Full Analysis of IEC60884-1 Conduct Damage Test Device

The IEC60884 - 1 conduct damage test device is very important for making sure wires work well and safely.

1. What is the Conduct Damage Test Device?

The conduct damage test device is mainly used to test the degree of conduct damage of fixed connection components with screw clamping type and screwless terminals. Firstly, its purpose is to verify whether the wire clamping device can withstand the mechanical stress in normal use and ensure the safety and reliability of the wire. Moreover, the device fully meets the requirements of IEC60884-1:2022 clause 12.2.5 figure 13, IEC60669-1, and IEC62052-31 clause 6.9.7.3. These standards ensure that the wire clamping device can withstand various mechanical stresses in normal use and ensure the stability and safety of the equipment.

2. Device Structure

Now, let's delve deeper into the components of the conduct damage test device.

Control system: First and foremost, it is the core of the entire device and adopts electrical control and the machine can be easily operated via buttons. Operators can set the speed, test time on the control panel directly.

Mechanical load system: Additionally, the device is equipped with high-precision weights.   The weight of the load is 0.4, 0.7, 0.9, 1.4, 2.0, 2.9, 4.5, 6.8 and 9.5kg etc. Moreover, the weight can be customized according to different standard.

Brushes: Furthermore, the device equips with several brushes of different diameters, such as 6.5, 9.5, 9.4, 13, 14.5, and 15.9mm etc. This enables it to test wires and cables of various diameters precisely.

Height Adjustment: In addition, the height adjustment mechanism of the device adopts a guide rail and screw structure. Specifically, the height can be adjusted within the range from 250mm to 600mm, providing flexibility for different test scenarios.

Protection and Support Structure: Finally, to ensure the safety of the test and the stable operation of the equipment, the device is equipped with a sturdy protective shell and a stable support base. The protective shell can prevent the damage caused by the accidental fracture and splashing of the conductor during the test, and the support base ensures that the device can remain stable under various test conditions.

3. Operation Steps

The operation of the apparatus for checking damage to conducts‍ is very easy.

Height Adjustment: Initially, carefully consult the corresponding standard requirements. Based on these, use the guide rail and screw structure of the device to precisely adjust the test height within the adjustable range of 250mm to 600mm. This ensures that the test setup aligns with the specific needs of the test.

Speed Setting: Next, navigate to the control panel, which is the central hub for operating the device. Here, operators can easily set the test speed according to the test specifications. The electrical - control - based control system allows for smooth and accurate speed adjustments.

Specimen Installation: After then，select the appropriate bushing from the available options, considering the diameter of the wire or cable specimen. After choosing the correct bushing, securely install the specimen. Then, attach the pre - selected high - precision weights, which range from 0.4kg to 9.5kg and can also be customized, at the bottom of the conductor. This step is crucial for applying the necessary mechanical stress during the test.

Test Initiation: Finally, return to the control panel to set the test time. Once the time is set, double - check all the previous settings. After ensuring everything is in order, start the test. During the test, the sturdy protective shell and stable support base will work together to ensure the safety of the test environment and the stable operation of the equipment.

4. Application Fields

The wire damage test devices are widely used in many fields:

Power industry: used to test the durability and safety of electrical equipment such as cables and transformers

Electronic industry: evaluate the reliability of components such as circuit boards and connecting wires

Aerospace: test the durability and reliability of wires in extreme environments

Automotive electronics: ensure the stability and safety of wires inside cars

In short, the conductor damage testing machine plays an irreplaceable role in the power, electronics and other industries. By deeply understanding its working principle and application field, and paying attention to its future development trend, we can better use this tool to improve the quality and reliability of products.