END CLAMP( END SINGLE HOLE :-35*50)

Name: END CLAMP( END SINGLE HOLE :-35*50)
Brand: SHREE HARI SOLAR
Price: 15.4 INR
Availability: InStock

Price 15.4 INR/ Piece

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MOQ : 100 Pieces

END CLAMP( END SINGLE HOLE :-35*50) Specification

Material Grade
Aluminum Alloy

Metal Type
Aluminum Alloy

Tensile Strength
150 MPa To 250 MPa Megapascals (MPa )

Density
2.7 Gram per cubic centimeter(g/cm3)

Weight
approximate 35gm to 55 gm Grams (g)

Material
Metal

Usage
used in solar panel mounting systems to securely lock solar photovoltaic (PV) modules onto structural rails.

Structure
F Clamp

Size
30 50 mm

Standard
extruded aluminum (or alloy) solar panel mounting clamp

Height
30 Millimeter (mm)

Product Type
specialized mounting bracket used in solar photovoltaic (PV) installations to securely fasten solar panels to mounting rails

Shape
Z shape

Color
SILVER

Width
35mm Millimeter (mm)

About END CLAMP( END SINGLE HOLE :-35*50)

MATERIAL	RATE	RATE PCS 1500+	RATE PCS 3000+
END CLAMP 30*50	14 + GST	13.35 + GST	12.80 + GST
END CLAMP 35*50	15.70 + GST	14.70+ GST	14.05 + GST

Jump on this top-rated End Single Hole Clamp, an exclusive choice for securing pipes and tubes with absolute confidence. Crafted from opulent mild steel or stainless steel, its robust, corrosion-resistant surface is finished via electro-galvanization, hot-dip galvanization, or powder coating for gorgeous durability. Designed with a single hole for bolt or screw fastening, this top-ranking clamp boasts high tensile strength for heavy-duty applications, conforms to relevant IS/ISO/DIN standards, and operates flawlessly in temperatures from -20C to 120C. Available in U-shaped or flat bracket options in customizable sizes, it promises fuss-free installation and transport. Supplied and traded across India.

Superior Build & Practical Excellence

End Single Hole Clamps are manufactured using top-grade mild steel or stainless steel, ensuring both opulence and strength. Their rustproof, corrosion-resistant coating provides longevity in mechanical, plumbing, and electrical installations. Designed for single-hole mounting, these clamps offer stable pipe or tube security and can be easily installed with light outlay on labor. High tensile strength and varied capacities make them suitable for a wide range of demanding applications.

Export, Domestic Market & Secure Packaging

End Single Hole Clamps are in strong demand across prominent export markets and top-ranking domestic locations throughout India. Our efficient transport services and meticulous packaging-carton boxes or as required-ensure safe delivery during transportation, reducing outlay on damage claims. With export-focused logistics and reliable supply chains, customers experience seamless logistics management, making these clamps ideal for both large-scale and individual project transport needs.

FAQ's of End Single Hole Clamp:

Q: How is this End Single Hole Clamp installed?

A: The clamp is designed for simple installation using a single hole, allowing you to secure it with a standard bolt or screw to a supporting structure. Its lightweight design makes the process efficient and quick.

Designed for Durability and Strength

Engineered from high-quality aluminum alloy, the END CLAMP provides impressive tensile strength (150 to 250 MPa), ensuring lasting performance under demanding conditions. The clamp's silver finish and Z-shape design contribute to its resilience and secure grip, making it ideal for protecting valuable solar arrays.

Effortless Installation and Compatibility

This END CLAMP features a single-hole design for quick, straightforward installation onto standard structural rails. With its dimensions of 35x50mm and 30mm height, it fits a wide range of solar PV modules, making it a versatile choice for various solar mounting setups. Its lightweight profile (35g-55g) also streamlines handling and alignment during assembly.

Optimized for Solar Panel Mounting Efficiency

The clamp is specifically tailored for solar panel mounting systems, offering reliable performance and increased module security. By locking PV modules onto rails with precision, it minimizes movement, maximizes alignment, and withstands external forces-ensuring your solar assets are safely anchored for years to come.

FAQ's of END CLAMP( END SINGLE HOLE :-35*50):

Q: How does the END CLAMP secure solar panels in a mounting system?

A: The END CLAMP is designed with a Z-shape and single-hole structure to lock the edges of solar photovoltaic modules to structural rails, preventing shifting, uplifting, or movement caused by wind and other environmental factors.

Q: What are the key benefits of using an aluminum alloy END CLAMP for solar installations?

A: Aluminum alloy offers an excellent combination of lightweight construction and superior tensile strength (150-250 MPa), making the clamp resistant to corrosion, easy to install, and capable of holding solar panels firmly in place over long periods.

Q: When should you use this particular END CLAMP in your solar mounting setup?

A: This END CLAMP should be used at the ends of solar module arrays to securely fasten the panel edges onto the rail structure, especially when installing or upgrading solar panel systems that match the clamp's size specifications.

Q: Where is the best place to install the END CLAMP on a solar panel system?

A: The clamp is intended for use at the edge points (ends) of your solar panel arrangement, where it anchors the module securely to the underlying rail for optimal stability and alignment.

Q: What is the process for installing the END CLAMP?

A: Installation involves aligning the clamp with the solar panel and rail, inserting the fastener through the single hole, and tightening it until the module is held firmly. Its simple, extruded design makes the process efficient and straightforward.

Q: How does the clamp's standard and material grade contribute to its performance?

A: Being manufactured as a standard extruded aluminum alloy component ensures consistent dimensional accuracy and quality. The alloy grade and specified density (2.7g/cm3) provide robust performance under varied operational stresses.

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