Relay Control System Trainer

Relay Control System Trainer

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Product Details:

  • Power 230V AC, 50Hz
  • Usage Laboratory Trainer for Electrical Engineering/Education
  • Voltage 230V AC operation
  • Display LED indication for relay status and switches
  • Product Type Relay Control System Trainer
  • Material Industrial-grade MS and ABS body
  • Design Compact, portable desktop trainer
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Relay Control System Trainer Price And Quantity

  • 1 Unit
  • Heavy duty construction suitable for laboratory use
  • High-quality banana sockets for external connections
  • Fuse protection for circuit safety
  • Supplied with experiment manual and connecting leads
  • Relay logic circuits, timer circuits, sequential control, interlocking and safety circuits
  • 0°C to 50°C
  • Multiple relays included for various experiments
  • Printed and engraved front panel for easy identification
  • On-board toggle and push-button switches

Relay Control System Trainer Product Specifications

  • 230V AC, 50Hz
  • LED indicators
  • Compact, portable desktop trainer
  • Approx. 5 kg
  • 400 mm x 250 mm x 150 mm
  • AC mains
  • High accuracy for relay operation and timing circuits
  • Relay Control System Trainer
  • Laboratory Trainer for Electrical Engineering/Education
  • Not required (mains powered)
  • 230V AC operation
  • Industrial-grade MS and ABS body
  • LED indication for relay status and switches
  • Heavy duty construction suitable for laboratory use
  • High-quality banana sockets for external connections
  • Fuse protection for circuit safety
  • Supplied with experiment manual and connecting leads
  • Relay logic circuits, timer circuits, sequential control, interlocking and safety circuits
  • 0°C to 50°C
  • Multiple relays included for various experiments
  • Printed and engraved front panel for easy identification
  • On-board toggle and push-button switches

Relay Control System Trainer Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

DESCRIPTION:

The relay is basically an electromechanical device which comprises one or more set of contacts, open or closed by an electromagnet. The basic structure of relay is in form of coil.The relays is an important primary control element in a control system which is being controlled by an electrical signal gives advantage of cost reduction. These system deliberately introduced as on off control. This set up is designed to study of such relay control system characteristics. The set up has simulated relay with simulated process. There are three continuously variable controls. One is AMPLITUDE, meant to control the reference single amplitude. Another two controls are related with relay controller. 

TECHNICAL SPECIFICATIONS 

  • Simulated electronic relay using high speed IC's.
  • Simulated 2nd order linear plant. 
  • Facility for displaying x and x signals.
  • Dead zone variable from 0-600mV app.
  • Hysteresis variable from 0-500mV app.
  • Built in signal sources :
  • Sine wave : 0-1V (min.) variable amplitude.
  • Square wave : 0-1V (min.) variable amplitude.
  • IC regulated internal power supplies.
  • 220V  ±10%, 50Hz mains operated.
  • User's Manual with patch cords


Comprehensive Hands-on Learning

This trainer empowers students and professionals to grasp practical electrical engineering concepts through interactive experiments. Covering essential relay-based circuits such as logic, timers, sequential control, and interlocking, it supports a broad educational curriculum. The provision of multiple relays and clear LED status indicators ensures learners experience accurate real-world scenarios.


Industrial-Grade Design and Durability

Constructed with a heavy-duty MS and ABS body, the trainer stands up to rigorous daily laboratory use. Its compact, portable design makes it ideal for bench-top operation, while high-quality terminal posts and secure banana sockets assure reliable external connections. Printed and engraved labels on the front panel provide excellent visibility for circuit layout and identification.


Enhanced Safety and User Convenience

Equipped with fuse protection, the trainer safeguards circuits and users alike. Operating on standard 230V AC, it requires no charging, offering immediate readiness. The inclusion of an experiment manual and sets of connecting leads streamlines setup, ensuring an efficient and safe learning experience every session.

FAQs of Relay Control System Trainer:


Q: How does the Relay Control System Trainer support practical learning in electrical engineering laboratories?

A: The trainer enables hands-on experimentation with multiple relays and circuits, such as relay logic, timers, sequential control, and safety interlocks. Accompanied by an experiment manual and visual LED indicators, it helps students visualize and analyze relay operations and control processes effectively.

Q: What types of experiments can be conducted with this trainer?

A: Users can perform relay logic circuit experiments, timer-based circuits, sequential control applications, interlocking and safety circuits, allowing a comprehensive understanding of relay control in various automated systems.

Q: When is routine maintenance needed for the Relay Control System Trainer?

A: Routine maintenance is generally minimal, focusing on occasionally checking the fuse, ensuring all connections remain secure, and cleaning the printed panel. Given its robust build and fuse protection, the trainer is designed for long-term, trouble-free operation.

Q: Where can this trainer be effectively used?

A: It is best used in electrical engineering educational laboratories, technical training institutions, and vocational workshops where practical circuit experimentation is critical for learning and instruction.

Q: What is the process to connect external circuits to the trainer?

A: The trainer provides high-quality banana sockets for easy interface with external components. Users can conveniently utilize the supplied connecting leads and securely attach them to the relevant terminals for desired experiments, as detailed in the experiment manual.

Q: How does fuse protection enhance the safety of the trainer?

A: Fuse protection is integrated to immediately disconnect power in case of overload or fault, thereby preventing damage to internal circuits and ensuring safe operation for both users and equipment during experiments.

Q: What are the benefits of having LED indication on the panel?

A: LED indicators provide real-time feedback on the status of relays and switches, enabling immediate visual confirmation of operation. This helps users quickly troubleshoot, understand circuit behavior, and verify correct sequence and logic execution.

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  • No-2509, Bengali Mohalla, Kali Bari Road,Ambala Cantt - 133001, Haryana, India
  • Phone :91-171-4002637
  • 09416070580
Key Personnel
  • Mr Manish Aggarwal (Proprietor)
  • Mobile :+919416040200, +919416070580
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