Lead out strength testing machine

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Lead out strength testing machine

The lead out terminal of photovoltaic modules is an important component of photovoltaic modules, whose main function is to lead out and connect the electrical energy generated by photovoltaic modules to the power grid or other electrical e...

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product details Integrating the essence of mechanical design with the wisdom of electrical research and development

引出端强度试验机

■ The lead out terminal of photovoltaic modules is an important component of photovoltaic modules, whose main function is to lead out and connect the electrical energy generated by photovoltaic modules to the power grid or other electrical equipment.

■ The lead out terminal usually includes junction boxes and cables, and its design and material selection have a significant impact on the performance and reliability of photovoltaic modules

Functional characteristicsFunctional characteristics

The device meets the strength test for the output terminal in MQT14 standard according to IEC61215-2 ed. 2 2016 standard.
The testing machine is divided into three types: tensile testing machine, torque testing machine, and adhesion testing platform

MQT 14.1 Terminal Box Tensile Test
The direction of the 40N 10 ± 1s force is parallel to the installation surface and the edge of the component, with a total of 4 directions.
Apply force perpendicular to the installation surface at the center of the wiring harness
MQT 14.2 a Lead End Tensile Test
30N 50cycles 1s/cycle
MQT 14.2 b lead end torque test
0.1Nm 1min angle deviation ≤ 45 °
0.1Nm=radius of rotation axis * force value=25mm * 4N * 10-3

Sales records of the same type of equipmentSales records of the same type of equipment


Accumulated sales quantity＞80 sets

Lead out strength testing machine

The device meets the strength test for the output terminal in MQT14 standard according to IEC61215-2 ed. 2 2016 standard.

The testing machine is divided into three types: tensile testing machine, torque testing machine, and adhesion testing platform

MQT 14.1 Terminal Box Tensile Test
The direction of the 40N 10 ± 1s force is parallel to the installation surface and the edge of the component, with a total of 4 directions.
Apply force perpendicular to the installation surface at the center of the wiring harness

MQT 14.2 a Lead End Tensile Test
30N 50cycles 1s/cycle

MQT 14.2 b lead end torque test
0.1Nm 1min angle deviation ≤ 45 °
0.1Nm=radius of rotation axis * force value=25mm * 4N * 10-3

Supporting Equipment

Lead out strength testing machine

The device meets the strength test for the output terminal in MQT14 standard according to IEC61215-2 ed. 2 2016 standard.

The testing machine is divided into three types: tensile testing machine, torque testing machine, and adhesion testing platform

MQT 14.1 Terminal Box Tensile Test The direction of the 40N 10 ± 1s force is parallel to the installation surface and the edge of the component, with a total of 4 directions. Apply force perpendicular to the installation surface at the center of the wiring harness

MQT 14.2 a Lead End Tensile Test 30N 50cycles 1s/cycle

MQT 14.2 b lead end torque test 0.1Nm 1min angle deviation ≤ 45 ° 0.1Nm=radius of rotation axis * force value=25mm * 4N * 10-3

Supporting Equipment

MQT 14.1 Terminal Box Tensile Test
The direction of the 40N 10 ± 1s force is parallel to the installation surface and the edge of the component, with a total of 4 directions.
Apply force perpendicular to the installation surface at the center of the wiring harness

MQT 14.2 a Lead End Tensile Test
30N 50cycles 1s/cycle

MQT 14.2 b lead end torque test
0.1Nm 1min angle deviation ≤ 45 °
0.1Nm=radius of rotation axis * force value=25mm * 4N * 10-3