SSCG180-1000-7000 0,2%FS Torsi PengukuranKeakuratanGasolineEnginePerformanceElectricDynamometerTestBe

Dinamometer pengujian mesin
August 11, 2025
Category Connection: Dinamometer Uji Mesin
Brief: Discover the SSCG180-1000-7000 0.2%FS Torque Measurement Accuracy Gasoline Engine Performance Electric Dynamometer Test Bench. Designed for 180kW gasoline engines, this test bench offers precise torque measurement, dynamic load simulation, and full-condition engine performance testing. Ideal for engine development, hybrid system matching, and component verification.
Related Product Features:
  • High-precision torque measurement with 0.2%FS accuracy for reliable performance testing.
  • Electric dynamometer with 180kW rated power and 1000-7000rpm speed range for versatile applications.
  • Dynamic load simulation with 0-100% load step response ≤0.4s for rapid testing conditions.
  • Modular design supports turbocharging and direct injection engine testing for various technical routes.
  • Advanced fuel and intake measurement system with ±0.5% accuracy for precise control.
  • Intelligent measurement and control system with ABB PLC and ADVANTECH upper computer for efficient operation.
  • Comprehensive safety features including overspeed and over-temperature protection for secure testing.
  • Supports standard cycles like NEDC and extreme conditions such as -40℃ low-temperature start-up.
FAQ:
  • What is the torque measurement accuracy of the SSCG180-1000-7000 test bench?
    The SSCG180-1000-7000 test bench offers a torque measurement accuracy of ±0.2%FS, ensuring precise and reliable performance testing.
  • Can the test bench simulate different working conditions?
    Yes, the test bench can simulate standard cycles like NEDC and extreme conditions such as 5000m altitude plateau operation and -40℃ low-temperature start-up.
  • What types of engines can be tested with this dynamometer?
    The SSCG180-1000-7000 is designed for 180kW gasoline engines and supports testing for various technical routes, including turbocharging and direct injection.