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Product Details:
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| Volume: | 80L,280L | Temperature Adjustment: | 0~85℃ |
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| Temperature Uniformity: | ±1℃(measured At 25℃) | Explosion-Resistant Observation: | Wire Mesh Grid |
| Temperature Stability: | ±0.5℃ | Refrigerant: | R134a |
| Communication Interface: | RS485 | Testing Report: | 2 Ports On The Left |
| Chamber Material: | Stainless Steel 304 | Power Supply: | AC220V/50Hz |
| Highlight: | explosion-proof battery test enclosure,fire containment lab equipment,pressure-resistant battery safety enclosure |
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The Battery Safety Enclosure is a specialized protective device designed for battery safety testing. Its primary purpose is to effectively isolate and control potential hazards such as combustion and explosion during battery tests, including overcharge, over-discharge, forced discharge, and other safety performance assessments.
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Parameter |
ST-DCF80 |
ST-DCF280 |
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Power Supply |
AC 220V,50HZ |
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Temperature Stability |
±0.5℃ |
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Temperature Uniformity |
±1℃(measured at 25 °C) |
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Temperature Resolution |
0.1℃ |
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Temperature Adjustment Range |
0~85℃ |
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Timer Range |
1~9999min |
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Refrigerant |
R134a |
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Rated Power |
600W |
1200W |
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Internal Dimensions (W x D x H) |
45x40x45cm |
58x52x94cm |
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External Dimensions (W x D x H) |
59x65x96cm |
74x66x147cm |
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Shelves (Standard / Maximum) |
3/3pcs |
4/5pcs |
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Test Ports |
2 ports on the left, 50mm each |
2 ports on the left, 100mm each |
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Outer Casing: The casing is constructed from selected thickened cold-rolled steel plate, treated with electrostatic baking paint, forming a dense protective layer that is hard, robust, and offers excellent rust resistance. Standard equipment includes 2 cable access ports (50mm each) on the left side.
Protective Door: The door is reinforced with heavy-duty hinges and is equipped with an explosion-proof chain.
Pressure Relief Device: A dedicated pressure relief vent is located on the top of the cabinet.
Working Chamber: The inner chamber is made of SUS304 stainless steel with a mirror polish finish.
Shelf: Features insulated spacer plates designed specifically for clamping batteries, manufactured using special processes for ease of use.
Explosion-Resistant Observation: A double-layer insulated tempered glass observation window, reinforced with a wire mesh grid to protect against impact from explosions.
Control Panel: Utilizes a microcomputer-controlled intelligent LCD temperature controller, offering high precision, no overshoot, and multi-data display on a single screen. It includes temperature calibration and timer functions.
Temperature Control: Features automatic cooling and heating control, equipped with highly sensitive sensors to ensure stability during continuous operation.
Air Duct: A dual-channel forced convection ventilation structure improves temperature response speed and enhances temperature uniformity.
Alarm System: If smoke or fire is detected inside the chamber during testing, the system triggers an audible and visual alarm and automatically cuts off power.
Safety System: Includes leakage protection, auxiliary temperature control, and an RS485 communication interface.
Application of Battery Fire Test Chamber
Hazardous Battery Safety Performance Testing:
Its primary purpose is to effectively isolate and control potential hazards such as combustion and explosion during critical battery abuse tests. These include standard safety performance assessments like overcharge, over-discharge, and forced discharge tests, ensuring the protection of operators, sensitive instrumentation, and the laboratory environment.
Extreme-Condition Reliability Verification:
It is designed to facilitate rigorous testing under extreme conditions by incorporating multiple redundant safety features. These features—such as the robust steel structure, explosion-proof chain, explosion-resistant observation window, pressure release device, exhaust system, and intelligent monitoring—collectively minimize risks during destructive or high-stress test protocols required for compliance and R&D validation.
Contained Thermal Runaway & Failure Analysis:
The system provides a secure containment environment for studying battery failure modes, including thermal runaway propagation. By safely containing fires, explosions, and toxic gases, it allows researchers and quality assurance teams to analyze failure mechanisms without jeopardizing facility safety or interrupting other operations.
Why Choose Us?
Direct Manufacturer Pricing: As the source factory, we eliminate middleman costs, providing global clients cost-effective sterilization solutions directly.
Efficient Direct Support: Our service team ensures rapid and efficient communication and support, handled entirely in-house from production to after-sales.
Flexible Custom Solutions: Leveraging strong technical expertise, we offer both standard models and fully customized equipment tailored to specific structural, functional, or control requirements.
Certified Quality & Safety: Every device undergoes strict quality control and holds international certifications (including CE, ISO 13485, ISO 9001), guaranteeing safety, stability, and long-term reliability.
FAQ
Contact Person: Miss. Kira Tang
Tel: 008615665436825