Futaba FURPS10 PS-10 5.2V 7A Servo and RX Voltage Stabiliser  [FURPS10]

FUTABA PS-10 5.2V 7A VOLTAGE REGULATOR FOR SERVO AND RX (6V-12.6V BATTERY INPUT) (W/O PACKING)
Price:
NZD$39.20
Brand:
Futaba
Model:
FURPS10
GTIN:
4513886306167
Condition:
Brand New
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Stabiliser for servos and receiver electronics

The Futaba FURPS10 PS-10 is a compact regulator built to deliver a constant 5.2V supply to servos and receivers when battery voltage varies from 6V up to 12.6V. It is intended for model use and helps maintain control reliability under load.

Fitted inline with the model power feed, the regulator provides a stable 5.2V rail and supports bursts up to 7A. It reduces voltage sag that can lead to weakened servo response or receiver resets, especially when multiple high-current servos are used or when running higher-voltage packs.

Fit the unit between the battery and the receiver/servo bus, double-check polarity, and mount it away from heat sources and moving mechanisms. The design is neutral on connectors, so use connectors that match your existing wiring.

Specifications

  • Item Futaba PS-10 voltage regulator for servo and RX
  • Material Not specified
  • Model Number FURPS10
  • Compatibility RC servos and receivers
  • Output Voltage 5.2V regulated
  • Max Current 7A
  • Input Voltage Range 6V - 12.6V
  • Packing W/O packing

For pilots and modellers who want a straightforward regulator to shield servos and receivers from battery fluctuation, the Futaba FURPS10 PS-10 gives a reliable 5.2V output with a 7A headroom suitable for many electric RC applications.

Continuous high current will raise the regulator temperature; allow airflow or place it where heat can dissipate. Avoid mounting directly against heat-generating components.
Yes. The specified input limit of 12.6V matches the maximum voltage of a fully charged 3S LiPo, so that pack type falls within the allowable range.
The unit supports peak demands up to 7A, which covers short bursts from multiple servos in many setups. Confirm combined stall currents to ensure safe margins.
For light to moderate loads the regulator will typically be fine without extra cooling, but for prolonged maximum-current use consider improving airflow or adding a heatsink.

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