The fitted fan can be mounted directly on the SMC-IC4 to protect against overheating and to protect the motor drivers.This text is machine translated.
1a motor driver for easy attachment to the SMC-IC4This text is machine translated.
The SMC-IC4 stepper motor control can accommodate four power amplifiers. Amplifiers for phase currents from 1A to 4A are available here. Bipolar stepper motors with two or four phases can be connected. Depending on the motor power, motor start-up time...
The stepper motor control card SMC-TR-1000 is used to 3-Axis control of stepper motors. You can, for example, as a plotter control system or for 3-axis positioning systems. The card is for connection of bipolar 2-phase or 4-phase stepper motors. The phase...
Mounting holes: Spacing: 31 mm, bore: M3.
Additional technical information: Principle of activation: Bipolar; Angle: 1.8 °; Flange size: 60 x 60 mm; Holding torque: 3.00 Nm; Motor shaft length: 20.6 mm; Operating voltage: 12 V DC; Phase load (max.): 4.0 A; Shaft diameter: 8 mm
The new and compact dMOT-42 offers the user a very simple handling. The stepper motor with attached control was manufactured for different sizes of motors. The unit is powered by 24V DC and can be connected to the PC via a USB cable. It is possible to...
The new and compact dMOT-56 offers the user a very simple handling. The stepper motor with attached control was manufactured for different sizes of motors. The unit is powered by 24V DC and can be connected to the PC via a USB cable. It is possible to...
Holding torque: 1.10 Nm; Phase current (max.): 0.7 A; Motor shaft length: 20.6 mm; Shaft diameter: 6.35 mm; ; This text is machine translated.
Additional technical information: Principle of activation: Bipolar; Angle: 1.8 °; Flange size: 56 x 56 mm; Holding torque: 1.10 Nm; Motor shaft length: 20.6 mm; Nominal voltage: 24 V DC; Operating voltage: 12 V DC; Phase load (max.): 1.5 A; Shaft diameter:...