Ready to Replace Conventional Inverters by its 50 amp Solar Charge Controller & built in Sun Clock Approximation (SCA) Technology.
- True hybrid solar PCU with 50amp. in built PWM solar charge controller.
- Excellent Charging at low Mains voltage.
- New Generation MOSFET based PWM technology with greater efficiency at lower cost Dynamic Stability.
- User friendly graphic led panel Display defining working parameter of Power source for load.
- Smart battery selection option with indicator.
- Selector switch of ups/inv.& high/ low charging on the front bezel for ease of operation.
- Enhanced Temperature Protection.
- Complete protection of short circuit, phase reversal & overload.
- Supports fully deep discharge batteries.
- Internally selects solar distribution as per the load hence saves power & money by use SCA (Sun Clock Approximation).
NB.The technical specifications and perameters are only for quick reference. For installation and product purchase, kindly take technical expert guidance.
- Nominal Battery Voltage: 24VDC
- Input Voltage Range (Normal Mode): 100 to 290 VAC+_ 10 VAC
- Input Voltage Range (UPS Mode): 180 to 265 VAC+_ 10 VAC
- Battery Selection Tubular, Flat, SMF/Loc.
- Protections : Over Load, Short Circuit, PV Reverse Polarity Protection.
- Solar Charge Controller Logic based on SUN Clock Approximation
NB.The technical specifications and perameters are only for quick reference. For installation and product purchase, kindly take technical expert guidance.
| BATTERY MODE | 2000VA/24V |
| No Load Current @ Switch OFF | ≤50mA |
| No Load Current @ Switch ON | ≤1.8Amp |
| Output Voltage @ No LOAD | 230V Nominal |
| Full LOAD Output Voltage @ 24VDC | 210 ± 5 Volt. |
| Battery Current @ Full LOAD | 62 ± 1 Amp. |
| Thermal Management | Temperature Control by Fan |
| UPS MODE | |
| Low Cut With Phase Match | 180 ± 10V |
| Low Cut Recovery With Phase Match | 9-12V Hysterisis from > Low Cut Voltage |
| High Cut With Phase Match | 265 ± 10V |
| High Cut Reovery With Phase Match | 9-12V Hysterisis from < High Cut Voltage |
| Change Over Time From Mains To UPS | ≤ 10msec |
| Change Over Time From UPS To Mains | ≤ 10msec |
| NORMAL MODE | |
| Low Cut With Phase Match | 100 ± 10V |
| Low Cut Recovery With Phase Match | 9-12V Hysterisis > Low Cut Voltage |
| High Cut With Phase Match | 290 ± 10V |
| High Cut Reovery With Phase Match | 9-12V Hysterisis < High Cut Voltage |
| Change Over Time From Mains To UPS | ≤ 40msec |
| Change Over Time From UPS To Mains | ≤ 10msec |
| CHARGING MODE | |
| Low Charging Current @ 220V AC (NC) | 12.0 ± 1.0 Amp. |
| High Charging Current @ 220V AC (HC) | 16.0 ± 1.0 Amp. |
| Battery Boost Voltage | as per Table ‘A’ |
| Float Voltage | 27.2 ± 0.4 Volt. |
NB.The technical specifications and perameters are only for quick reference. For installation and product purchase, kindly take technical expert guidance.
- True hybrid solar PCU with 50amp. in built PWM solar charge controller.
- Excellent Charging at low Mains voltage.
- New Generation MOSFET based PWM technology with greater efficiency at lower cost Dynamic Stability.
- User friendly graphic led panel Display defining working parameter of Power source for load.
- Smart battery selection option with indicator.
- Selector switch of ups/inv.& high/ low charging on the front bezel for ease of operation.
- Enhanced Temperature Protection.
- Complete protection of short circuit, phase reversal & overload.
- Supports fully deep discharge batteries.
- Internally selects solar distribution as per the load hence saves power & money by use SCA (Sun Clock Approximation).
- Nominal Battery Voltage: 12VDC
- Input Voltage Range (Normal Mode): 100 to 290 VAC+_ 10 VAC
- Input Voltage Range (UPS Mode): 180 to 265 VAC+_ 10 VAC
- Battery Selection Tubular, Flat, SMF/Loc.
- Protections :Over Load, Short Circuit, PV Reverse Polarity Protection.
- Solar Charge Controller Logic based on SUN Clock Approximation
| BATTERY MODE | 1000VA/12V |
| No Load Current @ Switch OFF | ≤50mA |
| No Load Current @ Switch ON | ≤2.2Amp |
| Output Voltage @ No LOAD | 230V Nominal |
| Full LOAD Output Voltage @ 24VDC | 200 ± 5 Volt. |
| Battery Current @ Full LOAD | 62 ± 1 Amp. |
| Thermal Management | Temperature Control by Fan |
| UPS MODE | |
| Low Cut With Phase Match | 180 ± 10V |
| Low Cut Recovery With Phase Match | 9-12V Hysterisis from > Low Cut Voltage |
| High Cut With Phase Match | 265 ± 10V |
| High Cut Reovery With Phase Match | 9-12V Hysterisis from < High Cut Voltage |
| Change Over Time From Mains To UPS | ≤ 10msec |
| Change Over Time From UPS To Mains | ≤ 10msec |
| NORMAL MODE | |
| Low Cut With Phase Match | 100 ± 10V |
| Low Cut Recovery With Phase Match | 9-12V Hysterisis > Low Cut Voltage |
| High Cut With Phase Match | 290 ± 10V |
| High Cut Reovery With Phase Match | 9-12V Hysterisis < High Cut Voltage |
| Change Over Time From Mains To UPS | ≤ 40msec |
| Change Over Time From UPS To Mains | ≤ 10msec |
| CHARGING MODE | |
| Low Charging Current @ 220V AC (NC) | 12.0 ± 1.0 Amp. |
| High Charging Current @ 220V AC (HC) | 16.0 ± 1.0 Amp. |
| Battery Boost Voltage | as per Table ‘A’ |
| Float Voltage | 13.6 ± 0.2 Volt. |
