Simultaneous Dual-Chamber Temperature Profiling Engineered for High-Risk New Energy Reliability.
The ITM-LAB ITM-DEP Series represents the next generation of floor-standing, space-optimized environmental testing ecosystems, purpose-built for the rigorous safety verification of lithium-ion cells, power battery modules, and volatile electronic components. By integrating two completely independent high-low temperature testing chambers into a single, compact vertical footprint, the DEP series allows R&D engineers to run separate thermal cycles or steady-state stress profiles simultaneously, doubling lab throughput without expanding facility real estate.
Spanning capacities from 125L to 408L per layer, every unit comes armed with multi-stage explosion-proof hardware—including automated high-pressure relief ports, structural heavy-duty door chains, and reactive carbon dioxide fire suppression systems—ensuring total operator protection during extreme thermal runaway simulations from -70°C to +150°C.
![]()
🛡 Structural Safety & Hardware Differentiation
-
🔋 Advanced Thermal Runaway Defense: Specifically reinforced for battery destructive testing. Features localized smoke detectors coupled with an automated, high-pressure CO2 fire extinguishing matrix.
-
💥 Mechanical Pressure Relief Architecture: Heavy-duty, anti-blast inner chambers wrapped in Teflon insulation coatings to resist chemical corrosion and prevent electrical arcing, backed by heavy mechanical pressure relief valves.
-
🎛 Independent Dual-Zone Automation: Upper and lower testing zones operate via independent control loops. Run a -70°C extreme cold test in Chamber A while running a +150°C high-heat test in Chamber B simultaneously.
-
🌐 Enterprise Data Connectivity: Outfitted with localized touchscreen interfaces, automated USB data logging, and an isolated RS485 communication bus for seamless integration with lab centralized monitoring software.
![]()
📊 Matrix Selection Guide: ITM-DEP Series Specifications
| Engineering Metric |
ITM-DEP-125L (Compact) |
ITM-DEP-288L (Standard) |
ITM-DEP-408L (Heavy-Duty) |
| Single-Layer Volume |
125 Liters |
288 Liters |
408 Liters |
|
Internal Dimensions
(W×D×H mm per layer)
|
500 × 500 × 500 |
800 × 600 × 600 |
600 × 850 × 800 |
|
External Footprint
(W×D×H mm)
|
1050 × 2050 × 1800 |
1650 × 1800 × 1950 |
1650 × 2050 × 2350 |
| Available Temp Ranges |
A: -20°C / B: -40°C / C: -70°C [to +150°C] |
A: -20°C / B: -40°C / C: -70°C [to +150°C] |
A: -20°C / B: -40°C / C: -70°C [to +150°C] |
| Thermal Fluctuation |
±0.3°C (Steady State) |
±0.3°C (Steady State) |
±0.3°C (Steady State) |
| Temperature Uniformity |
≤ 2.0°C (No Load) |
≤ 2.0°C (No Load) |
≤ 2.0°C (No Load) |
| Chamber Lining |
1mm SUS304 Stainless Steel + Teflon Anti-Arcing/Insulation Shielding |
|
|
| Anti-Blast Protection |
Integrated Smoke Vent, Automatic Relief Valves, Explosion-Proof Chains, CO2 Suppressor |
|
|
| Dedicated Spec Sheet |
[View 125L Specs] |
👉 [View ITM-DEP-288L Dedicated Page] |
[View 408L Specs] |
🌍 Critical Safety Testing Applications
The ITM-DEP series is specifically calibrated to meet international hazardous testing protocols, serving as an asset for global supply chains in:
-
EV Battery Manufacturing & IQC: Thermal abuse testing, environmental cycle characterization, and overcharge safety validation for prismatic, cylindrical, and pouch cells.
-
Automotive Electronics (AEC-Q100/Q200): Accelerated aging and thermal stress verification for powertrain control units, sensors, and wire harnesses.
-
Defense & Aerospace Components: Reliability profiling of mission-critical communication hardware under extreme non-linear temperature fluctuations.
-
Capacitors & Energy Storage Systems (ESS): High-temperature inflation and internal pressure resistance mapping for commercial-grade capacitors.
![]()
📦 Custom Engineering Options
Because high-risk testing environments require precision adaptations, ITM-LAB offers tailored configurations across the entire DEP lineup:
-
Isolated Cable Access Ports: Custom diameters (50mm, 100mm, or oval) with high-density thermal silicone seals for complex battery wiring matrices.
-
Reinforced Specimen Trays: Heavy-load stainless steel shelving options designed to withstand high-mass power battery packs.
-
Advanced Gas Deflagration Detection: Optional integration of gas sensors to detect specific battery outgassing compounds before thermal runaway occurs.
📩 Request a Comprehensive Series Brochure & Layout Design
Not sure which chamber volume fits your batch testing throughput? Contact the ITM-LAB engineering consultation desk. We will provide detailed facility footprints, floor-load analysis, and custom technical proposals.
👉 [Contact ITM-LAB Engineers / Request a Quote for the ITM-DEP Series]