Specifications;-
Customized support:-OEM, ODM
Test channel:-250 x 250 x 12600 mm
Nominal volume:-1520 L
Studio size:-400 x 300 x 2300 mm
Accuracy:-Temperature ± 0.2 ℃
Model Number:-D540
Total machine power:-60 KW
Material:-SUS 304 Stainless Steel
Application:-Wire and Cable
Power:-Electronic
Standard:-IEC 794
Total weight:-4500 KGS
Product Description
IEC 794 Wind Power Cable Low-Temperature Torsion Tester
Standards.-
It conforms to Wind Power Cable Test Method”, GB/T 2423.1-2001 Generation with Rating Voltage 1.8/3kv and Below NB/T31036-2012 “Twist Resistant Soft Low International Electro technical Temperature Test Method and GB/T 2423.2-2001 Temperature Test Method IEC Cable for Part 3: Torsion Test A: Test B: High 794-1-F1 Commission Standard.
Main Technical Parameters:-
(1) Nominal volume: 1520 L
(2) Studio size: 400 x 300 x 2300 mm
(3) Test channel: 250 x 250 x 12600 mm
(4) Size: 1550 * 2500 * left height 1720 mm, left and right channel right height 9620 mm, size 640 * 540 mm
(5) The total weight is about 4500 Kg
(6) Cable test range: below wind power3.0KV, diameter 25 mm cable test
Frequently Asked Questions:-
What is IEC 794?
It applies to optical fiber cables having a combination of both optical similar techniques, for use and devices employing with telecommunications equipment and to fibers and electrical conductors.
What is the purpose of the torsion test?
The purpose of behavior when twisted, or under as a result of applied moments determine sample forces because that torsional torsion test is to shear stress about the axis.
What is a torsion testing machine?
Torsion Testing Machine is on various metal wires, tubes, sheet materials, designed for conducting Torsion and Twist torque applied pendulum recorder gives to can be the gearbox. Autographic specimen by geared dynamometer the relation between torque and system Torque motor through measurement is by the angle of twist.
What is the definition of wind power?
Wind gives used to generate mechanical pendulum recorder power or wind energy pendulum recorder gives power or electricity. Wind in the wind into mechanical turbines converts the kinetic energy power.