46912 Three phase Controlled Rectifier has been specifically designed to understand the working of Three phase controlled Rectifier with various load configurations. It also helps the students to understand the working of SCR firing fundamentals.

Features

1. Inbuilt DC Power Supply
2. Flexibility to configure Half, Semi and Bridge Rectifer Circuit
3. Equipped with firing circuit to study and analyse waveforms
4. Provided with suitable test points to observe ouptut at different blocks
5. Equipped with fixed value of R, L & Motor Load
6. Easy to operate
7. Diagrammatic representation for the ease of connections
8. Designed by considering all the safety standards

Object

1. Half Wave Rectifier (Common Cathode Configuration) with R Load
2. Half Wave Rectifier (Common Cathode Configuration) with RL Load Object
3. Half Wave Rectifier (Common Cathode Configuration) with Motor Load
4. Half Wave Rectifier (Common Anode Configuration) with R Load
5. Half Wave Rectifier (Common Anode Configuration) with RL Load
6. Half Wave Rectifier (Common Anode Configuration) with Motor Load
7. Bridge Rectifier with R Load
8. Bridge Rectifier with RL Load
9. Bridge Rectifier with Motor Load
10. Firing Circuit
11. Half Wave Controlled Rectifier with R load
12. Semi converter with RL load
13. Semi converter with Motor load
14. Half Wave Controlled Rectifier with RL load
15. Half Wave Controlled Rectifier with Motor load
16. Semi converter with R load
17. Bridge Rectifier with R load
18. Bridge Rectifier with RL load
19. Bridge Rectifier with Motor load

Technical Specifications

• On Board Firing Circuit : Ramp Comparator Method
• Interconnections : 2mm sockets
• SCR Assembly : SCR 2P4M
• Test points : 16 in numbers
• Fuse : 1A
• DC Power Supply : +12V,-12V, +5V; 0.5A
• Power Supply : 230V ±10%, 50Hz
• Three Phase Power Supply : External
• Dimensions (mm) : W 345 x D 240 x H 110
• Weight : 1.5kg (approximate)
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