BH1960NH2B02-482-36.0

The 19**NH…M… series features 19mm micro DC servo motors with advanced coreless, brushless design. Achieving no-load speeds up to 48,200 rpm, these motors deliver high efficiency, rapid response, and low cogging. Designed for precision applications in medical devices, robotics, and instruments, they offer encoder options, customizable shaft/lead lengths, and operate across a wide temperature range (-20°C to +85°C).

SKU: 19**NH…M…-BH1960NH2B02-482-36.0 Category:

Description

19**NH…M… Series: High-Performance 19mm Coreless Brushless DC Servo Motors

The 19**NH…M… family delivers exceptional dynamics in compact form with their 19mm diameter coreless, brushless construction. These micro DC servo motors provide high-speed operation, superior torque-to-weight ratio, and precision control—ideal for critical applications where space and performance are paramount.

  • No-load speed: Up to 48,200 rpm across voltage options (24V, 36V, 48V)
  • Torque: Nominal torque up to 21 mNm and stall torque up to 358.8 mNm
  • Brushless, coreless design: Provides low inertia, rapid acceleration, and minimal cogging for smooth motion control
  • Encoder options: Integrated encoders with up to 3 channels; selectable counts per turn (16 to 1024 cpt) and TTL signal output
  • Electrical features: Terminal resistance from 0.36Ω to 1.41Ω; Back-EMF constants from 0.496 to 0.992 mV/rpm; operational from -20°C to +85°C
  • Customization: Options for shaft length, special coils, and lead wire length adaptation

Applications: Suited for medical equipment (e.g., compact pumps, laboratory automation), high-precision robotics and actuator systems, and sensitive measuring or instrumentation devices.

Benefits: High-speed performance in a micro form factor; reliable, maintenance-free operation due to brushless technology; easy integration with advanced encoder feedback for position/speed monitoring. An excellent choice for demanding automation and mechatronic designs requiring accuracy, responsiveness, and miniature footprint.