Common use of Shunt Reactors Clause in Contracts

Shunt Reactors. B. 2.2.1 (765/√3) kV Single Phase Shunt Reactor 110 MVAR, 765/√3 kV, 1-Phase Reactor (including arrangement for 3-phase bank formation of 330 MVAR) shall conform to CEA’s “Standard Specifications and Technical Parameters for Transformers and Reactors (66 kV and above voltage class)” as amended up to date available on CEA website. Spare 1-phase Shunt Reactor unit shall be placed and connected in such a way that the spare unit can be utilized for all the bus and switchable line reactor banks (including for future reactor banks) without its physical movement.

Shunt Reactors. B. 2.2.1 (765/√3) kV Single Phase Shunt Reactor 110 MVAR, 765/√3 kV, 1-Phase Reactor (including arrangement for 3-3- phase bank formation of 330 MVARformation) shall conform to CEA’s “Standard Specifications and Technical Parameters for Transformers and Reactors (66 kV and above voltage Voltage class)” as amended up to date available on CEA website. Spare 1-phase Shunt Reactor unit shall be placed and connected in such a way that the spare unit can be utilized for all the bus and switchable line reactor banks (including for future reactor banks) without its physical movement.

Shunt Reactors. B. 2.2.1 (765/√3) kV Single Phase Shunt Reactor 110 80 MVAR, 765/√3 kV, 1-Phase Reactor (including arrangement for 3-phase bank formation of 330 240 MVAR) shall conform to CEA’s “Standard Specifications and Technical Parameters for Transformers and Reactors (66 kV and above voltage class)” as amended up to date available on CEA website. Spare 1-phase Shunt Reactor unit shall be placed and connected in such a way that the spare unit can be utilized for all the bus and switchable line reactor banks (including for future reactor banks) without its physical movement.