Description
Precision Oven is applied tothe industrial and mining enterprises, laboratories, research units for drying, baking, melting and sterilization test. And used to test its performance in the case of high temperature, thermostat change, such as electrician electronics, automobile and motorcycle, ship, universities, scientific research institutes and other related products, parts and materials.
Volume and dimension
2.1 Volume | About 360 Liter |
2.2 Interior size | W 1000 mm*H 600 mm*D 600 mm |
2.3 Exterior size | W2790 mm*H1745 mm*D1450 mm (Excluding the protruding part of the machine!) Tips: For external dimensions, please confirm the three views according to the final design! |
2.4 Floor area | About 4.05 m2; (confirm after signing the contract) |
3.1 Test Conditions | Cool method: fresh air Measured at a room temperature of +25 ºC under no load, the temperature and humidity performance test is measured according to the relevant regulations according to IEC 60068 -3; the sensor is placed at the air outlet of the air handling unit |
3.2 Temperature range | RT+10ºC~+200ºC |
3.3Temp. fluctuation | ±0.5ºC |
3.4Temp. uniformity | ±2.0ºC (RT ~ +100ºC) ±3.0ºC (101 ~ +200ºC) |
3.5 Heat up rate | RT+10ºC ~ 200ºC ≤65min (no load) |
3.6 Load | No |
Note: Measured at room temperature +25 °C at no load, the temperature and humidity performance test is measured according to the relevant regulations according to IEC60068 -3; the sensor is placed at the air outlet of the air handling unit | |
3.8 Noise | <=75 (dB) (The noise detection device is measured 1m away from the door of the chamber) |
3.9 Meet standard | GB/T 2423.2-89 (IEC68-2-2) Test B: High temperature test method GJB360.8-87 (MIL-STD.202F) High temperature life test GJBl50.3 (MIL-STD-810D) High temperature test method |