Stepper motor control - Import export

SMSD‑4.2LAN is a new-generation stepper motor controller with advanced communication protocol. It is designed by our engineers for medium size stepper motors, output current is under 4.2A per motor's phase. The most useful advantage of the controller - remote control and Ethernet connection and control of a stepper motor using a local network. USB connection is also provided. Standalone motor control according to one of 4 independent executing program sequences, stored in the controller’s memory. Real time stepper motor control by commands via USB or through a local network Ethernet The controller provides 5 different control modes: real-time control by commands, motion control according to one of 4 executing programs, which are stored in a controller's memory; analog speed control; analog position control; STEP/DIR pulse position control. Digital I/O of the controller make it easy to use the controller together with other electronics of a system

Programmable stepper motor controller SMSD‑4.2RS is a modified and updated version of previous old models SMSD‑4.2RS-232 and SMSD‑4.2RS‑485. SMSD‑4.2RS provides both communication interfaces RS‑232 and RS‑485. Update frame is designed to be mounted on a standard DIN rail. Programmable controller SMSD‑4.2RS is intended for control of step motors with phase current up 4.2 A. The controller allows to control (adjust) direction, speed and acceleration of motor, can be programmed and operate as a standalone unit or can be controlled by an external device (PC, PLC). Microstepping mode: 1, 1/2, 1/4, 1/16

dryve motor control system - select, click, control... Travel distances, positions, speeds, operating times - easily defined with the new igus® web-based control system for drylin® E linear systems. - No software or app installation necessary, fast commissioning - Control possible via smartphone (browser), tablet or laptop - Simple and intuitive user interface, control system set up in just a few minutes - Compatible with numerous industrial controllers (e.g. Siemens S7/Beckhoff) - For DC, EC and stepper motors - Cost-effective

2-phase high-torque stepper motor in NEMA 17, NEMA 23 and NEMA 34 sizes with flat-milled shaft (D-shaft). 1.8ׄ° increment angle (full increment) with integrated positioning control. Note: Stepper motor with integrated positioning control. It forms a convenient unit consisting of stepper motor and intelligent controller. Reference travel is possible on a block with reduced electric current without proximity switch. Integrated rotational monitoring. Smooth running through dynamic switching of increment trip. Actuation via single I/O interface, 31 position configurations and call-ups. Control unit can be parametrised quickly and conveniently with the software. The software and manual for programming the positioning control are available as free download. When selecting a suitable motor, using just the retaining torque is not enough, as the motor’s torque decreases with the speed. It is therefore essential to select the correct motor according to the torque curve.

Bearing block and carriage aluminium alloy. Guide column and threaded spindle stainless steel. Plain bearing for guide columns and spindle nut highquality special plastic. Claw coupling aluminium with polyurethane coupling spider. Version Aluminium alloy anodised. Stainless steel hardened and ground. Threaded spindle with ball bearing. Note for ordering The unit is supplied with the position of cable outlet or control unit as shown in the drawing. Note Positioning stages for motorised adjustment and positioning tasks. The plain bearings and spindle nuts are suitable for dry running, however lubrication with a grease for plastic plain bearings is recommended. The suitable programming software and interface cable for the stepper motor with positioning control are available as accessories (2500015).

The compact MEMDOS SMART LK stepper motor pump combines the size advantages of a solenoid diaphragm dosing pump with the precision of a motorised diaphragm dosing pump. This versatile pump is available in five different performance ranges, making it suitable for a wide range of industrial applications. The fully variable drive of the MEMDOS SMART LK enables infinitely variable adjustment of the stroke frequency, ensuring precise control of the dosing performance. An outstanding feature of the MEMDOS SMART LK is the ability to reduce the suction speed in two stages. This function makes dosing viscous media considerably easier and increases the precision of the dosing.

Base and rotary table aluminium alloy. Hollow shaft stainless steel. Preloaded worm gear steel. Claw coupling aluminium with polyurethane coupling spider. Version Aluminium alloy anodised. Note for ordering The unit is supplied with the position of cable outlet or control unit as shown in the drawing. Note Rotary positioning stages for motorised adjustment and positioning tasks. The preloaded worm gear runs virtually playfree. The bearing of the worm shaft offers maximum radial rotational accuracy. Cables can be routed through the large bore in the hollow shaft. The adjustable positioning ring is used to determine the rotational reference point to the position of the assembled part. Proximity switches can be mounted with the optionally available sensor holder (21094). The suitable programming software and interface cable for the stepper motor with positioning control are available as accessories (2500015).

WATTSAN A1 1313 machine has a working field of 1300×1300×200 mm, an ER-20 spindle with a power of 2.2 kW, and a water cooling system. A stepper motor controlled by the Yako 2405 driver is responsible for moving the portal. The body of the machine is a welded structure made of steel profile, the weight of the machine is 500 kg. The maximum travel speed along the axes is 25,000 mm/min, the maximum speed in operation is 15 000 mm/min. Spindle speed can reach 24000 rpm. The table has a slatted T-slot cover. The machine is controlled by NcStudio software. To upgrade this machine, we can install: vacuum table. DSP controller. Chip removal system. Manual auto lubrication. More powerful spindle or additional cutting heads. Rotary device for processing cylindrical products. Tool sensor.

PSD 41 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

PSD 49 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

PSD 40 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

PSD 48 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

PSD 42 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

PSD 43 direct drive is a mechatronic system with integrated control, bus interface and absolute measurement system without battery. This drive is ideal for automatic format changeover. The stepper motor with integrated control and bus communication permits higher velocities at lower torques. The PSD can be easily addressed by rotary switches (not for IO-Link). The instruments can be mounted on a spindle using the hollow shaft without the need for an additional coupling. The optional rotatable attachment housing allows you to attach the direct drives to the machine in any position, no angle plugs are required.

Specifically designed to control Stepper Motors up to 48VDC in the lower power and compact size segment, the new Hercules SOD203 addresses the need for a versatile and efficient motor controller with a very attractive price point. Key Features: Optimized for 48V Stepper Motors: 12-48VDC Power Supply Backup Power Supply with Power Logic connection Compact Design, Powerful Performance: with dimensions of only 54x54mm and a weight of 27g, the Hercules SOD203 handles Phase Current up to 3A rms. Versatile Feedback Options: whether utilizing a standard Incremental Encoder or an Absolute BiSS-C Encoder, the Hercules SOD203 ensures precise control and seamless integration. Large choice of Communication Fieldbuses: our motor drives are compatible with an array of communication fieldbuses, providing unparalleled versatility.

precision slides with ball screws or trapezoidal screw drive. - Three sizes – 100, 155 and 225 - Cover variants – sheet or bellows cover - Traversing carriage available in two lengths - Various stepper and servo motors, controllers, special versions such as - Motor deflections via timing belt drive make the precision slides universal can be used and are optionally available with or without motor. - Integrated limit switches (inductive proximity switches) with cable entry or plug connection in the endplate. - Base plate and end plates are made of a surface-treated and high-strength aluminium alloy. - Modular use, e. g. as multi-axis systems

For designs that require a stepper motor with directly integrated lead screw, drylin® E offers the ideal solution. The stand-alone versions with NEMA11 stepper motor (very small type) are available in a compact type with or without encoder. The lead screw is centred and in combination with the dryspin® high helix thread technology, the system has a long service life. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy.

dryve motor control - Connect, select, control... Precise positioning, endless movements, continuous end-to-end movements - simply defined with the new control for drylin® E linear systems from igus®. - No software or app installation necessary - Quick commissioning - Compatible with numerous industrial controls (e.g. Siemens S7 / Beckhoff) - For stepper motors - Cost-effective

dryve motor control - Connect, select, control... Precise positioning, endless movements, continuous end-to-end movements - simply defined with the new control for drylin® E linear systems from igus®. - No software or app installation necessary - Quick commissioning - Compatible with numerous industrial controls (e.g. Siemens S7 / Beckhoff) - For stepper motors - Cost-effective

dryve motor control - connect & control... Operate DC motors wear-free in left/right rotation - very easy with the new control for drylin® E drive systems from igus®. drylin® D5 for DC motors -Ready for immediate use. No parameterization or programming necessary - Left/right run via digital input - Velocities & accelerations via external PWM input signal - Available with and without housing - Inexpensive - Free pattern programs

The SMD‑4.2DIN ver.2 driver is designed to control two and four-phase hybrid stepper motors with a phase current of up to 4.2A. The unit provides for mounting on a DIN rail, which is convenient for placing it in a production environment. Due to its advanced design, the SMD‑4.2DIN ver.2 delivers dynamics that accelerate the stepper motor to over 1000 rpm in a fraction of a second and easily reach operating speeds of over 4000 rpm while maintaining enough torque to perform useful work For stepper motor operation with high inertia load, a connector is provided for connecting an external braking resistor. The SMD‑4.2DIN ver.2 driver provides both pulse position control and analog speed or angle control. Microstepping mode - 1, 1/2, 1/4,1/8, 1/16, 1/32, 1/64, 1/128 Control methods: - Pulse position control (STEP/DIR) - Analog speed control (0 ‑ 5 VDC or potentiometer) - Analog control of rotation angle - tracking mode (0 ‑ 5 VDC or potentiometer) - Constant speed rotation