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There are times when one feels that a stabilizer is not enough. After all, a stabilizer can correct
voltage with a certain finite speed. We would think that our instruments are connected to a
stabilizer and are unaware of the fact that it is stilt passing on the spikes, voltage surges,
glitches, noise etc. Which are so short, that it cannot be corrected by
a stabilizer.
What then? The answer is a C.V.T. from 'ASEEM-OORJA' This works on magnetic saturation
principle, resonating with a tank circuit of high Q factor. When incoming Mains voltage is
low the capacitor provides the necessary additional gain in power, keeping the output voltage steady. On
the other hand , when the mains voltage is high the leakage reactance drops the difference of
voltage. This correction of voltage is instantaneous even for sudden dips and spikes
Features
| 1. Proven technology |
5. Rugged Industrial Design |
| 2. High reliability |
6. High efficiency |
| 3. Fast response |
7. CMRR & DMRR noise rejection up to 100 dB |
| 4.
Output short circuit protected. |
8. Can handle inductive loads |
Technical
Specifications :
| 1. Input Voltage
Range |
170 - 270 Volts A.
C. 1 ph. |
| 2. Frequency |
50 Hz + 2.5 Hz |
| 3. O/P Voltage |
230 V AC (
Adjustable to 220 V or 240 V ) |
| 4. Line Regulation |
+ 2% at
rated load |
| 5. Load
Regulation |
1 % |
| 6. Waveform |
Sinusoidal |
| 7. Response Time |
20 ms. |
| 8. CMRR Noise
Rejection |
100 db. |
| 9. DMRR Noise
Rejection |
120 db. |
| 10. Efficiency |
Better Than 85 % |
| 11. Total Galvanic
Isolation |
5 KV |
| 12. Energy Storage |
3ms. |
| 13.
Protection |
a) Short CKT
b) Over Load
c) Fuse in the input CKT |
Applications :
| * Fax Machines |
* Signaling
Instruments |
| * Epabx Systems |
* Electronic
Typewriters |
| * Computers &
Peripherals |
* Transmitters |
| * Scientific
Instruments |
* Laboratory
Equipments |
| * Telecommunications
Power Supplies |
* Battery Charger
& Rectifiers |
| * Photo Flash Equipments |
* Heating Equipments |
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