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Low-voltage motor VSD10
ACasynchronousaluminium

Low-voltage motor - VSD10 - INNOMOTICS - AC / asynchronous / aluminium
Low-voltage motor - VSD10 - INNOMOTICS - AC / asynchronous / aluminium
Low-voltage motor - VSD10 - INNOMOTICS - AC / asynchronous / aluminium - image - 2
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Characteristics

Type
asynchronous, AC
Configuration
aluminium
Protection class
IP55, IP65, IP56, IP66
Efficiency classes
IE3, IE2, IE4, IE1
Number of poles
4-pole, 2-pole, 6-pole, 8-pole
Cooling mechanism
self-ventilated, forced air-cooled
Applications
industrial, for pump, for fans, for compressors
Other characteristics
low-voltage, variable-speed
Power

Max.: 200 kW
(271.92 hp)

Min.: 0.1 kW
(0.14 hp)

Torque

Max.: 1,273 Nm
(938.916616 ft.lb)

Min.: 9.6 Nm
(7.080597 ft.lb)

Rotational speed

1,500 rpm, 1,800 rpm, 2,610 rpm, 3,600 rpm, 5,220 rpm
(9,424.778 rad.min-1, 11,309.7336 rad.min-1, 16,399.1137 rad.min-1, 22,619.4671 rad.min-1, 32,798.2273 rad.min-1)

Description

The severe duty motors with their robust cast iron housing are the first choice for all major applications in normal industrial environments, as well as in harsh environments. They are very reliable, even under extreme conditions, versatile, extremely compact, and easy to handle. Very high efficiencies ensure economical and sustainable operation. In addition to induction (asynchronous) motors for direct-on-line and converter operation, two different synchronous motor technologies are available. These need to be used always with a frequency converter (VSD). Synchronous reluctance motor For particularly energy-efficient operation, with keeping the standard power-shaft height assignment, the best choice is a VSD system with an Innomotics reluctance motor. The reluctance technology, without any rotor winding, ensures particularly high dynamic performance and high efficiencies even in the partial load range, as well as high process quality. • Converter-optimized asynchronous motor (VSD10) The investment-optimized system comprising a Innomotics SD VSD10 motor and a converter permits simple selection via a catalog or engineering tool, along with fast commissioning based on a data matrix code for predefined converter parameters. Optimum matching of the motors to operational conditions on the converter results in lower system losses and thus high energy efficiency.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.