Msf Vathauer Antriebstechnik AM 90/2 1.5 KW 20 100027 0025 データシート

製品コード
20 100027 0025
ページ / 16
 
 
MSF-Vathauer Antriebstechnik GmbH & Co KG Am Hessentuch 6 – 8, D-32758 Detmold,  
Postfach 29 22, D -32719 Detmold 
Telefon: ++49 (0) 52 31/63 03-0 + 6 61 93, Telefax ++49 (0) 52 31/6 68 56 
E-Mail: Info@msf-technik.de, Internet: http://www.msf-technik.de 
Voltage and frequency
 
The motors are designed for a mains voltage of 380 - 420V, 50 Hz or 420 - 480V, 60 
Hz. Motors with an output of up to 2.2 KW inclusive are star connected and from 3.0 
KW delta connected. On request, the motors can be supplied for other voltages up to 
690V. 
 
 
Output
 
The nominal motor outputs given in the selection table are intended for constant 
operation and a mains connection at nominal voltage and nominal frequency. The 
ambient temperature may not exceed 40° C. Certain operating conditions, such as 
ambient temperatures above 40° C or installation above 1,000m above sea level as 
well as high switching rates, acceleration of large inertias etc. require separate 
inquiries and calculations.  
 
Speed 
The speeds given in the selection table are achieved at the nominal voltage, nominal 
frequency and nominal load.  
 
Protection system 
Motors are designed to the protection system IP 55 (IEC publication 34-5).  
 
Construction type and shape 
The motors can be produced in the different basic construction shapes B3 (IM1001), 
B5 (IM3001) and up to size 112 also in B14 (IM3601). The construction shapes listed 
conform to the IEC regulation 34-7.  
 
Cooling 
The motors are cooled by an external fan covered by a fan cover. Forced ventilation 
for frequency-converter duty is possible on request.  
 
Rotor and shaft 
The squirrel cage on all motors is cast from aluminium. Motors in normal design are 
supplied with a free shaft end. On request, any motor can likewise be supplied with 
two free shaft ends. Motors of all sizes are generally equipped with two equal ball 
bearings of the series 62 or 63. From size 200 upwards, it is possible to use roller 
bearings in order to achieve higher radial forces.  
 
Winding insulation 
All motors are insulated to insulation class F. The thermal design of the motors is 
made to insulation class B. The motors are suitable for an operation at a frequency-
converter. All motors are ready for Frequency Converter.