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Explosion-proof electric motors
Explosion-proof electric motors VEM of the KPER, K12R, K11R series are designed in such a way as to minimize or eliminate overheating, sparking and arcing. All products have been tested and certified for explosion protection levels EN 60079-0, 60079-1, 60079-7, or N 60079-15 / IEC 60079-15, or EN 61241, as well as ATEX 114 (95, 100a). Explosion-proof electric motors VEM have energy efficiency classes IE1, IE2, IE3, depending on the specific model and are presented in a range of standard sizes. Various housing protection options are available: IP 54, IP 55, IP 56, IP 65. VEM motors can operate in the temperature range from -40 ° C to + 40 ° C, and some models can withstand drops from -20 ° C to + 55 ° C.
The braking system built into VEM electric motors of the B21R, BE1R, B41R series allows them to stop quickly and safely, which is especially important in the operation of elevators, cranes, winches, conveyors and machine tools. Brake type: double disc spring. The housing of VEM brake motors has a degree of protection IP55, IP56, IP65 and is made of gray cast iron, this material was chosen for its low vibration qualities. VEM brake motors have energy efficiency classes IE1, IE2, IE3 and operate in the range of 750 to 3000 rpm at temperatures from -20C to + 40C at altitudes up to 1000 meters above sea level.
Roller table motors
VEM roller table electric motors, powered by mains or with a frequency converter, are widely used in metallurgy and are installed in rolling mills, successfully operating in various modes of the production cycle and providing the ability to regulate start, stop and pause, as well as reverse. VEM motors of this type have proven themselves well in operation under conditions of non-standard temperatures and loads, including when working in hot shops in the steel industry and under significant overloads. VEM roller table motors are produced in three series depending on the load and operating conditions: AE1R, AE1O and AE1F series (differ in the type of cooling) are designed for light duty, ARC series for heavy duty, structural strength is reinforced with annular ribs, ARB series is also designed for heavy duty, but is powered from the mains, and not from a frequency converter.
Marine electric motors
Marine electric motors VEM for marine vessels are used to operate various onboard units and are designed to meet special climatic conditions and increased mechanical stress in aggressive environments. In the production of these types of electric motors, all the requirements and regulations of the relevant branch classification societies are fully observed. The motors are equipped with additional protection against wet environments, splashes, salinity and extreme temperature fluctuations. Engines of different series are designed to work above and below water.
Wound rotor motors
VEM designs and manufactures wound rotor motors that are used in a variety of industrial applications where intermittent operation is required, equipment is frequently stopped and restarted, and in areas where operating conditions are considered difficult, such as the mining industry. VEM electric motors with wound rotors have several cooling system options - self-ventilation, forced ventilation and without ventilation. Modification of the electric motor and installation of additional options to facilitate monitoring of the motor operation and protection against overloads is possible on an individual order.
The water-cooled VEM series of electric motors increase equipment performance without adding noise and vibration or requiring additional ventilation. VEM motors are easy to integrate into existing plant liquid cooling systems and have a robust housing that is resistant to aggressive environmental influences. There are special versions of motors designed to work with open cooling systems and having an increased degree of protection (above IP55). At the request of the customer, additional equipment can be installed (monitoring sensors, overload protection), as well as modifications to improve reliability and optimize operation).