integrated encoder - FAULHABER - DC Motors & Micro Drive Systems
as CE conformity during power failure, motors with integrated brakes are used in these business-critical machine components. The high basic cycle, as is
standard in electronics manufacturing, calls for drives
with strong performance and integrated encoder integrated encoder - FAULHABER - DC Motors & Micro Drive Systems torque. In spite of the high level of dynamics, the positioning must be perfect at Faulhaber Group: integrated encoder all
times. The actual process of aligning and clamping the wafer in the holder does not require excessive power,
but it is just as critical integrated encoder during the positioning phase.
After all, the wafer must lie exactly
in the center in order to ensure that as much of the surface as possible is utilized. Finally, the screws of the frame
must not only be inserted exactly at the right position, they must also be turned identically integrated encoder so that deviations caused by frame displacement or screw heads that do not sit squarely can be avoided.
Flexible drives
INGENIA uses wear-resistant electronically commutated DC motors in order to meet these integrated encoder demanding requirements. The EC motors developed by the micromotor specialist FAULHABER are the perfect solution, boasting an extensive range of integrated encoder control and gearbox technology. Motors of the 3056 Production Series are ideal for machine components with above-average speed and torque requirements. At a mere 30 mm diameter and 56 mm integrated encoder length, these miniature drives develop a continuous torque of up to 21.5 mNm (stall torque up to 100mNm), at an output power of 49 W. The micromotors are available for supply voltages of 12, 24, 36 or 48 VDC. The speed can be adapted by deploying optional gearheads of the 30/1 or 38/1 Series. The dynamic little powerhouse can be controlled through the micromotor’s analog Hall sensors and MCBL 2805 motion controller, which has been tailored specifically to this state-of-the-art range. The larger motors of the 3564 Type Series can optionally be deployed with integrated motion controllers. This enables a very compact drive of 35 mm diameter and 83 mm total length – including the controller. Despite this compact size, the EC micromotor achieves a power output of 70 W and a peak torque of 160 mNm (continuous torque 50 mNm). Here too, matching gearheads are available to adjust the speed and torque in line with requirements.
In the 3564 K 024 BC model, the electronically commutated servomotor integrates a high-resolution encoder and a programmable motion controller with the help of a high-performance 16-bit controller. Velocity regulation from 10 to 10,000 rpm, velocity profiles such as ramping, triangular, trapezoidal or positioning movements with resolutions up to 1/1000 revolutions are possible. Reference marks and limit switches can also be checked. A self-protection against excess temperature, overloading or excessive voltage during generator operation is integrated. In addition to autonomous deployment, an RS232 interface also enables externally controlled usage. Several motors can operate on one interface by means of addressing. A multiplexer board is available for this purpose.
The interaction of flexible drive concepts and pioneering system solutions also provide a solid foundation for reduced production costs in electronic fabrication, while simultaneously improving manufacturing quality. State-of-the-art drive solutions ensure fast and safe handling at all times.
High-Traction Sewer Robot with Compact
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