FAULHABER Speed Controller for BXT motor family
FAULHABER’s BXT motor family, consisting of brushless DC servomotors with especially short design, has been expanded in all sizes with a diameter-compliant, integrated Speed Controller.
With an additional attachment length of just 6.2 mm, the motor/speed controller combinations are available with the same installation space as the products with the IEF3-4096 (L) integrated encoder. Through the use of synergy effects with the encoder variants, the speed controller is likewise fully integrated in the robust motor housing.
Based on FAULHABER’s SC technology, the motors can be put into operation quickly, easily and comfortably with the familiar Motion Manager (from version 6.6). The speed controller is connected to the application with a six-pole flat cable; suitable connectors are available as an option.
The controller can be combined with the 2214…BXT H, 3216…BXT H and 4221…BXT H housed BXT motors. Even with full integration, the robust device is designed to ensure the use of nearly the entire power and speed range of the corresponding base motors. A well-designed cooling concept minimises thermal losses here.
The combination of the BXT H motors with the integrated speed controller is a suitable solution if speeds need to be controlled precisely in small spaces and high torques are also required. Typical applications are pumps, handheld devices (eg, for the tattoo industry), equipment manufacturing, and laboratory and industrial automation.
Advantages include: compact design through complete integration; high torque up to 92 mNm with continuous output up to 60 W; stable and precise mechanical speed control from 200–10,000 min-1; and a second shaft end optionally available in sizes 32 and 42 mm.
Phone: 03 9756 4000
Würth Elektronik's WE-CCMF is a compact multilayer common mode choke in a 0504 package,...
congatec has introduced its conga-TR4 COM Express Type 6 modules with AMD Ryzen Embedded V1000...
The C878 SBC (single-board computer) features up to 16 lanes of PCIe to handle increased data...