Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications

Product Details
Customization: Available
Standard: DIN
Material: Iron Alloy
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  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
  • Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic Applications
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Basic Info.

Model NO.
1-1
Connection
Welding
Surface Treatment
Galvanizing
Head Type
Allotype
Implementation Standards
National Standard
Product Weight
0.5
Quality
Quality Assurance
Transport Package
Container
Specification
1-10
Trademark
Huilin
Origin
Handan, Hebei
HS Code
0101101010
Production Capacity
50000

Product Description

Durable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsDurable Solar Photovoltaic Clamp for Medium Voltage Anti-Seismic ApplicationsThe essential components, the photovoltaic medium voltage block and the edge pressure block, are indispensable accessories for photovoltaic brackets, serving a crucial role in securing the photovoltaic system. These accessories ensure that the system remains stable and secure, especially in challenging conditions.

A key player in the stability and wind resistance of photovoltaic power stations, the photovoltaic medium voltage block primarily serves to connect two photovoltaic panels seamlessly. By anchoring the connection between these fundamental elements, the medium voltage block guarantees a cohesive and stable photovoltaic module post-installation, capable of resisting various external forces with ease and reliability.

Designed to perfection, the photovoltaic edge pressing block is tasked with securing photovoltaic panels at the outermost edges of the bracket framework. Its design impeccably matches the panel thickness, ensuring optimal fixation performance. Beyond merely fixing the component bracket to prevent displacement, the edge pressing block acts as a protector, safeguarding the edges from potential damage due to collisions or environmental factors.

Crafted with meticulous attention to durability, photovoltaic medium voltage blocks and edge pressure blocks are predominantly composed of high-strength, corrosion-resistant materials like aluminum alloys. These superior materials boast exceptional mechanical properties and weather resilience, making them ideal for enduring the harshest outdoor environments while ensuring the photovoltaic systems operate consistently and effectively over time.

In conclusion, photovoltaic medium voltage blocks and edge pressure blocks are pivotal to the successful operation of photovoltaic systems. These indispensable components provide unwavering stability and protection, assuring the safe and efficient functionality of photovoltaic modules once installed.

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