Static Mechanical Load testing machine/Dynamic Mechanical Load Tester /PV Module testing machine
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Static Mechanical Load testing machine/Dynamic Mechanical Load Tester /PV Module testing machine
Testing standard
It's conform IEC61215-2:2016 testing standard
Purpose
This test is to determine the ability of the module to withstand wind , snow , static or ice loads
The Main Technical specifications
The testing machine's Dimension approx |
L 2650 × D 23200 × H ×2650 mm |
The Test Positive load |
The maximum arrived +10000Pa (pressure can set) |
The Test reverse load |
the maximum arrived -6000Pa (pressure can set) |
Cycle times |
free setting |
Dynamic load test frequency |
7s±3s |
Dynamic load |
1000Pa,1000 cycles |
Pressure control accurate | 5% |
Pneumatic and force value feedback ways | low friction force cylinder,tensile pressure
sensor(accurate 0.1N) |
The maximum test dimension | 2m×1m (can according to the customer's requirement customized) |
Current continuity system | DC power, DC 120V/20A, real-time monitor module inner current continuity |
Cylinder |
5 groups , in total 15 pcs |
Sucker |
15 groups , in total 60 pcs,the diameter:120mm |
Control ways | Computer control |
Monitor function |
Real-time draw real-time show pressure and deformation value |
The testing data display |
Real-time show every cylinder force value and draw force value curve |
Electricity |
220V 50HZ |
Testing Procedure
1.Equip the module so that the electrical continuity of the internal circuit can be monitored continuously during the test
2.Mount the module on a rigid structure using the method prescribed by the manufacturer including the mounting means (clips/clamps and any kind of fastener) and underlying support rails, if t here are different possibilities each mounting method needs to be evaluated separately , for all mounting methods , mount the module in a manner where the distance between fixing points is worst case, which is typically at the maximum distance. 3.On the front surface , gradually and uniformly apply the test load, load uniformity needs to be better than ±5% across the module with respect to the test load, maintain his load for 1h
4.Apply the same procedure as in step c to check back surface of the module or as uplift load to the front surface
5.Repeat step c and d for a total of three cycles
Customer Site Requirement
NO |
Project |
Requirement |
1 |
Placed dimension |
2650×2320×2650mm(L×W×H)+740×740×1413mm(L×W×H) |
2 |
Weight |
Approx 800kg |
3 |
Compressor air requirement |
≥0.7Mpa, flow≥2.0m3/min |
4 |
Electricity requirement |
1phase 220V 50HZ |
5 |
Ground requirement |
Ground line connect to the ground |
6 |
Area requirement |
Flat |
7 |
Environment requirement |
25℃±2%,humidity 50%~70%, no noise , Shockproof, non-magnetic interference |
8 |
Power |
6000W |
Sucker position figure show (2m×1m solar panel)
The Relative solar panel testing machine's show
2018 Year ShangHai Solar Energy Exihibition show
Shipping ways
Delivery time :
1. Received the deposit 30 work days after
Sales-after Service
1.Warranty time: 1 year
2.Support life-time technical support
3.About the customer's questions, we will feedback on time
Name Card