Dynamic Mechanical Load Tester

Manufacturers can use the Dynamic Mechanical Load test to determine the wind resistance of solar panels. The tested module is horizontally installed and coupled to computer controlled vacuum cups positioned on the solar module’s surface for Dynamic Mechanical Load testing.

Complies with IEC 61215-2 2021 PD IEC/TS 62782:2016 mechanical load test specification.
Maximum Static Force Capacity +Ve 8000Pa
The apparatus’ construction is made of extruded aluminum.
Fixtures and holders can be designed to meet the needs of the testing module.
Manual operation is straightforward, as is manual maintenance.
Comprehensive testing solutions for numerous types of material and component analysis are available.

We offer a variety of testing tools for Solar PV Module Testing Equipments and Hail Impact Testing Machine.

What is the Dynamic Mechanical Load test and how does it work?

The impact of severe winds and other wind-related natural catastrophes on solar modules are sometimes underestimated, yet they are increasingly crucial concerns in solar module manufacture.

What is the purpose of loading solar modules?

Solar module dynamic mechanical load testing. The Dynamic Mechanical Load test is one of the Mechanical Load tests used to guarantee that manufactured solar modules are reliable and can endure a variety of forces and environmental conditions.

What is dynamic load capacity, and how does it differ from static load capacity?

For transportation equipment, dynamic load capacity is critical. It is the maximum load that a castor or wheel can withstand when in motion repeatedly over an extended length of time. It’s important to distinguish between dynamic and static load capacity.