Product DescriptionThe CJ55 two station operating mechanism is a mechanism that can achieve linear isolation and corner isolation. The supporting mechanism is suitable for the voltage level of 550KV. The overall structure assembly of the mechanism is simple, the operation is reliable, and it can quickly achieve the opening and closing operation of the mechanism.
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Product DescriptionThe CJ55 two station operating mechanism is a mechanism that can achieve linear isolation and corner isolation. The supporting mechanism is suitable for the voltage level of 550KV. The overall structure assembly of the mechanism is simple, the operation is reliable, and it can quickly achieve the opening and closing operation of the mechanism.
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Product DescriptionThe THVM on-load tap-changer is suitable for voltage regulation of power transformers or industrial transformers with rated voltages of 35 kV, 63 kV, 110 kV, 150 kV and 220 kV, with a maximum rated through-current of 800 A for three-phase and 1500 A for single-phase, and with a frequency of 50 Hz, by means of a change of the tap position of the regulating coil under load.
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Product DescriptionThe THVM on-load tap-changer is suitable for voltage regulation of power transformers or industrial transformers with rated voltages of 35 kV, 63 kV, 110 kV, 150 kV and 220 kV, with a maximum rated through-current of 800 A for three-phase and 1500 A for single-phase, and with a frequency of 50 Hz, by means of a change of the tap position of the regulating coil under load.
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Product DescriptionThe THVM on-load tap-changer is suitable for voltage regulation of power transformers or industrial transformers with rated voltages of 35 kV, 63 kV, 110 kV, 150 kV and 220 kV, with a maximum rated through-current of 800 A for three-phase and 1500 A for single-phase, and with a frequency of 50 Hz, by means of a change of the tap position of the regulating coil under load.
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Product DescriptionThe THVM on-load tap-changer is suitable for voltage regulation of power transformers or industrial transformers with rated voltages of 35 kV, 63 kV, 110 kV, 150 kV and 220 kV, with a maximum rated through-current of 800 A for three-phase and 1500 A for single-phase, and with a frequency of 50 Hz, by means of a change of the tap position of the regulating coil under load.
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Product DescriptionTHV on-load tap-changers are suitable for power transformers with rated voltages of 35 kV and 63 kV, maximum rated through-currents of 350 A and 500 A for three-phase and 350 A for single-phase, and a rated frequency of 50 Hz, and are used to change the tap position of the regulating coil to achieve the purpose of regulating the voltage in the load state. The THV on-load tap-changer is a composite structure that combines the functions of a diverter switch and a tap selector to form a selector switch that assumes both tap selection and load current switching.
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Product DescriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Product DescriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Product DescriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Product DescriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Product descriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Product DescriptionThe CTD-III spring mechanism is a high-power three-phase mechanical operating mechanism that uses springs as energy storage components. The energy storage of the spring is achieved through the rotation device of the motor and the transmission of various gears, and is maintained in the energy storage state through the energy storage and maintenance system.
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Worm gear transmission, at the same time with manual, electricWith slow split and slow close function.
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Worm gear transmission, at the same time with manual, electricWith slow split and slow close function.
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Output torque 100-252N-m (both available)Output angle 60-300°(both available)Voltage range DC110V, DC125, DC220V  
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Main application and performanceCJ8 series three-position electric actuator adopts modularized structure, which has the advantages of simple structure, reliable action, smooth operation, reliable self-locking, accurate repetitive positioning, small volume, light weight, easy installation and commissioning.
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Product abstractThe CT32 operating mechanism can be used to close and open ZF10-126, ZF5T-126, ZF12-126, ZF4A-126, ZF31-126, ZF21-126, ZF29-126, ZF25-126, ZF39-126, ZF35-126, ZF34-252, as well as disconnecting, earthing and load switches. The required torque is comparable to that of the above mentioned switches.The closing and opening positions and output angles of the mechanism are ensured by a clutch and worm gearing through the forward and reverse function of the motor. The mechanism has both manual and electric functions.Operating conditions1.
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Product abstractThe CT32 operating mechanism can be used to close and open ZF10-126, ZF5T-126, ZF12-126, ZF4A-126, ZF31-126, ZF21-126, ZF29-126, ZF25-126, ZF39-126, ZF35-126, ZF34-252, as well as disconnecting, earthing and load switches. The required torque is comparable to that of the above mentioned switches.The closing and opening positions and output angles of the mechanism are ensured by a clutch and worm gearing through the forward and reverse function of the motor. The mechanism has both manual and electric functions.Operating conditions1.
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Product DescriptionThe CYD-4 series hydraulic disc spring operating mechanism uses disc springs as energy storage components. The disc springs have excellent force characteristics, are not affected by environmental temperature, store a large amount of energy, and have smooth force characteristics. Its structure adopts an integrated module design without pipeline connection.
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Product descriptionThe CJ34 operating mechanism can be used to close and open ZF10-126, ZF5T-126, ZF12-126, ZF4A-126, ZF31-126, ZF21-126, ZF29-126, ZF25-126, ZF39-126, ZF35-126, ZF34-252, as well as disconnecting, earthing and load switches. The required torque is comparable to that of the above mentioned switches.The closing and opening positions and output angles of the mechanism are ensured by a clutch and worm gearing through the forward and reverse function of the motor. The mechanism has both manual and electric functions.Operating conditions1.
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Product DescriptionThe CYD-4 series hydraulic disc spring operating mechanism uses disc springs as energy storage components. The disc springs have excellent force characteristics, are not affected by environmental temperature, store a large amount of energy, and have smooth force characteristics. Its structure adopts an integrated module design without pipeline connection.
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Product DescriptionThe CT35 mechanism is a double clamp plate structure with a smaller overall size. The manual opening and closing operation, energy storage operation, counting indication, opening and closing indication, and energy storage indication of the mechanism are all on one surface, making it easy to operate and use. The mechanism adopts a driving claw driven block energy storage structure, which is easy to adjust and reliable in energy storage.
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Output torque 100-252N-m (both available)Output angle 60-300°(both available)Voltage range DC110V, DC125, DC220V  
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