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Transmission Line Stimulator

Price 100.0 INR/ Unit

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MOQ : 1 Unit

Transmission Line Stimulator Specification

Usage
Transmission line simulator with protection system consists of a miniature transmission line arranged to represent 3 phase AC long transmission line having ACSR conductors 37/0.146 with spacing 6.7 meters to transmit the power of 90 MW at 0.9 p.f.

Output
230 V, 15 Amp

Input
230 V, 50 Hz

Function
Transmission Line Stimulator

Warranty
1 Year

Phase
Single phase

Transmission Line Stimulator 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)
Eastern Europe, Western Europe, Middle East, Africa, Asia

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Transmission Line Stimulator

Transmission Line Stimulator

Specification of Transmission Line Stimulator

Transmission line simulator with protection system consists of a miniature transmission line arranged to represent 3 phase AC long transmission line having ACSR conductors 37/0.146 with spacing 6.7 meters to transmit the power of 90 MW at 0.9 p.f.

The panel consists of t he following:

Auto Transformer (01 nos): Single phase.

Input: 230 V, 50 Hz

Output: 230 V, 15 Amp

Single Phase Transformer (St non): 1 KVA, 110V /220 V, 50 Hz. with equivalent Xe = 0.04 Henry at Sending End.

Single Phase Transformer (01 nos): 1 KVA, 220V /220 V with equivalent Xe = 0.44 Henry at Receiving End. Both transformers erect good regulation quality.

Single Phase Inductive Load: 220V, 5A arranged R & L with C in parallel (01 Non) to operated at 0.9 lag P.F.

Transmission Line: Arranged in 3 phases separately to represent a line, 80 km to 400 km long with R, L and C divided in 5 sections with short circuiting switch or solid plug key for each section. Complete system with auto transformers. ON/OFF contractors, voltmeters, ammeters & watt meter along wIth load to be arranged on panel to study the performance of T.L. for one phase under various conditions. The send ng end voltage on the simulator is 220 V 50 Hz single phase so that if full load transmission is 100 MVA, that of the equivalent musculature system will be 0.872 KVA.

Variable Speed Drive (Cl non) To be used as ON/OFF restricting phenomena when T.L is to be investigated for 'OVER VOLTAGES DUE TO RESTRIKING'.

Graded Over Current Protect on: By using STATIC/INDUCTION TYPE OVER CURRENT RELAY mounted on panel with terminals of T.L. brought out for connections and arranging graded over current protect on with three static relays in three sections.

Protect an by Impedance

Fault Simulation

Arranged by Induction Type/Static Type Relay by Time Relay dividing the complete T.L in three sections. Suitable tap points are provided with fault creating ON / OFF Switches for study of protection schemes arranged as above one at a time.

All the above components are mounted In a panel type enclosure for proper education/training use. The panel provided is ergonomically designed & fabricated using high quality MS sheets of proper gauges duly powder coated for better environmental protection. The components and material used are of industrial grade and good quality for rugged use of the equipment.

Realistic Transmission Line Simulation

Experience an authentic representation of long-distance power transmission in a laboratory setting. This stimulator utilizes accurately spaced ACSR conductors to closely replicate the conditions found in actual transmission lines, supporting studies on load flow, fault analysis, and protection schemes.

Integrated Protection System

Safety is a priority with the included protection system. Protective devices guard against overvoltage and short circuits, allowing users to conduct experiments and practical demonstrations without risk to equipment or personnel, making this simulator a trusted tool for educational institutions.

Robust Design and Support

Engineered for reliability and longevity, this stimulator features durable components and user-friendly operation. Backed by a 1-year warranty, customers benefit from manufacturer support, making it well-suited for continuous use by exporters, suppliers, and research laboratories.

FAQs of Transmission Line Stimulator:

Q: How does the Transmission Line Stimulator simulate a real 3-phase AC transmission line?

A: The stimulator uses miniature ACSR conductors, spaced 6.7 meters apart, to accurately mimic the physical and electrical characteristics of a long 3-phase AC transmission line carrying up to 90 MW power at a 0.9 power factor.

Q: What are the main usage areas for the Transmission Line Stimulator?

A: It is primarily used in educational labs, technical training centers, and research facilities to study transmission line parameters, fault analysis, and protective system performance in a controlled environment.

Q: When should the transmission line stimulator be utilized in a power studies curriculum?

A: This equipment is best employed during advanced sections of power system engineering courses, specifically when demonstrating long-distance power transmission, protection schemes, and system behavior under varying loads and faults.

Q: Where is this Transmission Line Stimulator manufactured and exported from?

A: The stimulator is manufactured and exported from India, ensuring quality and robust design suitable for a range of international requirements.

Q: What is the process for powering and operating the stimulator safely?

A: Connect the unit to a 230 V, 50 Hz single-phase supply, set up the miniature transmission line, and activate the integrated protection system to safeguard against electrical hazards while performing transmission tests.

Q: What benefits does the protection system provide for users?

A: The protection system minimizes risks such as short circuits and overvoltages, allowing for safe and reliable experimentation without fear of equipment damage or personal injury.

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