Is uw batterij klaar voor een explosiebestendige test?

Testapparatuur voor EV-batterijen
December 02, 2024
Category Connection: EV batterij het Testen Materiaal
Brief: Ensure maximum safety for your EV lithium batteries with our IEC 62133 Battery Explosion-proof Test Chamber. This robust chamber, compliant with international standards, offers precise temperature control and explosion-proof features to protect your testing environment.
Related Product Features:
  • Complies with UL 1662, UL 2056, UN38.3, IEC62133, IEC 62281, and IEC 60086 standards for safety and reliability.
  • Made of high-strength steel with explosion-proof glass and film for enhanced safety during battery testing.
  • Features precise temperature control with fluctuations ≤±0.5℃ and uniformity ≤1.5℃ for accurate test conditions.
  • Equipped with an independent exhaust system to automatically detect and discharge smoke from test samples.
  • Includes a high-definition video surveillance system with remote control and explosion-proof camera options.
  • Designed with a reinforced structure using SUS304 stainless steel and cold-rolled steel plates for durability.
  • Offers both automatic and manual fire extinguishing options for added safety during testing.
  • Portable with universal wheels and fixed feet for easy movement and stability in the lab.
FAQ's:
  • What standards does the IEC 62133 Battery Explosion-proof Test Chamber comply with?
    The chamber complies with UL 1662:2012, UL 2056:2012, UN38.3(2012), IEC62133-2012, IEC 62281:2006, and IEC 60086:2007, ensuring it meets international safety and performance standards.
  • How does the chamber ensure explosion-proof safety during battery testing?
    The chamber is constructed with high-strength steel, explosion-proof glass, and film, along with reinforced structural design and explosion-proof chains to prevent door opening during tests, ensuring maximum safety.
  • What are the temperature control capabilities of the test chamber?
    The chamber provides precise temperature control with fluctuations ≤±0.5℃, deviation ≤±1.5℃, and uniformity ≤1.5℃, with heating and cooling rates of 3℃/min and 1℃/min respectively, ensuring accurate test conditions.