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How to

How to


Products: RP-C, RP-V, SpaceLogic Sensors
Functionalities: Hardware
Product version: 2022, 2023, 2024, 7.0
3/30/2023

Connecting SpaceLogic Sensor Devices to an RP Controller

You connect SpaceLogic Sensor devices to an RP controller to provide the devices with power and communication from the controller.

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The RP-C sensor bus allows SpaceLogic Sensor devices to be connected to the controller.

Notice

LOSS OF COMMUNICATION

  • Ensure that the total length of the sensor bus does not exceed 61 m (200 ft).

  • Use a Cat 5 or higher unshielded twisted pair cable with eight conductors (four twisted pairs), a cross-sectional area of 22 to 26 AWG (0.34 to 0.14 mm 2 ), and a rating that meets the requirements of the target environment.

Failure to follow these instructions can result in loss of communication.

Note:

For the RP-C controller models RP-C-12A-F-24V, RP-C-12B-F-24V, RP-C-12C-F-24V, and RP-C-16A-F-230V, the following description applies only for hardware version 10 and later of the controller. For more information, see Differences Between RP-C Hardware Versions .

By default, the RP-C controller's RS-485 Com A port is configured and allocated for the sensor bus. For more information, see RP-C Communication Ports .

Note:

The number of RS-485 communication ports and their location differ between different controller models.

 
action_zoom_plus_stroke Location of the RS-485 Com A port on the RP-C controllers
Figure: Location of the RS-485 Com A port on the RP-C controllers
Note:

When connecting SpaceLogic Sensor devices to the sensor bus through a daisy-chain configuration, the sensor bus ports on the SpaceLogic Sensor are interchangeable.

Description

Model Number

Power (mW)

Sensor base with temperature sensor

SXWSBTXXXSXX

90

Sensor base with temperature and humidity sensors

SXWSBTHXXSXX

90

Sensor base with temperature and CO 2 sensors

SXWSBTXCXSXX

490

Sensor base with temperature, humidity, and CO 2 sensors

SXWSBTHCXSXX

490

Blank cover

SXWSCBXSELXn a

0

Blank cover with occupancy sensor

SXWSCBPSELXn a

20

3-button cover (buttons for override and setpoint control)

SXWSC3XSELXn a

190

3-button cover (buttons for override and setpoint control) with occupancy sensor

SXWSC3PSELXn a

210

Touchscreen display cover

SXWSCDXSELXn a

190

Touchscreen display cover with occupancy sensor

SXWSCDPSELXn a

210

Touchscreen display cover with light control buttons

SXWSC2XSELXn a

190

Touchscreen display cover with light control buttons and occupancy sensor

SXWSC2PSELXn a

210

Touchscreen display cover with light and blind control buttons

SXWSC4XSELXn a

190

Touchscreen display cover with light and blind control buttons and occupancy sensor

SXWSC4PSELXn a

210

Complete SpaceLogic Sensor model with temperature sensor, buttons for override and setpoint control, and LCD display cover

SXWSATXXXSLn a

80

Complete non-communicating b SpaceLogic Sensor model with resistive temperature sensor (10 kohm type 3 thermistor) and blank cover

SLAnXXX c

SXWSATXXXRXX d

0

SpaceLogic Bluetooth Adapter e

SXWBTAECXX10001

300 e

  1. The last character (“n”) of this model number indicates the housing: X (Medium matte white), W (Optimum glass white), or B (Optimum glass black).
  2. The SpaceLogic resistive temperature sensor is not designed to be connected to the sensor bus, but instead is connected to I/O points/terminals on the BACnet/IP controller using a two-wire connection.
  3. The fourth character (“n”) of this model number indicates the housing: S (Medium matte white), W (Optimum glass white), or B (Optimum glass black).
  4. The model number SXWSATXXXRXX is replaced by SLASXXX.
  5. The SpaceLogic Bluetooth Adapter is only temporarily connected to the SpaceLogic Sensor for commissioning and servicing, so it is not necessary to include the adapter in the power budget.

To summarize the power conditions, the sensor bus supports the following key SpaceLogic Sensor combinations:

  • Blank covers: Up to four sensors of any combination of sensor base types

  • 3-button and touchscreen covers: Up to four sensors of any combination of sensor base types

  • SpaceLogic LCD temperature sensors: Up to four sensors are supported

 
action_zoom_plus_stroke Examples with one SpaceLogic Sensor and four SpaceLogic Sensor devices connected to an RP-C controller in a daisy-chain configuration
Figure: Examples with one SpaceLogic Sensor and four SpaceLogic Sensor devices connected to an RP-C controller in a daisy-chain configuration

Each SpaceLogic Sensor has two 2-position DIP switches, which are used to give the sensor a unique address on the sensor bus. An incorrectly configured or improper DIP switch can cause two sensors to have the same address on the sensor bus, which means that both sensors will be offline. For more information, see SpaceLogic Sensors .

Notice

LOSS OF COMMUNICATION

Ensure that the address DIP switches on the SpaceLogic Sensor are configured to give the sensor a unique address on the sensor bus.

Failure to follow these instructions can result in loss of communication.

Note:

SpaceLogic Sensor devices connected to the sensor bus through a daisy-chain configuration can be assigned addresses regardless of the order in which the sensors appear in the daisy chain. For example, sensor number 1 can have the address 4, sensor number 2 can have the address 3, and so on.

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action_close

The RP-V sensor bus allows SpaceLogic Sensor devices to be connected to the controller.

Notice

LOSS OF COMMUNICATION

  • Ensure that the total length of the sensor bus does not exceed 61 m (200 ft).

  • Use a Cat 5 or higher unshielded twisted pair cable with eight conductors (four twisted pairs), a cross-sectional area of 22 to 26 AWG (0.34 to 0.14 mm 2 ), and a rating that meets the requirements of the target environment.

Failure to follow these instructions can result in loss of communication.

By default, the RP-V controller's RS-485 Com A port is configured and allocated for the sensor bus. For more information, see RP-V Communication Ports .

 
action_zoom_plus_stroke Location of the RS-485 Com A port on the RP-V controllers
Figure: Location of the RS-485 Com A port on the RP-V controllers
Note:

When connecting SpaceLogic Sensor devices to the sensor bus through a daisy-chain configuration, the sensor bus ports on the SpaceLogic Sensor are interchangeable.

Description

Model Number

Power (mW)

Sensor base with temperature sensor

SXWSBTXXXSXX

90

Sensor base with temperature and humidity sensors

SXWSBTHXXSXX

90

Sensor base with temperature and CO 2 sensors

SXWSBTXCXSXX

490

Sensor base with temperature, humidity, and CO 2 sensors

SXWSBTHCXSXX

490

Blank cover

SXWSCBXSELXn a

0

Blank cover with occupancy sensor

SXWSCBPSELXn a

20

3-button cover (buttons for override and setpoint control)

SXWSC3XSELXn a

190

3-button cover (buttons for override and setpoint control) with occupancy sensor

SXWSC3PSELXn a

210

Touchscreen display cover

SXWSCDXSELXn a

190

Touchscreen display cover with occupancy sensor

SXWSCDPSELXn a

210

Touchscreen display cover with light control buttons

SXWSC2XSELXn a

190

Touchscreen display cover with light control buttons and occupancy sensor

SXWSC2PSELXn a

210

Touchscreen display cover with light and blind control buttons

SXWSC4XSELXn a

190

Touchscreen display cover with light and blind control buttons and occupancy sensor

SXWSC4PSELXn a

210

Complete SpaceLogic Sensor model with temperature sensor, buttons for override and setpoint control, and LCD display cover

SXWSATXXXSLn a

80

Complete non-communicating b SpaceLogic Sensor model with resistive temperature sensor (10 kohm type 3 thermistor) and blank cover

SLAnXXX c

SXWSATXXXRXX d

0

SpaceLogic Bluetooth Adapter e

SXWBTAECXX10001

300 e

  1. The last character (“n”) of this model number indicates the housing: X (Medium matte white), W (Optimum glass white), or B (Optimum glass black).
  2. The SpaceLogic resistive temperature sensor is not designed to be connected to the sensor bus, but instead is connected to I/O points/terminals on the BACnet/IP controller using a two-wire connection.
  3. The fourth character (“n”) of this model number indicates the housing: S (Medium matte white), W (Optimum glass white), or B (Optimum glass black).
  4. The model number SXWSATXXXRXX is replaced by SLASXXX.
  5. The SpaceLogic Bluetooth Adapter is only temporarily connected to the SpaceLogic Sensor for commissioning and servicing, so it is not necessary to include the adapter in the power budget.

To summarize the power conditions, the sensor bus supports the following key SpaceLogic Sensor combinations:

  • Blank covers: Up to four sensors of any combination of sensor base types

  • 3-button and touchscreen covers: Up to four sensors of any combination of sensor base types

  • SpaceLogic LCD temperature sensors: Up to four sensors are supported

 
action_zoom_plus_stroke Examples with one SpaceLogic Sensor and four SpaceLogic Sensor devices connected to an RP-V controller in a daisy-chain configuration
Figure: Examples with one SpaceLogic Sensor and four SpaceLogic Sensor devices connected to an RP-V controller in a daisy-chain configuration

Each SpaceLogic Sensor has two 2-position DIP switches, which are used to give the sensor a unique address on the sensor bus. An incorrectly configured or improper DIP switch can cause two sensors to have the same address on the sensor bus, which means that both sensors will be offline. For more information, see SpaceLogic Sensors .

Notice

LOSS OF COMMUNICATION

Ensure that the address DIP switches on the SpaceLogic Sensor are configured to give the sensor a unique address on the sensor bus.

Failure to follow these instructions can result in loss of communication.

Note:

SpaceLogic Sensor devices connected to the sensor bus through a daisy-chain configuration can be assigned addresses regardless of the order in which the sensors appear in the daisy chain. For example, sensor number 1 can have the address 4, sensor number 2 can have the address 3, and so on.

Notice

LOSS OF COMMUNICATION

Locate the sensor bus wiring away from external electromagnetic noise sources such as high voltage cables and Variable Frequency Drives (VFDs) for AC motors.

Failure to follow these instructions can result in loss of communication.

Notice

EQUIPMENT DAMAGE

Do not connect an Ethernet cable from the controller's RS-485 Com A port or RS-485 Com B port directly to an external Ethernet switch or router.

Failure to follow these instructions can result in equipment damage.

To connect SpaceLogic Sensor devices to an RP controller

  1. Install the SpaceLogic Sensor and connect a Cat 5 (or higher) unshielded, straight-through wired cable with eight conductors (four twisted pairs) to one of the two RJ45 receptacles on the sensor. Use a cable with the wire size (cross-sectional area) 22 to 26 AWG (0.34 to 0.14 mm²).

    For more information, see SpaceLogic Sensors - SXWS Sensor Base - Installation Instructions .

    For more information, see SpaceLogic Sensors - SXWS LCD Temperature Sensors - Installation Instructions .

  2. Connect the other end of the cable to the RP controller's RS-485 port that is configured for the sensor bus.

    Note:

    By default, the RS-485 Com A port is configured for the sensor bus.

     
    action_zoom_plus_stroke

  3. When an additional SpaceLogic Sensor is needed, install the sensor and connect the other end of the cable to the unused RJ45 receptacle on the previous sensor.

    Note:

    When connecting SpaceLogic Sensor devices to the sensor bus through a daisy-chain configuration, the sensor bus ports on the SpaceLogic Sensor are interchangeable.

     
    action_zoom_plus_stroke

  4. Repeat step 3 to install a third and fourth SpaceLogic Sensor.

  5. Ensure that the two 2-position address DIP switches on each SpaceLogic Sensor are configured to give the sensor a unique address on the sensor bus.

    For more information, see SpaceLogic Sensors - SXWS Sensor Base - Installation Instructions .

    For more information, see SpaceLogic Sensors - SXWS LCD Temperature Sensors - Installation Instructions .

    For more information, see Configuring a SpaceLogic Sensor .

See Also

  • RP-C Controllers
  • RP-V Controllers
  • RP-C Sensor Bus
  • RP-V Sensor Bus
  • RP-C Communication Ports
  • Communication Ports on RP-C Models with “-F” in the Product Name
  • RP-V Communication Ports
  • SpaceLogic Sensor or RP Controller Sensor Bus Is Not Operational
  • Configuring a SpaceLogic Sensor