D-MEI DY-HT1M-200 集成表面源黑体炉 (-10-80℃, 200mm)

Working temperature: -10℃-80℃

Operation mode: Touch screen operation

Temperature resolution: 0.01℃

Temperature control: PID automatic control

Radiation surface: 200mm×200mm

Emissivity: ≥0.95

Emissivity adjustable function can be customized (adjustable between 0.95-0.99)

Temperature stability: ±0.1℃-0.15℃（10min）

Ambient temperature 22℃±5℃

Temperature uniformity: ±(0.1-0.3)℃ (within 2/3 area)

Volume (length×width×height): Blackbody host 300 mm× 320 mm× 410 mm 

Remarks: Low-temperature surface source blackbody furnace, when the set temperature is lower than the ambient temperature, in order to effectively avoid the problem of frost on the radiation surface of the blackbody furnace, the blackbody furnace comes with an anti frost cover and nitrogen ventilation pipe. Users need to prepare nitrogen, nitrogen pressure reducing valve and other related supporting equipment.

Weight: Blackbody host 20 kg 

Customized functions

1. RS485 communication 

2. Programmable 

3. Emissivity (between 0.95-0.99) adjustable

Power supply: 220V  AC 10A 800W

Language: Default Chinese or English, language interface can be obtained anywhere in the world according to customer requirements.

Independent intellectual property rights: Blackbody radiation source touch screen system has obtained computer software copyright registration certificate, patent number: 2020SR0565743

Certification qualification documents: ISO9001 quality management system certification, international CE, RoHS, WEEE

Dust cover optional: Temperature resistance 80℃-90℃, blackbody needs to be cooled to room temperature

Wire diameter: ≥1.5 square

Heating and cooling time: 

Room temperature rises to 80 degrees Heating for 6 minutes, stabilizing for 4 minutes. Stability: 0.15℃/10min

Uniformity 0.3℃ (2/3 area)

Room temperature rises 50 degrees, heating for 3 minutes, stabilizing for 3 minutes. Stability: 0.15℃/10min

Uniformity 0.2℃ (2/3 area)

Room temperature drops by 0 degrees, cooling for 6 minutes, stabilization for 4 minutes

Room temperature drops by -10 degrees, cooling for 12 minutes, stabilization for 5 minutes

The stabilization time at 0 degrees and  10 degrees is measured under nitrogen flow and no frost on the radiation surface.

10 minutes from 80 degrees to 40 degrees, 20 minutes from 80 degrees to 32℃ (depending on environmental factors) The current test temperature is 27 degrees