Futaba FUSBE1 S.BUS PWM Encoder 10-Channel  [FUSBE1]

FUTABA SBE-1 10-CHANNEL ANALOG PWM TO S.BUS SIGNAL ENCODER
Price:
£23.77
Brand:
Futaba
Model:
FUSBE1
GTIN:
4513886306075
Condition:
Brand New
Write a review

Convert ten PWM channels to one S.BUS connection

The Futaba FUSBE1 is an S.BUS signal encoder engineered to take up to ten analogue PWM servo outputs and combine them into a single S.BUS data line for Futaba S.BUS compatible receivers and systems.

As a wiring optimisation device, the encoder allows multiple PWM-controlled servos to share one S.BUS bus, cutting down on receiver port usage and simplifying cable routing within scale models and complex assemblies. It translates standard PWM channel outputs to the S.BUS digital protocol while preserving independent channel control.

Installation is typically straightforward: locate and secure the encoder, connect each servo PWM lead to the corresponding encoder input, and link the S.BUS output to the receiver. Refer to your radio and receiver manuals for S.BUS channel ordering and enable any necessary S.BUS modes so the encoder channels appear correctly.

The unit acts as a transparent conduit for assigned channels rather than a controller. Fine tuning, subtrim and mixing remain the responsibility of the transmitter or dedicated controllers while the encoder handles the signal aggregation onto S.BUS.

Specifications

  • Item: 10-channel analog PWM to S.BUS signal encoder
  • Model Number: FUSBE1
  • Material: Not specified
  • Compatibility: Futaba S.BUS compatible receivers and systems
  • Channels: 10
  • Function: Converts analog PWM servo outputs into a single S.BUS data line

The Futaba FUSBE1 provides a compact way to centralise multiple PWM channels onto one S.BUS output, helping tidy installations while maintaining full transmitter-based control.

No. The encoder relays the PWM channel data onto S.BUS without altering servo travel or behaviour; any adjustments should be made via the transmitter.
System limits depend on your receiver and other S.BUS devices. Check your receiver documentation for maximum channel counts and device compatibility.
After installation, power up and confirm each channel responds correctly, review channel mapping in the transmitter, and ensure there are no signal conflicts on the S.BUS line.
The encoder is intended for signal aggregation and wiring neatness; suitability for competition depends on your rules and the specific timing or telemetry needs of the model.

Copyright © 2008-2026 rcjaz.co.uk All rights reserved