IEC 61215
PV Module Static Mechanical Load Test System (IEC 61215-2, MQT 16).
Uniform static load testing of photovoltaic modules to IEC 61215-2 (MQT 16) for wind and snow loads.
The PV Module Static Mechanical Load Test System performs the static mechanical load test of IEC 61215-2 (MQT 16). A uniform load is applied in turn to the front and back of a mounted module and held for one hour, reproducing the wind and snow loads a module sees in the field. The base test load is at least 2400 Pa, with a higher load (up to 5400 Pa) used where heavier snow loading is declared.
The load is applied by a multi-point push-pull arrangement and held under closed-loop regulation, with the load recorded against time so the hold and the cycle sequence are documented. Over-load and over-displacement cut-outs, an emergency stop and guarding keep the test safe; optional module-deflection measurement can be added.
ULMEKA designs and manufactures this system. The frame size, load range and fixturing are built to the module and the applicable standard; the exact configuration is defined during the quotation stage.
Standards
& methods.
Applications.
- IEC 61215-2 MQT 16 static mechanical load test
- PV module wind and snow load qualification
- Photovoltaic module type approval
- Solar module test laboratories
ULMEKA engineers test systems
to specification.
If your requirement is outside this catalogue — custom chamber sizes, combined-standard integration, or tailored test profiles — talk to our engineering team.
