Price 11500 आईएनआर/ टुकड़ा

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Meter

तांबे की मोटाई
Thickness typically 100-250 microns for coated rods

टेन्साइल स्ट्रेंथ
Above 600 N/mm²

लाइफ स्पैन
अधिक than 30 Years

पवित्रता
Copper Purity up to 99.9%

स्ट्रेंथ
High mechanical and electrical strength

व्यास
12 mm, 14 mm, 17 mm, 19 mm, 25 mm available

प्रॉडक्ट टाइप
Electrical Grounding Earthing Systems

मटेरियल

एप्लीकेशन
Electrical power systems; substations; buildings; telecommunication towers

फंक्शन
Provides safe passage for fault currents to ground, preventing electrical hazards

शेप
Rod / Strip / Plate

सतह का उपचार
Galvanized / Copper Bonded / Painted

सहनशीलता
±2 mm

आयाम (एल* डब्ल्यू* एच)
Varies on product type; common rod length 1-3 m, diameter 12-25 mm

वज़न
Depends on configuration; typically 2-10 kg per rod

रंग
Copper / Silver / Green

Soil Compatibility
Suitable for different soil conditions (moist, dry, rocky)

Operating Temperature
-40°C to +85°C

Installation
Easy to install by driving into earth or with earthing pits

Connection Type
Threaded or clamp connection options

Accessories Provided
Clamps, clamps lugs, test links available

Electrical Conductivity
Excellent conductivity, suitable for high fault current

Finishing Type
Bright / Polished / Zinc Coated

Packaging
Standard packaging as per customer requirements

Corrosion Resistance
Anti-corrosive treatment for long life

Minimum Order Quantity
1 Meter

आपूर्ति की क्षमता
100 प्रति महीने

डिलीवरी का समय
24 घंटे

Experience kingly protection and instant savings with our prodigious Electrical Grounding and Earthing Systems. Special promotion offers a bargain opportunity for pivotal installations in substations, buildings, and telecommunication towers. Engineered for excellent electrical conductivity and high fault current capacity, these systems feature an anti-corrosive finish for long-lasting performance. Installation is seamless-drive into earth or fit with earthing pits. Choose threaded or clamp connections with accessories included. Crafted from copper, galvanized iron, or steel, our earthing solutions offer robust, safe fault-current passage and superior mechanical strength, promising reliability for over 30 years. Distributed, exported, and supplied pan-India.

Application Places & Features of Grounding Systems

Electrical Grounding and Earthing Systems are pivotal for safe operations in buildings, power substations, and telecommunication towers. Their prodigious features include high tensile and mechanical strength, anti-corrosive surfaces, and excellent conductivity. Materials used range from high-purity copper to galvanized iron and mild steel, ensuring compatibility with various soil conditions. Easy installation, robust design, and versatile shapes-rod, strip, or plate-make these systems adaptable for diverse electrical infrastructure needs.

Packaging Details, Sample Policy & FOB Port Information

Our grounding systems are shipped in standard packaging tailored to customer specifications for secure and efficient shipment. Proposal amounts are competitive for both samples and bulk orders, accommodating distributor, exporter, or supplier needs. Samples are available on request to evaluate quality and compatibility. Products are dispatched from major Indian FOB ports, ensuring reliable and prompt delivery for national and international shipments.

FAQ's of Electrical Grounding and Earthing Systems:

Q: How are electrical grounding and earthing systems typically installed?

A: They are easy to install by driving rods into the earth or placing them within earthing pits. Installation includes threaded or clamp connections for secure integration.

Q: Where can these grounding systems be used?

A: These systems are suitable for application in electrical power systems, substations, residential and commercial buildings, and telecommunication towers.

Q: What materials are used in the construction of these earthing systems?

A: The products are made from high-purity copper, galvanized iron, and mild steel. Surface treatments like galvanizing, copper bonding, or painting enhance longevity and corrosion resistance.

Q: How does this system prevent electrical hazards?

A: By providing an effective path for fault currents to safely dissipate into the ground, the system greatly reduces the risk of electrical shocks and fire hazards.