Futaba FURPS10 PS-10 5.2V 7A Voltage Regulator Upgrade for Servo and RX  [FURPS10]

FUTABA PS-10 5.2V 7A VOLTAGE REGULATOR FOR SERVO AND RX (6V-12.6V BATTERY INPUT) (W/O PACKING)
Price:
AUD$32.29
Brand:
Futaba
Model:
FURPS10
GTIN:
4513886306167
Condition:
Brand New
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Power smoothing for servos and RX systems

The Futaba FURPS10 PS-10 is an RC-grade voltage regulator that keeps servos and receivers at 5.2V when input battery voltage varies between 6V and 12.6V. It is intended for model installations to improve control consistency.

In use the regulator is wired inline with the battery feed to the receiver and servo rail, producing a stable 5.2V output and coping with peak currents up to 7A. This curbs voltage sag that can compromise servo torque or cause receiver glitches, which is particularly valuable with several high-draw servos or higher-voltage battery setups.

To install, place the regulator between the battery pack and receiver/servo distribution, verify polarity, and secure it away from moving parts and heat. The unit accepts common power leads so no special connector type is required beyond matching your 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

As a compact regulator for model builders and tuners, the Futaba FURPS10 PS-10 delivers a simple 5.2V, 7A regulation option to reduce servo and receiver instability caused by battery voltage changes.

Fit it inline between the battery and the receiver/servo bus, making sure the positive and negative leads are connected correctly to avoid reverse polarity.
By delivering a stable 5.2V rail and handling up to 7A, it reduces the chance of twitching or receiver resets caused by voltage sag, though total system wiring and grounding also matter.
The regulator uses standard power leads and does not demand special connectors; match its leads to your receiver and battery wiring for a straightforward installation.
Sum the stall or peak currents of your servos during selection. If the combined peaks approach or exceed 7A, consider a regulator or power solution with a higher current rating.

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