Can Your EV Charging Station Cable Withstand This Pull Force and Torque Test?

EVSE Testing Equipment
December 11, 2025
Category Connection: EVSE Testing Equipment
Brief: In this video, we demonstrate the rigorous testing process of the IEC 61851-23 Cable Anchorage Test System. Watch as we apply precise tensile forces and torque to EV charging station cables, simulating real-world conditions to verify compliance with international safety standards. Stay tuned as we highlight the most important features and real-use results.
Related Product Features:
  • Engineered for reliable EVSE compliance testing according to IEC 61851-23:2023 clause 11.6.102.
  • Features PLC intelligent control and touch screen operation for automated, user-friendly testing.
  • Applies precise tensile forces (160N to 500N) and torque (0.6N*m to 16.3N*m) using weight superposition.
  • Offers adjustable fixture height from 500 to 1200 mm to accommodate various cable outlet positions.
  • Provides customizable test cycles (1-999999) and torque application time (0-99H59M59S) for flexible testing.
  • Includes power failure protection with data storage memory to ensure test continuity and data integrity.
  • Delivers stable, repeatable results with a tensile frequency of 1 time/s and electrical signal detection.
  • Built with a durable mechanical structure for long-term reliability in manufacturing and laboratory environments.
Faqs:
  • What standards does this cable anchorage test system comply with?
    The system is designed and manufactured strictly according to IEC 61851-23:2023 clause 11.6.102, including the specifications in Figure 110, Figure 111, and Table 114, ensuring it meets international EV charging infrastructure safety standards.
  • How are the pull force and torque applied during testing?
    The system applies tensile forces (ranging from 160N to 500N) and torque (from 0.6N*m to 16.3N*m) through the precise superposition of weights, driven by an electric motor for consistent and accurate force application.
  • Can this equipment test charging stations with different cable outlet heights?
    Yes, the system features an adjustable fixture height ranging from 500 mm to 1200 mm, allowing it to accommodate and test EV charging stations with various cable outlet positions effectively.
  • What happens if there is a power failure during a test?
    The equipment includes power failure protection with data storage memory, which preserves test data and allows the system to resume testing without losing progress, ensuring data integrity and test continuity.