Shock Test Chambers
Shock test chambers. Our shock chambers create the values especially required by the testing standards in the electronics and aerospace industries.
- Laboratory Ovens & Industrial Ovens
- Plant Growth Chambers & Rooms
- Climatic & Environmental Test Chambers
- Pharmaceutical Stability Chambers & Rooms
- Temperature & Humidity Test Chambers
- Temperature Test Chambers
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Special Application Test Chambers
- Accelerated Stress Testing
- Shock Test Chambers
- Vibration Test Chambers
- Corrosion Test Chambers
- Vacuum Test Chambers
- Dust Test Chambers
- Water Spray Test Chambers
- Top-loading Cabinets
- Solar Technology Test Chambers
- EMC Mini Test Chambers
- Lithium Battery Test Systems
- Formaldehyde Test Chamber
- WK3/0 Stability & Temperature Test Chambers
- VOC Test Chambers
- Automotive Test Chambers
- Weathering Testing
- Fingerprint Development Chambers
- Sports Science Rooms
- S!MPAC Control Software
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Shock Test Chambers
Weiss Gallenkamp offer Shock Test Chambers in 3 sizes - 60, 125 and 130 litres. 
TS60 Shock Test Chamber
Capacity: 60 cubic litres
Temperature range:
Hot chamber: +50°C to 220°C
Cold chamber: -80°C to +70°C
Alternating time between hot and cold chamber.
TS120 Shock Test Chamber
Capacity: 125 cubic litres
Temperature range:
Hot chamber: +50°C to 220°C
Cold chamber: -80°C to +70°C
Alternating time between hot and cold chamber.
TS130 Shock Test Chamber
Capacity: 130 cubic litres
Temperature range:
Hot chamber: +60°C to 220°C
Cold chamber: -10°C to -80°C
Download TS60 Shock Test Chamber Brochure Online
Download TS120 Shock Test Chamber Brochure Online
Download TS130 Shock Test Chamber Brochure Online
This level of testing provides the level of Environmental Stress Screening (ESS) required to induce latent flaws in the product prior to shipment from the factory.
The ESS process is designed to screen out pass/fail components and is consistent with standards such as IEC 60068-2-14, DIN and MIL.
The two (or three) temperature chambers are vertically arranged with a ball spindle drive guiding the test basket from one temperature enclosure to the other.
High air circulating rates result in rapid temperature cycles and a uniform distribution of temperature in the test enclosure.
Up to 1000 cycles are possible without defrosting. This means that we can guarantee virtually constant availability of the system.