Casa/Prodotti/camera di prova di temperatura/High and Low Temperature Test Chamber with Wide Range (-70~220℃), Low Pressure Simulation (0.5kPa), and Fast Heating/Cooling (3~6℃/min)
High and Low Temperature Test Chamber with Wide Range (-70~220℃), Low Pressure Simulation (0.5kPa), and Fast Heating/Cooling (3~6℃/min)
1 pezzo
MOQ
15000~50000 USD
prezzo
CaratteristicheGalleriaDescrizione di prodottoOra chiacchieri
Caratteristiche
Specificazioni
Volume interno nominale (L):330~2000
Intervallo di temperatura:-70~220°C
Velocità di riscaldamento:3~6°C/min
Velocità di raffreddamento:2~3,5°C/min
Capacità di compensazione termica:1500 ~ 3000w
metodo di raffreddamento:Raffreddamento ad aria/acqua (opzionale)
modalità di alimentazione:AC380V ±10% 50Hz 3/N/PE
Massima potenza:15.5KW
Corrente massima:30A
Evidenziare:
High Low Temperature Test Chamber with Fast Heating Cooling
,
Wide Range Temperature Test Chamber with Low Pressure
,
Temperature Test Chamber with Fast Heating Cooling
High and Low Temperature Test Chamber with Wide Range (-70~220℃), Low Pressure Simulation (0.5kPa), and Fast Heating/Cooling (3~6℃/min)
Descrizione di prodotto
China Leading High and Low Temperature Test Chamber Supplier
High and low temperature low air pressure test chamber designed for comprehensive environmental testing solutions.
Product Characteristics
Wide Temperature Range
Wide temperature zone test: Simulates extreme high temperature and low temperature environments with a range from -70°C to +150°C, meeting various product heat and cold resistance test requirements. Features high-precision temperature control system ensuring uniform temperature distribution with accuracy typically reaching ±0.5°C or higher.
Air Pressure Adjustment Function
Low pressure simulation: Effectively tests product performance under plateau or aviation flight conditions with adjustable low air pressure range down to 0.5kPa or lower. Maintains stable air pressure levels to simulate real low pressure conditions.
Fast Heating and Cooling Rate
High heating and cooling efficiency: Achieves temperature change rates of several degrees Celsius per minute to meet rapid environmental change test requirements. Features programmable temperature change curves for different temperature rise and fall rates to simulate complex environmental conditions.
Material and Structure Design
High durability material: Internal structure made of corrosion-resistant stainless steel ensuring long-term stability under extreme temperature and low air pressure. Multi-layer thermal insulation design provides excellent thermal insulation performance, reducing temperature fluctuations and energy consumption while improving test accuracy.
Modular Design
Flexible expansibility: Modular design allows users to add humidity control, vibration test, and other functional modules according to test requirements, enabling joint testing under multiple environmental conditions. Easy maintenance and upgrade capabilities reduce long-term usage costs.
Multi-function Integration
Synchronized control of temperature and atmospheric pressure: Operates high and low temperature and low atmospheric pressure functions simultaneously to simulate complex environmental conditions such as low temperature and low atmospheric pressure at high altitude.
Areas of Application
Aerospace: Test performance of aircraft and spacecraft in high-altitude and low-pressure environments to ensure proper operation under extreme conditions.
Electronics: Evaluate stability and reliability of electronic equipment at high temperature, low temperature and low air pressure, particularly in aerospace and specialized equipment.
Automotive Industry: Test durability and functionality of automotive components and systems under various temperature and pressure conditions.
Materials Science: Study physical and chemical properties of materials at different temperatures and pressures to support new material development and performance improvement.
Communication Equipment: Ensure communication equipment operates stably under extreme environmental conditions, including satellite communication systems and high-altitude communication equipment.
Medical Equipment: Test reliability of medical equipment in extreme environments to ensure normal use across different climatic conditions.