Combined vibration and environmental testing in one system — Simultaneously simulate mechanical stress, extreme temperatures, and humidity to replicate real-world operating conditions with precision.
Vibration Integrated Chambers combine vibration testing with environmental conditions — temperature and humidity — to simultaneously simulate real-world mechanical and climatic stresses on products and components. By replicating the combined effects of vibration, thermal cycling, and moisture within a single test platform, these chambers significantly reduce test time, improve simulation accuracy, and provide more meaningful reliability data than sequential testing alone.
| Equipment Model | Inner Size W×D×H (mm) | Testing Volume | Heating Rate | Cooling Rate | Temp Range | Humidity Range | Temp Uniformity | Refrigerant | Compressor |
|---|---|---|---|---|---|---|---|---|---|
| VCC-0100 | 450×450×500 | 100L | 2/3/5°C/Min | 1/2/3°C/Min | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-0150 | 500×500×600 | 150L | 2/3/5°C/Min | 1/2/3°C/Min | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-150 | 500×600×700 | 210L | 2/3/5°C/Min | 1/2/3°C/Min | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-450 | 750×750×800 | 450L | 7/10/15/20°C/Min (IEC) | 5/7/10/15°C/Min (IEC) | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-650 | 800×900×900 | 650L | 15/20°C/Min (IEC) | 10/15°C/Min (IEC) | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-1000 | 1000×1000×1000 | 1000L | 20°C/Min (IEC) | 10/15°C/Min (IEC) | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
| VCC-1550 | 1000×1200×1300 | 1550L | 20°C/Min (IEC) | 15°C/Min (IEC) | -40 to +180°C | 20–98% | ±0.5–±1.0°C | R404A & R23 | Copland/Bitzer |
Custom configurations available including shaker force rating, temperature range (-70°C option), and chamber size. Power supply: 415 VAC ±5%, 3-Phase, 50 Hz, 4-wire + Earth.
Testing of avionics, missiles, satellites, and structural components under simulated launch, flight, and re-entry conditions. Compliance with MIL-STD-810 and RTCA DO-160 standards for mission-critical qualification.
Validation of ECUs, battery packs, infotainment systems, and chassis components under simultaneous road vibration and temperature extremes. Compliance with ISO 16750 and SAE J1211 automotive standards.
Durability validation of mobile phones, laptops, circuit boards, and power supplies. Ensures resistance to transport and in-use vibration combined with temperature and humidity cycling.
Performance verification of train, bus, and metro components under track and road vibration profiles combined with weather-related temperature and humidity stress for long-term reliability assurance.
Reliability testing of inverters, control electronics, and battery storage systems under mechanical vibration and environmental stress, ensuring performance under field installation and operational conditions.
Safety and reliability testing of portable diagnostic equipment, implantable devices, and patient monitoring systems to ensure they withstand transport, handling, and operational field conditions.
Structural and electronic resilience testing of antennas, base stations, and satellite communication devices under combined vibration and environmental stress to verify long-term field performance and weather resistance.