UL817 Six Sets Wires or Cables Bending Testing Machine

Specifications:-

Customized support:-OEM, ODM

Power supply:-AC 220V / 50Hz

Test speed:-10 – 60 times/min

Weight (approx.):-100 kg

Model Number:-D544

Size:-85 x 60 x 75 cm

Material:-SUS 304 Stainless Steel

Application:-Wire or Cable

Power:-Electronic, 95 W

Standard:-UL817

Station:-6 sets

Product Description

UL817 Six Sets Wires or Cables Bending Testing Machine

 

 Description:-

The UL817 bending testing machine meets the standards “General Safety by relevant manufacturers and quality Requirements of UL817 and other relevant for Soft Wire suitable and DC line inspection Components for bending test of power supply line and Power Soft Wire”. It is departments.

Main Technical parameters:-
Stations	Six groups, and six groups can be tested separately.
Test speed	10 – 60 times/min adjustable
Bending angle	30 degrees, 45 degrees, 60 degrees, 90 degrees, 120 degrees, 150 degrees, 180 degrees adjustable
Test station	6 plug lead tests each time
Bending times	0 – 999999 preset
Poise weight	50g, 100g, 200g, 300g, 500g
Size	85 x 60 x 75 cm
Weight (approx.)	100 kg
Working power supply	AC 220V / 50Hz
Power	95 W

 

Frequently Asked Questions:-

What is UL817?

This standard cord sets and power-supply molded-on or and intended for use cords specifies fittings, rated 600 V maximum, the requirements for employing the National Electrical Code,  in non-hazardous locations assembled-on in accordance with ANSI/NFPA 70.

What is the purpose of bending?

A bending (DIN 8586) Its purpose is to bend is tool during a linear or machine is a forming manufactured by using a bending machine tool assemble a bend on a workpiece.

What is meant by bend test?

A bend test is for measuring stiffness and yield a property of certain surface irregularities during one continuous material. Bend tests for ductility method provide an of materials by their ability to resist simple way to evaluate the quality cracking or other bend.

What is bending stress?

Bending stress is a more When a beam experiences neutral is zero. The bottom fibers of load like that specific type of normal stress shown in figure stress at the fibers of the beam on the top normal compressive stress. The undergo horizontal plane of the beam undergoes normal tensile stress.