Solar coating protect

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

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

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

Solar PIR Motion Sensor Wall Light   The solar led outdoor light is a high quality light suitable as a security light or shed/garage light. The solar light uses a powerful 0.55W solar panel to charge the light during the day. At night it lights up once motion is detected and turns off 10 seconds after motion stops. The security light is easy to install with the screws and plugs provided.   Specifications: Solar panel: 0.55W Li-ion battery: 3.7V 800mAh LED: 16pcs, SMD Lumens: 100lm LED span life: Hrs Solar charging time: 8Hrs Lighting mode: Dark/Dim/Bright DIM: weak light ing for saving power Bright: motion activate for lighting Auto identify day or night Protect function: Over charging, over discharging, over current, short circuit Li-ion battery span life: 500 circles Solar panel span life: more than 5 years Features: Powerful LED solar outdoor light, waterproof and heatproof Activates bright light when inside the 3 metre activation zone No cables, easy to fit Solar panel life span: 5 years - LED Life Span - hours Delivery by speed post

2 X Solar PIR Motion Sensor Wall Light   The solar led outdoor light is a high quality light suitable as a security light or shed/garage light. The solar light uses a powerful 0.55W solar panel to charge the light during the day. At night it lights up once motion is detected and turns off 10 seconds after motion stops. The security light is easy to install with the screws and plugs provided. You will get 2 Nos of solar motion sensor lights.   Specifications: Solar panel: 0.55W Li-ion battery: 3.7V 800mAh LED: 16pcs, SMD Lumens: 100lm LED span life: Hrs Solar charging time: 8Hrs Lighting mode: Dark/Dim/Bright DIM: weak   lighting for saving power Bright: motion activate for lighting Auto identify day or night Protect function: Over charging, over discharging, over current, short circuit Li-ion battery span life: 500 circles Solar panel span life: more than 5 years Features: Powerful LED solar outdoor light, waterproof and heatproof Activates bright light when inside the 3 metre activation zone No cables, easy to fit Solar panel life span: 5 years - LED Life Span - hours Package consist of: 2 X Solar PIR Motion Sensor Wall Light There are no hidden cost, price you pay inclusive of postage through out India. Delivery by Speed Post.

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

ABOUT THIS PRODUCT   high quality20 amp solar charge controller FOR 24V SOLAR SYSTEM HIGH VOLTAGE PROTECTION BY DUAL FUSE SIMPLE TO INSTALL SUPPORT UPTO 600 W SOLAR PANEL   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

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

We SUN STELLAR is a solution provider for high corrosion-resistant ceramic coating and lining material. We are more than 20mfg. Industries for suppliers for Solar water heaters. We studied that users are facing the problem of bad smell, Leakage, yellowish water in water. This is done because of the low quality of the stainless steel coating is applied. We are only the mfg. of ceramic and glass coating material and putty for leak seal purpose. We are taking care of micro-level coating applications from detergent & solvent cleaning to remove dust particles. after that, we apply Metal putty over the welded area. Finally, we do multiple coating along with glass and ceramic layer. These coatings are food-grade, so there will be no chance of bad smell, Yellowish water and Leakage. https://sunstellar.in/

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

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

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

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

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

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