Single Phase I/P Single Phase O/P |
|
Three Phase I/P Single Phase O/P |
|
Three Phase I/P Three Phase O/P |
PARAMETER |
SPECIFICATION |
SPECIFICATION |
SPECIFICATION |
INPUT |
|
|
|
Normal Voltage |
220V AC three Phase & N |
415V AC three Phase & N |
415V AC three Phase & N |
Input Voltage Window |
( + 25% ) |
( + 25% ) |
( + 25% ) |
Normal Frequency |
50 Hz + 6% |
50 Hz + 6% |
50 Hz + 6% |
DC BUS |
48V – 192VDC |
120VDC - 360VDC |
120 - 360VDC |
RECTIFIER |
Full wave. |
Full wave. |
Full wave. |
CHARGER |
Active Input Power Factor Correction. |
Active Input Power Factor Correction. |
Active Input Power Factor Correction. |
INPUT PF |
>.99 |
>.99 |
>.99 |
INPUT CURRENT THD. |
<5% |
<5% |
<5% |
Type |
CVCC |
CVCC |
CVCC |
Nominal Voltage Regulation |
( + ) 1% |
( + ) 1% |
( + ) 1% |
Ripple
(without battery) |
< 1% |
< 1% |
< 1% |
OUTPUT |
|
|
|
Power factor |
Unity as per IEC 62040-3
(performance standards) |
Unity as per IEC 62040-3
(performance standards) |
Unity as per IEC 62040-3
(as per performance standards) |
Nominal Voltage |
220VAC Single phase. |
220VAC Single phase. |
400VAC, 3Phase-3Phase with N,
220VAC Single phase between L & N |
Regulation |
( + ) 1% |
( + ) 1% |
( + ) 1% |
Frequency |
50Hz + 0.1 Hz |
50Hz + 0.1 Hz |
50Hz + 0.1 Hz |
Waveform |
True sine wave |
True sine wave |
True sine wave |
ISOLATION |
True Online with complete galvanic isolation as per IEC 62040-1
(saftey standards) |
True Online with complete galvanic isolation as per IEC 62040-1 (saftey standards) |
True Online with complete galvanic isolation as per IEC 62040-1 (saftey standards) |
Total Harmonic Distortion |
<2% Minimum for linear load,
5% for non linear load |
<2% Minimum for linear load,
5% for non linear load |
<2% Minimum for linear load,
5% for non linear load |
Overload Capacity |
125% for 10 mins,
150% for 1Sec |
125% for 10 mins,
150% for 1Sec |
125% for 10 mins,
150% for 1Sec |
Invertor Type |
IGBT based PWM with Instantaneous Sine Wave Control |
IGBT based PWM with Instantaneous Sine Wave Control |
IGBT based PWM with Instantaneous Sine Wave Control |
Transient Response |
Remain within +1 % & recover to 100% within one ¼ cycle |
Remain within +1 % & recover to 100% within one ¼ cycle |
Remain within +1 % & recover to 100%
within one ¼ cycle |
Crest Factor |
3:1 |
3:1 |
3:1 |
Duty |
Continuous |
Continuous |
Continuous |
Manual Bypass |
Provided |
Provided |
Provided |
EFFICIENCY |
|
|
|
Invertor Efficiency
( DC to AC ) |
>93% |
>93% |
>93% |
Converter Efficiency |
>94% |
|
>94% |
>94% |
Overall Efficiency |
>87% |
|
>87% |
>87% |
PROTECTIONS:
CONVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses. Soft start for 0-20 seconds power walk-in.
INVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses, high speed pulse by pulse electronic over voltage / under voltage protection, Electronic over current trip with reset. |
|
PROTECTIONS:
CONVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses. Soft start for 0-20 seconds power walk-in.
INVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses, high speed pulse by pulse electronic over voltage / under voltage protection, Electronic over current trip with reset. |
PROTECTIONS:
CONVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses. Soft start for 0-20 seconds power walk-in.
INVERTOR PROTECTION : Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses, high speed pulse by pulse electronic over voltage / under voltage protection, Electronic over current trip with reset. |
