Throttle PB-6 Type 0-5K with Micro 2-wire EV For golf cart Potentiometer
In Stock
Questions? We're here to help!
Talk with a parts expert today
I reached out for some replacement head bolts and they responded quickly with a few questions and cautionary information and is sending me some bolts. Great customer service! Thanks
Edward H. — Verified customer
Product Overview
This PB-6 style potentiometer provides precise throttle input for electric vehicle applications. Engineered for durability, it translates mechanical pedal movement into a 0-5K ohm electrical signal, ensuring reliable speed control for golf carts and other EV systems.
Key Features & Performance
- Signal Accuracy: Delivers a consistent 0-5K ohm output for smooth motor control.
- Built-in Micro Switch: Features a 2-wire switch to signal the controller upon pedal engagement.
- Reliable Build: Engineered to withstand the frequent cycling of electric vehicle operation.
- Standard PB-6 Design: Matches the common PB-6 form factor for easier mounting and setup.
Fitment & Compatibility
- Vehicle Types: Compatible with various electric golf carts and utility vehicles.
- Controller Types: Fits systems designed for a 0-5K ohm throttle input.
Technical Specifications
- Model: PB-6 Type
- Resistance Range: 0-5K Ohms
- Wiring: 2-wire Micro Switch
- Application: Electric Vehicle (EV) Throttle Control
Frequently Asked Questions
- Q: Is this compatible with a 5K-0 ohm controller? A: No, this part is for 0-5K ohm systems only.
- Q: Does this product include the micro switch? A: Yes, this assembly includes an integrated 2-wire micro switch for throttle signaling.
Compatibility may vary by serial number. Verify fitment before purchase.
Need Any Help?
Work 1-on-1 With An Expert For:
- The Right Part Selection
- Our Best Pricing Tiers
- Priority Customer Support
- White Glove Installations
- Flexible Payment Options
Service was professional and easy to work with. They kept me updated on my order and recommended a different part when the one I originally picked wasn’t going to work. Everything showed up as expected and the process was smooth overall.