Ht Switchgear (Lbs/vcb)
The High Tension Switchgears are used for switching the system voltage level upto 33kV.
Construction:
- Powder coating paint
- Single set bus-bar
- Fully factory assembled
- Properly welded steel structure
- Metal enclosed and air ventilated with sheet steel of SWG-14
- Low voltage compartment on the top of the cubicle
- Circuit Breaker mounted xed or withdrawable truck
- Cable entrance usually provided in the bottom of the cubicles, top entry can also be provided on request
Construction Of Distribution Transformer:
The core of the transformers consists of 0.27mm thick M4 grade silicon steel sheet with cold rolled grain-oriented (CRGO) laminations on both sides which distinguish themselves by low losses, high dimensional accuracy and Flatness. The unpinned core construction with MITRED joints and special
method of assembly result in low no-load losses and currents as well as minimum noise generation
Features:
- Using the best quality 0.27mm m4 grade cold rolled silicon steel
- Vacuum lling of oil ensuring highest possible oil insulation
- Disk thermometer for easy monitoring of temperature rise
- Computer aided architecture providing smart out look and convenient installation
- Compact winding arrangement guarantees high, short circuit strength and superior thermal stability
Lt Switchgear (Low Tension Switchgear)
The core of the transformers consists of 0.27mm thick M4 grade silicon steel sheet with cold rolled grain-oriented (CRGO) laminations on both sides which distinguish themselves by low losses, high dimensional accuracy and Flatness. The unpinned core construction with MITRED joints and special
method of assembly result in low no-load losses and currents as well as minimum noise generation
- Easy inspection and maintenance
- Adequate creepage distance.
- Flexibiltty of future ertension
- Powder couting painted pane
- The operating hancie takes Out grouping the panel
- Well furnished with nard-drawn electrolytic copper
- Free standing and oor mounting type for indoor installation
- Metal enclosed and air ventilated with sheet steel of SWG-4.
- All cubicle are composed of 5 (Five) bus-bar LI, L2,L3, N&E
PFI (Power Factor Improvement)
Power Factor is de ned as the ratio of real power (kW) to the apparent power (kVA) and is cosine of the
angle by which the current lags or leads the voltage.
Construction Features:
- Metal enclosed design for indoor installation
- Flexibility in installation either wall or Foor
- Built with dry type self healing extra reduced losses capacitor
- Easy top and bottom connection
- Perfect integration with electric switchgear
- Reduced oor space due to its design
- Possibility of future extension
- HRC fuses/MCCB or MCB with visual fusing indicator
- Easy access to the capacitors enabling convenient maintenance