Vacuum Test Chamber

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Simulating extreme pressure and altitude conditions for testing products used in the aerospace industry

Unlock the Potential of Aerospace Environmental Testing with our Vacuum Test Chambers

Our vacuum test chambers are specifically designed to evaluate the adaptability and reliability of your aerospace products under extreme pressure and altitude conditions, also applicable for testing electrical products, materials, and components.

Features

Simulation of complex natural environments, including altitude, temperature, and humidity
Controlled pressure down to 1 mbar
Customizable chambers with pressure levels of 10^-3 mbar, based on your specific requirements
Temperature control achieved through heat radiation on the chamber walls

Specifications

Model			AZVAT(H)150U	AZVAT(H)500U	AZVAT(H)1000U
Power Supply			AC 380V 50Hz three-phase N PE
Maximum Power			11	18	21
Operation Environment			5℃~ 35℃/≤85%RH
Performance	Temperature and Relative Humidity Range		-70℃~ 120℃
			15℃~ 85℃ 20%～95%RH
	Dew Point Range		4°℃~ 84℃
	Model Heating Rate"2		2.5℃/min	2.5℃/min	2℃/min
	Model Cooling Rate"2		1.8℃/min	1.8°C/min	2℃/min
	Pressure Range		1KPa~1bar
	Pressure Fluctuation		≤±2 Kpa(1bar～40KPa)/≤±5%(40KPa～2KPa)/≤0.1KPa(≤2KPa)
	Pressure Falling Down Time		within 30 minutes
Inspection Window			multiplayer glasses with conducting film heating, size W240mmxH310mm
Condenser			air-cooled condenser
Interior Capacity (L)			150	544	1040
Internal Dimensions (mm)		W	600	800	1010
		D	500	800 1010	1010
		H	500 850 1020	850	1020
External Dimensions (mm)		W	960	1200	1430
		D	2640	2855	3455
		H	1900	2490	2290
AZVAT model with humidity control functionality Average rate between the highest and lowest temperatures (no load, no heat dissipation, based on IECC60068-3-5) Performance indicators determined at room temperature ( 25℃), with sensors placed at the unit's air outlet Temperature control available within the pressure range of 40KPa to 1 bar

Applications

Our vacuum test chambers are primarily used to conduct environmental adaptability and reliability tests on electronic components under low pressure, high temperature, low temperature, or combined conditions. They also facilitate the measurement of electrical performance when the test specimen is powered.

About the Vacuum System

The vacuum system consists of two integral components: the vacuum measurement system and the vacuum acquisition unit. The vacuum measurement system measures and controls the vacuum level using pressure sensors. The vacuum data is converted into linear electrical signals and can be directly displayed and controlled by the equipment controller.