Battery Reach-In Test Chambers
CME’s Battery Test Chambers are engineered to support EUCAR hazard level evaluation (Levels 0–7) testing through reinforced chamber construction, explosion-rated pressure relief systems, controlled venting architecture, and integrated safety interlocks, allowing environmental simulation and failure containment within a single, standards-aligned test environment.
Designed for the Realities of Modern Battery Development
Innovation Rooted in Engineering Depth
CME’s Battery Reach-In Test Chambers are purpose-engineered to support R&D, validation, and qualification testing of battery cells, modules, and small packs.
Built for Battery Safety by Design
Battery testing introduces unique hazards such as thermal runaway, off-gassing, fire, and rapid energy release. CME chambers integrate multi-layered safety architecture engineered into the system.
Integrated safety features include pressure relief, gas exhaust provisions, fail-safe shutdown logic, interlocks, alarms, and fire-retardant construction options.
High-Performance Thermal Control for Battery Loads
CME chambers are optimized for dynamic heat generation during charge–discharge cycles, offering fast heat removal, stable control, excellent uniformity, and rapid recovery.
Digital Intelligence with enviCoM® 4.0
Every CME battery chamber is powered by enviCoM® 4.0, enabling real-time monitoring, secure data logging, remote diagnostics, automated reports, and facility-level integration.
AI-Enabled, Data-Driven Testing
High-resolution data enables anomaly detection, drift analysis, energy optimization, and predictive maintenance, transforming battery testing into engineering intelligence.
Reach-In Format for R&D and Validation Labs
Compact reach-in design is ideal for cell testing, module validation, electronics evaluation, and controlled abuse testing within laboratory environments.
Design Battery Cell & Module Test Architecture
Get expert input on safety systems (EUCAR), temperature control, gas exhaust, and EV battery standards.
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Test Space |
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Dimension
(WXDXH) |
mm |
500 x 400 x 600 |
500 x 400 x 600 |
500 x 600 x 750 |
500 x 400 x 750 |
600 x 740 x 840 |
600 x 740 x 840 |
750 x 800 x 900 |
750 x 800 x 900 |
1000 x 1000 x 1000 |
1000 x 1000 x 1000 |
1000 x 1500 x 1000 |
1000 x 1500 x 1000 |
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inch |
20 X 16 X 24 |
20 X 16 X 24 |
20 x 24 x 30 |
20 x 24 x 30 |
24 x 29 x 33 |
24 x 29 x 33 |
30 x 32 x 35 |
30 x 32 x 35 |
39 x 39 x 39 |
39 x 39 x 39 |
39 x 59 x 39 |
39 x 59 x 39 |
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Test Space Volume |
Ltr / Cuft |
120 / 4.2 |
225 / 8 |
380 / 13.4 |
540 / 19 |
1000 / 35 |
1500 / 53 |
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Temperature Range |
(°C)
(°F) |
"- 40 to +180
-40 to +356" |
"- 70 to +180
-94 to +356" |
"- 40 to +180
-40 to +356" |
"- 70 to +180
-94 to +356" |
- 40 to +180
-40 to +356 |
"- 70 to +180
-94 to +356" |
- 40 to +180
-40 to +356 |
"- 70 to +180
-94 to +356" |
- 40 to +180
-40 to +356 |
"- 70 to +180
-94 to +356" |
- 40 to +180
-40 to +356 |
"- 70 to +180
-94 to +356" |
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Ramp rate** |
3/5/6/7/8/10/12/15/20 as per IEC 60068-3-5 |
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**Customized ramp rates are also available |
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EUCAR 0 to 7 Safety Level options based on severity |
Fresh Air Exchange system
Nitrogen Purge
Pressure Relief Valve
Gas Monitoring System
Fire suppression system
Blow Off top
Magnetic Door lock |
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Enabling combined environmental stress testing and hazard-level assessment within a single controlled platform.
Whether validating cells under IEC 62660, modules under ISO 16750, or pack-level systems aligned with UN 38.3 and OEM EV protocols, CME chambers provide the structural integrity, airflow engineering, and safety systems required for EUCAR-level classification testing.
Engineered for Customization, Delivered with Standard Reliability
CME’s Mass Customization Framework allows chambers to be tailored for temperature range, heat load, safety architecture, instrumentation, and data integration—without sacrificing reliability or delivery speed.
Smart Manufacturing, Proven Quality
All chambers are built in CME’s digitally orchestrated manufacturing environment with strict quality gates, traceability, and validation testing.
Lifecycle Support with Levito
Through its service partner Levito, CME provides installation, commissioning, digital service, calibration, preventive maintenance, and lifecycle upgrades.
Typical Applications
- EV and energy storage battery R&D
- Cell and module validation
- Thermal cycling and aging tests
- Abuse testing under controlled environments
- Electronics and BMS evaluation
Why CME for Battery Testing?
- Purpose-engineered battery safety
- High heat-load thermal performance
- Digital-first controls and data intelligence
- Scalable customization
Strong lifecycle support
What is a Reach-In Battery Test Chamber?
A Reach-In Battery Test Chamber is a compact environmental test chamber specifically designed for testing lithium-ion cells, battery modules, and small battery packs under controlled temperature and humidity conditions. These chambers are commonly used in battery R&D, validation, and quality testing environments.
What types of batteries can be tested in Reach-In Battery Test Chambers?
CME Reach-In Battery Test Chambers are suitable for testing lithium-ion cells, cylindrical cells, pouch cells, prismatic cells, small battery modules, and other energy storage devices used in EV, electronics, and industrial applications.
What safety features are included in Battery Test Chambers?
Battery testing involves inherent risk. CME Battery Test Chambers are engineered with safety systems such as pressure relief panels, gas exhaust provisions, flame-resistant interiors, emergency shutdown logic, and alarm systems to manage thermal runaway and fault conditions.
What temperature and humidity ranges are supported?
CME Reach-In Battery Test Chambers support a wide range of temperature conditions required for battery characterization, cycling, and abuse testing. Humidity control can be provided where required based on test protocols and safety considerations.
Which battery test standards can be performed using Reach-In Battery Test Chambers?
CME chambers are designed to support battery testing standards such as IEC 62660, UL 1642, UL 2580, UN 38.3, SAE and OEM-specific battery validation requirements.
How are CME Battery Test Chambers different from standard environmental chambers?
Unlike general-purpose climatic chambers, CME Battery Test Chambers are purpose-built for battery safety, with reinforced construction, controlled airflow, gas management, and integration-ready architecture for electrical cycling equipment.
Can Reach-In Battery Test Chambers be integrated with battery cyclers and DAQ systems?
Yes. CME Battery Test Chambers are designed with electrical feedthroughs, sensor integration, and control interfaces to support seamless integration with battery cyclers, BMS testing equipment, and data acquisition systems.
How is test control and data logging managed?
All CME Battery Test Chambers are powered by the enviCoM® 4.0 controller, providing real-time monitoring, secure data logging, alarm tracking, and exportable test records for safety audits and compliance.
What applications typically use Reach-In Battery Test Chambers?
Reach-In Battery Test Chambers are widely used for cell characterization, performance validation, life cycle testing, safety evaluation, and early-stage EV and energy storage development.
What service and lifecycle support is available?
CME provides full lifecycle support through Levito, including installation, commissioning, calibration, preventive maintenance, remote diagnostics, and long-term service support.
How do Reach-In Battery Test Chambers fit into CME’s battery testing ecosystem?
Reach-In Battery Test Chambers complement CME’s Walk-In and Altitude Battery Test Chambers, enabling scalable battery testing from individual cells to full battery packs.
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