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BLDC driver BLD‑20DIN is a device designed to control 3‑phase DC motors with Hall sensors. BLD‑20DIN controls motor speed, acceleration and deceleration, direction. The design of the driver includes internal braking resistor for recuperative energy consumption during deceleration of inertial loads. BLD‑20DIN is designed for DIN rail mounting. BLD‑20DIN has inputs for external signals (clean contact): - signal START/STOP for start and stop of the motor motion - signal DIR for control of rotation direction - alarm stop signal Speed control: - to adjust motion speed there is an internal potentiometer and inputs for connection of an external potentiometer. Analog voltage signal 0..5VDC also can be used for speed regulation.

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

SMD-2.8DIN is stepper driver for small and medium size stepper motors with current per phase up to 2.8A. Driver provide smooth operation, maximum microstepping division is 1/256. Standard logic signals STEP and DIR are used for motion control. Enable signal is also provided and it can be inverted if it is required by a system. Driver SMD-2.8DIN operate with external logic signals source – frequency generator, PLC and etc. The drivers are designed on a modern element base with the use of new engineering solutions, which allow to achieve high speeds while maintaining useful torque. The microstepping division up to 1/256 provides exceptional smoothness and accuracy of positioning, and the output signal FAULT allows monitoring emergency situations that can arise during operation. Additionally, SMD-2.8DIN have the STO function (Safe Torque Off) - which provides motor phases deenergizing in case of any alarm situation.

BMSD‑40Modbus controllers are designed to control a DC brush motor with rated current up to 40 Amp, maximum limit current 100A. The controllers regulate the motor speed, set the direction of rotation, provide speed stabilization when using Hall sensors, and control acceleration and deceleration. Thanks to the current limiting function, the controllers protect the motor from overloads. The controllers are controlled via the RS ‑ 485 interface using the Modbus RTU or ASCII protocol or by external signals supplied to the controller inputs. The main parameters of controller BMSD‑40Modbus - Hardware short-circuit protection (time operation 15 μs): 100 Amp - Phase current limitation (response time 5 s): 2...60 Amp - Communication interface: RS-485, Modbus – ASCII or RTU

BMSD‑20Modbus controllers are designed to control a DC collector motor with rated current up to 20 Amp. The controllers regulate the motor speed, set the direction of rotation, provide speed stabilization when using Hall sensors, and control acceleration and deceleration. Thanks to the current limiting function, the controllers protect the motor from overloads. The controllers are controlled via the RS ‑ 485 interface using the Modbus RTU or ASCII protocol or by external signals supplied to the controller inputs. The main parameters of controller BMSD‑20Modbus Hardware short-circuit protection (time operation 15 μs): 30 Amp Phase current limitation (response time 5 s): 1...20 Amp Communication interface: RS-485, Modbus – ASCII or RTU

BMD‑40DIN are speed drivers for DC brush motors. Speed, acceleration and deceleration time are adjusted by the internal potentiometers on the frame of the driver. Speed also can be adjusted by an external potentiometer or by an analog proportional signal 0 ‑ 5 VDC. Direction can be changed by external signal (clean contact) “DIR”. For safety reasons the drivers provide adjusting of a maximum continuous motor current, this function protects motors from overcurrent. There is an emergency input HARD STOP in the drivers. It is intended for mechanics protection - the motor stops immediately in case the protection circuit is broken. Adjustment of a threshold of operation of protection is carried out by a potentiometer of "Current adjust". With its help maximum permissible current for each specific engine controlled by the unit is set. The limitation current value can be set precisely. Exceeding of this current during no more than 5 sec will lead to transition to emergency operation.

BMD‑20DIN are speed drivers for DC brush motors. Speed, acceleration and deceleration time are adjusted by the internal potentiometers on the frame of the driver. Speed also can be adjusted by an external potentiometer or by an analog proportional signal 0 ‑ 5 VDC. Direction can be changed by external signal (clean contact) “DIR”. For safety reasons the drivers provide adjusting of a maximum continuous motor current, this function protects motors from overcurrent. There is an emergency input HARD STOP in the drivers. It is intended for mechanics protection - the motor stops immediately in case the protection circuit is broken. Adjustment of a threshold of operation of protection is carried out by a potentiometer of "Current adjust". With its help maximum permissible current for each specific engine controlled by the unit is set. The limitation current value can be set precisely. Exceeding of this current during no more than 5 sec will lead to transition to emergency operation.