Çin, Guangdong Eyaleti, Dongguan Şehri, Hongmei Kasabası, Shugang Caddesi, No. 3, Kat 1

20 yıllık çevresel test odası üreticisiDünya genelinde 3000+ müşteri teslimatı           E-posta: shirley@deruitest.com
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Pil Test OdasıPil Test Odası

Battery Test Chamber Manufacturer & Safety Solutions

Explosion-proof temperature and humidity chambers designed for EV battery pack, cell, and module safety testing per UL 1642 and UN 38.3.

Kesin Kuvvet ve Sıcaklık Kontrolü ile Batarya Zorunlu İç Kısa Devre Test Cihazı

Kesin Kuvvet ve Sıcaklık Kontrolü ile Batarya Zorunlu İç Kısa Devre Test Cihazı

Akü Sıcaklık Test Odası

Akü Sıcaklık Test Odası

Akü Yükseklik Simülasyonu Test Odası

Akü Yükseklik Simülasyonu Test Odası

Akü Darbe Test Odası

Akü Darbe Test Odası

Akü Ezilme Test Odası

Akü Ezilme Test Odası

Elektrikli Araç Akü Hücresi Yangın Test Cihazı

Elektrikli Araç Akü Hücresi Yangın Test Cihazı

Akü Kötüye Kullanım Test Odası

Akü Kötüye Kullanım Test Odası

Akü Yanma Test Odası

Akü Yanma Test Odası

Güç Batarya Hücresi Test Sistemi

Güç Batarya Hücresi Test Sistemi

Pil Modülleri, Hassas Darbe Simülasyonu ile Etki Test Makinesi Hızlandırıcı

Pil Modülleri, Hassas Darbe Simülasyonu ile Etki Test Makinesi Hızlandırıcı

600Hz Frekans Aralıklı Elektromanyetik Titreşim Test Ünitesi

600Hz Frekans Aralıklı Elektromanyetik Titreşim Test Ünitesi

Yüksek Güvenlik ve Verimlilikli Çok Katmanlı Lityum Pil Test Odası

Yüksek Güvenlik ve Verimlilikli Çok Katmanlı Lityum Pil Test Odası

Specify Battery Test Equipment from the Method and Hazard

Battery environmental and abuse equipment must be selected from battery chemistry, format, energy, state of charge, operating condition, expected failure modes and the exact procedure. No single chamber is suitable for every battery test.

Test Method and Hazard Assessment

Identify whether the requirement is environmental conditioning, altitude, thermal abuse, crush, impact, short circuit or fire exposure. Document expected gases, fire, pressure, electrolyte and electrical hazards before choosing equipment.

Define the Battery Test Method →

Environmental Conditioning or Abuse Testing

Temperature-humidity chambers support controlled environmental profiles, while crush, fire and abuse tests require dedicated mechanisms and protective construction. Do not treat one enclosure as a universal substitute for all procedures.

Compare Battery Test Equipment →

Plan Battery Climatic Testing

Provide cell, module or pack dimensions, mass, chemistry, capacity, state of charge, stored energy and powered heat load. These determine workspace, fixtures, refrigeration and the severity of protective measures.

Review Battery Crush Systems →

Monitoring and Test Interfaces

List voltage, current, temperature, pressure and gas channels together with cable ports, coolant connections, internal power and remote observation. Interfaces should allow safe monitoring without compromising containment.

Review Monitoring Requirements →

Containment, Venting and Emergency Functions

Select pressure relief, reinforced construction, exhaust, gas detection, fire-suppression interfaces, isolation and emergency shutdown from the risk assessment and local laboratory plan.

Configure Battery Safety Functions →

Site Readiness and Acceptance Testing

Confirm room ventilation, exhaust destination, utilities, safety distances, emergency response and post-test handling. Define interlock checks, alarm simulation, monitoring records and acceptance documentation.

Request a Battery Safety Review →

Build the Battery Test System Around the Actual Hazard

Send the battery chemistry, dimensions, state of charge, energy, test method, operating connections, expected failure modes, monitoring channels and site-safety provisions.

Request a Battery Test Safety Review Download Battery Test Equipment Information

Ensure lithium-ion cell, module, and pack safety with our specialized battery test chambers. Built with multi-layer explosion-proof mechanisms, automatic pressure relief valves, inert gas purging, and fire suppression systems, our safety chambers provide maximum operator protection during extreme thermal and electrical stress testing. Compliant with UN 38.3, UL 1642, UL 2580, and IEC 62619, these environmental battery chambers deliver precise temperature-cycling environments for EV and energy storage systems. Request custom specifications from our engineering team.

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