Blower Motor Resistor Fit for Peterbilt - COE 1994-2007, Fit for Kenworth 1995-2009, HVAC Blower Motor Resistor Heater Replacement 5X010040 5X013542 P93CAA3100-01S P93CAA310001S 1223P 4 Terminal

Compatible withFit for Peterbilt All Models-COE 1994 - 2007Fit for Kenworth All Models 1995 - 2009Specific function: Adjusts the fan speed of the cab ventilation and heating system by controlling the current flowing into the blower motor, achieving multi-level airflow switching from low to highProduct specifications:Material: Ceramic substrate, nickel-chromium alloyColor: BlackTerminals: 4 terminalsThe packaging includes: Blower motor resistor kit *1Installation method: Directly replace the installationNoticeCheck the model number in advance in case of mismatching For any reason, if you are not satisfied with your purchase, contact us directly

• Fitment: This blower resistor replaces/resistance fit for Peterbilt All Models-COE Chassis & Conventional W/Signet Main & Sleeper Unit 1994 - 2007, Fit for Kenworth All Models Conventional W/Signet Main & Sleeper Unit 1995 - 2009
• Replacement OEM: Replaces OEM part numbers 5X010040 5X013542 P93CAA3100-01S P93CAA310001S and 1223P for a hassle-free replacement experience
• Reliable performance: HVAC blower motor resistor heater can solve problems such as fan speed control failures, restoring all normal speeds of HVAC blowers, precisely controlling current, and allowing your fan to smoothly switch between low and high speeds again
• Rugged and durable: The blower motor resistor kit is made of a high-temperature resistant ceramic substrate and nickel-chromium alloy resistance wire, which can withstand high current loads and extreme temperatures, ensuring long-term stable operation in harsh environments
• In-site installation: HVAC 4 terminal AC blower motor resistor heater is designed specifically for your vehicle model and typically require only one screw for quick and easy replacement in the original location. You do not need to make any modifications to the existing wiring or structure