The new cyber^® kit line large is the perfect complement to the successful cyber^® kit line small. OEMs can now design frameless servo motors offering different dimensions in performance – all from one source and tailored to individual kinematic requirements as well as to specific mounting conditions and environments – and integrate them directly into their machines. They can also take advantage of WITTENSTEIN cyber motor’s consulting expertise to select the motor that best fits their needs. From the design stage onward, optimum sizing safety is guaranteed.

Consistently modular concept

The modular concept of the cyber^® kit line large provides maximum design flexibility plus adaptability to specific tasks and conditions. For example, the frameless servo motors in the 560 V voltage class are available in four sizes from 290 mm to 530 mm as well as in various lengths from 50 mm to 200 mm and with four hollow shaft diameters from 220 mm to 420 mm.

The latter allow cables of, say, gripping elements, sensors and light guides or pneumatic air and vacuum tubing to be laid in a space-saving way inside the machine. Integrated PT1000 and PTC temperature sensors permit thermal condition monitoring.

Thanks to the very high copper fill factor of the stator, the maximum torque of these torque-optimized motors ranges from 1000 Nm to more than 9000 Nm. Speeds of up to 250 rpm are specified. Whereas the cyber^® kit line large works with all standard servo drive makes, cyber^® kit line small motors are additionally compatible with the compact servo drives in the cyber^® simco^® drive 2 product family. They enable highly dynamic drive applications to be realized with higher output ratings.

Robust and energy efficient

The one-piece, segmentless motors are fully potted, laying the foundation for their enormous robustness and longevity. Even at maximum power, after reaching the specified winding temperature, the thermal effects on adjacent components remain minimal. The improved heat dissipation – assisted if need be by an optional, closed cooling jacket – means OEMs can be sure of getting a motor with the required industrial-grade design, reliability and durability.

Optimal energy efficiency was likewise a key priority: the nominal current which is necessary for operation is up to 15 percent lower compared to other solutions available in the market today – and power loss is down by as much as 25 percent.