Programmable High Low Temperature Thermal Shock Environmental Test Chamber is used to test the bearing extent of the material structures and composite material in an instant and continuous high temperature and extremely low temperature environment, which is in the shortest time to test its thermal expansion and contraction caused by chemical change or physical harm.
TS-80 / TS-150 / TS-252 — Static Temperature Endurance & Storage-Life Testing
| Parameter | TS-80 (A~C) | TS-150 (A~C) | TS-252 (A~C) |
|---|---|---|---|
| Internal Dimension W×H×D (mm) | 500 × 400 × 400 | 600 × 500 × 500 | 700 × 600 × 600 |
| External Dimension W×H×D (mm) | 1550 × 1950 × 1550 | 1600 × 2000 × 1700 | 1700 × 2100 × 1750 |
| Temperature Range of Testing Zone | Type A: −40 °C ~ +150 °C (200 °C optional) | Type B: −55 °C ~ +150 °C (200 °C optional) | Type C: −65 °C ~ +150 °C (200 °C optional) | ||
| High Temperature Range | +60 °C ~ +150 °C (200 °C optional) | ||
| Low Temperature Range | −10 °C ~ −40 °C (A) / −55 °C (B) / −65 °C (C) | ||
| Ramp Rate (Gradual) | Approximately 1 ~ 3 °C/min — designed for static endurance, not rapid shock | ||
| Control Accuracy / Distribution Uniformity | ± 0.5 °C / ± 2 °C | ||
| Internal and External Material | Inner box: SUS 304# stainless steel. Outer box: stainless steel or cold-rolled steel with paint coating. | ||
| Insulation Material | High-temperature resistant, high-density foam insulation material | ||
| Mechanics | P.I.D + S.S.R + Micro-computer balanced temperature control system | ||
| Cooling System | Semi-hermetic double-stage compressor (water-cooled) / Hermetic double-stage compressor (air-cooled) | ||
| Security Protection Devices | Non-fuse breaker; compressor high/low pressure switch; failure warning system; electronic alarm | ||
| Compressor | French Tecumseh brand; Germany Bizer brand | ||
| Power | AC 220 V 1-phase 3-wire, 50/60 Hz | AC 380 V 3-phase 5-wire, 50/60 Hz | ||
| Weight (Approx.) | 450 kg | 650 kg | 850 kg |
Need a custom chamber size, temperature grade, or a specific test standard? Send us your DUT spec and test profile — our team will recommend a configuration and quote within 24 hours.
One chamber, three cold-end options. Match the grade to your test standard — not the other way around.
A single-chamber layout where the sample stays in place throughout the entire test. There is no basket, no moving parts, and no mechanical stress on the DUT.
Choose the low-temperature grade that matches your product specification or test standard. The high-temperature side is common to all three grades.
In practice: Fewer subsystems than a humidity chamber — simpler to operate and maintain. If you don't need humidity, you don't pay for it.
In practice: Choose from −40 °C, −55 °C, or −65 °C based on your test standard. High-temperature limit extends to 200 °C as an option.
In practice: PID + SSR control keeps the chamber stable over long-duration endurance tests — where drift matters most.
In practice: A standard chassis that fits a bench-to-floor lab. No basket transfer, no extra headroom, no complicated install.
Control, cycling, and monitoring features included with every high-low temperature chamber.
Designed to meet the following high / low temperature and thermal cycling standards.
Actual temperature profiles recorded from the TS Series during a real endurance test cycle.
Charts show the temperature profile during a typical high-low temperature endurance cycle.
Independent protection layers — protecting your sample, your operator, and the system.
Wherever a product has to survive years of heat or cold, this chamber is the right tool.
