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.

Hydro bench is intended for trials checking mechanical strength and scaling of the coatings for explosion proof electric motors using a hydraulic method.

The station is intended to test power transformers with capacity up to 5000 kVA with voltage up to 10 kV.

The station is intended to test power transformers of the I-IV dimensions with voltage up to 10 kV acoording to demands of GOST-3484.1, GOST-22756, GOST-21023, GOST-3484.3.

The bench is intended to test welding transformers used for manual arch welding with 220 and 380 V and up to 20 kW capacity.

The behch is intended to reveal faults in stators of repaired electric motors with the capacity from 100 to 1000 kW after winding removal. The bench reveals cores with high losses before packing new winding and reduces winding wire extra waste.

Test station is intended to test AC asynchronous and synchronous electric motors after overhaul. Voltage of tested electric motor, kV: from 0.66 up to 6. Capacity of tested electric motor, kW: 100-400 250-1000. Equipment installed at the station provides the following trials: - measuring winding isolation resistance in relation to the machine body and between the winding. - Measuring resistance of windings under direct current in practically cold state. - Trials under increased frequency of rotation. - Electric stability testing of winding isolation in relation to machine body and between the windings. - Electric stability testing of winding interloop isolation. - determination of idle running current and losses; - determination of short circuit voltage and losses; - Determination of transformation ratio (for machines with phase rotor). - Idle running. - Determination of idle current for synchronous machines.

Test station is intended to test asynchronous and synchronous machines with the capacity from 100 up to 1000 kW with up to 6 kW voltage, and from 100 up to 400 kW with 0,66 kV voltage, transformers with capacity up to 2000 kVA with up to 10 kV voltage. Test station provides electric machine trials according to demands of the following technical standards: GOST 7217-87, GOST 183-74, GOST 10169-77, GOST 11828-86, GOST 3484-88, GOST 11677-85. Station equipment allows to perform the following trials: For electric motors: - measuring resistance of winding isolation in relation to body and between the phases; - measuring winding resistance offered to direct current in practically cold state; - testing winding isolation in relation to body and between the windings to prove electric stability; - idle running of electrical machine; - determination of idle current and losses; - determination of short circuit voltage and losses; - determination of transformation ratio (for electrical motors with phase rotor); - testing under increased frequency of rotation (for asynchronous machines with phase rotor and synchronous machines if rotation windings or bandages were under repair). - Electrical stability testing winding interloop isolation; - Idle running for synchronous machines. For transformers: - measuring resistance of winding isolation and absorption ratio; - determination of transformation ratio; - check up a set of winding connections; - testing electric stability of winding isolation by applying increased voltage of industrial frequency; - determination of idle current and losses; - determination of short circuit voltage and losses; - measuring winding resistance offered to direct current in practically cold state;

The 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.

A Unit for measuring active resistance of electric machine windings (KISO) is intended for measuring winding active resistance and revealing faults in three phase transformers.