Input controller

Aquagrand Plus Water Purifier RO+UV+UF+TDS Controller FEATURES DOUBLE PURIFICATION BY RO + UV + UF WITH TDS CONTROLLER FULLY AUTOMATIC OPERATION WITH AUTO-START AND AUTO-OFF BUILT-IN SMPS THAT SUPPORTS WIDE RANGE OF INPUT VOLTAGE (V AC) FOR HANDLING VOLTAGE FLUCTUATIONS HIGH POWER 11W UV LAMP FOR COMPLETE DEACTIVATION OF HARMFUL MICRO-ORGANISMS MINERAL CARTRIDGE TO ADD ESSENTIAL MINERAL AND ENHANCE TASTE OF WATER SUITABLE FOR WATER FROM ALL SOURCES SUCH AS BORE-WELLS, UNDER GROUND WATER TANKS, OVERHEAD STORAGE TANK OR MUNICIPAL TAP-WATER PUSH-FIT COMPONENTS FOR LEAK-PROOF PERFORMANCE WALL MOUNTED DESIGN, BEST SUITED FOR INDIAN HOUSING TO PREVENT TAMPERING PURIFIED WATER STORAGE CAPACITY OF 15 LITRES WITH WATER LEVEL INDICATOR SPECIFICATIONS SL. No. Parameter Specification 1 Purification capacity Upto 15 Litres per hour* 2 Max Duty Cycle 120 liters per Day 3 Storage Tank Capacity 15 Litres 4 Purification Stages 1)        Pre-Candle 2)        Antiscalant 3)        Sediment Cartridge 4)        Activated Carbon 5)        RO (Reverse Osmosis) 6)        UV System 7)        TDS Minimiser 8)        UF 9)   Mineral Cartridge  5 RO Membrane to 80 GPD 6 UV Lamp Power 11 Watt 7 Input Voltage V.  AC (Hz) 8 Operating Voltage 24V DC 9 Minimum Inlet  Water Pressure 0.3 kg/sq cm 10 Maximum Inlet water Pressure 2 kg/sq cm 11 Dimensions   (mm) L450 W260 H Net Weight 9 kgs.

Semi-Automatic Water Level Controller The motor is switched ON automatically for the set time. The motor is switched OFF automatically when the tank becomes full. It has 16 programmable SET ON time. Description: Power ON/OFF switch is present at left side for which an LED indication is provided. 16 times switch ON program per day. Time & Day based ON and auto OFF once the tank is full. Auto/Manual mode options available. Alpha numerical LCD display is provided. 5 input keys for easy programming. Operating procedure: Power ON/OFF switch: Switch ON the controller with the help of the black button provided on the left side. The LCD display presents as below with current date and time. Use the input keys provided to set the date, time, day and mode. Auto mode:   Set the date, time, day and select auto mode. In AUTO mode, motor will automatically switch ON for the set time and automatically switch OFF when the tank becomes full. Manual Mode: Set the date, time, day and select manual mode. In MANUAL mode, UP arrow key is used for MOTOR ON & DOWN arrow key for MOTOR OFF. D-ON State: When the motor is switched ON for the set time, it checks the water flow

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..:)

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

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    

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  

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.

Technical Specifications:- Mains Input Nominal input 230V AC, 50 Hz Input Voltage cut off Computer mode V AC Normal mode V AC Input voltage higher cut off V AC Input connection 3 pin plug (15A) Output: Inverter Mode Output voltage (VAC) % Output power (VA) 500 Power factor 0.8 lag to unity Output frequency (Hz) Output voltage waveform Sine wave Output connection 3 pin outlet, 15 A Output: Mains Mode Same as input Other Specifications Efficiency 85% Transfer time 15 milliseconds LCD indication Status of UPS Audible alarm Battery low, Mode changeover Noise level Less than 50 dB Battery Voltage 12V Battery capacity – recommended (AH) 300 Typical Low Voltage Alarm Voltage (V) 11.0 Typical shut down battery voltage (V) 10.8 Charging current Constant current boost & trickle charging Dimension 297 (W) x 371 (D) x96 (H) mm Net weight 5.5 Kgs

Please note:  Priority of operation of this Solar inverter is Solar - Battery - Grid.  Technical Specifications:- Mains Input Nominal input 230V AC, 50 Hz Input Voltage cut off Computer mode V AC Normal mode V AC Input voltage higher cut off V AC Input connection 3 pin plug (15A) Output: Inverter Mode Output voltage (VAC) % Output power (VA) 500 Power factor 0.8 lag to unity Output frequency (Hz) Output voltage waveform Sine wave Output connection 3 pin outlet, 15 A Output: Mains Mode Same as input Other Specifications Efficiency 85% Transfer time 15 milliseconds LCD indication Status of UPS Audible alarm Battery low, Mode changeover Noise level Less than 50 dB Battery Voltage 12V Battery capacity – recommended (AH) 300 Typical Low Voltage Alarm Voltage (V) 11.0 Typical shut down battery voltage (V) 10.8 Charging current Constant current boost & trickle charging Dimension 297 (W) x 371 (D) x96 (H) mm Net weight 5.5 Kgs

Description: Brand New 100% Type: 44 Key Remote Controller Connection mode: Common Anode(+) Input/Output: 12V Max load current: 2A each color Output: three CMOS drain-open output Working Temperature: -20°C-60°C Color:20 Colors 8 Light Pattern: Quick / Slow / Auto / Flash / 7 color fade change / 3 color fade change / 7 color jumpy change / 3 color jumpy change R / G / B increase and decrease control 6 DIY keys Please refer to English manual to get detailed operation 44 keys infrared controller which has 6 keys(DIY keys) for momories the colors what you preferred. Control range: 10cm - 500cm RGB LED Strips Support 10 meters SMD LEDs/M LED Strips or 5 meters SMD LEDs / M LED Strips Package included: ● 1 X LED Dimmer 44 Key IR Remote ● 1 X Wireless Remote ● 1 X User Manual

Product Description 1) Product name: Waterprooof SMD LED Strip Light 2) LED Quantity: 60LEDs/m 3) Luminous Flux:LM 4) Color: RGB 5) Input Voltage: DC12V 6) CRI:≥70Ra 7) View angle: 120 degrees 8) Grade: Waterproof 9) Working Life-span: ≥Hours   Package:    1 X 5M/Roll waterproof RGB LED Strip Light    1 X 24 Key IR Remote Controller    1 X  RGB Control Box    1 X  12V Adapter  

Digital Real Time Water Level Controller The motor is switched ON automatically for the set time. The motor is switched OFF automatically when the tank becomes full. It has 16 programmable SET ON time.  Power ON/OFF switch is present at left side for which an LED indication is provided.  16 times switch ON program per day.  Time & Day based ON and auto OFF once tank is full.  Auto/Manual mode options.  Alpha numerical LCD display is provided.  5 input keys for easy programming.  Suitable for motor pump operated by a starter.  Suitable for Borewell to Tank set up (Underground or corporation line water to Overhead tank set up).  Protects motor pump from unnecessary dry run.  Long life.  Easy to Install.  Advanced Embedded Technology. Instructions to the Buyer A. Package Details

Digital Real Time Water Level Controller The motor is switched ON automatically for the set time. The motor is switched OFF automatically when the tank becomes full. It has 16 programmable SET ON time.  Power ON/OFF switch is present at left side for which an LED indication is provided.  16 times switch ON program per day.  Time & Day based ON and auto OFF once tank is full & also when sump is empty.  Auto/Manual mode options.  Alpha numerical LCD display is provided.  5 input keys for easy programming.  Suitable for motor pump operated by a starter.  Suitable for Sump to Tank set up (Underground or ground level tank to Overhead tank set up).  Protects motor pump from unnecessary dry run.  Long life.  Easy to Install.  Advanced Embedded Technology. Instructions to the Buyer A. Package Details

Digital Real Time Water Level Controller The motor is switched ON automatically for the set time. The motor is switched OFF automatically when the tank becomes full. It has 16 programmable SET ON time.  Power ON/OFF switch is present at left side for which an LED indication is provided.  16 times switch ON program per day.  Time & Day based ON and auto OFF once tank is full & also when sump is empty.  Auto/Manual mode options.  Alpha numerical LCD display is provided.  5 input keys for easy programming.  Suitable for motor pump operated by normal ON/OFF Switch or MCB.  Suitable for Sump to Tank set up (Underground or ground level tank to Overhead tank set up).  Protects motor pump from unnecessary dry run.  Long life.  Easy to Install.  Advanced Embedded Technology. Instructions to the Buyer A. Package Details