PRODUCTS

Neutral Grounding Transformer with Load Resistor Panel

Manufactured using high-quality raw materials, we offer these Neutral Grounding Transformer with Load Resistor Panel. Being processed through a number of quality checks, these products supplied by us are known for their sturdiness and durability. We are one of the leading manufacturers of these products, and we believe the quality to be our priority. 

This product is known for the protection it provides to the generators from an unbalanced, three phase load. These products are made available in the market at very competitive prices, increasing their demand.

NGTR Panel/ Cubicle encloses Neutral Grounding Transformer (NGT) and Neutral Grounding Resistor (NGR) for grounding/ earthing of Neutral current during unbalanced three phase load of the generator.

Neutral Grounding Transformer with Load Resistor Panel
This is essentially required for protection of the generator. Neutral Grounding Transformer (NGT) steps down the voltage of neutral bus from 6.6 kV/ 11 kV/ 33 kV level to 110/220/415 Volt level. This stepped down voltage is connected to a neutral grounding resistance and a ground earth terminal for bringing the voltage level of neutral bus as close as possible to zero voltage level. 

Neutral Grounding Resistor Panel

We are offering Neutral Grounding Resistor Panel to our clients. There are power distribution networks those feed in certain earth-fault prone zone where the high earth fault current may lead to fire hazards and or damages to the cables or equipments. In those distribution networks the earth fault current is restricted within a stipulated limit. The neutral terminal (star point) of the power transformer is grounded through a suitable neutral grounding resistor (NGR) as a safety measure, so that the fire hazards and the damages to the equipment may not take place.

Neutral grounding resistors are used in star connected systems to protect the transformer / alternator from severe damage caused in event of an earth fault. We manufacture neutral grounding resistors for all current ratings upto 3000A and for a voltage range from 230V to 36Kv. The resistors can be designed in rod formed grid, wire wound and punched grid form.

Advantages of using a neutral grounding resistor :

  • Reduced operation and maintenance expenses.
  • Fast isolation of the original fault. Reduced transient over voltages.
  • Reduced physical damage on the equipment at fault.
  • Simplification of ground fault location.
  • Increased life and protection of transformers, generators and Related equipment.
  • Reduced frequency of faults.
  • Improved service reliability.
  • Increased protection in the use of lightning arresters.
  • Increased safety for personnel.

Loose Resistor Banks

We are offering loose resistor banks for neutral grounding resistor panel to our clients. There are power distribution networks those feed in certain earth-fault prone zone where the high Earth fault current may lead to ?re hazards and or damages to the cables or equipments. In those Distribution networks the earth fault current is restricted within a stipulated limit. The neutral terminal (star point) of the power transformer is grounded through a suitable neutral grounding resistor (ngr) as a safety measure, so that the ?re hazards and the damages to the equipment may Not take place.

Neutral grounding resistors are used in star connected systems to protect the transformer / alternator from severe damage caused in event of an earth fault. We manufacture neutral grounding resistors for all current ratings upto 3000A and for a voltage range from 230V to 36Kv. The resistors can be designed in rod formed grid, wire wound and punched grid form.

Advantages of using a neutral grounding resistor :

  • Reduced operation and maintenance expenses.
  • Fast isolation of the original fault.
  • Reduced transient over voltages. Reduced physical damage on the equipment at fault.
  • Simplification of ground fault location.
  • Increased life and protection of transformers, generators and Related equipment.
  • Reduced frequency of faults.
  • Improved service reliability.
  • Increased protection in the use of lightning arresters.
  • Increased safety for personnel.