microstep driver
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DM860 DM860H controlador de microescalones con baja vibración 2 fases controlador de motor paso a paso
Controlador paso a paso digital DM542: entrada de 20-50 VCC, salida ajustable de 0,5-4,2 A. Funcionamiento suave, bajo ruido/vibración, protecciones integradas. Compatible con motores NEMA11-23 para CNC y automatización.
Máquina CNC DM542 Conducción de motor paso a paso 20V-50V Conducción digital de paso a paso
Controlador paso a paso digital DM542: entrada de 20-50 VCC, salida ajustable de 0,5-4,2 A. Funcionamiento suave, bajo ruido/vibración, protecciones integradas. Compatible con motores NEMA11-23 para CNC y automatización.
Conducción digital del motor paso a paso DM556 para equipos de automatización
Stepper Motor Driver DM556 Product Specifications Model: DM556 digital stepper driver for 2-phase hybrid stepper motors Input Voltage: DC 24V-50V Output Current: 1.0A-5.6A adjustable Motor Match: Fits 42, 57, 86 frame 2-phase stepper motors Microstep: Support high microstep resolution, optional setting Control Signal: Pulse/direction signal input, compatible with PLC and motion controllers Protection: Over-current, over-voltage, under-voltage and anti-interference protection
Conductor de poco ruido del motor paso a paso de 24V DC para el motor paso a paso híbrido de 2 fases
Stepper Motor Driver DM556 Product Specifications Model: TB6600 digital stepper driver for 2-phase hybrid stepper motors Input Voltage: DC 9V-24V Output Current: 0.5A-4A adjustable Motor Match: Fits 20, 28, 35, 42, 57mm frame 2-phase stepper motors Microstep: Support high microstep resolution, optional setting Control Signal: Pulse/direction signal input, compatible with PLC and motion controllers Protection: Over-current, over-voltage, under-voltage and anti-interference
Motor paso a paso de la nema 17 del circuito cerrado, motor servo integrado serie ISS42
ISS42 Series Integrated Stepper Servo Motor The ISS42 is a compact, all-in-one closed-loop stepper servo motor (NEMA 17 frame, 42mm square flange) integrating motor, driver, and encoder. Technical Specifications Input Voltage 12-36 VDC (24 VDC common) Holding Torque 0.48-0.72 N·m (typical) Output Current 1.0-1.5 A/phase Encoder Integrated 1000 CPR (4000 PPR) incremental encoder Microstepping Up to 51200 steps/rev Step Angle 1.8° Control Interfaces Pulse + direction, RS485
