Excavator AC Resistor KHR13730 CX130B Parts

Other Engine Parts
January 09, 2026
Category Connection: Other Engine Parts
Brief: Curious about how this performs in practice? Join us for a hands-on look at the KHR13730 Air Conditioning Resistor. This video provides a detailed walkthrough of its installation process and demonstrates how it regulates blower motor speed to ensure stable airflow in excavator air conditioning systems, specifically for models like the CX130B.
Related Product Features:
  • Stable speed regulation for precise control of multiple blower speeds.
  • High-temperature resistant design with excellent heat resistance for long-term high-load operation.
  • Reliable compact structure with strong vibration resistance to reduce failure rates.
  • Easy installation with interfaces and dimensions conforming to original vehicle design.
  • Suitable for CX130B and other excavator models requiring air conditioning system components.
  • Utilizes high-temperature resistant resistive elements for stable operation under current fluctuations.
  • Designed to improve the reliability and comfort of vehicle air conditioning systems.
  • Enables long-term stable operation in high temperature and vibration conditions.
FAQs:
  • What is the main application of the KHR13730 Air Conditioning Resistor?
    The KHR13730 is primarily used in vehicle or engineering equipment air conditioning systems to regulate and control the blower motor speed, ensuring stable airflow output. It is applicable to CX130B and other excavator parts.
  • What are the key features of this air conditioning resistor?
    Key features include stable speed regulation for precise blower control, high-temperature resistant design for long-term operation, reliable compact structure with vibration resistance, and easy installation matching original vehicle specifications.
  • How does this resistor ensure reliability in demanding conditions?
    It utilizes high-temperature resistant resistive elements and a reliable insulation structure design, enabling long-term stable operation under high temperature, current fluctuation, and vibration conditions, effectively improving system reliability.