| All Polypropylene Film + Foil LT Shunt Capacitors |
| design features |
| Employes two sides hazy rough electrical grade Biaxially oriented Polypropylene Film & Aluminium Foil of 99% and above purity. |
| Capacitor impregnated under vacuum with environmentally compatible, Non Toxic, Non-PCB insulting oil. |
| Epoxy Moulded insulators/Ceramic bushes with tin plated terminals to get better mechanical strength and to avoid leakage through bushing. |
| Applications |
| • Paper Industries • Sugar Industries • Textile Industries • Cement Industries •Steel Rolling Mills • Software Technology Parks • Windmill Application • Arc Welding Equipment’s • Battery Manufacturing Units • Automobiles Manufacturing Industries • Motor consoled by variable frequency drives etc. |
| Benefits of Non Self-Healing Capacitors |
- Operates at a very low current density.
- Can comfortably withstand heavy inrush currents.
- Withstand high current variations as in the case of Arc Welding equipment’s, and such other loads of a Fluctuating type.
- Withstands heavy and varying currents associated with parallel switching, such as those occurring in Automatic Power Factor Correction.
- Operates at a low dielectric stress.
- Withstands frequent and high voltage fluctuations prevalent in the industrial segment power supply system.
- Sustains over voltages occurring due to the presence of harmonics to a reasonable level.
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| BIS Licence No. |
CM/L 6315863 |
| Standard Applied |
IS 13585 : 194. (Part-1) |
| Dielectric |
Aluminium Foil / Hazy Polypropylene |
| Range |
1 KVAR to 25 KVAR thereafter in Bank formation |
| Tolerance |
-5% to +10% |
| Voltage |
415 / 440 V |
| Frequency |
50 Hz |
| Insulation Level |
3/- KV |
| Insulation Resistance |
>50 Meohms |
| Ambient Temperature |
-10° to +55°C |
| Voltage between Terminals |
Ut = 4.3 Un / DC or 2.15 Un |
| Loss Angle |
< 0.0010 |
| Discharge Device |
Through Resistors |
| Altitude |
Not exceeding 1000 Meters above Sea level |
| Impregnation |
NPCB |
| Max. Over Current |
1.43 x Rated current |
| Max. Over Voltage |
1.3 Rated Voltage |
| Losses (WATT/KVAR) |
0.5 Watt / KVAR |
| Appearance |
Rectangular |
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