Programmable control systems

3J-AMK Stepper motor drives


With the help of the training equipment, the student acquires basic skills that will enable him to build, operate and maintain stepper motor drives in the industry.


After completing the tasks related to the training equipment, the student

  • is able to determine the structure and control methods of a stepper motor drive
  • is able to independently build (install, wire and connect) a 1-axis stepper motor drive as a functional unit with the help of installation and wiring drawings and the manufacturer’s data sheets
  • is able to control the operation of a stepper motor by creating application programs using PC-based programming

  • is trained in finding and correcting possible malfunctions.

3J-AMK -training equipment includes:

  • control center
  • stepper motor control and amplifier unit
  • PC software
  • stepper motor
  • necessary proximity switches for the timing belt equipment
  • installation, wiring and connector accessories required for installation

Study material:

  • Performance-focused exercises with solutions
  • Hardware operating instructions
  • Programming instructions
  • Technical information

3J-LAI Conveyor / Portal Equipment

The equipment includes a toothed belt conveyor that is driven by a DC motor. The belt server is a pneumatic portal with a vacuum gripper. 

The hardware is excellent for logic-controlled part handling.

Listing of parts of logic-controlled conveyor / portal equipment:

1. With Siemens AG 300 S7 control

2. Timing belt conveyor with DC motor drive and optical switches

3. Distribution equipment for different material pieces with its own actuator

4. Pneumatic 2-axis portal server with suction cup gripper, four-valve group valve and solenoid sensors (5 pcs)

5. Control panel with control switches

6. The binary inputs (16 pcs.) And outputs (16 pcs.) Are wired to the terminal blocks.

7. Prefabricated cables for data transmission (PC-CPU, AG -> group valve)

8. The hardware components are pre-assembled, the control and mechanics with their own mounting plates.

3J-OLK Programmable logic

The equipment includes a logic-controlled mechanical plate with either a belt conveyor or a screw mechanism and two cylinders.

The programmable logic is mounted on its own mounting plate in the control cabinet, from which the binary inputs (16 pcs.) And outputs (16 pcs.) Are wired to the terminal blocks. One of the input bytes is equipped with sensor terminal blocks.

The control and display panels (2 pcs.) Are on the control panel and are equipped with versatile components.

The controllable mechanics are mounted on a separate mounting plate with a 0-30 V DC motor with reduction gear. Four proximity switches are used as detectors. In addition, the mechanics use two pneumatic cylinders with four magnetic sensors.

A group valve with 5/2 mono- and bistable valves, cabling 25-pole is used to control the cylinders through the D-connector.

The hardware is used for programming programmable logic (program instructions; AND, OR, R / S, Timers, Counters, Comparators) and wiring.

List of main components:

1. With Siemens CPU 300 S7 control, PC-CPU cable

2. Control panels with operating switches and display devices

3. Actuator mechanics (conveyor + cylinders) Proximity switches; 4 optical or inductive (2 NO and 2 NC)

4. Proximity switches; 4 pcs optical or inductive (2 pcs NO and 2 pcs NC) 4 pcs magnetic (NO type)

5. Group valve and 25-pole. D-connector cable

6. Contactors (2 pcs) and thermal relays (2 pcs)

7. Simulation unit with 16 switches to demonstrate inputs / outputs

3J-SMK Servomotor Training Equipment



With the help of the training equipment, the student practices installation, connection, adjustment and operation of servomotor drives in modern CNC and robot drives.

After completing the assignments the student is able to

  •  determine the structure and control methods of a servomotor drive
  • independently, with the help of drawings, assemble (by installing, wiring, connecting and adjusting) a 1-axis servomotor drive into a functional unit with proximity switches and sensors 
  • create application-specific operating programs with a PC-based programming device to control the servomotor drive using the control system
  • find and repair possible malfunctions.
  • use Omron as a programming environment and in accordance with the IEC 61131-3 standard, which is widely used in the industry for Sysmac Studio
  • work with the PLC Open program used in motion control

Training equipment includes:

  • control center
  • Omron servologic
  • Omron servo controller
  • safety relay and safety switch
  • 230 VAC / 24 VDC power supply
  • operation of the control panel with its buttons
  • servo motor with sensor (encoder)
  • installation, wiring and connector accessories required for installation
  • necessary limit switches in the linear conductor motion equipment
  • a powder-coated mounting table

The training equipment consists of industrial components.

Study material:

  • versatile electronic textbook / exercise book
  • Making Sysmac Studio for Beginners
  • 4 ready-made business programs
  • hardware instructions
  • electrical and data connection instructions
  • technical information