Power controller

Power Saver accessory is used with Systellar's PWM / MPPT charge controllers to convert any inverter into Solar inverter. The mains plug of inverter gets connected to the power saver socket. The plug of power saver accessory gets connected to the mains socket. A 2 pin signal cable connects the Power saver with charge controller. Power saver comes with 15A plug & socket and can handle upto 3.5KW of Power. The Power saver accessory cuts the supply of GRID electricity to inverter and ensures that Solar energy gets priority for charging of inverter batteries during daytime when sun is shining. After sunset, the connection of inverter with GRID supply is made, so that the inverter can utilize GRID supply

Power Saver accessory is used with Systellar's PWM / MPPT charge controllers to convert any inverter into Solar inverter. The mains plug of inverter gets connected to the power saver socket. The plug of power saver accessory gets connected to the mains socket. A 2 pin signal cable connects the Power saver with charge controller.  The Power saver accessory cuts the supply of GRID electricity to inverter and ensures that Solar energy gets priority for charging of inverter batteries during daytime when sun is shining. After sunset, the connection of inverter with GRID supply is made, so that the inverter can utilize GRID supply

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com      

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com  

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com  

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit www.gaonsegaon.com RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit www.gaonsegaon.com  

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan  for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below Please contact us at    or visit our website for more details:  www.gaonsegaon.com -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at  for any additional information, or visit www.gaonsegaon.com/ecommerce     RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at  for any additional information, or visit www.gaonsegaon.com/ecommerce      

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan  for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit www.gaonsegaon.com/ecommerce   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit www.gaonsegaon.com/ecommerce    

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions     Contact us at for any additional information, or visit www.goansegaon.com/ecommerce   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 40Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 480W, but preferably  400W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. Contact us at for any additional information, or visit www.goansegaon.com/ecommerce        

Visit Rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit  www.rajivihaan.com

Visit Rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Please contact us at    or visit our website for more details:  www.gaonsegaon.com RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com

Visit Rajivihaan shop on e-Bay  http://stores..in/rajivihaan   for other Solar, DC, or AC-DC Energy Efficient Products and Solutions. Click here for rajivihaan shop http://stores..in/rajivihaan Please contact us at    or visit our website for more details:  www.gaonsegaon.com RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com

Visit Rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit  www.gaonsegaon.com RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit  www.gaonsegaon.com

Visit Rajivihaan shop on e-Bay  http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit  www.gaonsegaon.com RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 40Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 480W, but preferably  400W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit  www.gaonsegaon.com

Visit Rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit  www.gaonsegaon.com/ecommerce   RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit  www.gaonsegaon.com/ecommerce    

Visit Rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce

Visit Rajivihaan shop on e-Bay  http://stores..in/rajivihaan   for other Solar, DC, or AC-DC Energy Efficient Products and Solutions. Click here for rajivihaan shop http://stores..in/rajivihaan Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce  

Visit Rajivihaan shop on e-Bay  http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit  www.gaonsegaon.com/ecommerce RAJIVIHAAN - SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 40Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 480W, but preferably  400W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit  www.gaonsegaon.com/ecommerce  

SOLAR CHARGE CONTROLLER (SCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below -  This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)  -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar is not available, then battery is discharged to serve the DC Load.

SOLAR CHARGE CONTROLLER  12V  6 A  WITH METAL BODY WITH INDICATION SOLAR CHARGE CONTROLLER HAS MAINLY THREE BASIC FUNCTIONS 1)  TO LIMIT THE VOLTAGE FROM THE SOLAR PANEL AND REGULATE THE SAME SO AS NOT TO OVERCHARGE THE BATTERY 2)  NOT TO ALLOW THE BATTERY TO GET INTO DEEP DISCHARGE MODE WHILE DC LOADS ARE USED 3)  TO ALLOW DIFFERENT DC LOADS TO BE USED AND SUPPLY APPROPRIATE VOLTAGE   This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar.

SOLAR CHARGE CONTROLLER  12V  6 A  WITH METAL BODY WITH INDICATION SOLAR CHARGE CONTROLLER HAS MAINLY THREE BASIC FUNCTIONS 1)  TO LIMIT THE VOLTAGE FROM THE SOLAR PANEL AND REGULATE THE SAME SO AS NOT TO OVERCHARGE THE BATTERY 2)  NOT TO ALLOW THE BATTERY TO GET INTO DEEP DISCHARGE MODE WHILE DC LOADS ARE USED 3)  TO ALLOW DIFFERENT DC LOADS TO BE USED AND SUPPLY APPROPRIATE VOLTAGE   This 12V SCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads.  (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar, and thus protect the batteries from situation of extra current. This also enables stable 12V DC output from SCC to serve as input to 12V DC devices.  - The Solar Charge Controller (SCC) is connected to Solar Panel as well as Battery and Load. -  When Solar power is available, the Solar Charge Controller first serves the load and remaining power from Solar Panels is used for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. IF U GOT ANY PROBLEM PLEASE CALL TO THIS NUMBER ,  BEFORE CONTACTING , WE CAN SOLVE THE PROBLEM..:)

We welcome you to be our client from the root of our heart. K.R.D Enterprises has come a long way since its inception in . We have sculpted a very eminent place for ourselves among the leading Manufacturers and Wholesale Suppliers of industrial Automatic Pump Controllers, Liquid Level Indicators, Tank Overflow Alarm etc. K.R.D Enterprises is proud of its glorious history of more than 11 years during which it has created several milestones in its path of progress. Keeping in view the ever growing expectations and requirements of our esteemed clients, we are fully dedicated for continuous improvement of quality and performance of our products. The vast range of our customized products includes Automatic Pump Controller, Liquid Level Indicators, Tank Overflow Alarm etc. Apart from our involvement in continuous up gradation of quality and performance of our products we also emphasize on their environmental friendliness. We invite you to come forward and join hands with us to build a mutually beneficial relationship. Year of Establishment: Primary Business Type: Manufacturer & Wholesaler   Our Products We are Specialized Manufacturers and Suppliers of Automatic Pump Controller, Liquid Level Indicators, Tank Overflow Alarm etc.Our direct focus is on enhancing our customers delight and morale by providing them high-quality products. Our success stems from the fact that we have a viable infrastructure, expertise and careful technical staff and vast network of business associates. We pass our products through stringent quality checks before delivering them to our respected clients. We Deliver a wide range of products used in various business houses like Manufacturing Units, Hospitals, Hotels, Recreation Centers, Dairy and Sweet Marts, Religious & Worshipping Places, Textile Processing Units, Horticulture & Agriculture Units. We offer our superior quality products in a wide array of options as well as, which are specially designed & manufactured to suit our client's requirements. Our unceasing investment in the up-gradation of product quality and performance has helped us to stay competitive in today's economy. We have succeeded in expanding our distribution network and client base by providing high on performance products at very competitive prices. The comprehensive line of our value-priced products encompasses of: - Automatic Pump Controller Liquid Level Indicators Tank Overflow Alarm Research and Development We regularly undertake R&D for improving our facilities as well as services. Our dedicated R & D team keeps in touch with their counterpart research communities in both domestic & international market. We constantly occupy ourselves in adding latest improvements in features like 'advanced technology', into our existing configurations, to provide complete satisfaction to our esteemed clients. We 'K.R.D Enterprises', provide total satisfaction to our esteemed clients, by providing them superior quality packaging solution. We make use of superior quality packaging materials, which ensures that our products are delivered with no faults & defects. Our company is also associated with reputed C&F agents, which ensures timely delivery of all consignments at desired locations. With a mission to introduce & bring awareness about the role of conserving water & hygiene in maintaining good health & cheerful living. We-‘K.R.D. Enterprises’, work with dedication, honesty, sincerity and creatively. Product Details Liquid Level Control Systems are used for monitoring of Liquid Levels in Tanks, Reservoirs, Silos, and Dams, in Process Liquid Level Monitoring etc. The system provides Visual multi level as well as continuous Level Indication we can also provide Audio Visual Alarms at desired levels and Automatic Control of Pumps based on users requirements. The liquid may be Acidic, Alkaline, Oil, Water, Effluent, or Petroleum based, in moving, turbulent or static state. The indication system is well suited for any size or depth of tank, and can give resolution in desired number of steps. It can be used in any location and is safety designed. The system is very versatile, a number of tailor made variations like control of multiple tanks, or multiple pumps are possible. Principle The operation is based on magnetic sensing of levels. A float rides on a SS Pipe Probe in which Level Sensors are enclosed and sealed. Float moves with the rise and fall of liquid level and actuates the sensors magnetically. The signals from the sensors are received by the Main Control Unit (which can be placed at the floor of your choice). This unit indicates Liquid Levels and can also provides necessary outputs of Alarm. Specifications Power Supply Input220 V AC Internal Voltage12 V DC Sensing SystemsMagnetic Level Sensing OUTPUTS  DisplayL. E. D. in desired number of stages (Standard Unit has 5 levels at 20% intervals) AlarmAudio with Acknowledge facility Display UnitL.E.D ResolutionMinimum 60 mm Signaling DistanceUp to 300 meters (For more please specify) Power Consumption0.25 watts Automatic Pump Controller ____________________________________________________________________________ The Automatic Pump Controller is a device that is mounted on the tank top. The device does not suspend any current into water hence is very safe. The float riding on a metallic rod is suspended into water and is free for Up/Down  movement. The float rides on a metallic rod hence on reaching the lower end of rod it triggers signal to main control unit to start the pumping system. Now on the other hand when the float reaches the top level of rod it triggers a signal for the main control unit to Off the pumping system. The device is fool proof as it works with the water level movement and does not depend on electronic probes for signal at all. Specifications Power Supply Input220 V AC Internal Voltage12 V DC Sensing SystemsMagnetic Level Sensing OUTPUTS  Display Single L.E.DL.E. D. On when pump is running. L.E.D. Off when pump stops..

MPPTAmps 12V/24V S olar  Charge Controller MPPTAmps 12V/24V S olar  Charge Controller MPPT series solar charge controllers are designed and engineered to prevent  your solar-powered battery from overcharging and excessive discharging,  therefore protect your investment and extend the battery life. Equipped with  MPPT (Maximum Power Point Tracking) technology, this 30 amp charge  controller ensures that your battery will reach its maximum charging  capacity by sampling the output of the cells and applying a resistance  (load) to optimize the ideal voltage and current conditions, therefore  maximize the power gain from the solar panel for any given environmental  conditions, resulting

SOLAR-MATE MPPT SOLAR CHARGE CONTROLLER(20AMP/12V-24V) MPPT Technology Your key to solar power generation Su-Kam’s MPPT Solar Charger Controller is a system with advanced MPPT (Maximum Power Point Tracking) Technology. The term “charge controller” refers either to a stand-alone device or a control circuitry integrated within a battery pack, battery-powered solar device or a battery recharger. This photovoltaic charge controller is the key component

Water Level Controller Bangalore Sri Digitek Automatic Water Level Controller , www.waterlevelcontrollers.com manufacturer - water level controller, automatic water level controller, digital water level controller, liquid level controller, wireless water level controller, water tank level indicator, oil tank level controller, water tank level indicator & controller, automatic water tank level indicator & controller, wireless water tank level indicator.. etc. Silent Features Easy installation Low maintenance Compact and elegant design Fully automatic Saves water, motor and Power Saves Precious Man Hours High Safety Standards, Reliability & Quality Assured. Increases pump life & Safety Feather touch keys Clear Liquid Level Indications Prevents pump running dry Prevents motor burns out against Mains voltage fluctuations State of the art, digital technology

Water Level Controller Chennai Sri Digitek Automatic Water Level Controller , http://www.waterlevelcontrollers.com http://www.digitek.in m anufacturer - water level controller, automatic water level controller, digital water level controller, liquid level controller, wireless water level controller, water tank level indicator, oil tank level controller, water tank level indicator & controller, automatic water tank level indicator & controller, wireless water tank level indicator.. etc. Silent Features Easy installation Low maintenance Compact and elegant design Fully automatic Saves water, motor and Power Saves Precious Man Hours High Safety Standards, Reliability & Quality Assured. Increases pump life & Safety Feather touch keys Clear Liquid Level Indications Prevents pump running dry Prevents motor burns out against Mains voltage fluctuations State of the art, digital technology

Honeywell UDC3200 Universal Digital Controller Automate Control Engineering Ltd. (winston@automate-ace.com) Built on a legacy of performance and reliability, Honeywell s next-generation controller, the UDC3200, delivers unmatched power, flexibility and performance in the popular DIN size. The waterproof NEMA 4XIP66 faceplate allows the controller to be used in wash-down applications. Simple, intuitive software makes controller configuration a snap. A wireless infrared communication port enables controller setup from a Pocket-PC or computer. Ethernet communication allows easy connection to plant networks. Application flexibility is assured with two universal inputs, math functions and Accutune III tuning with fuzzy logic overshoot suppression. The UDC3200 controller is easy to install, easy to configure, easy to operate and easy to own.

Overview Spark's remote controller features a brand new Wi-Fi signal transmission system, capable of controlling the aircraft * and gimbal camera at a maximum transmission range of 1.2 mi (2 km). ** The remote controller can connect to a mobile device wirelessly and display a live video feed via DJI GO 4. Its folding clamps allow you to attach your mobile device securely. Maximum remote controller battery life is approximately 2.5 hours. *** * The Spark remote controller is currently only compatible with Spark aircraft. ** The remote controller can only reach its maximum transmission distance (FCC) in wide open areas with no electromagnetic interference and at an altitude of around 120 meters. *** Maximum operation time should be taken for reference only. Highlights Video transmission range of up to 1.2 mi (2 km). Top speed of up to 31 mph (50 kph) in Sport mode. In the Box Spark - Remote Controller × 1 Specifications Operating frequencies: 2.412-2.462 GHz, 5.745-5.825 GHz Max transmission distance (unobstructed, free of interference): 2.4 GHz: 1.2 mi (2 km, FCC), 0.31 mi (0.5 km, CE), 0.31 mi (0.5 km, SRRC) 5.8 GHz: 1.2 mi (2 km, FCC), 0.19 mi (0.3 km, CE), 0.75 mi (1.2 km, SRRC) Note: 5.8 GHz transmission is not available in some regions due to local regulations. Operating temperature range: 32°F to 104°F (0°C to 40°C) Built-in battery: 2970 mAh Transmitter power (EIRP): 2.4 GHz: 26 dbm (FCC), 18 dBm (CE), 18 dBm (SRRC) 5.8 GHz: 28 dbm (FCC), 14 dBm (CE), 26 dBm (SRRC) Operating voltage: 950 mA, 3.7 V Supported mobile device thickness: 6.5 mm-8.5 mm Max length: 160 mm