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Lenze DC shunt-wound motors can be ideally matched to specific machine tasks because they enable you to select precisely the right degree of protection, type of winding, type of construction and the appropriate built-on accessories.
MGFQ shunt motor
High power density as a result of the square design and internal cooling, IP 23S degree of protection, standard dimensions for gearbox mounting, additional modular built-on accessories. Power ratings from 0.33 to 90.8 kW.
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MGFRK shunt motor
IP 54 degree of protection, fully compensated, IEC standard housing, sizes 90 to 160, variable additional modular built-on accessories. Power range 0.33 to 27 kW.
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Permanent magnet motor 13.120
High power density smooth-bodied design and naturally ventilated, enclosure IP 54, standard measures for gearbox mounting, additional built-on accessories in modular system, powers from 0.055 to 0.6 kW.
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LSK - DC Motors
Shaft and bearings with high overload capacity (for belts transmission).
Roller bearings may be used in the drive end shield for very high radial loads.
Marking on shaft extension indicating the balancing class.
Compact design with high power / weight ratio.
Machined registers for high precision geometry.
Forced ventilation:
multiposition
multivoltage - multifrequency
ensures good thermal reserve
sound screen in option
Large number of possible options.
Brush holders fitted in option with wear limit microswitches.
Cast iron brackets.
Easy brush access via 4 large inspection doors.
Transparent inspection doors in option.
PTC probes connected in series provide added protection against incorrect use.
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DC-Motors Series 5/6/7
True values last forever! The same applies to DC motors from Siemens. Even if it has been forecast long ago that the end is nigh for them, we shall retain this technology. After all, in daily use the DC motors have for decades proved their worth; it is therefore not necessary to consider an alternative.
Together with the SIMOREG DC-MASTER drive converter units they form the ideal drive set wherever competitive prices and high availability are required.
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Technical Description. Motor casing: Deep drawn, corrossion protected. Excitation field: Permanentmagnet. Method of bearing, A-side: Ball bearing. Method of bearing, B-side: Sleeve bearing. Mechanic interface: Output shaft. Electric interface: Leads with connector or tinned leads.
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From our long experience of winding coil technology for coreless motors, Namiki has developed slotless brushless motors without cogging.
The main advantages of our motor are its high response thanks to low inertia on the inner rotor design, its high thermal resistance and also its durability from using our in-house samarium cobalt magnet.
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Technical Description. Motor casing: rolled, corrossion protected Excitation field: Permanentmagnet. Method of bearing, A-side: Sleeve bearing. Method of bearing, B-side: Sleeve bearing. Gear: Spur gear. Gear housing: plastic. Gear wheel: plastic. Gear greasing: lubricant/permanent lubrication. Mechanic interface: Output shaft. Electric interface: Connector or leads with connector.
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