Characteristics
- AC/DC
- DC
- Type
- BLDC
- Voltage
- 24 V, 12 V
- Configuration
- permanent magnet
- Applications
- for pumps, industrial, for conveyors, for robotics, for centrifugal pumps, for collaborative robots, for power tools, for water pumps, for machine tools, packaging machine, for the chemical industry, conveyor, for blinds, for the pharmaceutical industry, for massage equipment, for fans, for the food industry, for the automotive industry, for household appliances, for automatic doors, for dispensers, for medical applications, for drills, agricultural
- Other characteristics
- variable-speed, standard
- Power
-
100 W
(0.136 hp) - Intensity
-
Max.: 13 A
Min.: 1 A
2 A
- Torque
-
10 Nm
(7.3756 ft.lb) - Rotational speed
-
Max.: 7,000 rpm
(43,982.3 rad.min-1)Min.: 2,500 rpm
(15,707.96 rad.min-1)3,500 rpm
(21,991.15 rad.min-1) - Diameter
-
42 mm
(1.65 in) - Operating temperature
-
Max.: 40 °C
(104 °F)Min.: -10 °C
(14 °F)
Description
The BLDC-S42-66-24-3800-S is a powerful and efficient Ø42mm Brushless BLDC Motor designed for 24VDC operation. This motor delivers high torque output and reliable performance in a compact package, making it suitable for a wide range of applications.
With a diameter of 42mm and a length of 66mm, the BLDC-S42-66-24-3800-S has a small footprint, allowing for easy integration into space-constrained setups. It boasts a no-load speed of 3800 RPM and draws only 0.9A of current at no load, ensuring energy-efficient operation.
When under load, this motor is rated for an impressive torque of 0.86 kg.cm at a speed of 3300 RPM, making it well-suited for driving mechanisms that require high torque output. Its robust design allows it to deliver a staggering stall torque of 8.8 kg.cm with a stall current of 13.5A, ensuring reliable performance even in the most demanding operating conditions.
Featuring a precision construction and a durable Brushless motor design, the BLDC-S42-66-24-3800-S offers long service life and consistent performance. With the reference ID MOT-BL-4266A-24V, this motor can be easily identified and sourced for replacement or integration into existing systems.