ISI Marked ST1 Rev.01 C/ J Type Earth Clamp ST1 Series - ST1B9Ri About
Being a client-oriented organization, we are engaged in offering a distinct collection of CE CertifiedJ Type Earth Clamp ST1B9Ri. These clamps are used ground conductors to pipes, tubing and grounding rods. Under the strict vigilance of talented professionals, the offered clamps are precisely manufactured making use of quality tested material and modern technology at our well-established manufacturing unit. Our provided clamps are carefully examined by our quality inspectors against set measures of quality to eradicate any kind of defect.
Features:
iCE Certified - EN-60974-13
i Heavy duty body for greater conductivity
i Suitable for Ball Point Connection
i Rubber insulated cable covers
i Optimal Current Transfer
i Rugged Sturdy & Durable Design
i360 Degree Free Revolving
i Clamping force & connection ensure optimal current transfer.
i Low Maintenance & Easy to use
i High Grade Copper Alloy
i Large contact surface area
i High clamping pressure
i Heavy duty "Ti Spindale
i Oxidation resistant
i C/ J Type Earth Clamp
iISI Marked
i100% MADE IN INDIA
Models:
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Model No.
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Maximum
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Connection
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Amps
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Cable Dia.
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ST1B9Ri
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800 Amps
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50 - 120 mm2
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Ball Point
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Specifications:
- Suitable for up to 120 mm2Cable
- Suitable for up to 1000 Amps
- Insulated Handle
- 360 Rotary Design
- High Copper Alloy Body
- Suitable for Easy Ball Point Connection
- Heavy duty Spindle
Precision Engineering for WeldersThe ST1 Rev.01 C/J Type Earth Clamp is crafted to offer welders a combination of stability, reliability, and exceptional conductivity. The rotary C/J type design enhances grip, while the high-grade copper and metal build ensure long-lasting use in demanding environments. Adhering to the EN60974-13 standard, this earth clamp meets rigorous international requirements for safety and efficiency, making it a preferred choice for welding professionals and workshops across India.
Superior Conductivity and DurabilityThanks to its full metal, copper-based structure and brass/bronze coloring, the ST1B9Ri earth clamp delivers excellent current transfer and resists wear even under frequent use. The robust rotary mechanism allows for quick and secure attachment during welding processes, reducing downtime and enhancing productivity. Its compliance with ISI and EN standards further guarantees trustworthy performance over time.
FAQ's of ISI Marked ST1 Rev.01 C/ J Type Earth Clamp ST1 Series - ST1B9Ri:
Q: How is the ISI Marked ST1B9Ri Earth Clamp used in welding operations?
A: The ST1B9Ri Earth Clamp is attached to the workpiece to establish a secure electrical connection, providing a return path for current during welding. Its rotary C/J design facilitates quick and firm attachment, ensuring stable conductivity throughout the welding process.
Q: What materials are used in the construction of the ST1B9Ri Earth Clamp?
A: This earth clamp is manufactured using high-quality copper, complemented by a brass or bronze finish, ensuring both durability and superior current transfer for efficient welding operations.
Q: When should I choose the ST1B9Ri Earth Clamp for my welding needs?
A: The ST1B9Ri clamp is ideal when you require a reliable and durable earthing solution that meets EN60974-13 standards, especially for heavy-duty industrial and commercial welding applications.
Q: Where is the ST1B9Ri Earth Clamp manufactured and supplied?
A: This product is proudly manufactured and supplied in India by reputable producers specializing in welding accessories, ensuring quality and consistent availability.
Q: What process is followed to install the ST1B9Ri Earth Clamp?
A: Installation involves opening the clamp using the rotary mechanism and firmly securing it to a clean section of the workpiece. This establishes a solid earth connection, readying the setup for welding.
Q: What are the key benefits of using this EN60974-13 standard earth clamp?
A: The ST1B9Ri offers excellent electrical conductivity, robust durability, and compliance with international safety standards. Its reliable connection enhances welding performance while minimizing the risk of electrical faults.