Conventional Pinwheel Type Welded Electrode
Conventional Pinwheel Type Welded Electrode
Disponible:
En Stock
- SKU TG-TRHT-SOL
- Categoria Energía / Herramientas > Calidad de la Energía > Tierras Físicas
$ 1,903.74 MXN
Rehilete Total Ground designed to meet the needs of the electrical and telecommunications market.
- A single pinwheel is used for shallower areas, providing a larger area of contact with the ground, which increases the efficiency of the physical grounding system.
- Ensures grounding with a high current dissipation capacity.
- Complies with the provisions of NOM-001-SEDE-2012.
- Total Ground Pinwheels provide the complete solution for telecommunications in accordance with EIA/TIA J-STD-607-A and BICSI standards.
- Its third-copper-plated finish on the rods and sanded copper plates cover a larger dissipation area at an economical cost.
Features
- They are designed in a cross shape by two copper plates.
- The third-copper-plated rod and plates are made of sanded copper.
- Easy installation
For its installation, a pit of 50 x 50 x 80 cm is required.
It is recommended to use H2OHM compound to reduce soil resistance
Rehilete Total Ground designed to meet the needs of the electrical and telecommunications market.
- A single pinwheel is used for shallower areas, providing a larger area of contact with the ground, which increases the efficiency of the physical grounding system.
- Ensures grounding with a high current dissipation capacity.
- Complies with the provisions of NOM-001-SEDE-2012.
- Total Ground Pinwheels provide the complete solution for telecommunications in accordance with EIA/TIA J-STD-607-A and BICSI standards.
- Its third-copper-plated finish on the rods and sanded copper plates cover a larger dissipation area at an economical cost.
Features
- They are designed in a cross shape by two copper plates.
- The third-copper-plated rod and plates are made of sanded copper.
- Easy installation
For its installation, a pit of 50 x 50 x 80 cm is required.
It is recommended to use H2OHM compound to reduce soil resistance