Advanced Motion Controls Release µZ Servo Drives
µZs are the smallest off-the-shelf servo drives from ADVANCED Motion Controls
Camarillo, CA- Weighing only 8.5 grams and capable of outputting 10A peak and 5A continuous µZs are the smallest off-the-shelf servo drives from ADVANCED Motion Controls. Pronounced ‘Micro-Z these plug-in drives are designed for embedded applications in a wide range of industries including: Robotics, Lab Automation, Homeland Security/Military, Electric Mobility, Medical and Packaging.
These full featured drives operate with brushless and brushed servo motors and are available for immediate shipment.
µZ Servo Drives are Current Mode drives that measure 1.5" on a side and output 10A peak and 5A continuous at up to 36VDC.
Designed without the need for a heatsink, the µZs are true featherweights with a high power to weight ratio. The µZs are fully protected against over-voltage, under-voltage, over-current, over-heating, and short-circuits.
Depending on the model, the drives interface with digital controllers that have analog ±10 V or PWM/Direction commands. These servo drives require only a single unregulated isolated DC power supply, and are fully RoHS (Reduction of Hazardous Substances) compliant.
Click on the link below for more information on the new servo amplifiers from AMC-
https://www.servo2go.com/search.php?search=10A4&D=PROD
Featured Product
TM Robotics - Shibaura Machine THE SCARA range
The THE range from Shibaura Machine is an extensive line up of SCARA robots. Available in four arm lengths THE400 (400mm), THE600 (600mm) and the most recent THE800 (800mm) and THE1000 (1000mm), this range is suitable for assembly, handling, inspection and pick and place processes in varied industrial applications. The THE1000 boasts a 20kg payload capacity and an impressive 0.44 second cycle time, providing high speeds for processes with large components. In fact, the range has been recognised for as the price-to-performance leader compared to other SCARA models in its price range due to its impressive speed versus payload capacity.
