We offer our clients a wide range of Earthing Electrode. These products are mainly used to improve the conductivity of the earth electrode and ground contact area. 

Model overview:

• (48 x 2000) mm with GI conductor size (30 x 6) mm.
• (48 x 3000) mm with GI conductor size (30 x 6) mm.
• (76 x 2000) mm with GI conductor size (40 x 6) mm.
• (76 x 3000) mm with GI conductor size (40 x 6) mm.
• Chemicals used are eco-friendly.
• Needs lesser space for installation.
• Large surface are for current dissipation.

Digital Earthing Device with Digital Surge Suppressor for Indirect Lighting Surge Protection with inbuilt Low Impedance Ground and Static charge eliminator.

•       Protection from abnormal electrical characteristics.

•       Protection against poor grounding.

•       Remove earth to neutral stray voltage.

•        Does not require separate grounding.

•       Protection from electrical noise.

•       Certified and Approved by CE & CPRI.

Technical Features:

•      DGS Works on energy conversion principle it is know as Digital Grounding Apparatus.

•      DGS Detect Surges, convert them into the Heat Energy and dissipate through LowImpedance Ground. These Surges enters via Electrical & Communication Lines through Conductive Structure (Like Communication cable, IF Cables, RF Cables, water pipe, Gas pipeline, steel structure etc.)

•      DGS Provides Low Impedance Ground to eliminate Static Charge & Leakage current. 

•      DGS Provides Equi-Potential bonding to all the equipment and improve the earth resistance.

•      DGS is an Integrated Protection System to protect nearly 20 equipment's within the radius of 5 meters depending upon the electrical wiring layout.

Key Advantages:

•      Total Lightning Surge Protection.

•      Provide Lowest Impedance Ground.

•      Static Charge Eliminator.

•      Provide Low Impedance path to Leakage Current.

•      Provides Equi-Potential common Grounding.

•      Maintain Earth to Neutral voltage less than 1 Volts.

Digital Grounding System with Digital Surge Suppressor for Indirect Lighting Surge Protection with inbuilt Low Impedance Ground and Static charge eliminator.

•       Protection from abnormal electrical characteristics.

•       Protection against poor grounding.

•       Remove earth to neutral stray voltage.

•        Does not require separate grounding.

•       Protection from electrical noise.

•       Certified and Approved by CE & CPRI.

Technical Features:

•      DGS Works on energy conversion principle it is know as Digital Grounding Apparatus.

•      DGS Detect Surges, convert them into the Heat Energy and dissipate through LowImpedance Ground. These Surges enters via Electrical & Communication Lines through Conductive Structure (Like Communication cable, IF Cables, RF Cables, water pipe, Gas pipeline, steel structure etc.)

•      DGS Provides Low Impedance Ground to eliminate Static Charge & Leakage current. 

•      DGS Provides Equi-Potential bonding to all the equipment and improve the earth resistance.

•      DGS is an Integrated Protection System to protect nearly 20 equipment's within the radius of 5 meters depending upon the electrical wiring layout.

Key Advantages:

•      Total Lightning Surge Protection.

•      Provide Lowest Impedance Ground.

•      Static Charge Eliminator.

•      Provide Low Impedance path to Leakage Current.

•      Provides Equi-Potential common Grounding.

•      Maintain Earth to Neutral voltage less than 1 Volts.

• Materials: Solid bottom cable trays are typically made of galvanized steel, aluminum, or stainless steel. The material used will depend on the specific application and the environmental conditions of the installation.

• Sizes: Solid bottom cable trays come in a variety of sizes to accommodate different types and quantities of cables. Common sizes include 50mm, 75mm, 100mm, 150mm, and 200mm.

• Load Capacity: The load capacity of solid bottom cable trays varies depending on the size and material of the tray. The load capacity is typically rated in terms of the maximum weight that the tray can support per meter of length.

• Construction: Solid bottom cable trays are typically constructed from a series of pre-galvanized steel or aluminum panels that are welded together to form a continuous run. The tray may also include accessories such as bends, tees, and reducers to allow for changes in direction and size.

• Finish: Solid bottom cable trays are typically finished with a corrosion-resistant coating, such as hot-dip galvanizing or powder coating, to protect against rust and other forms of corrosion.

• Installation: Solid bottom cable trays can be mounted to walls, ceilings, or floors using various types of brackets, hangers, and supports. The installation process may require cutting, bending, or drilling the tray to fit the specific installation requirements.

• Standards: Solid bottom cable trays are typically designed and manufactured to meet industry standards, such as NEMA, UL, or IEC, to ensure that they meet the required safety and performance specifications.