Umbrella Wind Resistance Testing Machine
HY-826
Simulates the wind resistance of umbrellas under wind conditions. Through testing, it determines the wind resistance of the sample, providing a reliable and advantageous basis for improving product quality.
Quantity:
HY-826 Umbrella Wind Resistance Testing Machine
Standard Compliance:
GB/T 31895-2015
Product Introduction:
Product Introduction:
This testing machine is an environmental testing device that simulates the wind resistance of umbrellas under wind conditions. Through testing, it determines the wind resistance of the sample, providing a reliable and advantageous basis for improving product quality.
Technical Parameters:
1. Controller: PLC control
2. Display: 7-inch color touch screen display
3. Wind Speed: (3, 5, 8, 10, 12) m/s five-speed constant speed selection or stepless speed regulation selection
4. Air duct diameter: Φ1000mm
5. Motor: 4KW, Level 4
6. Wind Resistance Tester: Wind speed 0m/s~18m/s
7. Impeller Diameter: 1000mm
8. Blade Installation Angle: 60 degrees
9. Anemometer: 0.3m/s~45m/s
10. Stopwatch: Minimum division 0.1s
11. Power Supply: AC220V 50HZ
12. Weight: Approx. 600KG
13. Dimensions: Approx. 4000*1680*2100mm
14. Duct Length: 1680MM
15. Surface Treatment: 200-degree DuPont powder coating
16. Fixtures: One set of umbrella rib fixtures, electroplated.
17. Protection Switch: Leakage and overload protection.
18. Wind Speed Adjustment: Inverter digital adjustment.
19. Current collector dimensions: Diameter 1680mm, Length 420mm
20. The PLC uses the most advanced 32-bit CPU, boasting ultra-fast processing speed. Single-step instructions can be completed in 0.33µs, with a large program space that can accommodate 16K steps. It has multiple expansion communication ports, enabling interconnectivity and excellent expandability.
21. The touchscreen uses the mainstream A76 32-bit MCU chip, offering fast processing speed, sensitive touch, and extremely long lifespan.
22. This system employs closed-loop control. Any wind speed can be set (3~12m/s). Through a wind speed sensor, the closed-loop system provides real-time feedback on the current wind speed. If the wind speed is too high, feedback is sent to the PLC. The PLC automatically adjusts the inverter frequency appropriately based on the magnitude of the wind speed deviation, reducing the motor speed and thus lowering the wind speed. Conversely, the frequency is adjusted to bring the wind speed close to the set value.
