Climatic Conditioning Chamber

Climatic Conditioning Chamber

This is a versatile testing device used to simulate various environmental conditions, such as temperature, humidity, and sometimes pressure, to assess the performance and durability of materials or products under controlled climatic stress. This chamber is widely used across industries like electronics, automotive, aerospace, and construction to evaluate how products respond to fluctuating or extreme environmental conditions they might encounter in real-world use.

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This is a versatile testing device used to simulate various environmental conditions, such as temperature, humidity, and sometimes pressure, to assess the performance and durability of materials or products under controlled climatic stress. This chamber is widely used across industries like electronics, automotive, aerospace, and construction to evaluate how products respond to fluctuating or extreme environmental conditions they might encounter in real-world use.


Importance of the Test:
The Climatic Conditioning Chamber is crucial for environmental testing and product validation to ensure materials and components maintain functionality and structural integrity across a wide range of climatic conditions. For instance, electronics exposed to high humidity or heat might short-circuit or degrade, while automotive parts in freezing temperatures might become brittle. Testing in a climatic conditioning chamber helps manufacturers ensure that their products will perform reliably and safely regardless of environmental stress, preventing failures that could lead to costly recalls or safety risks.

Reduce risk of accidental explosion and associated sample damage. The new Thermo Scientific™ ES Series FMS Lab Refrigerators are ideal for storing potentially flammable material in general laboratory settings. Household and commercial freezers are not suitable for such material: they have components in their electrical and refrigeration systems that can trigger explosions of flammable air-vapor mixtures inside the unit. These freezers have been constructed without components that could trigger an explosion or fire of the materials inside.
  • Integrated controller
  • Digital display
  • High- and low-temperature alarms
  • Door ajar alarm
  • Remote alarm contacts
  • Standard door locks
  • Low energy consumption
  • Access ports
  • CE/ATEX marked
  • Reversible doors
  • Hydrocarbon refrigerants
  • HCFC and CFC free insulation

Ordering Information: Available in 50Hz only; not available in North America or other 60Hz regions.

FMS units are not designed for use in Class I, Zone 0 or Zone 1 applications which require an explosion-proof unit.
Model No. YOT-080
Internal chamber size W×H×D (cm) 40×50×40
External chamber size W×H×D (cm) 90×140×95
Temperature range RT~80℃
Temperature fluctuation ±0.5℃
Temperature uniformity ±1.5℃; Empty load, 30 minutes after stabilization
Resolution 0.01℃
Ozone concentration 0~1000PPHM, adjustable (Optional: 0-500ppm non-standard)
ozone control precision ±10%
Ozone generate mode (Ozonator)
Sample frame Static and dynamic fixtures
Sample frame speed 360°rotation (1 circle/minute)
Material SUS#304 stainless steel for inner chamber, cold-rolled sheet+powder coating for external chamber
Insulation PU
Circulation system Cooling fan

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Johri Instruments Private Limited (JIPL) is a leading manufacturer of precision laboratory testing instruments, based in HSIIDC Kundli, Haryana, India, and provides services around the globe. With years of industry expertise, we serve diverse sectors including cables, polymers, plastics, and automotive.

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