Futaba SBS Telemetry Temperature Sensor FUSBS-01T for Receivers  [FUSBS-01T]

FUTABA SBS-01T THERMAL TEMPERATURE SENSOR -20~200C # EBB1107
Price:
CAD$44.34
Brand:
Futaba
Model:
FUSBS-01T
GTIN:
4513886306273
Condition:
Brand New
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Receiver temperature sensor overview

The Futaba FUSBS-01T is a compact thermal sensor built to serve as an RC receiver accessory for telemetry systems. It reports a measurement span of -20~200C to compatible Futaba SBS telemetry receivers, letting you keep an eye on component temperatures during bench checks and track-side preparations.

Fitting the sensor is simple for hobby technicians: plug the unit into the SBS telemetry connector on supported Futaba receivers and configure temperature telemetry on your transmitter. Use it to monitor motors, ESCs, battery areas and other heat-prone spots that influence setup choices.

During tuning, the live temperature readout helps detect overheating patterns, confirm cooling changes and validate adjustments across short test runs. The FUSBS-01T complements telemetry suites by adding targeted temperature data rather than replacing core diagnostics tools.

Specifications

  • Item Futaba FUSBS-01T Thermal Temperature Sensor
  • Model Number FUSBS-01T
  • Temperature Range -20~200C
  • Material Not specified
  • Compatibility Futaba SBS telemetry receivers

This sensor is aimed at RC users who want reliable temperature telemetry from receivers with SBS support to guide tuning and minimise thermal issues during testing and running sessions.

The sensor is intended for Futaba receivers that expose an SBS telemetry port. Check your receiver specification sheet to confirm SBS telemetry support before installation.
Insert the FUSBS-01T into the SBS telemetry socket on a compatible Futaba receiver, then enable temperature telemetry on the transmitter following the receiver manual steps.
Yes. Placed near ESCs or motors it gives useful temperature readings to inform cooling and tuning decisions during runs.
Keep the sensor and cabling clean, ensure connectors are seated firmly, and occasionally compare the output with a reference thermometer to confirm accuracy.

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