0.5N 1N 1.25N 2.5N Plug Torque Test Device SUS304 Stainless Steel

Place of Origin China
Brand Name SKYLINE
Certification GB/T, IEC
Minimum Order Quantity 1 unit
Price Negoitable
Packaging Details plywood case
Delivery Time 15 working days
Payment Terms T/T, Western Union,
Supply Ability 10 pcs/ month
Product Details
SKYLINE: Plug Torque Test Device Combined Weights: 0.5N, 1N, 1.25N And 2.5N
A Universal Socket Clamp: Suitable For GB, BS And Other Plugs UL Socket Clamp: 125V15A2-pole 3-wire
Material: SUS304 Stainless Steel Torque Range: 0~0.25N·m
Highlight:

0.5N Plug Torque Test Device

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1.25N Plug Torque Test Device

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SUS304 Torque Measurement Instrument

Product Description

Plug Torque Test Device

 

1. Purpose

Whether the mechanical stress of the plug-in device with plug-in pin on the socket during normal use is within the specified range.

 

2. Compliance

his device meets the requirements of IEC60598-1, Chapter 4.14.6, Figure 11 of GB8898-2011, Figure 11 of IEC60065, IEC60335, IEC60884 and other standards. It is suitable for testing the torque exerted on the output socket by the device which is to be inserted into the fixed output socket and is equipped with a bolt after it is inserted into the output socket. The balance arm of the equipment moves around the horizontal axis which is 8mm behind the plug-in surface of the output socket and passes through the center line of the outlet socket. This device has good sensitivity, beautiful appearance and convenient adjustment.

 

3. Configuration

1. a set of 0.5N, 1N, 1.25N and 2.5N combined weights shall be provided;

2, equipped with a universal socket clamp (suitable for GB, BS and other plugs)

3. Equipped with one UL socket clamp (125V15A2-pole 3-wire);

4. Equipped with one European socket clamp with three round holes.

Material: SUS304 stainless steel;

Torque range: 0~0.25N·m.

 

0.5N 1N 1.25N 2.5N Plug Torque Test Device SUS304 Stainless Steel

 

 

 

What is the purpose of a torque test?

Torque testing is a way of determining how an object will react when it is being turned - during normal operation or being twisted until it deliberately fails or breaks. This rotational force can be 'dynamic' often delivered at ultra-high speed or 'static' at a much lower speed.

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