Synchronous motors >>

Transcription

1 Synchronous motors >>

2 ROTEK Synchronous motors >> premium quality materials and finishing Longlasting extremely efficient Firstclass materials and precision finishing the SM6 motor range gives you convincing, indepth quality and Charateristics > constant speed : Insulating class: Continuous operations S to EN 0 (VDE 030), optionally S3 F ( absolute) to EN 0 (VDE 030) long life. A special permanent magnet rotor ensures (independent of load and voltage) Protection class: IP0, optionally IP to EN 0 maximum efficiency: a combination of excellent technical > extremely short startup and stopping times Bearings: Highquality ball bearings characteristics, lower consumption and compact construction. Benefits > long life expectancy > compact design > blocking proof for a short period of time > selfholding in less state > maintenance free Options > windings for special voltages or limit datas Connection type: Insulation test: EMC tested: RoHS and WEEE: Ambient temperatures: Max. radial load: Max. axial load: Flying leads or terminal box (30 V: with internal running capacitor) Test voltage for all versions second at 0 V eff. Motors fulfil requirements of EN 08 and EN 08 Motors have fulfilled requirements of 00 / 9 /EG since C bis C 0 N 0 N > lower consumption for more (shorttime operation) Nominal voltage: +/ 0 % > IP protection class Nominal frequency: +/ % > modification of housing and shafts Capacitor: +/ % > Thermalprotection switch W Notes for ordering overview synchronous motors watt Motor type (e.g. SM6/) Voltage (e.g. 30 V) Frequency (e.g. Hz) Capacitor (e.g. µf) Model (leads or terminal box) 0 sm6/30 sm6/ sm6/ sm6/ 8 W W 60 W 9 W 3

3 Synchronous motors SM6/30 >> synchronous motors sm6/30 Voltage Frequency Speed Capacitor current Input Torque Selfholding , 0, ,0,0,0,0, ,0 80,0 930 Synchronous motors SM6/306 >> synchronous motors sm6/306 Voltage Frequency Speed Capacitor current Input Torque 0, 0, , 7,0 6, 6, 6, , 80 Selfholding 930 0% % /temperature % % /voltage 0% % % 0% 0%

4 Synchronous motors SM6/ >> Voltage Frequency Speed Capacitor current Input Torque Selfholding Synchronous motors SM6/6 >> synchronous motors sm6/ ,8, , , synchronous motors sm6/6 Voltage Frequency Speed Capacitor current Input Torque,8, ,0 Selfholding 930 0% % /temperature % % /voltage 0% % % 0% 0% 6 7

5 Synchronous motors SM6/ >> Voltage Frequency Speed Capacitor current Input Torque Selfholding Synchronous motors SM6/6 >> synchronous motors sm6/ ,0,0,0 0,0 7,0 0 0, ,0 930 synchronous motors sm6/6 Voltage Frequency Speed Capacitor current Input Torque ,0 7,0 0 0, ,0 Selfholding 930 0% % /temperature % % /voltage 0% % % 0% 0% 8 9

6 Synchronous motors SM6/ >> Voltage Frequency Speed Capacitor current Input Torque Selfholding Synchronous motors SM6/6 >> synchronous motors sm6/ , ,0 3,0 0 < < 8, 8, 8, 8, 930 8, synchronous motors sm6/6 Voltage Frequency Speed Capacitor current Input Torque ,0,0,0 0, ,0 Selfholding,6,6,6,6 930,6 0% % /temperature % % /voltage 0% % % 0% 0% 0

7 Synchronous motors SM6 >> Lead wire type terminal box type motor type length in mm weight in kg length in mm weight in kg dimensions SM6/30 SM6/ SM6/ SM6/ ,6 0,,0, ,7,0, scale drawing wiring diagrams 3