Solarland SLP130F-12S Operation & User’s Manual

Huayou Industrial Area, National High-tech Industrial Area, Wuxi, 214028 Jiangsu, P.R.China Tel: +86 510 82261100 Fax: +86 510 85203812 www.solarland.com [email protected] Chicago Office: PO BOX 6128, Lindenhurst, IL 60046, USA Tel : 847-282-4796 Cell: 847-274-8736 Fax: 847-245-8649 E-mail: [email protected] ...

1. Read & completely understand this instruction manual before use. Always keep this manual in a convenient location. 2. To reduce the risk of injury, charge only 12V lead acid batteries, AGM & GEL batteries. Other types of batteries may be subject to bursting which can lead to personal injury & property damage. If uncertain about types and/or charging procedures contact the battery manufacturer 6V batteries wired for 12V operation are permitted. 3. Always use a well-ventilated space. Batteries emit explosive gases. These explosive ga ...

The Charge Controller is equipped with 2 LED’s to indicate the battery State-of-Charge it is currently in. -Yellow = System charging. Current is flowing to the battery or battery bank. Peak battery voltage may be observed between 13.9 and 14.4 indicating the battery is fully charged (temperature dependent).This condition will continue for approx. 2 hours before the ‘float’ mode engages. -Green = Battery full. The Charge Controller has entered the ‘float’ mode. Current is still flowing to the battery or battery bank. But, the voltage ...

12V 12V 6V 12V 6V 6V 6V 6V 6V 6V 6V 6V 6V Chassis Ground Load Load Load Shunt Shunt Fuse Fuse To Inverter/ Charger To Inverter/ Charger To Accessory Loads To Accessory Loads CORRECT CORRECT Typical Series/Parallel RV Installation Typical Series/Parallel RV Installation CORRECT CORRECT CORRECT ...

Assumption: Solar panel is exposed to 6 hours of suitable sunlight each day. The required current from the system would be 30.51 Amp Hours/6 Hours = 5.09 A. The required watts of the system would be: 5.09A×17.2V÷0.8=110W (17.2V --- Module Vmp, 0.8 --- Power Consumption Factor) In this example a 110 Watt panel is required to run the appliances for the desired time. How much battery capacity is required? Solar power systems are generally sized to give plenty of reserve (autonomy) from the battery or battery bank. Battery Capacity Calculation: Current (Amp ...

STEP 1: Location hazards such as camp fires, rising water, high traffic areas. The front of the Portable Solar Panel System should face generally ‘South’, located in full sun, all day, with little or no shade between the hours of 9:00am and 3:00pm. During the summer months in North America, the number of sun hours may be much longer permitting more energy production. A 25’ extension cord accessory is available for purchase from Solarland if needed. Identify the best location for maximum sun exposure. The location should be free of obvious STEP 2: Set-up ...

- Controller will engage. -Battery voltage is too low. Battery is completely dead, shorted, or has otherwise failed. A battery voltage of 8V DC or higher must be present before the Charge Controller will engage. Replace the battery. Battery appears to fully charged with the Portable Solar Panel System connected, but goes dead quickly. -Battery has failed. This can happen to old batteries and even new ones if not properly cared for. Confirm battery condition with a 100 Amp ‘Battery Load Tester’ obtained at any auto parts s ...

A. Be sure the charge controller is set to the correct battery type. Do this by selecting either Lead-acid’ or ‘Gel’ using the switch on the back. For acid flooded wet cell batteries use the ‘ Lead-acid’ setting. For sealed Gel batteries use the ‘GEL’ setting. For sealed Absorbed Glass Mat (AGM) batteries, use the ‘Lead-acid’ setting. B. Unfurl the 16’ cord and attach the appropriate battery connection adapter. The ideal use of each type is described earlier. Note the location of the in-line fuse. C. When usi ...