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Distribution System Trainer

Price 1000.0 INR/ Unit

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MOQ : 1 Unit

Distribution System Trainer Specification

Power Source
Mains AC supply

IP Rating
IP20

Power Supply
230V AC, 50Hz

Components
MCBs, indicators, meters, busbar, transformer modules, wiring terminals, sockets

Operating Temperature
0 C to 50 C Celsius (oC)

Output
Variable single-phase and three-phase outputs

Input
Mains 230V AC

Usage
Educational, laboratory experiments, and technical training

Features
Breaker simulation, fault creation, over/under voltage study, clear circuit representation

Resolution
Analog meter class 1.5 accuracy

Interface
Front panel connection terminals

Sensors Specification
Simulated by panel-mounted fault switches

Response Time
Instantaneous for fault/trip indication Hours

Product Type
Electrical Distribution System Trainer

Application
Technical Institutes, Engineering Colleges, Vocational Training Centers

Rated Voltage
230V AC Volt (V)

Supply Voltage
230V AC Volt (v)

Size
Standard desktop unit

Dimension (L*W*H)
Approx. 1000 x 600 x 400 mm Millimeter (mm)

Function
Demonstration and simulation of electrical power distribution systems

Color
Multicolor panel with clear labeled sections

Weight
Approx. 30-40 kg Kilograms (kg)

Capacity
Capable of sim Pcs/hr

Thickness
Steel panel thickness approx. 2mm Millimeter (mm)

Current Rating
Up to 5A for distribution lines

Frequency
50 Hz Hertz (HZ)

Distribution System Trainer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Distribution System Trainer

Distribution System Trainer

Specifications of Distribution System Trainer :

A distribution training equipment provides a list of experiments and having comprehensive in build instrumentation, metering and protective devices.

Fundamental configurable distribution system for ring main or radial feeders with six tapping from either system or the facility to demonstrate the effect of varying the conductor cross section. AC and DC methods are available and two dual wound transformers included for AC demonstration. Both AC and DC variable power supplies range from 0 to 30 volts and the two transformers having 240 V windings.

0-300v moving iron voltmeters

-2 nos 0-30 v rectified moving coil voltmeters

-3 nos 0-10 v rectified moving coil voltmeters

-1 nos 0-1 A rectified moving coil voltmeter

-11 nos Indication lamps to indicate volt drop in transmission line.

Three phase distribution consists of a three phase neutral distribution line with characteristics inductive and resistive features. Each phase line is represented by two separate sets of R and XL, and the neutral is to be divided in the same way.Each phase is to have a current transformer with the secondary taken to the terminals with protective relay. Three single pole protection relays of HV switch gear industry standard are to be included.

0-10 A moving iron ammeters

-4 Nos 0-500 V mowing iron voltmeters

-3 Nos Single element wattmeter for unbalanced load measurement

6 Nos Suitably scaled

1 Nos Power factor indicator

All the above are to be wired to safety sockets to allow insertion of the measuring devices

Other Information :

Pay Mode Terms: L/C (Letter of Credit), T/T (Bank Transfer)

Comprehensive Power Distribution Simulation

This trainer allows users to simulate multi-line single-phase and three-phase power distribution networks in a safe, controlled lab environment. With clear circuit representation, breaker simulation, fault creation, and adaptability to various technical curriculums, the unit supports both demonstration and in-depth experimentations for technical students.

Robust and Educational Design

Built with a 2mm thick, powder coated steel panel, the trainer is durable and stable for everyday lab or classroom use. Its multicolor, labeled panel sections foster an intuitive understanding of electrical distribution layouts, making it a valuable educational resource for institutes and training centers.

FAQs of Distribution System Trainer:

Q: How do I connect external circuits safely to the Distribution System Trainer?

A: The trainer uses banana sockets for safe and secure front-panel connections, allowing users to quickly set up and modify circuits with minimal risk of accidental contact.

Q: What educational benefits does the trainer offer for engineering and vocational students?

A: It offers a hands-on approach to understanding electrical power distribution, fault diagnosis, and circuit protection mechanisms, effectively bridging theoretical knowledge with practical skills.

Q: When and where should this system trainer be used?

A: The system is intended for use during laboratory experiments and technical training sessions in engineering colleges, polytechnic institutes, or vocational training centers, particularly within electrical engineering departments.

Q: What protections are built into the trainer to ensure user safety?

A: The unit is equipped with overload protection, short circuit protection, and fuse protection mechanisms to safeguard both users and equipment during experiments.

Q: What is the process for creating and simulating faults on this trainer?

A: Users can simulate electrical faults using the panel-mounted fault switches. Once engaged, faults cause instantaneous indication through analog and digital meters, facilitating direct observation of protective responses.

Q: How does the warranty coverage work for this trainer?

A: The manufacturers warranty covers any defects arising from the production process, ensuring peace of mind during use in educational settings.

Q: What are the main components included in the trainer and how do they enhance learning?

A: Key components include MCBs, analog and digital meters, busbars, transformer modules, wiring terminals, and indicators. Together, these features enable detailed simulation of real-world distribution networks, providing students with realistic technical training.