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    The steam turbine specific false shaft is made of high-quality seamless thick walled steel pipes, which have undergone aging treatment and precision machining. During the overhaul process of the power plant, it can simulate the alignment and measurement of the turbine rotor in the cylinder towards the axis center, baffle groove center, steam seal clearance, etc. The dummy shaft is lightweight and easy to use, which can save the time and workload required to lift the turbine rotor into the cylinder, reduce maintenance costs, and shorten the maintenance period.

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    Steam turbine false shaft, lightweight, high overall dimensional accuracy, good smoothness, with deflection values marked at fixed intervals, and intuitive measurement data. It can replace the steam turbine rotor to complete center calibration and clearance adjustment in the high, medium, and low pressure cylinders of the steam turbine, reduce the number of times the steam turbine rotor is lifted into the cylinder, and reduce the risk of multiple lifts of the steam turbine rotor into the cylinder. The high-precision steam turbine false shaft is equipped with a dedicated handwheel for manual turning, which is easy and flexible. It is also equipped with a dedicated false shaft lifting and storage seat, which facilitates the on-site movement and storage of the false shaft.

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The turbine generator rotor pull-through device is a specialized equipment used during the maintenance process of the generator when the generator rotor needs to be pulled out for maintenance and when the generator rotor needs to be returned after maintenance. This equipment solves the original method of manually pulling the chain to pull out and return the generator rotor.When pulling through the rotor, the electrical button control can safely pull out and thread the generator rotor into the designated position at once. The equipment is equipped with a clutch design, and after meshing and separation, the handwheel can quickly retract and release the steel wire rope (traction force of 23t).The principle of the generator rotor extraction device is to connect the dedicated flange for extracting the generator rotor to the excitation end of the generator rotor, assemble the balance pulley group, connect it to the main engine with a steel wire rope, and extract the rotor.The principle of the generator rotor insertion device is to use the reaction force method to insert the rotor into the generator stator. Fix the dedicated fixed pulley group of the extraction device onto the screw hole on the end face of the generator stator, and use the matching extension shaft and small crossbeam to push the rotor into the stator bore with reaction force.The generator rotor puncture device is designed with two output speeds, which can be used alternately during operation.

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        The turbine generator rotor pull-through device is a specialized equipment used during the maintenance process of the generator when the generator rotor needs to be pulled out for maintenance and when the generator rotor needs to be returned after maintenance. This equipment solves the original method of manually pulling the chain to pull out and return the generator rotor.        When pulling through the rotor, the electrical button control can safely pull out and thread the generator rotor into the designated position at once. The equipment is equipped with a clutch design, and after meshing and separation, the handwheel can quickly retract and release the steel wire rope (traction force of 23t).        The principle of the generator rotor extraction device is to connect the dedicated flange for extracting the generator rotor to the excitation end of the generator rotor, assemble the balance pulley group, connect it to the main engine with a steel wire rope, and extract the rotor.        The principle of the generator rotor insertion device is to use the reaction force method to insert the rotor into the generator stator. Fix the dedicated fixed pulley group of the extraction device onto the screw hole on the end face of the generator stator, and use the matching extension shaft and small crossbeam to push the rotor into the stator bore with reaction force.        The generator rotor puncture device is designed with two output speeds, which can be used alternately during operation.

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Used for gas turbines.

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  The JXPT type turbine low-pressure cylinder maintenance platform is a working platform where the low-pressure cylinder cover is removed from the cylinder surface during turbine unit maintenance.  The main cover plate of the maintenance platform is designed in a folding style. The inner and outer cylinder cover plates are made of high-quality anti slip aluminum patterned plates with a thickness of 6-8mm. When in use, the cover plates of the outer cylinder of the low-pressure cylinder are connected to each other by support rods to form a whole. It can fully meet the requirements of covering the exhaust holes after removing the outer and inner cylinders of the steam turbine. After use, all items can be placed in dedicated storage racks or boxes for storage, so that they can be reused in the next maintenance.

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    The JXPT type turbine low-pressure cylinder maintenance platform is a working platform where the low-pressure cylinder cover is removed from the cylinder surface during turbine unit maintenance.    The main cover plate of the maintenance platform is designed in a folding style. The inner and outer cylinder cover plates are made of high-quality anti slip aluminum patterned plates with a thickness of 6-8mm. When in use, the cover plates of the outer cylinder of the low-pressure cylinder are connected to each other by support rods to form a whole. It can fully meet the requirements of covering the exhaust holes after removing the outer and inner cylinders of the steam turbine. After use, all items can be placed in dedicated storage racks or boxes for storage, so that they can be reused in the next maintenance.

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    The rotor bracket is a necessary equipment for the maintenance of steam turbine generator units in thermal power plants. Baoding Xianqi Power Equipment Technology Co., Ltd. has developed the ZT series copper roller bracket and high-strength nylon roller bracket for the maintenance of steam turbine generator units based on the specific situation of the newly built large power plant room. The bracket is divided into pure bracket, manually operated bracket, and electric bracket. ZT type rotor brackets are currently the safest brackets designed in China. They are divided into high and medium pressure rotor brackets, low pressure rotor brackets, generator rotor brackets, and small turbine rotor brackets. The low pressure rotor brackets are equipped with hanging rope ladders.

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Product Features    The ZT series rotor bracket has a small volume, light weight, small footprint, a neat and beautiful set, fast positioning and placement, stable and safe support, convenient operation, and simple maintenance. All rollers are made of brass with a single-sided thickness of 25-35 millimeters, and can also be thickened with copper sleeves as needed, or equipped with high-strength nylon rollers that do not damage the rotor shaft neck, without the need to install a false tile sheath on the shaft neck.     The ZT series rotor bracket can effectively rotate the rotor, complete the inspection of the rotor, remove dirt and damage to the impeller blades, and perform impeller blade inspection. The design of the generator rotor bracket has a low center of gravity and a moderate height, making it easy for maintenance personnel to work. The hand cranked and electric bracket have a unique clutch design.

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