AEL-TI-01: Three-Phase Power Line Analysis Application
Brand: EDIBON | Category: Scientific & Laboratory Equipment
Covers the characteristics of overhead lines using an aerial line module configurable with different resistance, inductance and capacitance values. Students measure voltage drop, losses and the behaviour of the line under different load conditions.
Technical Specifications
| Parameter | Value |
|---|---|
| Electrical supply | three-phase, 380 VAC to 400 VAC/50 Hz |
| Dimensions | 3000 x 450 x 1000 mm |
| Weight | 100 Kg approx |
| Supply voltage | 400 VAC, 3PH + N |
| Line and neutral nominal current | 10 A |
Get a Quote
Request an itemised quotation covering the proposed configuration, availability, lead time and agreed supply and support scope.
Useful details to share
- Intended application, process or teaching activity
- Required capability and equipment it must work with
Share what you know. You can start with your name and a phone number or email; final specifications can follow.
Not sure which configuration you need? Help me choose
Contact Vvon Technologies Limited about EDIBON equipment requirements in Bangladesh.
Phone: +8801805987890 | Email: info@vvon.com.bd
Back to Scientific & Laboratory Equipment
More from Power Systems & Smart Grid Lab
- AEL-TI-02: Distribution Transformer with Motor Regulation Application
Covers distribution transformers and their part in regulating voltage on the medium and low voltage network. The transformer has a motorised tap changer so students can watch regulation act as the load and the supply voltage change.
- AEL-EPP: Computer Controlled Power Plant Application
Covers the basic operating principles of power plants and of the substations that receive the energy they produce. The application offers different training levels, from wiring the generation and measuring modules to running the plant under computer control.
- AEL-HPSG: High Power Synchronous Generators Application
Covers the procedure and manoeuvres needed to synchronise a synchronous generator with the grid so that generated energy can be delivered, as done in real power plants. Students check the synchronising conditions and then control the output.