Mind-Blowing Precision! Watch How EV Charging Connectors Pass Air Tightness Testing

Équipement d'essai des connecteurs électriques
December 05, 2025
Brief: This video explains the main functions and practical uses in a clear, step-by-step format. Watch as we demonstrate how the Electric Vehicle Charging Connector & Water Pipe Air Tightness Tester performs high-precision leak detection on EV charging gun components and water pipes. You'll see the airtightness and pressure-drop testing process based on IPX7 standards, showcasing how it identifies defective materials before assembly to ensure product reliability.
Related Product Features:
  • Performs high-precision leak detection for EV charging gun components and water pipes.
  • Conducts airtightness and pressure-drop tests according to IPX7 standards.
  • Provides stable pressure output and micro-leakage monitoring capabilities.
  • Features automatic evaluation and data recording for quality control.
  • Supports multiple test pressure units including kPa, PSI, mbar, and bar.
  • Offers multiple leakage units such as Pa/s, mL/min, and L/min for detailed analysis.
  • Equipped with 64 parameter channels for versatile testing configurations.
  • Operates with a 32-bit processor for reliable performance and accuracy.
FAQ:
  • What standards does this air tightness tester comply with?
    The tester performs airtightness and pressure-drop tests based on IPX7 standards to ensure product reliability and identify defective incoming materials before assembly.
  • What is the measurement range and accuracy of this tester?
    The tester has a measurement range of 0 to ±2000 Pa with an accuracy of ±0.1% FS, providing high-precision leak detection for EV charging components.
  • How many test channels does this equipment support?
    This air tightness tester supports 64 parameter channels (1-64), allowing for versatile testing configurations across multiple components or parameters.
  • What are the operating conditions for this tester?
    The tester operates in temperatures from -5°C to 40°C with humidity below 80% RH (non-condensing), and requires clean, dry air at ≥ 600 kPa with AC 220V ±10%, 50 Hz power supply.
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