CCPM Adjustable Voltage Regulator

4.8v - 8.5v CCPM Adjustable Voltage Regulator prr-ccpmadjdn

Our NEW CCPM Adjustable Voltage Regulator (v2) is going to definately turn some heads at the field. This NEW Voltage Regulator will deliver a constant 5v to the Rx at 3A to power your Gyro / Tail Servo, Throttle Servo, Governer, Flybar-less Systems and whatever else that is plugged into the Rx. Here is the best part... The Regulator has plugs that go to your Rx to get the Signals for the 3 CCPM (Swashplate) Servos and passes it through the Regulator and will only Adjust the Output Voltage to those 3 Servos at a constant 10A with a Voltage range of 4.8v up to over 8.5v.*

This unit will allow upwards of 11.1v input from an array of battery technologies, (Ni-Cd, Ni-Mh, Li-Ion and Li-Po). Output Voltage is user adjustable within a range based on the input voltage supplied to the unit. With a 7.4v input, the Voltage range can be set anywhere from 4.8v - 6.5v and with an 11.1v input, you can go upwards of over 8.5v.* The best way to set the Voltage Output is through an already connected Electronic Device (ie... GV-1) that displays Voltage. Otherwise any Volt Meter would work fine.

The NEW v2 of our CCPM Regulator no longer has dual power leads to the Rx, it now has 3 of them!!!

The Unique design of the Heatsink with ULTRA-THIN Fins allows for super fast dissipation of heat and makes Installation a breeze due to not needing air-flow over the Heatsink.

This compact and light-weight Voltage Regulator will definatley exceed your expectations!!!

• Min. Input Voltage: 7.4v
• Suggested Input Voltage: 7.4v - 11.1v*
• CCPM Output Voltage w/ 7.4v: Adjustable 4.8v - 6.5v @ 10A
• CCPM Output Voltage w/ 11.1v: Adjustable 4.8v - 8.5v+ @ 10A
• Rx Output Voltage: Constant 5v @ 3A
• Max. CCPM Amp Rating: 16A
• Max. Rx Amp Rating: 5.5A
• Heatsink Material: Aluminum
• Length of Lead Plugs: 6" Each
• Plug Type: Universal
• Size: 60mm x 30mm x 9mm
• Weight: 35g

* for nominal performance, use a 7.4v input voltage

* We suggest that if you are going to be running the output voltage under 7v to use a 7.4v Input. Only if you are going to be running the output at over 7v to use an 11.1v.