door, for 30 seconds, by default. This period can be changed through iLOQ Manager.

The K1 relay can also be calendar-controlled. In this case, relay output K2 cannot be calendar-controlled. The idea is to prevent bypassing an alarmed door from iLOQ Manager.

In this case, the Door Module is programmed.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if door status can be connected to the input.

You can connect any potential-free contact information, such as a magnetic door contact, to IN2. In this way, you can request for the door status information through iLOQ Manager and view the event log on the door status. If you have to obtain status information from, for example, both the lock strike plate and the door, you can serial connect the lock and door contacts. In this case, the status indicates whether the door is closed and locked, or not.

You can deploy this installation according to the instructions in Controlling an Electric Lock by a Key Reader or RFID Reader. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting a Key Reader or RFID reader, for controlling an alarm system.

An example use case is a door where an alarm system is controlled by a reader. A valid key activates the impulse for relay output K1 that is connected to the alarm system. If you connect the Key Reader N103, you can connect the alarm system status information to control the lowermost light of the Key Reader, to indicate the alarm system status. Connect the alarm system status information to the Door Module IN 1 to control green light, and/or IN 2 to control red light. The status information you bring from the alarm system must be potential-free. If you have connected IN2, you can request for the alarm status information through iLOQ Manager and view the event log on the alarm status.

In this case, the Door Module is programmed.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if alarm status can be transferred to iLOQ Manager.

You can deploy this installation according to the instructions in Controlling an Alarm System by a Key Reader or RFID Reader. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting a Key Reader or RFID reader, for controlling an electric lock, which control both relay outputs. You can also connect one or two networked lock cylinders, which cannot control relays.

An example use case is an alarmed door where an electric lock is controlled by a reader, which also bypasses the door magnet contact. A valid key or a push button:

• Activates the impulse for relay output K1, which is connected to the electric lock.

• Activates the relay output K2, which bypasses the magnet contact on the alarmed door, for 30 seconds, by default. This period can be changed through iLOQ Manager.

The K1 and K2 relays cannot be calendar-controlled. The idea is to prevent opening and bypassing the alarm of the high-security demand room door from iLOQ Manager.

In this case, the Door Module is programmed.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if door status can be connected to the input.

You can connect any potential-free contact information, such as a magnetic door contact, to IN2. In this way, you can request for the door status information through iLOQ Manager and view the event log on the door status. If you have to obtain status information from, for example, both the lock strike plate and the door, you can serial connect the lock and door contacts. In this case, the status indicates whether the door is closed and locked, or not.

You can deploy this installation according to the instructions in Controlling an Electric Lock by a Key Reader or RFID Reader. However, set the OPTIONS dip switches as follows:

This operation mode is intended for connecting one or two networked lock cylinders, one of which controls a relay output.

An example use case is an alarmed door, or a door where a magnet lock is bypassed by a valid key insertion to the lock cylinder.

Opening the cylinder with a valid key, or activating the push button, activates the relay output that bypasses the door magnet contact, or opens the magnet lock, for a fixed time of 30 seconds.

In this case:

• The Door Module is not programmed.

• Relay output K1 cannot be calendar-controlled. The idea is to prevent bypassing an alarmed door from iLOQ Manager.

The table below describes the inputs controlling outputs K1 and K2 and whether the outputs are calendar-controllable, and if door status can be connected to the input.

You can connect any potential-free contact information, such as a magnetic door contact, to IN2. In this way, you can request for the door status information through iLOQ Manager and view the event log on the door status. If you have to obtain status information from, for example, both the lock strike plate and the door, you can serial connect the lock and door contacts. In this case, the status indicates whether the door is closed and locked, or not.

You can deploy this installation according to the instructions in Connecting a Remotely Managed Lock Cylinder. However, set the OPTIONS dip switches as follows: