High temperature simulation explosion-proof constant temperature and humidity test chamber

Battery Explosion-Proof Test Chamber is mainly used for over-charge and over-discharge test of the battery. During the charge and discharge test, the battery is placed in an explosion-proof chamber, and the external charge and discharge test machine is connected to protect the operator and the instrument.

FEATURES

1. Observation window

2. Silicone compression strip and explosion-proof chain handle, safe to operate

3. Inner material: stainless steel;outer material: cold rolled sheet and painted

4. Separate exhaust and lighting system

5. 4 casters for easy movement

STANDARDS

1. UN38.3(2012) “Recommendations on the Transport of Dangerous Goods-Manual of Tests and Standards” Part III

2. IEC62133-2012 “Safety requirements for batteries and battery packs containing alkaline or non-acid electrolytes”

3. GB/T 31485-2015 “Safety requirements and test methods for power batteries for electric vehicles”

4. GB31241-2014 　 “Safety requirements for lithium-ion batteries and battery packs for portable electronic products”

SPECIFICATION

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A high-temperature simulation explosion-proof constant temperature and humidity test chamber is a specialized testing device designed to simulate extreme high-temperature conditions while ensuring operational safety in potentially explosive environments. This type of test chamber is crucial for assessing product performance under conditions of high humidity and temperature changes, especially in industries such as automotive, aerospace, electronics, and chemical manufacturing. Below is a detailed overview of this advanced test chamber, including its design features, application areas, international certification requirements, and customization options.

• Robust Enclosure: Constructed with a robust explosion-proof structure capable of withstanding potential explosions, protecting both the equipment and personnel.

• Intrinsically Safe Components: Utilizes intrinsically safe electrical components and wiring to minimize ignition risks in explosive atmospheres.

• Automatic Fire Suppression System: Equipped with an integrated fire suppression system that activates upon detecting flames or smoke, providing immediate protection.

• Rapid Heating Capability: Capable of rapidly increasing temperatures within a short time frame, simulating extreme high-temperature environments.

• Wide Temperature Range: Supports a broad temperature range from ambient to extremely high temperatures, suitable for various testing scenarios.

• Precision Temperature Sensors: Equipped with high-precision temperature sensors to ensure accurate and stable temperature control.

• Advanced Humidification System: Provides precise control over humidity levels, enabling tests under different moisture conditions.

• Dehumidification Capability: Ensures effective removal of excess moisture, maintaining desired humidity levels even during rapid temperature changes.

• Emergency Stop Button: An easily accessible emergency stop button allows operators to immediately halt the test in case of emergencies.

• Pressure Relief Valves: Integrated pressure relief mechanisms prevent excessive internal pressure buildup, enhancing safety.

To ensure compliance with international safety standards, the test chamber should meet the following certifications:

• CE Mark (European Union): Indicates conformity with European health, safety, and environmental regulations.

• ATEX Directive (European Union): Ensures equipment intended for use in potentially explosive atmospheres complies with safety regulations.

• UL/ETL Certification (North America): Issued by Underwriters Laboratories or Intertek Testing Services, ensuring compliance with North American safety standards.

• ISO 9001: Quality management system certification guarantees consistent product quality and service delivery.

• ISO 14001: Environmental management system certification demonstrates commitment to reducing environmental impact.

• RoHS Directive (European Union): Ensures compliance with restrictions on the use of hazardous substances, promoting environmentally friendly manufacturing practices.

• Automotive Industry: Used to test vehicle components and batteries under high-temperature and high-humidity conditions.

• Aerospace Sector: Evaluates the performance of aircraft parts and systems in varying environmental conditions.

• Electronics Manufacturing: Assesses the durability and reliability of electronic devices and components in extreme conditions.

• Chemical Industry: Ensures that chemical products and containers remain stable under rapid temperature and humidity changes.

• Research and Development: Supports the development of new materials and technologies, optimizing performance and safety.

Based on specific user needs, the following customization features can be considered:

• Chamber Size and Configuration: Customizable to accommodate different sizes and types of test samples, from small modules to large assemblies.

• Temperature and Humidity Ranges: Adjusted to cover specific temperature and humidity ranges required by different industries.

• Additional Functions: Incorporate advanced features like remote monitoring, automated testing procedures, and data logging for enhanced operational efficiency.

• Special Configurations: Designed for specialized applications, such as high-pressure environments or custom-shaped probes for unique testing requirements.

Provide comprehensive support services, including but not limited to:

• Installation and Commissioning: Professional technicians install and calibrate the equipment on-site.

• Training and Guidance: Offer detailed training sessions for operators and technical staff.

• Maintenance and Repair: Regular maintenance checks and prompt repair services to ensure long-term reliable operation.

• Technical Support: Immediate assistance via hotlines, online support, or on-site visits to address any issues promptly.

• Needs Assessment: Engage in thorough discussions with clients to understand their specific requirements and objectives.

• Design Development: Develop a detailed design plan that incorporates all necessary features and specifications while adhering to international safety standards.

• Prototype Validation: Build a prototype for preliminary testing and validation against certification criteria.

• Production and Delivery: Manufacture the test chamber according to the finalized design and deliver it to the client.

• On-site Setup and Training: Assist with installation, configuration, and provide training sessions for operators to ensure smooth operation.

By selecting a high-temperature simulation explosion-proof constant temperature and humidity test chamber that meets strict international safety standards, manufacturers and researchers can obtain a reliable and efficient tool to support comprehensive environmental testing.