Battery Testing Temperature Control System

Product Overview

This battery testing temperature control system provides a controlled thermal environment for evaluating battery performance under normal-use conditions. Its 240L nominal chamber volume accommodates battery charging and discharging tests while maintaining a specified temperature range of 5C to +70C. The equipment is intended to help laboratories and testing teams obtain precise performance data by reducing environmental temperature variation during evaluation.

The system is a routine test solution for coin cells, polymer pouch cells, prismatic cells, and cylindrical cells. It supports battery research, manufacturing, and end-use testing where teams need to simulate a defined operating environment before comparing charging and discharging behavior. It is also applicable to quality testing across energy technology, electronics, communications, vehicles, medical products, aerospace products, plastics, metals, chemicals, food, building materials, electrical appliances, and instrumentation.

Specified temperature fluctuation of no more than 1C, temperature deviation of +/-1C, and temperature uniformity of less than or equal to +/-1C establish a clear basis for repeatable chamber conditions. With documented heating and cooling rates, the unit supports planned transitions between test setpoints while retaining a practical, laboratory-oriented chamber format.

Key Features

• Controlled 5C to +70C test range: The equipment operates from 5C to +70C and is specified as stable from 5C. This range supports battery evaluation in controlled conditions that represent normal-use temperature environments rather than uncontrolled ambient exposure.

• Defined thermal stability: Temperature fluctuation is specified at no more than 1C. For users referencing GB/T 5170.2-1996 notation, the supplied specification expresses fluctuation as no more than +/-0.5C, giving test teams a documented performance reference for their reporting convention.

• Uniform chamber conditions: Temperature uniformity is less than or equal to +/-1C, with temperature deviation specified at +/-1C. These stated limits help users assess whether samples positioned within the chamber are being tested under a consistent thermal condition.

• Practical 240L working capacity: A 240L nominal volume, together with an internal size of 688mm wide x 400mm deep x 882mm high, gives the system a defined working envelope for battery samples and test arrangements. The vertical internal space supports organized placement across the available shelf levels.

• Structured shelf geometry: Each shelf measures 665mm long x 400mm wide x 15mm thick, and the layer height between shelves is 120mm. This documented geometry enables users to assess sample clearance and plan the arrangement of coin, pouch, prismatic, or cylindrical battery test articles before procurement.

• Specified heating response: Average heating rate is 4C/min. This provides a clear planning value when establishing test schedules that require the chamber to move from a lower condition toward a higher temperature setpoint.

• Specified cooling response: Average cooling rate is 0.5C/min. The stated rate supports test planning where samples must return toward lower setpoints in a controlled sequence rather than being removed from the thermal environment.

• Standards-referenced test basis: The supplied test methods reference GB/T 5170.2-2008 for temperature test equipment and GB/T 5170.5-2008 for damp heat test equipment. These references give quality teams an identifiable framework when aligning chamber evaluation and internal procedures.

• Laboratory-ready electrical requirement: The unit uses a 220V supply with maximum power of 2.5KW. Its external dimensions of 810mm wide x 570mm deep x 1540mm high and weight of 120KG provide procurement teams with concrete installation information for laboratory placement and utility review.

Applications

Technical Specifications

Why Choose This Product

• Defined performance criteria: Buyers receive explicit values for temperature range, fluctuation, deviation, uniformity, heating rate, and cooling rate. These specifications provide a practical foundation for comparing the unit against internal test requirements.

• Battery-focused test versatility: The system is identified for coin, polymer pouch, prismatic, and cylindrical batteries. This breadth is valuable for facilities managing more than one cell format across research, production, and end-use evaluation.

• Procurement-ready installation data: Nominal capacity, internal and external dimensions, shelf dimensions, weight, 220V supply, and maximum 2.5KW power are all specified. Facilities teams can use these details to review available space, chamber access, shelf clearance, and electrical suitability before installation.

• Standards-referenced evaluation: The documented GB/T 5170.2-2008 and GB/T 5170.5-2008 test-method references help quality teams connect equipment selection with established temperature and damp heat test equipment practices.

• Built for controlled test workflows: The combination of stated thermal performance and defined chamber geometry supports organized, repeatable battery test setup where reliable environmental conditions are central to meaningful charging and discharging data.

Contact us for a quote or a custom solution matched to your battery formats, test conditions, facility space, and electrical requirements.

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