Electronic Ventilated Aging Test Chamber For Heat Shrinkable Tubing / Industrial
1. Product introduction:
Ventilation-type aging testing chamber used to test the material characteristic for wire type, skin type, plastic, rubber, cloth, Equiped with a special ventilation regulator for maintain the fresh air inside when heating. This testing machine design with sophisticated air-displacement adjustment device and a digital voltage meter, current meter, watt-hours, the timer can be used to measure the air replacement rate. Horizontal circulatory air supply system and both sides of airflow regulator to ensure the internal temperature uniformity and stability.
2. Main feature:
The oven used to study the rubber that is heated under the rotary mode in a fixed period. Tested 1 day at 70 ℃, theoretically equivalent to 6 months exposed to the outside atmosphere. The oven is equipped with motor-driven rotary disk, hot-air circulation system that ensure uniform distribution of temperature.
3. Corresponding standard:
Accord with ASTM D5423-9(R2005)(Ⅱ-Type oven)and ASTMD 5374-93(2005) UL-1581,GB,VDE,JIS,IEC
4. Applicable industries:
The aging tank used to test the material heat-resisting for polymer materials (plastics, plastic) and electrical insulation materials, such as: wire and cable sheathing, heat-shrinkable tubing, rubber or PVC materials.
5. Main parameters:
RT~200℃, resolution : 0.1℃,
accuracy : 0.5℃
||0~10 or 10~200 time/H
||Using voltage regulator to change the volume of air, convenient to adjust
|Built-in circulating air system
||ensure the temperature uniformly : 1%(count at the highest temperature)
||SUS#304 stainless steel
1. TCM control system can make the amount of increase heat is equal to heat of los
2. With P.I.D automatic calculation function, precision temperature control
||high-accuracy PT100 thermocouple. temperature fluctuation 0.5%(count at the highest temperature)
||50cm(L)x 40 cm(D)x 50 cm(H)
||120cm(L)x 65 cm(D)x 134 cm(H)
||80mm rock wool
Count the volume of air:Formula for Japan JIS7212 N = 3590(X-Y)
X: the consumption of electricity in ventilation WH.
Y: the consumption of electricity in no ventilation WH.
V: volume (cm3)
D: Density of air(g/cm3)
T: temperature contrast between inside and outside