Photovoltaic Modules Hail Impact Tester with 2000x1000mm Test Area and 23-30.7 m/s Velocity Range for IEC61215 Compliance
Price:
To be quoted
MOQ:
1
Delivery Time:
30 working days
Brand:
KingPo
Product Description
Product Overview
This photovoltaic modules hail impact tester is designed to evaluate the durability and impact resistance of solar panels under simulated hail conditions. The equipment complies with international standards including IEC61215, IEC61646, and UL1703, ensuring reliable testing performance for quality assurance in photovoltaic manufacturing.
Key Features
- Automated positioning system with PC control for precise impact testing
- High-precision infrared speed measurement system with ±5% accuracy
- Multiple ice ball diameters (25mm, 35mm, 45mm) for comprehensive testing
- Large testing area of 2000 × 1000 mm accommodating various panel sizes
- Imported servo motor and guide rail system for smooth operation
- High-quality CNC machined ice ball molds for consistent test specimens
Technical Specifications
| Component | Specifications |
|---|---|
| Launcher System | Compressed air powered (6-8 bar), 940mm barrel length, manual single loading |
| Positioning System | X-axis: 2100mm, Y-axis: 1000mm, 1mm positioning accuracy |
| Speed Measurement | Infrared sensors, 0-40 m/s range, ±5% precision |
| Ice Ball Parameters | Diameters: 25mm, 35mm, 45mm; Weights: 7.53g, 20.7g, 43.9g (±5%) |
| Impact Velocities | 23.0 m/s ±5%, 27.2 m/s ±5%, 30.7 m/s ±5% |
| Cooling System | Refrigerator maintains -10°C for ice ball preparation |
Testing Capabilities
The equipment simulates real-world hail impact conditions by propelling ice balls at controlled velocities onto photovoltaic modules. This testing verifies the structural integrity and weather resistance of solar panels, helping manufacturers ensure product reliability in harsh environmental conditions.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Dongguan Kingpo Technology Limited
Location
RM C, 13/F, HARVARD COMMERCIAL BUILDING, 105-111 THOMSON ROAD, WAN CHAI, HK
Contact Person
Lynette Wong