Wire Heating Deformation Testing Machine Used To Test The Degree Of Thermal Deformation Of Materials Such As Plastics And Wire Sheaths

I. Usage:
This machine is used to test the degree of thermal deformation of materials such as plastics and wire sheaths.
Ii. Test Methods:
At a specific temperature, the specimen is freely placed in the testing machine for 30 minutes, then clamped between the parallel plates of this machine, subjected to a specified load, and placed at the same temperature for another 30 minutes. The thickness difference before and after heating is measured by a gauge. The deformation rate is obtained by dividing this thickness difference by the thickness before heating.
Iii. Standards
Complies with UL1581 and GB2099 standards
Iv. Detailed Parameters
Test apparatus: 3 groups
Temperature: Room temperature to 300℃
Weights: three each of 50g, 100g, 200g, 500g and 1000g
Scale: Japanese Mitotoyo 0.01/10mm
Volume: Inner box dimensions: length 600mm* depth 400mm* height 360mm
Outer box dimensions: length 1100mm* width 620mm* height 1730mm
Inner box material: SUS#304 stainless steel. Outer box material: 1.5mm steel plate, with electrostatic baking paint
Insulation material: High-density asbestos
Weight: 113kg
DX8393 Flexing Two and three-wheel Wire and Cable Testing Machine
Standard
In accordance with IEC227-2, 1EC245-2, UL1581, VDE0472, IEC60227-2(ed2)1997, IEC60245-2(ed2)1994+A1: Designed and manufactured in accordance with the standards of 5.6.3.1 and 5.6.3.2 of HD22.1, GB5023.2 and GB5013.2 in 1997.
I. Scope of Application: It is applicable to the detection of rubber and plastic rubber complexes and initial components

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Wire Heating Deformation Testing Machine Used To Test The Degree Of Thermal Deformation Of Materials Such As Plastics And Wire Sheaths Images