Switchgears assembled from standard unified blocks (cells) of a high degree of readiness, assembled in the factory
Switchgears contain a set of switching devices, busbars and connecting rails, auxiliary devices of the electronic control system and means of accounting and measurement.
- Un – up to 460 kW
- In – up to 5000 A
High-voltage switchgear
Equipment connected by high-voltage or low-voltage cables. High voltage switchgear is mainly used in electricity supply bureaus and substations.
- Un — up to 40.5 kW
- In-up to 4000 А
- Ir up to 50 kA
Medium voltage circuit breakers (air-magnetic, gas-free or vacuum)
Designed to be powered by electricity. This is achieved by using electrical components on the operating mechanism of the switch. These electrical components control the cams, wheels, castors, and latches for charging, closing, and opening the switch.
- Un — up to 40.5 kW
- In-up to 6300 A
- Ir up to 80 kА
Electric motors of cranes and lifting mechanisms operate in heavy and especially heavy operating modes.
They must provide smooth speed control with a large number of starts, reversals and stops in a short period of time, and the maximum torque on the shaft.
- Un – up to 690 V
- Pn – up to 1200 kW
Hardware Generator Complexes (CAG)
This or that set of electrical devices is called (a generator switch, or a load switch, a disconnector, a current transformer, a voltage transformer, a grounding device, etc.), structurally made in the form of a single device or structurally interconnected, in a single-phase or three-phase design, creating, in fact, with their full set, a complete switchgear of the generator voltage.
- Un – up to 40.5 kW
- In – up to 6300 A
- Ir up to 80 kA
Electric motors
Electric motors are used in a wide range of industries, including cement plants, metallurgical plants, power plants, water treatment plants, the food industry, pharmaceuticals, and more.
- Un – up to 690 V
- Pn – up to 1120 kW
