Allen-Bradley 1440-TUN06-00RE XM-361 Universal Temperature Module

The Allen-Bradley 1440-TUN06-00RE serves as the primary 1440-TUN06 Universal Temperature Module utilized to execute multi-channel thermal signal acquisition across XM DeviceNet monitoring platforms. The module accepts RTD and thermocouple sensor inputs through six universal channels while transferring process temperature data through DeviceNet communication and 4-20 mA output interfaces.

Hardware Specifications

DeviceNet Integration and I/O Density Scaling

The XM-361 module exchanges thermal measurement data through DeviceNet network architecture while maintaining six independent sensor acquisition channels within a single DIN-rail footprint. This channel density permits consolidated monitoring of bearing housings, motor windings, casing surfaces, and lubrication systems without distributing separate single-loop transmitters across the control enclosure.

The module supports mixed thermocouple and RTD installations, reducing field hardware variation during retrofit projects. DeviceNet communication permits cyclic data transfer between XM monitoring assemblies and supervisory PLC or DCS platforms using deterministic industrial network timing structures.

Frequently Asked Questions

Q: Does the 1440-TUN06-00RE provide direct relay trip outputs?
A: The supplied specifications reference DeviceNet communication and 4-20 mA outputs only. No onboard relay trip outputs are listed.

Q: Can different sensor technologies be connected simultaneously?
A: Yes. The module supports multiple thermocouple and RTD sensor types across its six universal input channels.

Q: What installation method is specified for the module?
A: The module is designed for DIN-rail mounting with field wiring terminated through associated XM terminal base assemblies.

Field Installation Guidelines

• Route thermocouple wiring separately from motor power conductors to reduce induced electrical noise.

• Maintain shield continuity and terminate cable shields at a single grounding reference point.

• Verify thermocouple polarity before energizing the module to prevent inverted temperature readings.

• Use matched RTD lead configurations and consistent conductor lengths where multi-point comparison measurements are required.

• Install the module inside an enclosure that limits conductive dust and moisture accumulation around terminal areas.

• Confirm DeviceNet node addressing and bus termination before connecting the module to an active network segment.