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Connect  the  wires  leading  to  the  battery  with 
correct  polarity.  To  avoid  any  voltage  on  the 
wires,  first  connect  the  controller,  then  the 
battery.  Keep  in  mind  the  recommended  wire  length 
(min. 30 to max approx. 100 cm) and the wire size:
CA06-2: min. 2.5 mm

2

 

WARNING: If the battery is connected with reverse polarity, the charge 
controller will also give the wrong polarity on the load terminals. 
Never connect loads in this situation! 

 

Connect  the  wires  leading  to  the  solar  array  with 
correct  polarity.  To  avoid  any  voltage  on  the 
wires, first connect the controller, then the solar 
array. Keep in mind the recommended wire size: 
CA06-2: min. 2.5 mm

2

 

 

REMARK:  place  positive  and  negative  wires  leading  to  the  solar 
generator close to each other to minimize electromagnetic effects.

 

 

Connect the wires leading to the loads with correct 
polarity. To avoid any voltage on the wires, first 
connect  the  wire  to  the  load,  then  to  the 
controller. Keep in mind the recommended wire size:
CA06-2: min. 2.5 mm

2

 

                                

 

Starting up the Controller 
System Voltage 

The controller is intended for use at 12 V system voltage. 

Battery Type 

The controller does not generate an  equalization charge, and  is therefore suitable for use with lead acid 
batteries with liquid electrolyte (vented battery) and lead acid batteries with solid electrolyte ('gel' or 
'fleece' type). 
Recommendations for Use 
The controller warms up slightly during normal operation.  

The controller does not need any maintenance or service. Remove dust with a dry tissue. 

It  is  important  that  the  battery  gets  fully  charged  frequently  (at  least  monthly).  Otherwise  the  battery 
will be permanently damaged. 

A  battery  can  only  be  fully  charged  if  not  too  much  energy  is  drawn  during  charging.  Keep  that  in  mind, 
especially if you install additional loads. 
Display Functions in normal operation 
The controller is equipped with 3 LEDs for display of the operating status. 

 

Charge display 

Battery voltage display 

Load status display 

In normal operation mode, the controller displays the charging status, the status of battery voltage and the 
status of the load output. 

 

 

 

Summary of Contents for SHS050W

Page 1: ...Solar Home System User Manual ...

Page 2: ...osion follow these instructions and those published by battery manufacturer and manufacturer of any equipment you intend to use in vicinity of battery 1 4 PERSONAL PRECAUTIONS a Someone should be within range of your voice or close enough to come to your aid when you work near a lead acid battery b Have plenty of fresh water and soap nearby in case battery acid contacts skin clothing or eyes c Wea...

Page 3: ... not connect to a PV array capable of producing greater than 24 amps of short circuit current 25 C 1 7 Use the scope This SHS050 is applicable to the family usually power supply such as the saving lamp the direct current radio the small power of etc solar cell outside other equipments such as Power box battery under the condition of have no protection measure can install only indoors 2 Specificati...

Page 4: ...lace through multiple stages which include automatic adaptation to the ambient temperature for optimal charging of the battery z The controller is intended for use at 12 V system voltages z The charge controller has a number of safety and display functions Mounting and Connecting The controller is intended for indoor use only Protect it from direct sunlight and place it in a dry environment Never ...

Page 5: ...d the recommended wire size CA06 2 min 2 5 mm 2 Starting up the Controller System Voltage The controller is intended for use at 12 V system voltage Battery Type The controller does not generate an equalization charge and is therefore suitable for use with lead acid batteries with liquid electrolyte vented battery and lead acid batteries with solid electrolyte gel or fleece type Recommendations for...

Page 6: ...e and automatically switches off the load output at a battery voltage lower than 11 5 V As soon as the battery reaches a voltage of 12 5V the load output is switched on again Safety Features The controller is protected against wrong installation or use At the solar terminal At the solar terminal At the load terminal Battery connected with correct polarity Unrestricted Normal operation Unrestricted...

Page 7: ...uce flammable gases Avoid making sparks using fire or any naked flame under any circumstances Make sure that the battery room is ventilated z Avoid touching or short circuiting wires or terminals Be aware that the voltages on specific terminals or wires can be up to double the battery voltage Use isolated tools stand on dry ground and keep your hands dry z Keep children away from batteries and the...

Page 8: ...roller 12V 6A Battery 12V 65Ah Module Power 50Wp PV Input 1 12VDC Output 3 9VDC Output 1 Switch 3 2 4 Solar Module Solar module is a device that converts radio technology to DC electricity Each module is made of 36 pieces cells Normally the design life of solar module is more than 20 years We adopt FS PV50W solar module in this system the main parameter is as follows ...

Page 9: ...y is the energy storing device The batteries we adopt is maintenance free lead acid battery The character is high reliability long life and so on In addition the following is also its character Maintenance free Wide working temperature 35 45 Long using life Blast proof Small inner resistance Small self discharging The main parameter is as follow Dimension mm Model Rated Voltage V Capacity Ah Lengt...

Page 10: ...p Model 12V11W Rated Power 11W Rated Voltage 12V Rated Current 650mA Rated Lum 550Lm 50Lm W 2 8 Bracket The function of bracket is supporting solar modules It is made of galvanization steel tube which the diameter is 48mm The thickness is 1 5mm the length is 2 5m Bracket includes tray and pole 3 Principle of Operation ...

Page 11: ...he solar module can transform the sunlight to electricity and store it in the battery trough charge controller The electricity then can be supplied to 12V loads such as DC compact fluorescent lamp and DC TV through controller 4 Diagram of PV Control ...

Page 12: ...ery Status Indicator 3 Charging Indicator 4 Solar Charge Controller 5 9V Load Output 6 7 8 DC load Switch 9 Load DC Compact Fluorescent Lamp 10 Load DC VCD 11 Load DC TV 12 Solar PV Panel 13 Battery 5 Specification of Electrical Box ...

Page 13: ...on of bracket and solar panels Bracket is made up of two parts pole and tray Installing step 1 Tamp the pole into the ground 2 Insert the tray on the top of pole and rivet it with screw 3 Rivet the panel on the bracket with screw Attention The azimuth angle of the bracket bottom should be just south The obliquity of the solar module is 60 in accordance with local latitude Because of the heavy wind...

Page 14: ... the hole After connected two cables screw down the waterproof connection and cover the junction box Attention While connecting cover the solar module of put it in a poor light There may be spark when connecting users must be careful Cable can be an aerial cable If it is put under the ground it should be put into a protecting cannula 6 2 4 Connect load to the power box At the faceplate of power bo...

Page 15: ... with the clear water and then wipe the stem with the clean dish cloth Attention Wipe to try with the causticity melting agent or hard things absolutely not to 8 2 Periodically check the tight and solid degree of all gearing parts in order to prevent was knocking down by the breeze or the animal dint outside etc 8 3 Meet the excrescent weather of hail strong breeze rain storm etc should adopt the ...

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