Power System Trainer – DL GTU102-S

Technical Information

Parameter Description
Product Code DL GTU102-S
Product Name Power Distribution and Transmission
Study Areas Three-phase Transformers, Transmission Lines, Bus Bar
Expansion Modules DL GTU102.1-P, DL GTU102.2-P, DL 2108T22

DL GTU102-S – List of Modules

Module Code Description Quantity
DL 1013T1MR Motorized variable three-phase power supply 1
DL 1080TT Three-phase transformer 2
DL 2109T29 Three-phase power meter 2
DL 1017R Resistive load 1
DL 1017L Inductive load 1
DL 1017C Capacitive load 1
DL 2108T02 Power circuit breaker 4
DL 2109D51 Digital Vector group meter 1
DL 2109D30 Digital Power meter 1
DL 7901TT Overhead line model 2
DL 7901TTS Overhead line model 110Km 1
DL 2108T03 Line capacitor 2
DL 2108T04 Petersen Coil 1
DL 2108T02/2 Double busbar with two disconnectors 3
DL 2102AL Three-phase supply unit 1
DL HUBRS485F Communication MODBUS 1
DL 2600TTI Three-phase isolation transformer 1
DL SCADA-WEB SCADA Software 1
DL PCGRID All-in-One Computer 1
TLGTU102.T Cables 1
DL 1196 Holder for leads 1
DL T12090_SK 120×90 working bench 2
DL T06090 60×90 working bench 2
DL A120-3M Frame with three levels, basic version 2
DL SP-A120-LED Upper base with LED strip, for DL A120-3M 2

Power System Trainer – DL GTU102-S

 

The DL GTU102-S Power System Trainer is designed for the study of electrical power engineering systems. The laboratory analyzes the basic circuits of power engineering, series and parallel connections of operating equipment (lines and transformers), and circuits involving the conversion of delta connections to star connections and vice versa.

The system features a modular configuration that enables students to immediately identify the main components of a power system. The primary areas of study include three-phase transformers, transmission lines, and bus bars. The complete laboratory can be configured as a full power distribution and transmission system or divided into dedicated sections for focused study in each subject area.


Features

  • Modular configuration for power engineering studies.
  • Study of basic power engineering circuits.
  • Analysis of series and parallel connections of operating equipment.
  • Study of delta-to-star and star-to-delta conversions.
  • Dedicated study of three-phase transformers.
  • Dedicated study of transmission lines.
  • Dedicated study of bus bars.
  • Main system can be divided into three independent study sections:
    • DL GTU102.1-S – Three-phase Transformer
    • DL GTU102.2-S – Transmission Lines
    • DL GTU102.3-S – Bus Bar
  • Expandable with optional protection modules:
    • DL GTU102.1-P – Three-phase Protection
    • DL GTU102.2-P – Transmission Line Protection
    • DL 2108T22 – Distance Protection
  • Supports SCADA-based monitoring and communication through MODBUS.

Experiments Included

DL GTU102.1-S – Three-phase Transformers

  1. Transformer vector group.
  2. Transformer no load performance.
  3. Transformer short-circuit performance and equivalent circuit.
  4. Load performance.
  5. Zero impedance.
  6. Asymmetrical load.
  7. Autotransformer.
  8. Parallel operation.

DL GTU102.2-S – Transmission Lines

Studies on Three-phase Transmission Lines

  1. No-load performance, Ferranti effect.
  2. Matched load performance.
  3. Three-phase symmetrical short-circuits.
  4. Resistive-inductive load.
  5. Resistive-capacitive load.
  6. Zero-phase impedance.
  7. Parallel compensation for a resistive-inductive load.
  8. Series compensation for a resistive-inductive load.
  9. Three-phase asymmetric short-circuit.

Parallel and Series Connection of Transmission Lines

  1. Series connection of two lines.
  2. Parallel connection of two lines.

Transmission Line with Earth-Fault Compensation

  1. Earth fault on a line with an isolated star point.
  2. Petersen suppression coil.

DL GTU102.3-S – Bus Bar

Three-pole Double Busbar Systems

  1. Basic double busbar system.
  2. Double busbar system with load.
  3. Busbar coupling.

Network Topologies

  1. Radial network.
  2. Meshed network (DL GTU102.2-P is required).

Standard Accessories

Included Modules

  • DL 1013T1MR – Motorized variable three-phase power supply
  • DL 1080TT – Three-phase transformer
  • DL 2109T29 – Three-phase power meter
  • DL 1017R – Resistive load
  • DL 1017L – Inductive load
  • DL 1017C – Capacitive load
  • DL 2108T02 – Power circuit breaker
  • DL 2109D51 – Digital Vector group meter
  • DL 2109D30 – Digital Power meter
  • DL 7901TT – Overhead line model
  • DL 7901TTS – Overhead line model 110Km
  • DL 2108T03 – Line capacitor
  • DL 2108T04 – Petersen Coil
  • DL 2108T02/2 – Double busbar with two disconnectors
  • DL 2102AL – Three-phase supply unit
  • DL HUBRS485F – Communication MODBUS
  • DL 2600TTI – Three-phase isolation transformer
  • DL SCADA-WEB – SCADA Software
  • DL PCGRID – All-in-One Computer
  • TLGTU102.T – Cables
  • DL 1196 – Holder for leads
  • DL T12090_SK – 120×90 working bench
  • DL T06090 – 60×90 working bench
  • DL A120-3M – Frame with three levels, basic version
  • DL SP-A120-LED – Upper base with LED strip, for DL A120-3M

Optional Accessories (If Available)

DL GTU102.1-P – Transformer Protection

  • DL 2108T21 – Differential transformer relay (1)
  • DL 2109T22 – Three-phase current transformer (2)
  • DL T06090 – 60×90 working bench (1)

DL GTU102.2-P – Transmission Line Protection

  • DL 2108T13 – Inverse time overcurrent relay (1)
  • DL 2108T18 – Earth-fault relay (1)
  • DL 2108T23 – Feeder manager relay (1)

DL 2108T22 – Distance Protection

  • DL 2108T22 – Distance protection relay (1)

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