To drive the rotating threaded spindle – at the highest volume performance by means of a new winding technique. The motor shaft is constructed as a blind hole hollow shaft. The threaded spindle and the motor shaft are connected by a clamping assembly.
Bearing design
Axial angular ball bearing acting on two sides for direct absorption of the threaded spindle forces.
Bearing design
Motor Brake
Optionally the motor b-side can be equipped with a permanent magnet holding brake.
EZ Brake
Power and Encoder Interface
– Rotating plug connectors with quick lock.
– Option: Supplied with mating connectors.
EZ Connection Method
Encoder
Absolute value encoder EnDat® 2.1 or EnDat® 2.2
– Optical or inductive measuring principle
– High system accuracy with up to 23 bits resolution
– Up to 4096 recordable resolutions in multiturn version
– Electronic nameplate ensures fast and easy commissioning
– Additional information transferred with the position value (EnDat® 2.2)
– Compatible with STOBER drive controllers and drive controllers of many third-party manufacturers
Resolver
– High temperature resistance
– High vibration strength and shock resistance
Power and Encoder Interface One Cable Solution (OCS)
– Rotating plug connector with quick lock (connection lines between the encoder and drive controller are routed along in the motor’s power cable).
– Option: Supplied with mating connector.
EZ Connection Method (OCS)
Encoder One Cable Solution (OCS)
HIPERFACE DSL One Cable Solution (OCS)
AC/DC : AC
Type : synchronous
Voltage : 6V
Configuration : hollow-shaft
Torque : Max.:
Power : Max.:
Rotational speed : 3,000 rpm (18,849.56 rad.min-1)
Reviews
There are no reviews yet.