Pune, Maharashtra
GST No. 27ATHPD5275A2ZY
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Minimum Order Quantity: 1 Piece
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| Transformer Rating | 160 kVA |
| Current Rating | 100A |
| Rated Voltage | 22 kV |
| Phase | Three Phase |
| Transformer Type | Power Transformer |
| Usage/Application | OLTC |
| Brand | TNT |
| Mounting | Wall And Stand |
| Country of Origin | Made in India |
Additional Information:
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| Indicator Type | Electrical Indicator |
| Tap Changer Type | Off Circuit Tap Changer |
| Mounting Type | Tank Mounted |
| Power Rating | 110 V |
| Color | Blue |
| Accuracy | 100 % |
| Display | Digital |
| Weight | 200 Gm |
A tap changer is a mechanism in transformers which allows for variable turn ratios to be selected in distinct steps. This is done by connecting to a number of access points known as taps along either the primary or secondary winding.
Tap changers exist in two primary types,[1] no-load tap changers (NLTC), which must be de-energized before the turn ratio is adjusted, and on-load tap changers (OLTC), which may adjust their turn ratio during operation. The tap selection on any tap changer may be made via an automatic system, as is often the case for OLTC, or a manual tap changer, which is more common for NLTC. Automatic tap changers can be placed on a lower or higher voltage winding, but for high-power generation and transmission applications, automatic tap changers are often placed on the higher voltage (lower current) transformer winding for easy access and to minimize the current load during operation
View Complete details
| Indicator Type | Electrical Indicator |
| Tap Changer Type | Off Circuit Tap Changer |
| Mounting Type | Tank Mounted |
| Power Rating | 110 V |
| Color | Blue |
| Accuracy | 100% |
| Display | Digital |
| Weight | 200 Gm |
A tap changer is a mechanism in transformers which allows for variable turn ratios to be selected in distinct steps. This is done by connecting to a number of access points known as taps along either the primary or secondary winding.
Tap changers exist in two primary types,[1] no-load tap changers (NLTC), which must be de-energized before the turn ratio is adjusted, and on-load tap changers (OLTC), which may adjust their turn ratio during operation. The tap selection on any tap changer may be made via an automatic system, as is often the case for OLTC, or a manual tap changer, which is more common for NLTC. Automatic tap changers can be placed on a lower or higher voltage winding, but for high-power generation and transmission applications, automatic tap changers are often placed on the higher voltage (lower current) transformer winding for easy access and to minimize the current load during operation
View Complete details