Dynamic Mechanical Load

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Dynamic mechanical load

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Dynamic mechanical load

The cylinder type mechanical load testing machine is designed and manufactured in accordance with relevant standard clauses such as IEC 61215-2 ed.01 2016-03 IEC62782 TS Ed.1. The mechanical load testing machine is used to verify the abili...

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

动态机械载荷

■ The cylinder type mechanical load testing machine is designed and manufactured in accordance with relevant standard clauses such as IEC 61215-2 ed.01 2016-03 IEC62782 TS Ed.1. The mechanical load testing machine is used to verify the ability of components to withstand static and dynamic loads under conditions such as wind, snow, or icing.

■ This machine is used to test the compressive strength of photovoltaic modules, using dynamic holding technology to simulate load tests to understand the product's compressive ability under load conditions.

Functional characteristicsFunctional characteristics

The system simulates dynamic loads in the form of cylinders and suction cups, with pressure applied through suction cups, pressure sensors, cylinders, proportional valves, and PLC. Each cylinder drives one suction cup, and a tension pressure sensor must be installed on the piston rod of each cylinder. The magnitude of the air pressure is calculated by the PLC based on the real-time feedback value of the pressure sensor, and the distance of the cylinder's up and down movement is controlled by the opening of the proportional valve, thereby achieving force control.
Each cylinder is a separate control module. Perform periodic load and pressure tests on the installation plane of the components. The main frame of the system is designed with 8080 European standard aluminum profiles, taking into account the installation of pressure blocks for conventional components, screw hole installation, and pressure block installation for double glass components.
The device is equipped with real-time monitoring of the deformation of components, as well as the continuity of current and temperature during the testing process.

Static load: Apply pressure to the component in a single test, and adjust the testing time and pressure within the testing range.
Dynamic load: Continuous pressure is applied to both sides of the component, and the number of tests, testing time, and interval time can be adjusted.

Performance parameterPerformance parameter

Dimensions of photovoltaic modules	optional	Uneven static load (5 minutes)	Test pressure: non-uniformity ≤ 3% when ≥ 2400Pa Test pressure: non-uniformity ≤ 2% when ≥ 3600Pa
Photovoltaic module+installation beam height range	50mm~350mm (compatible with solar tracking installation method)	Uneven dynamic load (5-minute)	Test pressure: non-uniformity ≤ 4% when ≥ 1000Pa
Installation platform adjustment range	50mm～430mm	Variable deformation sensor	1 (movable position)
Test capacity	One piece at a time	Accuracy of deformation sensor	±0.5mm
Way of Pressure	cylinder	Cylinder brand	SMC（made in Japan）
Number of cylinders	optional	Proportional valve brand	SMC（made in Japan）
Number of pressure sensors	optional	Suction cup brand	PISCO(made in Japan)
Accuracy of pressure sensor	≤0.02%FS	Pressure sensor brand	SMOWO(made in china)
Pressure method	Pull and press (in two directions)	control mode	PLC+HMI (Wuxi Baishiqi independent program)
Cylinder diameter stroke	400mm（﹣200mm～+200mm）	other	Satisfy uneven load testing
Suction cup center distance and edge distance	≤20cm（Non standard instrument）	Pressure control accuracy (static load)	1%
Test frequency	3—7cycles/min	Suction cup diameter	100mm，200mm optional
Maximum downward pressure	12,000Pa	Suction cup variable angle	15°
Pull up maximum pressure	-5400Pa	Cylinder position	optional

Sales records of similar equipment (partial)Sales records of the same type of equipment


Accumulated sales quantity＞80 sets

Dynamic mechanical load

The device is equipped with real-time monitoring of the deformation of components, as well as the continuity of current and temperature during the testing process.

Static load: Apply pressure to the component in a single test, and adjust the testing time and pressure within the testing range.

Dynamic load: Continuous pressure is applied to both sides of the component, and the number of tests, testing time, and interval time can be adjusted.

Supporting Equipment