Product Overview
ALP Technology's Explosion-Proof Temperature Humidity Test Chamber is a specialized testing solution engineered to safely evaluate lithium-ion batteries, electronic components, and energy storage systems under controlled temperature and humidity conditions while incorporating critical safety features to contain potential failures. By providing a high-security environment, this explosion-proof temperature humidity test chamber enables manufacturers, R&D laboratories, and compliance agencies to conduct tests with greater accuracy, safety, and confidence. It addresses the challenges associated with thermal runaway, gas emissions, and explosion hazards that make battery testing a complex and potentially dangerous process. Widely used across automotive, aerospace, new energy, and defense industries, this chamber ensures product reliability while protecting personnel and facilities.
Product Features
ALP's Explosion-Proof Temperature Humidity Test Chamber is engineered with advanced safety mechanisms and precision control features for reliable and secure operation:
- Explosion-Proof Containment: Reinforced explosion-proof panels and high-strength chamber doors with anti-explosion chains contain catastrophic failures. Reusable pressure relief ports automatically open when internal pressure spikes, releasing destructive force safely.
- Precision Temperature Control: Touch screen programmable controller
- Outer material: cold-roll steel sheets with surface spray
- Inner material: stainless steel SUS304
- Insulation materials: rigid polyurethane foam + fiberglass
- Door insulation materials: glass fiber
- Components brand: Schneider and other well-known brands
- Battery Testing Support: External test ports (φ50-100mm) and wiring terminals allow overcharge and over-discharge testing of batteries within the chamber. Optional CO₂ fire suppression and smoke exhaust systems are available.
- Reliable Refrigeration System: Uses world-renowned brands (Tecumseh, Bock, or Bitzer) with eco-friendly R404A and R23 refrigerants, available in air-cooled or water-cooled configurations.
Applicable Test Standards
This explosion-proof temperature humidity test chamber is designed to comply with a broad range of international and national safety testing standards:
- GB/T 2423.1 / IEC 60068-2-1: Test A: Cold
- GB/T 2423.2 / IEC 60068-2-2: Test B: Dry Heat
- GB/T 2423.3 / IEC 60068-2-78: Test Cab: Damp heat, steady state
- IEC 60068-2-30: Damp heat, cyclic test
- GB/T 31467.1: Lithium-ion battery packs and systems for electric vehicles
- GB/T 31485: Electric vehicles – Safety requirements and test methods for power batteries
- IEC 62660-1: Secondary lithium-ion cells for electric road vehicles
- UL 1642: Lithium battery pack thermal abuse and thermal shock tests
- GJB 150.3 / GJB 150.4 / GJB 150.9: Military high/low temperature and humidity tests
Technical Specifications
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Model |
ALP-FB100 |
ALP-FB225 |
ALP-FB500 |
ALP-FB1000 |
|
Workroom Dimensions (mm) |
450*450*500 |
500*600*750 |
700*800*900 |
1000*1000*1000 |
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Exterior Dimensions (mm) |
1050*970*1760 |
1050*1020*2000 |
1320*1320*2170 |
1700*1520*2310 |
|
Power |
5.0 KW |
7.0 KW |
9.0 KW |
12.0 KW |
|
Temperature Range |
A:-20℃～+150℃ B:-40℃～+150℃ C:-60℃～+150℃ D:-70℃～+150℃ |
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Humidity Range |
20~98% R.H |
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Fluctuation/Evenness |
≤±0.5℃/≤±2℃ |
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Humidity Deviation |
+2, -3% R.H |
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Temperature Rise Speed |
1.0~3.0℃/min |
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Temperature Fall Speed |
0.7~1.0℃/min |
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FAQ
Q1: What types of products are typically tested in an explosion-proof temperature humidity test chamber?
A: This chamber is primarily used for testing lithium-ion batteries, battery packs, energy storage systems, nickel-cadmium, nickel-hydrogen, and lead-acid batteries, as well as electronic components that may present explosion or fire risks during extreme temperature/humidity testing.
Q2: What safety features are included to protect operators?
A: The chamber includes reinforced explosion-proof panels, reusable pressure relief ports, over-temperature protection (3 levels), compressor overpressure/overheating/overcurrent protection, earth leakage protection, phase sequence protection, and emergency stop with sound-light alarm.
Q3: Can the chamber be used for battery charging/discharging tests?
A: Absolutely. The chamber features external test ports (φ50-100mm) and wiring terminals for connecting to external charging and discharging equipment, allowing overcharge and over-discharge testing of batteries in a controlled, safe environment.
Q4: Can ALP customize the chamber size or features?
A: Yes. ALP's greatest advantage is the ability to customize non-standard test chambers according to specific customer requirements, including dimensions, temperature/humidity range, and optional safety features such as CO₂ fire suppression and smoke exhaust systems.
Q5: What test standards does the chamber comply with?
A: The chamber complies with IEC 60068-2, GB/T 2423, GB/T 31467, GB/T 31485, UL 1642, GJB 150, and MIL-STD-810 standards, ensuring global acceptance of test results.
Why Choose ALP Technology?
Explosion-proof Temperature Humidity test chamberALP Technology (T&M) Ltd is a specialized factory with over 20 years of experience in manufacturing and exporting environmental test chambers. We offer a comprehensive range including temperature/humidity, thermal shock, salt spray, sand/dust, UV, walk-in, and explosion-proof chambers. Our greatest strength lies in our ability to customize non-standard test chambers according to your specific requirements, from design and production to installation and maintenance. With clients spanning government labs, Fortune 500 companies, and leading research organizations across 50+ countries, ALP delivers reliable, precise, and safe test solutions backed by comprehensive warranty and lifelong follow-up services.
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