Thermal Shock Chamber
Rapid thermal cycling chambers 30L–1000L+, -70°C to +200°C, sub-10s transfer. MIL-STD-810H, IEC 60068-2-14, AEC-Q100. Multi-level EV battery safety with fire suppression and gas sensors.
Industrial GradeISO 9001 Certified
Walk-in Chamber
Indeecon's modular walk-in chambers range from personnel-accessible standard units (2–12 m³) to drive-in systems (20–100+ m³) capable of testing full vehicles, EV battery packs, and large assemblies. Modular cam-lock PUF construction assembles on-site in 2–5 days with ±1°C uniformity across 100+ m³ volumes via 100+ air exchanges per hour and floor loading rated to 3,000 kg/m². Fast-Ramp configurations achieve 5°C/min thermal transitions per SAE J2030 and MIL-STD-810H.
Core Engineering Features
Precision Control
Advanced PLC architecture delivering unmatched stability and real-time parameter tracking.
Rugged Construction
Industrial-grade materials engineered for 24/7 continuous operational stress.
Custom Integration
Flexible interfaces for seamless integration with factory automation networks.
Safety Compliance
Multi-tiered fail-safes and interlocks ensuring personnel and facility protection.
Technical Data
Full Specifications
Background
What is a Walk-in Chamber?
A walk-in chamber is an insulated environmental enclosure large enough for personnel and equipment access, enabling real-time testing of full systems—vehicles, powertrains, battery modules—under controlled temperature and humidity. Unlike benchtop chambers, walk-ins offer modular construction for rapid deployment, heavy-duty floors for vehicle loading, and scalable volume from 2 m³ (compact labs) to 100+ m³ (contract testing hubs). Advanced models support thermal ramp rates up to 5°C/min, critical for automotive qualification and aerospace durability validation.
Compliance
Applicable Standards
Capabilities
What Makes Our Temperature and Humidity Chamber Stand Out
- Modular Cam-Lock PUF Construction: Tongue-and-groove panels with thermal-bridge-free assembly — on-site build-up in 2–5 days, no permanent installation required
- Heavy-Duty Floor Reinforcement: Stainless steel 304 checkered plates support full vehicles (up to 3,000 kg/m²) and EV battery packs without floor deflection
- 100+ Air Exchanges per Hour: Turbo-blower with mist elimination maintains ±1°C uniformity across chambers up to 100+ m³ — prevents stratification in large volumes
- Advanced Humidity Control: 10–95% RH standard (5–98% RH in performance models) with dew-point sensing and dual-compressor design for rapid ramp cycles
- Fast-Ramp Option: Up to 5°C/min thermal transitions — welded high-temp steel construction for ALT and thermal shock protocols
- Personnel Safety System: Interior door release mechanism, emergency audible alarm, and main kill switch — disables all heating/cooling for immediate safe exit
- Temperature Range: Standard S-Series -40°C to +85°C; Drive-In L-Series -20°C to +85°C; Fast-Ramp -70°C to +150°C
- Optional: Multi-zone sensor arrays, cloud data logging with real-time alerts, IoT compliance reporting
INDUSTRIES WE SERVE
Industries That Rely on Our Hot Chamber and Cold Chamber
Automotive Components & Full Vehicle Testing
Door seals, HVAC, ECMs, infotainment systems, and full vehicle validation per OEM protocols
EV Battery Testing
BMS qualification, high-voltage harness testing, module-level thermal cycling for cell safety validation
Aerospace Large Assemblies
Flight control surfaces, avionics racks, and structural panels under combined thermal and humidity stress
Electronics & Power Distribution
Industrial inverters, power supplies, and converter reliability under combined temperature and humidity stress
Contract Testing Laboratories
High-throughput multi-client capability with certified uniformity, SPC data logging, and audit trail documentation
R&D Prototype Durability
Accelerated life testing (ALT) and failure mode analysis for automotive and aerospace components
Related Resource
Planning cable curing automation?
This whitepaper breaks down how automated curing chambers compress cycles, reduce rejection rates, and improve traceability for XLPE cable and adjacent process applications.
Related Guides
Use the matching technical guides
These pages cover selection criteria, standards, and comparison frameworks relevant to this equipment family.
Environmental Test Chamber Guide
Overview of chamber types, standards, and use-case fit.
Open guide →
Environmental Chamber Selection Guide
Choose the right chamber by range, specimen size, and standard.
Open guide →
XLPE Curing Automation Guide
Process-engineering guide for curing automation and throughput planning.
Open guide →
Frequently Asked Questions
Still have questions? Our engineers are happy to help.
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Hot and Cold Test Chamber
Temperature test chamber −70°C to +180°C without humidity. For electronics and automotive thermal cycling per IEC 60068-2-2. Forced-air design.
Hot/Cold Humidity Chamber
Temperature and humidity test chamber −70°C to +180°C, 20–95% RH. For electronics reliability and accelerated ageing per IEC 60068 standard.