Loads

I BET YOU SAVE LOADS WHEN YOU BUY WASHING MACHING FROM US!! ***COMPANY CARE WARRANTY & GUARANTEE* #WE DEAL IN OPEN BOXES NEW BRANDED ELECTRONIC APPLIANCES #WE DEAL IN OPEN BOXES BRANDED ITEM #WASHING MACHINE--6 TO12 KG **SEMI AUTOMATIC AND FULLY AUTOMATIC** LG,SAMSUNG,WHIRPOOL, BOSCH,GODREJ, IFB, HAIER etc #wholeseller and retailler also contact us* Please contactus # - 1/23 VASTU KHURD GOMTI NAGAR LUCKHNOW -U.P

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..:)

This power saver adopts the latest and high efficient techniques of Germany. Power Savers is what you call Synchronous condensers. Most motor loads in our house are Inductive loads, like pumps, fans, mixers etc. Even Air Conditioners and Refrigerators are inductive loads. The power factor of Inductive loads is lagging and synchronous condensers supply a reactive power factor and help nullify the effect. Power Saver Uses State Of The Art Electrical Technology To Actively Monitor And Improve The Power Factor Of Your Household Appliances. Power Saver Reduce Your Electricity Bill 35% To 40%: POWER SAVER- PANASIO Product Code: SAVER-2 Category: Electric Item Product Price: 2499.00 Business Value (B.V): 1499.00

ower Saver - PANASIO (Market Price Rs.2499/-) Power Saver Reduce Your Electricity Bill 35% To 40%: POWER SAVER- PANASIO Product Code: SAVER-2 Category: Electric Item Product Price: 2499.00 Business Value (B.V): 1499.00 This power saver adopts the latest and high efficient techniques of Germany. Power Savers is what you call Synchronous condensers. Most motor loads in our house are Inductive loads, like pumps, fans, mixers etc. Even Air Conditioners and Refrigerators are inductive loads. The power factor of Inductive loads is lagging and synchronous condensers supply a reactive power factor and help nullify the effect. Power Saver Uses State Of The Art Electrical Technology To Actively Monitor And Improve The Power Factor Of Your Household Appliances.

The project is designed to operate electrical loads using an Android application device.  The system operates electrical loads depending on the data transmitted from the Android application device. Operating conventional wall switches is difficult for elderly or physically handicapped people. This proposed system solves the problem by integrating house hold appliances to a control unit that can be operated by an Android smart-phone/Tablet etc. Remote operation is achieved by any smart-phone/Tablet etc., with Android OS, upon a GUI (Graphical User Interface) based touch screen operation, interfaced to the microcontroller of 8051 family. The program on the microcontroller serially communicates with Bluetooth device to generate respective output based on the input data (sent from Android application device) to operate a set of relays through a relay driver IC. The loads are interfaced to the control unit through the relays. The system can be used in existing domestic area for either operating the loads through conventional switches. The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier. The ripples are removed using a capacitive filter and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components.

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 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

Digital Timer-ON & OFF for 0 to 9 Hrs" Drives Light Current Loads Accurately to desired Hrs. Overview   The  "Digital Timer-ON & OFF for  0  to  9  Hrs"   offers a stylish look that is Capable of Driving your Light Current Loads to Desired Hrs. After the Successful Launch of its First Version we are here with a New V1.3" "Digital Timer-ON & OFF for  0  to  9  Hrs"  Comes with a Updated Stylish and most Rigid Device. The Device is Capable of Both ON and OFF Timer according to the User Requirement. Features Simple Plug and Play Design provides easy to use. Easy Connectivity of the External Loads. Just Plug

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   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 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    

System voltage-3.25 VSystem capacity @ C AhModule peak power -1.5 WModule current (IMPP) -0.34 ALamps included -fosera lamp 100Possible loads -phone charging, Radio,Daily operation hours of one light* -7 hrs (lamp 100)Recommended number of loads ** -1x lamp x lamp 50 1x phone chargerMax. number of loads -4 + USB

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.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   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  

This is only Inverter, Battery is not part of this unit Runs with single 12v Battery Luminous Rapid Charge VA Inverter Features: Higher efficiency & long back up. Proprietary “Rapid Battery Charge” (RBC) technology that can re-charge battery up to 60% faster than normal Home UPS. First single battery Home UPS capable of running heavy loads such as Steam Iron / Heater/ Rice cooker etc. Separate output sockets for regular loads and power loads with intelligent load balancing. Charges the battery with full current even when the mains input voltage is as low as 95V. User selectable switch for battery type (Tubular, Flat plate & Local battery) for optimum battery life & performance. Audio Alarms: Mains Fail, Charger Fail, Battery Low Pre-alarm, Overload Trip, Battery Low Trip and No Load Shutdown. In-built digital battery gravity builder (for better battery life). Recommended Battery Capacity: 150AH – 200AH (Flat Plate/Tall Tubular/Both). RETURN & WARRANTY POLICIES Product needs be returned within 7 days for a Replacement. Note: This is not applicable on manufacturer-sealed / Factory Sealed products. Warranty: We provide products with sellers/ manufacturer warranty and some products may not carry any warranty. Return Shipping is to be paid and arranged by the buyer. Return policy stands cancelled if the buyer fails to return the item within the return policy timelines. Items returned must be

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.

1-1/2 Ton Lever Block Hoist 20FT Lift 20MN2 Chain Hoist Winch Lift Come Along Click here to view full size. Full Size Image Click to close full size. Item Description This chain hoist safely lifts heavy loads up to 3/4 ton easily and efficiently up to 20 feet of the ground. Built-in mechanical load brakes provide complete control when lifting or spotting a load. Double reduction gearing and double pawl adds to the ease of use. Heavy duty steel hooks and latches provide a solid grip, ensuring the load safety. This chain hoist is perfect for warehouses, auto shops, construction sites and much more! 1-1/2 Ton Ratcheting Lever Chain Hoist Features: Heavy Duty Construction - Cold rolled steel increases the strength of the hoist High Load Capacity - lbs (1-1/2 Ton) capacity Easy Load Eye Hook - Swiveling eye hooks helps with securing loads fast and easy Load Brake Feature - Mechanical load brake provides added safety and hold the load

MAXEL Solar charge controller 12v 5 amps, high effencity low price support upto 70 watts solar panel About This Product high quality 5 amp solar charge controller FOR 12 V SOLAR SYSTEM HIGH VOLTAGE PROTECTION BY DUAL FUSE SIMPLE TO INSTALL 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 A charge controller limits the rate at which electric current is added to or drawn from electric batteries. It prevents overcharging and may prevent against overvoltage, which can reduce battery performance or lifespan, and may pose a safety risk. It may also prevent completely draining ("deep discharging") a battery, or perform controlled discharges, depending on the battery technology, to protect battery life. A solar charge controller is needed