High Low Temperature Test Chamber for Battery Cells Automotive Components and Electronic Products

Product Overview

This high low temperature test chamber provides controlled environmental simulation for reliability testing across a broad temperature range. With a 225 L effective working volume, the system is sized for battery cells, automotive components, electrical and electronic products, materials, and other parts requiring repeatable high-temperature and low-temperature exposure. Its operating range of -40°C to +150°C supports demanding qualification and verification programs in one dedicated test platform.

The equipment is intended for laboratory, engineering, and production-support environments where temperature response, stability, and measured repeatability are important. It allows users to evaluate how products, assemblies, components, and materials perform under defined thermal conditions before further development, qualification, or release decisions.

Performance specifications include 0.01°C temperature display resolution, temperature fluctuation of ±0.5°C, temperature deviation of ≤±2°C after stabilization, and temperature gradient of ≤±2.0°C. These controlled characteristics support consistent test execution while the stated environmental conditions, noise level, power supply, and physical dimensions help procurement teams plan installation and operation with greater confidence.

Key Features

• Wide Temperature Simulation Range: The unit operates from -40°C to +150°C, enabling both low-temperature and high-temperature reliability testing for cells, components, electronic products, and materials.

• 225 L Effective Working Volume: The chamber provides a practical internal capacity of 225 L, allowing users to arrange suitable test articles within an internal space measuring 500 mm wide, 750 mm high, and 600 mm deep.

• High-Resolution Temperature Indication: Temperature indication resolution reaches 0.01°C, giving operators detailed visibility of chamber conditions during test setup, stabilization, and execution.

• Controlled Temperature Stability: Temperature fluctuation is specified at ±0.5°C. This helps maintain a consistent thermal environment during extended or repeat reliability test cycles.

• Defined Temperature Deviation and Gradient: After stabilization, temperature deviation is ≤±2°C at any time, while the temperature gradient is ≤±2.0°C across any two points in the chamber over the defined interval. These values support more uniform test conditions throughout the usable space.

• Practical Thermal Transition Performance: The system provides a nonlinear heating rate of 1–3°C per minute and a nonlinear cooling rate of 1°C per minute under no-load conditions. This allows users to plan test sequences around defined thermal transition behavior.

• Laboratory-Compatible Operating Conditions: The specified environmental operating range is 5–35°C with relative humidity of 10–85%RH, providing clear facility requirements for installation and routine operation.

• Industrial Electrical Configuration: The equipment uses AC 380 V, 50 Hz, three-phase power. This configuration is suitable for facilities prepared for higher-capacity laboratory or industrial test equipment.

• Managed Operating Noise: Noise is specified at ≤70 dB(A level), helping users assess placement requirements in laboratory, engineering, and production-support areas.

Applications

Technical Specifications

Product Identification and Capacity

Dimensions

Performance Parameters

Facility and Operating Requirements

The stated dimensions and performance values should be reviewed together during installation planning. The internal dimensions define the available working space, while the external dimensions determine access, clearance, and placement requirements. Because the external dimensions are noted as subject to the actual equipment configuration, buyers should confirm the final installation envelope before purchase and site preparation.

The environmental operating conditions are also important for reliable use. The chamber is specified for an ambient temperature of 5–35°C and relative humidity of 10–85%RH. Facilities should verify that the proposed installation area can maintain these conditions and provide the required AC 380 V, 50 Hz, three-phase electrical supply. The 450 kg equipment weight should be considered when assessing floor loading, delivery routes, positioning, and service access.

For test planning, the thermal response values are stated under no-load conditions for the heating and cooling rates. Actual transition behavior may depend on test article arrangement and operating conditions, so users should incorporate the specified nonlinear rates into their test planning and confirm the final test profile against the intended application. Temperature fluctuation, deviation, and gradient values provide the main reference points for evaluating chamber stability after the system reaches a steady condition.

Why Choose This Product

• A Broad Qualification Capability: One chamber covers both low-temperature and high-temperature testing from -40°C to +150°C, reducing the need to divide routine environmental simulation across separate systems.

• Specification-Based Process Control: Resolution of 0.01°C, fluctuation of ±0.5°C, deviation of ≤±2°C, and gradient of ≤±2.0°C give procurement and engineering teams clear criteria for assessing thermal test capability.

• Practical Capacity for R&D and Validation: The 225 L working volume and defined internal dimensions provide useful space for battery cells, automotive parts, electronic products, and materials testing without requiring an oversized installation footprint.

• Clear Facility Planning Requirements: External dimensions, equipment weight, noise level, ambient operating conditions, and three-phase power requirements are identified in advance, helping teams prepare installation and operating resources efficiently.

• Suitable for Repeat Reliability Programs: The combination of controlled temperature stability, defined thermal transition rates, and a broad application range supports structured development, qualification, and reliability workflows.

Contact us for a quotation, installation planning support, or a tailored environmental testing solution based on your product size, test profile, and facility requirements.

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