Test bench for stator active steel 02.01.04 is intended to determine the condition of the stators in the repaired electric motors with the capacity up to 100 kW after winding removal. TestbBench selects cores with high losses before laying new winding and reduces unnecessary waste of the winding material.
Test bench for unimpregnated stators is intended for technological testing electric motor AC stators having capacity up to 100 kW before winding impregnation.
Test bench is intended for carrying out acceptance trials of the overhauled synchronous generators and electric machines of direct current with the capacity up to 100 kW.
Testing bench for asynchronous electric motors with the capacity up to 100 kW is intended to test asynchronous AC electrical motors with 50 Hz frequency and 220, 380, 500 and 600 V voltage for short-circuited and phase rotors with up to 100 kW after overhaul.
Testing bench for asynchronous electric motors with the capacity up to 100 kW is intended to automatic test asynchronous AC electrical motors with 50 Hz frequency and 220, 380, 500 and 600 V voltage for short-circuited and phase rotors with up to 100 kW after overhaul.
Test bench is intended for commissioning trials of welding generators with arch welding by direct current with the capacity of up to 25 kW according to GOST 304-82 standard.
Suspended device for stator mounting is used for turning stator up to the 7th overall dimensions by means of hoisting device used for packing windings. It is suspended at the hoisting device. Stators of wide range in length and weight are securely suspended owing to an adjusted suspension point.
Device to take rotor out is used to take rotor in and out of stator with the help of a hoisting mechanism. The adjustment point of a hoisting mechanism guarantees secures rotor fixation exactly along the horizontal plane.
Briquetting press is intended for briquetting the remains of the winding wire. The press provides briquetting of round and rectangular waste wire with the cross section of up to 16 mm2.
Cutting machine is intended to cut the frontal parts of the stator winding in electrical motors. Stator is fixed by using a three-cam chuck, which provides precise centering. The chuck features automatic support of the clamping force. Cutting of front parts can be performed in manual or semiautomatic mode.
Relevelling machine is intended for rolling the traces (relevelling) of the curve on the bars of isolating materials for notch (slot) boxes of electric motor stator.
Hydro bench is intended for trials checking mechanical strength and scaling of the coatings for explosion proof electric motors using a hydraulic method.
Multipurpose machine is intended for removing bearings and a set of contact rings from electric motor rotors and pulling annular windings out of electric motor stators with the height of the centers up to 315 mm.
Induction heater is intended for heating bearings, bushings, rings, etc. before fixing them to rotor shafts and electric motor armatures. - it provides quick and smooth heating process - it possesses replaceable core
Induction heater is intended for heating bearings, bushings, rings, etc. before fixing them to rotor shafts and electric motor armatures. - it provides quick and smooth heating process - it possesses replaceable core
Annealing furnace is intended to anneal windings of electric motor without air access. The parts are loaded into the furnace by means of a truck loader. Annealing process is done automatically.
Stator manipulator is intended for mechanical turning of stators of the 7th …9th overall dimension while packing windings during electric motor repair. The device provides a turning angle from 0o to 360o and stator fixation in the given position.
Universal furnace with the front loading is intended for annealing electric motor windings without air access and their drying after impregnation. The parts are loaded into the furnace by means of a truck loader. Annealing / drying process is done automatically.
Vacuum impregnation installation is intended for impregnation electric motor stators with preliminary discharging in the impregnation tank. Cycle duration is programmed by a control unit. Impregnation process is completely automatized.