Additional information
| Brand | Rexroth |
|---|
PLC L25 with Universal Simulator
This “PLC L25 with Universal Simulator” device set is used to teach control technology basics via 24 exercises. It is coordinated with the exercise book “PLC L25 with Universal Simulator.”
The device set consists of the PLC L25, including the software tool(with user license) for program creation, and a PLC universal simulator with 24 different exercise templates, which coordinate with the exercise books.
No additional work station is needed. The provided PLC is a tabletop version, which is also equipped with a bracket for the grooved panel.
To execute the 24 exercises, the corresponding templates are placed on the positioning pins of the base panel, thereby covering irrelevant labeling and LED indicators.
Practice is provided for creating assignment lists and designing PLC programs. All programs are supplied as sample solutions. The PLC also has OCE (OpenCore Engineering), which enables programming using different programming languages, e.g. VisualBasic, and allows software control using programs like LabView and Excel.
Thus, this control is i4.0 capable. The device set is delivered in two stackable plastic cases (L-Boxx).
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AutomationBatch Processing Unit
The Batch Process Trainer (BPT) represents the mechanics and control requirements of; electroplating, printed circuit board etching, paint stripping and degreasing as used in sequential processing industries.
The BPT consists of a transporter that traverses left and right over five separate process tanks with eight flight bar locations. A lift bar, attached to the transporter is used to raise and lower flight bars in and out of the process. The first program would implement only a few simple movements but the exercises become more complex until the student is capable of programming the carriage movements required for a complete (simulated) electroplating process. Solutions to the various exercises are also provided.
The control panel has LEDS for indication of the sensor activities. Manual control is available using the switches and a joystick. Connection through colour coded 4mm shrouded sockets on the front panel. PLCs can be connected using the 24vd.c. ’D’ type connectors and a PC can be connected, using a suitable interface, through the IDC on the rear of the unit.
Experiments:
Exercises for the BPT using a PC
- Sensors, actuators and hard interlocks
- Software installation and software program
- Simple control program
- Simple square dance
- General sequence
- Time-Out detection
- Transporter initialisation
- Flight bar detection and relocation
- Assignments
Exercises for the BPT using a PLC
- Sensors, actuators and hard interlocks
- Soft interlocks
- Semi automatic operation
- Simple square dance
- General sequence
- Time-Out detection
- Initial flight bar position detection
- Flight bar detection and relocation
Key Features
- Representation of automated batch process system
- LEDs on front panel for visual representation of sensors activity
- Hardware and software interlocks
- Automated and Manual control
- PC or PLC control
- 24v 4mm colour coded shrouded sockets
- 24v d.c and TTL connections
- Two Speed horizontal control
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AutomationScorBot ER-4U Educational Robot
The ScorBot ER-4U is a versatile and reliable system for industrial robotics training and education. The ScorBot ER-4U robot arm can be mounted on a tabletop, pedestal or linear slidebase.
The robot’s speed and repeatability make it highly suited for both stand-alone operations and integrated use in automated workcell applications such as robotic welding, machine vision, CNC machine tending and other FMS operations
The robot is supported by ScorBase robotics programming and control software. Optional RoboCell 3D graphic software lets students design, create and control simulated industrial workcells, and provides dynamic simulation of the robot and workcell devices during position teaching and program execution.
The robot is designed to enable observation of its working mechanical parts while ensuring a safe environment for students.
Standard features
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- Mechanical arm
- USB Controller
- USB communication cable
- Software CD
- Plastic dust covers
- Documentation for all software and hardware components
- Certified for CE safety compliance.
Example Applications
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- ER 4U with Machine Tending (Milling/Turning/Laser Engraver)
- ER 4U with SkillsUSA materials handling package (RAT – Robotic Automation Technology)
- ER 4U with ASRS (Automated Storage and Retrieval System)
- ER 4U with machine vision system from Cognex for Quality Control
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