Lead-Acid Battery High Low Temperature Chamber

Name: Lead-Acid Battery High Low Temperature Chamber
Brand: Xi'an LIB Environmental Simulation Industry

Thermal Cycling Environmental Chamber for Battery Safety & Durability Testing (-70°C to +170°C)

The Lead-Acid Battery High and Low Temperature Test Chamber provides a controlled environment for evaluating how lead-acid batteries perform under extreme temperatures, repeated temperature changes, and long-duration exposure.

With a temperature range of -70°C to +170°C and high-precision control of ±0.5°C, the chamber supports battery charge/discharge testing, performance evaluation, aging, storage, temperature cycling, and reliability verification. Its stable temperature control helps engineers obtain consistent and repeatable test results throughout the qualification process.

For battery charge and discharge applications, the chamber incorporates an explosion-proof and ventilation design to provide an additional level of safety during testing. Chamber volumes can be customized, making the equipment suitable for laboratory R&D, battery sample testing, product qualification, and production quality control.

Model: TR10-1000C and more custom models

Standard: IEC 62133, UL 1642, UN38.3, SAE J2464, UL-258 UL 2580, IEC 60068

Lead-Acid Battery High Low Temperature Chamber Safety & Explosion-Proof Verification

Key Features of Lead-Acid Battery High Low Temperature Chamber

Built for Thermal Runaway Testing, Not Just Temperature Cycling — unlike standard high-low temp chambers, this unit is purpose-engineered to safely contain and monitor battery abuse events (overcharge, nail penetration, external heating) without putting your lab or operators at risk
One Chamber, Multiple Battery Formats — cylindrical, pouch, prismatic cells, modules, and full EV battery packs can all be tested in the same unit, reducing the need for multiple dedicated chambers
Lab Downtime Protection — automatic fire suppression + emergency exhaust + auto power cut-off means a single test failure doesn't take your entire lab offline or damage adjacent equipment
Compliance-Ready Out of the Box — pre-configured to meet IEC 62133, UL 1642, UN38.3 and SAE J2464 test protocols, so your team can start certification testing without custom setup or third-party validation delays

Lead-Acid Battery High Low Temperature Chamber– Technical Specifications

Parameter	Specification
Model	TR10-1000C
Internal Dimension (mm)	1000 × 1000 × 1000
Overall Dimension (mm)	2120 × 1200 × 2100
Interior Volume	1000 L
Temperature Range	-70°C to +170°C
Temperature Fluctuation/Deviation	±0.5°C/±2.0°C
Cooling Rate	10°C/min (average)
Heating Rate	10°C/min (average)
Rapid Temperature Change Rate (optional)	5°C / 10°C / 15°C per min
Chamber Material	6mm reinforced workroom + SUS304 stainless steel liner
Observation Window	Explosion-proof window with blast mesh
Door Protection	Explosion-proof hinge + explosion-proof chain (prevents door from flying open during pressure changes)
Locking System	Explosion-proof lock
Smoke Detection	Real-time smoke concentration monitoring & alarm
Pressure Monitoring	Real-time pressure probe monitoring
Fire Suppression	Automatic water spray suppression system
Smoke Exhaust	Emergency smoke exhaust system
Supported EUCAR Hazard Levels	Level 0–7
Applicable Battery Types	Cylindrical, pouch (soft pack), prismatic batteries, battery modules, EV battery packs

All specifications, chamber dimensions, and workroom sizes can be customized according to customer requirements.

Lead-Acid Battery Testing Workflow

The chamber can be integrated into a complete battery environmental testing process:

Battery Installation → Temperature Stabilization → Charge/Discharge Testing → Temperature Cycling → Performance Measurement → Data Analysis

The battery is placed inside the chamber and connected to an external battery testing system through the configured cable port. The chamber then maintains the programmed temperature profile while the battery tester records electrical performance data.

This configuration allows temperature conditions and electrical test parameters to be controlled independently.

Frequently Asked Questions

Q: Can the chamber size be customized to fit our specific battery pack dimensions?

A: Yes, both internal chamber size and rack configuration can be customized based on your battery specifications, from single-cell testing to full EV battery pack dimensions.

Q: What's the typical lead time?

A: Standard models ship within 7–15 working days. Lead time may vary slightly for heavily customized configurations — we'll confirm the exact schedule at order confirmation.

Q: Is the chamber safe for testing batteries during active charge/discharge or abuse testing?

A: Yes — the chamber is purpose-built for this. It includes an explosion-proof structure, blast-mesh observation window, automatic fire suppression, emergency smoke exhaust, and auto power cut-off, and it's designed to support test protocols under IEC 62133, UL 1642, UN38.3, and SAE J2464.

Q: What warranty and support does LIB Industry provide as the manufacturer?
A: Working directly with the manufacturer means faster, more reliable support:

3-Year Warranty
Lifetime Service
24/7 English After-Sales Support
Customized Engineering Solutions
Pre-Shipment Performance Testing
Global Technical Support

Q: Can this lead-acid battery test chamber manufacturer provide customized solutions?
A: Yes. As an experienced battery test chamber manufacturer, LIB Industry offers customized solutions based on your battery size, required temperature range, testing conditions, and safety requirements — from single-cell R&D chambers to production-line QC equipment.

Get a Free Quote from LIB Industry — Your Trusted Battery Test Chamber Manufacturer. Contact Us Today!

Send Inquiry

LIB Team will send you specs and quote today.