Product Description

Burn-in Chamber (also called the temperature aging test chamber) is widely applied for automotive parts, electronic and electric products, components and materials by constant high-temperature reliability tests.

 

Burn-in Chamber Application

DGBELL’s Burn-in Chambers are widely applied for automotive parts, electronic and electric products, components and materials by constant high temperature reliability test. It can also be used for other objects that need to be tested for high temperatures, such as drugs, airplanes, etc. Our burn-in test chamber can be customized according to your requirements, if you have special needs, don’t hesitate to contact us.

 

Burn-in Chamber Advantage

1. SUS#304 high temperature resistant stainless steel
2. Fire-resistant, high strength glass fiber thermal insulation material
3. Control system and control circuit all introduced with the famous brand
4. Double sides cold-rolled plate electrostatic powder-coated material

 

Standard

• IEC 60068-2-2:2007

 

Performance parameters

Model	HMBTG072	HMBTG125	HMBTG270	HMBTG600	HMBTG1000
Test Space	450x400x400	450x400x400	600x900x500	1000x1000x600	1000x1000x1000
W x H x D (mm)
External Dimension	850x1000x850	900x1100x1000	1000x1300x1000	1200x1450x1100	1200x1400x1450
W x H x D (mm)
Temp. Range	Rt-250℃  (Optional for 500℃）
Temp. Fluctuation	≤±0.5℃
Temp. Deviation	≤±1.5℃
Temp. Uniformity	≤±1℃

 

Controller

Display	TFT LCD
Input	Compatible for wet-dry bulbs PT100 (T/C, RTD, DCV)
Accuracy	0.01% high precision sampling
System Capacity	10 programs, 100 segments for each program
Operating Mode	Fixed value/ Programmable running mode
Output Method	PID+SSR/SCR automatic bidirectional synchronous output
Start pre-set	Equipment starting can be pre-set.
Communication Interface	compatible with protocols (RS485, Modbus, etc.)

 

Construction Details

	In the test panel of the burn-in test chamber, you can enter the parameters you need here.
	The test rack is used to place the samples. There are many small round holes on the inner wall of the chamber, which are used for the left and right air supply so that the temperature in each corner of the chamber is the same.
	The test hole is used to connect external equipment. If you need to test the temperature of the sample inside, you need to probe into the thermometer from the outside, then you can go in through this hole. If you don’t need this hole, just plug this test hole.
	The heat dissipation hole is used to exchange with the outside air to adjust the temperature of the inner chamber.

 

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