Product Details:
Core Type | Ring Core Type CT |
Usage/Application | Industrial |
Brand | GSA |
System voltage | 11KV |
Short time rating | 20 kA for 1 second |
Earth fault protection | Yes |
With our leading technology and expertise, we are providing one of the best quality Core Balance Current Transformer (CBCT) available in the market. Made from high quality raw materials and latest of technology, these are used for earth leakage and earth fault protection and correction of phase displacement for differential protection of transformers. Perfect for electrical components, these are highly regarded for their high performance and durability.
Features:
Product Details:
Material | Copper |
Usage/Application | Industrial |
Accuracy Class | 0.5 |
Cooling Type | Liquid (oil ) |
Core Type | Class CT |
Brand | GSA |
Phase | Single Phase |
We are a known name of Class CT. These are designed with smaller cores and VA capacities than power transformers. This causes metering power transformers to saturate at lower secondary voltage outputs saving sensitive connected metering devices from damaging large voltage spikes found in grid disturbances. They are designed to present negligible load to the supply being measured and have an accurate voltage ratio and phase relationship to enable accurate secondary connected metering.
Features:
Product Details:
Core Type | Ring Core Type CT |
Material | Cast Iron |
CT Ratio | Error less than _+0.25% |
Rated Voltage | 230-280 V |
Usage/Application | Industrial |
Brand | GSA |
Maximum fault current | CT point |
Winding Number | 2 |
Our company is one of the renowned name of PS Class CT. These are high accuracy class electrical devices used to isolate or transform voltage or current levels. The most common usage of instrument transformers is to operate instruments or metering from high voltage or high current circuits, safely isolating secondary control circuitry from the high voltages or currents. The primary winding of the transformer is connected to the high voltage or high current circuit, and the meter or relay is connected to the secondary circuit.
Features:
Product Details:
Core Type | Resin Cast CT |
Material | Mild Steel |
Rated Voltage | 240 V |
Cooling Type | Dry Type/Air Cooled |
Brand | GSA |
Phase | Single Phase |
Flame retardant | Yes |
Shock and vibration proof | Yes |
In the field of current transformers, our company offers supreme quality Resin Cast CT. They are designed to present negligible load to the supply being measured and have an accurate current ratio and phase relationship to enable accurate secondary connected metering. These are constructed by passing a single primary turn (either an insulated cable or an uninsulated bus bar) through a well-insulated toroidal core wrapped with many turns of wire. This affords easy implementation and using the pass-through conductor as a single turn primary.
Features:
Product Details:
CT Ratio | 5+5+5/5A |
Rated Power (VA) | 20 |
Brand | GSA |
Frequency | 50 Hz |
Our company has been dedicatedly providing Summation Current Transformer. These transform high currents and voltages to standardized low and easily measurable values that are isolated from the high voltage. When used for metering purposes, instrument transformers provide voltage or current signals that are very accurate representations of the transmission line values in both magnitude and phase. These signals allow accurate determination of revenue billing. When used for protection purposes, the instrument transformer outputs must accurately represent the transmission line values during both steady-state and transient conditions. These critical signals provide the basis for circuit-breaker operation under fault conditions, and as such are fundamental to network reliability and security.
Features:
Product Details:
Core Type | Indoor |
Material | Cast Iron |
Usage/Application | Industrial |
Accuracy Class | 0.5 |
Brand | GSA |
Winding Number | 2 ( Primary and Secondary ) |
Magnetic permeability | Yes |
Our company provides superior Indoor Ring Type CT in the market. A varying current in the transformer''s primary winding creates a varying magnetic flux in the core and a varying magnetic field impinging on the secondary winding. This varying magnetic field at the secondary induces a varying electromotive force (EMF) or voltage in the secondary winding. The primary and secondary windings are wrapped around a core of infinitely high magnetic permeability so that all of the magnetic flux passes through both the primary and secondary windings.
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