Description

RAPT-301A, UNIVERSAL PLC TRAINER is a useful and user friendly trainer for understanding the concept of PLC. With the help of RAPT-301, PLC automation can be studied as well as analyzed. It helps to understand the PLC hardware, Relay, Sensor, Thermocouple, Magnetic contact etc. The trainer is based on diploma & B.Sc. in EEE & CSE) syllabus.

Technical Specifications

Universal PLC Trainer

Model: RSM-31

Main supply: Single Phase, 230V±10%, 50Hz, Output: 50W

PLC: Siemens (1 Nos)

PLC Input: 16 Nos

PLC Ouput:12 Nos

PLC Power supply (1 Nos)

Input Voltage: 0-230V

Output Voltage: 0, 18V, 24V

Rated Current: 1A

Digital Meters Used

Voltmeter: 500V (1 Nos.)

Temperature Controller: 0-400°C (1 Nos.)

Thermo-coupler: 0-400°C (1 Nos.)

Proximity Sensor (1 Nos)

Photo Sensor (1 Nos)

Output indicator: 220V (4 Nos)

MCB (DP): 10A

Size (L x W x H): 740 x 570 x 290 mm

Weight: 20kg (approx.)

Scope of Learning

1. Identify the parts and components of a PLC system (Relay, Photo Sensor, Proximity Sensor, Magnetic Contact, Temperature controller)
2. The ability to connect input devices with PLC.
3. The ability to connect output devices with PLC.
4. Perform the tasks to develop and Simulate/execute a PLC ladder program (diagram) to start and stop a motor using two separate switches.
5. Perform the tasks to develop and Simulate/execute PLC ladder program (diagram) using timer instructions.
6. Perform the tasks to develop and Simulate/execute a PLC ladder program (diagram) using counter instructions.
7. Perform the tasks to develop and Simulate/execute a PLC ladder program (diagram) using sequence instructions.
8. Perform the tasks to develop and Simulate/execute a PLC ladder program (diagram) using arithmetic instructions.
9. Perform the tasks to develop and Simulate a PLC ladder logic (diagram) to set both On-delay time and off delay time functions.
10. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a push on/push off circuit.
11. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a First –in-input priority circuit.
12. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Non–lock-in annunciation circuit.
13. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a filling control circuit. (Optional)
14. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Conveyor belt motor control circuit. (Optional)
15. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Boiler Temperature control circuit.
16. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Motor Using as Star Delta Starter.
17. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Object Shorting Circuit. (Optional)
18. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Traffic Light control circuit. (Optional)
19. Perform the tasks to develop and simulate PLC ladder logic (diagram) to control a Fire Indication Control circuit. (Optional)

Output Module of PLC

 

Water Level Control Module:

Built-in 24V DC pump and power supply

4mm safety connector

Power Input:220VAC, 50/60Hz

Pump power: 5Watt

Pump Noise mode: Silent

Size (L x W x H): 640 x 320 x 440 mm

 

Fire Indication System Module:

Built-in 24V DC pump and power supply

4mm safety connector

Power Input:220VAC, 50/60Hz

Pump power: 5Watt

Pump Noise mode: Silent

Smoke sensor: 1EA

Ventilation Fan (12V,100mA): 4EA

Size (L x W x H): 740 x 380 x 420 mm

 

Automatic Pneumatic Control system:

Pneumatic cylinder: 3EA

Pneumatic solenoid valve: 3EA

Air compressor : 1 EA

PLC connection point : 1EA

Size (L x W x H): 700 x 350 x 740 mm

 

Traffic light control module:

Built-in 5V DC power supply

Power Input:220VAC, 50/60Hz

RED Indicator : 4EA

Yellow Indicator: 4EA

Green Indicator: 4EA