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DINGO Negative Ground 20A Max. Charge 20A Max. Load Advanced Solar Charge Controller User Guide Read this before installing Ver 1.1 200109 2 Dingo User Guide Dingo User Guide Wiring Instructions 3 6 Using the Menus Choosing your Settings Monitoring your System 8 10 12 Install your controller: !"#$%&'()**+,"-.$%$")'%"()/"('%(0*)&$")%10/2"'&3 !"4/")"2%+"$/5'%1/6$/&"10&"17"2'%$(&"80/*'9.&3 !":-)+"7%16"7*)66);*$"9)8$8"1%"*'<0'283 !":-)+"7%16"8='2$%8,"-)8=8"1%"1&.$%"'/8$(&8 -.'(."6'9.&"6)>$"/$8&8"'/"'&? Dingo User Guide 4 Fig. 1 Display !"# Ah BOOST Alarm LED Button See page 8 T Test terminal Accessory port Terminals for G and sensor wires (plug in terminal block) Mounting holes Cable tie posts @(%$-"-'%$8"'/&1"&.$".'9."(0%%$/&"&$%6'/)*8" tightly"'/"&.$"1%2$%"*'8&$2"1/"=)9$"A? Warning: This controller is for DC current ONLY Dingo User Guide 5 Fig. 2 T LOAD+ BATTERY+ SOLAR+ LOAD BATTERY SOLAR ‘G’ Terminals ‘G’ Terminals Temperature T Sensor T+ B+ Sense Accessory Port Test terminal Basic Connection Order 1. Connect Battery 2. Test Solar Polarity 3. Connect Solar 4. Connect Load After connection you must set the system voltage (p10) Dingo User Guide 6 Wiring instructions B1%"8)7$&+")/2"&1")51'2"2)6)9$,"(1//$(&'1/"17"-'%$8"608&";$" 21/$"'/"&.$"71**1-'/9"1%2$%? All connections must be tight! a."C1//$(&"&.$";)&&$%+"7'%8&?"D18'&'5$"&1"E)&&$%+F,"G$9)&'5$"&1" E)&&$%+"H?"47"&.$"2'8=*)+"(16$8"1/,"&.$/"(1//$(&'1/"'8"(1%%$(&?"" (see figure 3) b."C1//$(&"&.$"/$9)&'5$"IHJ"-'%$"7%16"&.$"81*)%"=)/$*I8J"&1"&.$" 81*)%"=)/$*"/$9)&'5$"IHJ"&$%6'/)*?" Display comes on $%& # !"#$% V BOOST 1 WARNING: Connect Battery T * * + – Fig. 3 Battery The controller can be damaged quickly by reverse connection of the solar array in 32V, 36V and 48V systems. Test first to avoid damage. KB1%"8)7$&+,"618&"'/8&)**)&'1/"8&)/2)%28"%$<0'%$"708$8" 1%"('%(0'&";%$)>$%8"1/";1&." sides of the battery. B1%"1&.$%"(1//$(&'1/8,"8$$" the reference manual. Dingo User Guide $%& # & !"#$% V BOOST 2 Test Solar flashes if wrong T test here Battery + – – + Solar Fig. 4 $%& # & !"#$% V BOOST 3 Connect Load T + – + Solar Load c."L$8&"&.$"81*)%"=)/$*"(1//$(&'1/" ;+"&10(.'/9"&.$"=18'&'5$"IFJ" -'%$"7%16"&.$"81*)%"=)/$*"1/&1" the Test terminal (T). !47"&.$")*)%6"*$2"21$8"/1&"7*)8." then it is OK. !47"&.$")*)%6"*$2"7*)8.$8"<0'(>*+" then it is not"MN?"C.$(>"&.$" =1*)%'&+")/2"&$8&")9)'/?"(There must be some light on the solar panels for this test to work). If OK connect to the Solar =18'&'5$"IFJ"&$%6'/)*? d."C1//$(&"&.$"/$9)&'5$"IHJ"-'%$" from DC load circuit to the load negative (-) terminal and (1//$(&"&.$"=18'&'5$"-'%$"7%16" &.$"*1)2"&1"&.$"*1)2"=18'&5$" (+) terminal. Test that the load ('%(0'&"-1%>8?"The controller '8"=%1&$(&$2")9)'/8&"*1)2"8.1%&" ('%(0'&8,";0&"()//1&"=%1&$(&"+10%" load devices if you reverse the connection to them. Now, set the system voltage - see pg.10 + – Battery – 7 Note: The controller is protected against short circuits on the solar input. 8 Dingo User Guide Using the Menu System You can move around the menu system and change settings using the button on the front of the controller. There are 8$5$/"&1=H*$5$*"6$/0"'&$68"'/"&.$"6$/0"8+8&$6"IE:L#," COPQ,"RM:S"$&("H"8$$"7'90%$"TJ?""U)(."6$/0"'&$6"=%15'2$8" )(($88"&1")"80;H6$/0,")/2"816$"17"&.$8$"80;H6$/08"*$)2" again to further sub-menus. A short push tells the controller to advance to the next 6$/0"'&$6"1%"8$&&'/9"5)*0$?""L1"21")"8.1%&"=08.,"=%$88"1/" &.$";0&&1/"1/"&.$"7%1/&"17"&.$"(1/&%1**$%,")/2"%$*$)8$"'&" immediately. A long push"V8$*$(&8W,"615'/9"'/&1")"80;H6$/0"1%")**1-'/9" +10"&1"(.)/9$"8$&&'/98?""L1"21")"*1/9"=08.,"=%$88"&.$";0&&1/," .1*2'/9"'&"21-/"0/&'*"&.$"6$/0"(.)/9$8"I);10&"1/$"8$(1/2J? Getting back X.$%$5$%"+10")%$"'/"&.$"6$/0"8+8&$6,")"8$%'$8"17"8.1%&H =08.$8"-'**";%'/9"+10";)(>"&1"&.$"&1=H*$5$*"6$/08"-'&.10&" (.)/9'/9")/+"8$&&'/98?"L.$%$")%$"&-1"$Y($=&'1/8Z"-.$/")" /06;$%"'8"7*)8.'/9"20%'/9"8$&&'/9")2[08&6$/&"I8$$"=)9$"\]J"" )/2"-.$/"+10"8$$"&.$"-1%2"VU^4LW"'/"&.$"VO4@LMP_W"80;" 6$/0"H"8$$"=)9$"\A? Note: ‘external’ screens do not appear if there are no accessories attached. If an accessory is attached, the screen names will indicate the accessory type. Dingo User Guide 9 Menu System (Programs 0-3 ) Thin arrow = short push Thick arrow = long push BATV Regulator State CHRG CINT External Generator Control LOAD LINT External Low Battery Disconnect IN INT External Clear OUT DATA Clear INT External Clear Clear VMAX VMIN FTIM SOC TEMP SOLV HIST Set to 100% SET TIME VOLT PROG BCAP Set Set Set Set History Data Fig. 5 10 Dingo User Guide Choosing your settings Failure to correctly set the system voltage (VOLT) and select the (1%%$(&"=%19%)6"IDPMQJ"71%"+10%";)&&$%+"6)+"%$80*&"'/"2)6)9$" &1"&.$";)&&$%+"1%"(1//$(&$2"$<0'=6$/&?"B1**1-"&.'8"=%1($20%$Z 1. Set the Time )?"@.1%&H=08."0/&'*"&.$"2'8=*)+"8.1-8"V@ULW?"" ;?"R1/9H=08."1/($")/2"&.$"2'8=*)+"-'**"8.1-"VL4`UW?"" (?"R1/9H=08.")9)'/,")/2"&.$"&'6$"-'**"8&)%&"7*)8.'/9?"IG1&$"&.)&" &.$"&'6$"'8"2'8=*)+$2"'/".10%8")/2"&$/&.8"17".10%8?""B1%" $Y)6=*$,"VA?TW"6$)/8"AZa])6,")/2"V\a?\W"6$)/8"\Z]A=6?J 2?"@.1%&H=08."0/&'*"&.$"&'6$"8.1-/"'8"(1%%$(&?"47"+10"%$)(."ba?c" I\\?Td=6J,"'&"-'**"(+(*$";)(>"&1"]?]"I6'2/'9.&J?"" $?"X.$/"&.$"&'6$"8.1-/"'8"(1%%$(&,"*1/9H=08."&1"8$&"'&? Note: time setting does not affect battery charging. REVERSE If you overshoot the setting you want and need to go back, you can use reverse. Do a long push. The number stops flashing. Do another long push. The number starts flashing again but this time short pushes will reduce the setting. 2. Set the System Voltage (! Important) )?"@.1%&H=08."&1"615$"7%16"VL4`UW"&1"V#MRLW? ;?"R1/9H=08.")/2"&.$"51*&)9$"-'**"8&)%&"7*)8.'/9?"" (?"@.1%&H=08."0/&'*"&.$"51*&)9$"'8"(1%%$(&"71%"+10%";)&&$%+?"47 +10"=)88"de#,"'&"-'**"(+(*$";)(>"&1"\b#? Dingo User Guide 11 2?"X.$/";)&&$%+"51*&)9$"'8"(1%%$(&,"*1/9H=08."&1"8$&"'&? 3. Set your program (! Important) L.$"DR"(16$8"-'&.")"/06;$%"17"=%$H8$&"=%19%)68,"&1"6)>$" configuration easy for most installations. )?"@.1%&H=08."&1"615$"7%16"V#MRLW"&1"VDPMQW? ;?"R1/9H=08.")/2"&.$"=%19%)6"/06;$%"-'**"8&)%&"7*)8.'/9? (?"@.1%&H=08."&1"8$*$(&"&.$";$8&"=%19%)6"71%"+10%";)&&$%'$8Z d. X.$/"&.$"=%19%)6"8.1-/"'8"(1%%$(&,"*1/9H=08."&1"8$&"'&? Programs 0:"R'<0'2"U*$(&%1*+&$"E)&&$%+"-'&."R1-"E)&&$%+"S'8(1//$(&"1=&'1/ I=?\eJ 1:"@$)*$2"1%"Q$*";)&&$%+"-'&."R1-"E)&&$%+"S'8(1//$(&"1=&'1/ 2:"R'<0'2"U*$(&%1*+&$"E)&&$%+"-'&."R'9.&"C1/&%1**$%"1=&'1/"I8$$"=?\cJ 3:"@$)*$2"1%"Q$*"E)&&$%+"-'&."R'9.&"C1/&%1**$%"1=&'1/? 4:"C08&16'8$2"8$&0=?""C.118'/9"&.'8"=%19%)6"-'**"%$<0'%$"+10"&1"8$&")" /06;$%"17")22'&'1/)*"=)%)6$&$%8?"(see Reference Manual) 4. Set the Battery Capacity Note: BCAP setting does not affect battery charging. )?"@.1%&H=08."&1"615$"7%16"VDPMQW"&1"VEC:DW?"" ;?"R1/9H=08.")/2"&.$";)&&$%+"()=)('&+"-'**"8&)%&"7*)8.'/9?"" c?"@.1%&H=08."&1"(.118$"&.$"(1%%$(&";)&&$%+"()=)('&+"71%"+10%" 8+8&$6"'/":6=$%$".10%8"I:.J?"I@$&&'/98"15$%"\]]]:."2'8=*)+" '/"&.108)/28"H"$?9?"\A]]":."8.1-8")8"V\?AW?"G1&$Z"R11>"71%" &.$"2$('6)*"=1'/&,"$9"b]fb]:.,"b]?]fb],]]]:.J""47"0/80%$," (.$(>"+10%";)&&$%+"6)/0)*"1%"(1/80*&"+10%";)&&$%+"80==*'$%? 2?"R1/9H=08."&1">$$="&.$"(.18$/"5)*0$ 12 Dingo User Guide Monitoring your system L.'8"(1/&%1**$%8g8")25)/($2"61/'&1%'/9"70/(&'1/8"=%15'2$"+10" -'&."0/=)%)**$*$2"'/71%6)&'1/");10&"+10%"8+8&$6?"O$%$")%$"816$" <0$8&'1/8"&.)&"+10%"(1/&%1**$%"()/")/8-$%Z How much energy have I collected today? L.$"&1=H*$5$*"4G"8(%$$/"8.1-8".1-"6)/+":6=".10%8".)5$";$$/" collected today. How much energy have I used today? L.$"&1=H*$5$*"MhL"8(%$$/"8.1-8".1-"6)/+":6=".10%8"&.$"*1)2" has used today. What voltage did the battery reach? #`:^"8.1-8"&12)+g8"6)Y'606"51*&)9$"8'/($"6'2/'9.&3"#`4G" 8.1-8"&12)+g8"6'/'606"51*&)9$?"E1&.")%$"'/"&.$"S:L:"80;H6$/0? L.$")(&0)*";)&&$%+"51*&)9$"'8"8.1-/"1/"&.$"E:L#"8(%$$/? What is the charge current? L.$"&1="*$5$*"COPQ"8(%$$/"2'8=*)+8"&.$"(.)%9$"(0%%$/&?"L.'8" '8"&.$"&1&)*"(0%%$/&"7%16")**"(.)%9$"810%($8?"L.$"(0%%$/&"-.'(." )(&0)**+"7*1-8"&.%109."&.$"(1/&%1**$%"'8"()**$2"'/&$%/)*?"4/"*)%9$%" 8+8&$68,"&.$%$"()/";$"(0%%$/&"-.'(."21$8"/1&"7*1-"&.%109."&.$" controller. This is called external. Dingo User Guide 13 L.$"COPQ"8(%$$/"2'8=*)+8"&.$"806"17"&.$"'/&$%/)*")/2"$Y$%/)*" (0%%$/&8?"E+"21'/9")"*1/9"=08."1/"&.$"COPQ"8(%$$/"+10"()/"8$$" .1-"60(."$)(."2$5'($"(1/&%';0&$8"&1"&.$"&1&)*"(.)%9$? L.$"7'%8&"8(%$$/"'8"()**$2"C4GL")/2"2'8=*)+8"&.$"'/&$%/)*"(.)%9$?" L.$"/$Y&"8(%$$/I8J"2'8=*)+")/+"(0%%$/&8"%$=1%&$2";+"$Y&$%/)*" 2$5'($8?"IB1%"2$&)'*8,"8$$"&.$"%$7$%$/($"6)/0)*J What is the load current? L.$"&1="*$5$*"RM:S"8(%$$/"2'8=*)+8"&.$"*1)2"I1%"2'8(.)%9$J" (0%%$/&?"L.'8"'8"&.$"&1&)*"(0%%$/&"08$2";+")**"*1)28?":"*1/9"=08." -'**"2'8=*)+"&.$"'/&$%/)*"*1)2"(0%%$/&"IR4GLJ")/2")/+"$Y&$%/)*"*1)2" currents. How full is the battery? L.$"51*&)9$"*$5$*"17"+10%";)&&$%+"'8")"9112"6$)80%$"17".1-"70**"'&" '8,")/2"'8"8.1-/"1/"&.$"&1=H*$5$*"VE:L#W"8(%$$/?"":*&$%/)&'5$*+," @MC"'/"&.$"S:L:"80;H6$/0"I*1/9H=08."1/"S:L:,"&.$/"&.%$$" 8.1%&H=08.$8J"08$8"&.$")6=H.10%"2)&)"&1"=%15'2$")/"$8&'6)&$" 17"&.$"8&)&$"17"(.)%9$?"IX)%/'/9Z"@MC"-'**";$"6$)/'/9*$88"'7"&.$" controller is not measuring all the charge and discharge from &.$";)&&$%+?""B1%"$Y)6=*$,"'7")/"'/5$%&$%"'8"(1//$(&$2"2'%$(&*+"&1" &.$";)&&$%+,")/"$Y&$%/)*"8.0/&")/2")/"$Y&$%/)*"8.0/&")2)=&1%"'8" needed so that the controller can include the inverter current in '&8"()*(0*)&'1/8?"L.$%$"-'**")*81";$"$%%1%8"20$"&1"&$6=$%)&0%$")/2" the age of the battery). 14 Dingo User Guide What time did the battery finish charging today? L.$"BL4`"8(%$$/"'/"&.$"S:L:"80;H6$/0"8.1-8"&.$"&'6$"&.$"" controller finished charging and entered the “float” state (see =)9$"\iJ?"47"&.$"(1/&%1**$%"2'2"/1&"(.)/9$"7%16");81%=&'1/"&1" 7*1)&,"&.$/"&.'8"-'**"8.1-")8")"2)8."IVHWJ? B1%"$Y)6=*$,"'7"&.$"(1/&%1**$%"8&)%&$2"&.$"2)+"'/"V7*1)&W"612$")/2" 8&)+$2"&.$%$")**"2)+,"&.$"BL4`"8(%$$/"-'**"8.1-"VHW? Are components working correctly? :";)&&$%+"&$6=$%)&0%$"8$/81%"()/";$"(1//$(&$2"&1"+10%" controller &1"'6=%15$"%$90*)&'1/?"47"&.'8""8$/81%"'8"'/8&)**$2,"&.$" ;)&&$%+"&$6=$%)&0%$"'8"8.1-/"1/"&.$"LU`D"8(%$$/"'/"&.$"S:L:" 80;H6$/0?"I47"'&"'8";*)/>,"/1"&$6=$%)&0%$"8$/81%"'8")&&)(.$2J?" L1"&$8&"+10%"81*)%")%%)+,"&.$"@MR#"8(%$$/"'/"&.$"S:L:"6$/0" 8.1-8"&.$"1=$/H('%(0'&"51*&)9$"17"&.$"81*)%")%%)+?"(Note: charging '8"'/&$%0=&$2"-.'*$"&.$"@MR#"8(%$$/"'8"2'8=*)+$2?"47"&.$"(1/&%1**$%"'8" *$7&"'/"&.'8"8&)&$"'&"-'**")0&16)&'()**+"&0%/"&.$"(.)%9$";)(>"1/")7&$%")" =$%'12"17"&'6$?"L.'8"'8"&1"=%$5$/&"&.$"(1/&%1**$%";$'/9"*$7&"'/")"/1/" charging state) Dingo User Guide 15 The Data Menu L.'8"'8")"<0'(>"8066)%+"17"&.$"8(%$$/8"'/"&.$"2)&)"80;6$/0" -.'(.")%$"%$)(.$2";+")"*1/9"=08."1/"&.$"S:L:"8(%$$/")/2"&.$" values stored each day by the history function. VMAX VMIN FTIM " SOC " Maximum battery voltage since midnight. Minimum battery voltage since midnight. Time of day the controller entered the Float state '7"'&"2'2/g&";$9'/"'/"7*1)&"I8$$"=)9$"\iJ? Percentage estimate of the state of charge of the ;)&&$%+";)8$2"1/")6=".10%8"'/j10&?"":"5$%+"%109."k70$*"" gauge’. TEMP" L$6=$%)&0%$";$'/9"8$/8$2";+"&.$";)&&$%+"&$6=$%)&0%$"" sensor (if attached). SOLV" @1*)%"=)/$*"1=$/"('%(0'&"51*&)9$? " GEZ"(.)%9'/9"8&1=8"-.'*$"2'8=*)+'/9"&.'8"8(%$$/? HIST" U/&%+"=1'/&"71%".'8&1%+"2)&)"2'8=*)+? IN" L.$")610/&"17"$/$%9+"(1**$(&$2"'/":6=".10%8"&12)+? OUT" L.$")610/&"17"$/$%9+"08$2"'/":6=".10%8"&12)+? :&"6'2/'9.&,"4G,"MhL,"#`:^,"#`4G,"BL4`")/2"@MC")%$"8&1%$2" '/"&.$".'8&1%+"2)&)")/2"%$8$&?""#`:^")/2"#`4G"%$8=1/2"5$%+" 8*1-*+"&1"(.)/9$8"'/";)&&$%+"51*&)9$?"L.'8")**1-8"&.$6"&1"'9/1%$" short term voltage fluctuations. Dingo User Guide 16 Retrieving historical data 4/")22'&'1/"&1"8&1%'/9"&12)+g8"=$%71%6)/($"2)&),"&.$"(1/&%1**$%" ()/"2'8=*)+"'/71%6)&'1/");10&"&.$"*)8&"cc"2)+8"17"1=$%)&'1/?" O'8&1%'()*"=$%71%6)/($"'/71%6)&'1/"()/";$")(($88$2"7%16"&.$" S:L:"80;"6$/0"I8$$"7'90%$"AJ?":7&$%")"*1/9H=08."1/"S:L:," 8.1%&H=08."0/&'*"+10"8$$"O4@L?"":"*1/9H=08."1/"O4@L"-'**"=0&"+10" '/"V.'8&1%+"612$W,"-.$%$"+10"()/"(+(*$"&.%109."$)(."2)+g8"2)&)? 4/"&.$".'8&1%+"2'8=*)+,"S:_"\"'8"+$8&$%2)+")/2"S:_"cc"'8"cc"2)+8")91?" (Note: the controller actually stores 512 days data, but this is only accessible via the computer interface) History Mode BATV Thin arrow = short push Thick arrow = long push CHRG LOAD VMAX VMIN FTIM SOC TEMP HIST SOLV IN OUT DATA DAY 1 IN OUT VMAX VMIN FTIM SOC NEXT BACK DAY 2 IN OUT VMAX VMIN FTIM SOC DAY 3 IN OUT VMAX VMIN FTIM SOC ... ... ... ... ... ... DAY 99 IN OUT VMAX VMIN FTIM EXIT DAY 2 DAY 99 DATA NEXT BACK EXIT DAY 3 DAY 1 DATA NEXT BACK EXIT ... DAY 4 DAY 2 DATA SOC NEXT BACK EXIT DAY 1 DAY 98 DATA SET Fig. 6 Dingo User Guide 17 The Battery Charging Process X.$/"(.)%9'/9"+10%";)&&$%+,"&.$"(1/&%1**$%"615$8")0&16)&'()**+" &.%109."&.$"71**1-'/9"(.)%9'/9"8$<0$/($Z Boost phase"H"4/"&.'8"=.)8$,")**")5)'*);*$"(.)%9$"'8"08$2"&1" (.)%9$"&.$";)&&$%+")8"<0'(>*+")8"=188';*$?""X.$/"&.$";)&&$%+"'8" (.)%9'/9"'/"&.$"E118&"=.)8$,"&.$"VE118&W"'/2'()&1%")==$)%8"1/" the controller’s screen. Absorption phase - The battery is nearly full. To avoid excess 9)88'/9,"&.$"(.)%9$"(0%%$/&"'8"/1-")2[08&$2"&1">$$="&.$" ;)&&$%+")&")"*1-$%,"(1/8&)/&"51*&)9$? Float phase"H"L.$";)&&$%+"'8"70**+"(.)%9$2,"81"&.$"(1/&%1**$%"/1-" 6)'/&)'/8"&.$";)&&$%+")&")"*1-$%"51*&)9$?""47"&.$";)&&$%+"51*&)9$" 2%1=8";$*1-")"=%$H8$&"=1'/&,"&.$"(1/&%1**$%"-'**"615$";)(>"&1" &.$"E118&"=.)8$")0&16)&'()**+? B1%"7*112$2";)&&$%'$8,"&.$"(1/&%1**$%"-'**"1(()8'1/)*+"21")" deliberate overcharge of the battery. This is called Equalisation. L.'8"=.)8$".$*=8"*$5$*"&.$"(.)%9$";$&-$$/"&.$"2'77$%$/&"($**8" '/8'2$"&.$";)&&$%+";+"15$%(.)%9'/9"&.$";)&&$%+"71%")"8.1%&"=$%'12?" 4&"-'**"21"&.'8"8$5$%)*"&'6$8"$)(."+$)%? B'90%$"i"8.1-8".1-"&.$"51*&)9$"17"&.$";)&&$%+"5)%'$8"20%'/9"&.$" (.)%9'/9"=%1($88?"L.$"%$90*)&'1/"8$&&'/98"8.1-/"'/"&.$"2')9%)6" IE`:^,"UL4`"$&(J"()/")**";$"8$&"'/2'5'20)**+"'/"D%19%)6"d?"L.'8" ()&$%8"71%"&.$"%$<0'%$6$/&8"17"0/080)*"'/8&)**)&'1/8?"" 18 Dingo User Guide B1%"61%$"'/71%6)&'1/"8$$"&.$"P$7$%$/($"`)/0)*?"L.$"=%$H8$&" 5)*0$8"=%15'2$2";+"(.118'/9"D%19%)68"],"\,"b"1%"a"-'**"080)*+" $/80%$"9112"(.)%9$"(1/&%1*"-'&.10&")"(16=*$Y"8$&0="=%1($88?"""""""" Fig. 7 Battery Voltage EMAX BMAX ABSV ETIM ATIM FLTV BRTN BOOST EQUALISATION ABSORPTION FLOAT BOOST Time :"*1/9"=08."1/"E:L#"-'**"8.1-"&.$"%$90*)&1%"8&)&$?" IEM@LfE118&,"UlhRfU<0)*'8$,":E@#f:;81%=&'1/,"1%" BRMLfB*1)&J?":"*1/9H=08."1/"&.)&"8&)&$"-'**"6)/0)**+")25)/($" &.$"DR"'/&1"&.$"/$Y&"8&)&$?"M%,"&1"%$&0%/"&1"&.$"E:L#"8(%$$/" -'&.10&"(.)/9'/9"&.$"8&)&$,"21")"8.1%&"=08.? Low Battery Disconnect (LBD) L1"=%$5$/&";)&&$%+"2)6)9$"20$"&1"15$%2'8(.)%9$,"&.$"(1/&%1**$%" .)8")/"1=&'1/)*"R1-"E)&&$%+"S'8(1//$(&"IRESJ"70/(&'1/"-.'(." ()/";$"8$&"&1"&0%/"177"&.$"*1)2"&$%6'/)*"'7"&.$";)&&$%+"7)**8";$*1-")" =%$H8$&"51*&)9$"71%")"=$%'12"17"&'6$? Dingo User Guide 19 Short-term battery voltage fluctuations caused by motors starting $&(?"-'**"/1&")(&'5)&$"RES?"M/($"&.$";)&&$%+".)8"%$(.)%9$2"&1")" 8)7$"*$5$*,"&.$"*1)2"-'**")0&16)&'()**+"8-'&(."1/")9)'/?"L.'8"6)+" &)>$"816$"&'6$? _10"21"/1&".)5$"&1"08$"&.'8"7$)&0%$,")/2"&.$"(1/&%1**$%"-'**"8&'**" 1=$%)&$"$77$(&'5$*+"-'&.10&"'&?"" L1"08$"R1-"E)&&$%+"S'8(1//$(&,"+10"/$$2"&1"(1//$(&"+10%"*1)2" &1"&.$"%$90*)&1%")8"2$8(%';$2"1/"=)9$"i,")/2"+10"8.10*2")*81" $/80%$"&.)&"+10".)5$"(.18$/")"=%19%)6"-.$%$"&.$"R1-"E)&&$%+" S'8(1//$(&"7$)&0%$"'8")(&'5)&$2"H"8$$"=)9$"\\?"" Note - NEVER connect batteries or inverters to the load terminals of the controller.""L.$+"-'**"()08$".$)5+"(0%%$/&"7*1-" -.'(."6)+"2)6)9$"&.$"(1/&%1**$%? Light Controller Option L.$%$"'8")";0'*&"'/"*'9.&"(1/&%1**$%"-.'(."()/"8-'&(."*'9.&8"1/")&" /'9.&?"X.$/"&.$"51*&)9$"7%16"&.$"81*)%")%%)+"2%1=8,"&.$"R'9.&" C1/&%1**$%"70/(&'1/"-'**"8-'&(."1/"=1-$%"&1"&.$"*1)2"&$%6'/)*8?"47" +10".)5$"(1//$(&$2"*'9.&8"&1"&.$"*1)2"&$%6'/)*8,"&.$+"-'**"8-'&(." 1/"")&"208>")/2"8-'&(."177")&"2)-/?"(The solar panel voltage is used to sense the light level.) 47"&.$";)&&$%+"51*&)9$"2%1=8"&11"*1-,"&.$"*1-";)&&$%+"2'8(1//$(&" function overrides the light controller and turns the lights off. L1"08$"&.$"R'9.&"C1/&%1**$%"1=&'1/,"(.118$")"=%19%)6"-.'(." $/);*$8"&.'8"70/(&'1/,")8"2$8(%';$2"1/"=)9$"\\? 20 Dingo User Guide Further information L.'8"(1/&%1**$%"'8"()=);*$"17"61%$"&.)/"-.)&"'8"2$8(%';$2"'/"&.'8" user manual. B1%"'/71%6)&'1/"1/".1-"&1"(08&16'8$"+10%"%$90*)&'1/"8$&0=")/2" 8$&"0="*)%9$%"8+8&$68,")8"-$**")8"&.$"6)/+")22'&'1/)*"7$)&0%$8," consult the Reference Manual. This is available from your dealer 1%"()/";$"21-/*1)2$2"7%16"10%"-$;8'&$? Accessories These accessories can enhance the usefulness of your controller. External Battery Temperature Sensor (DT or DTB) L.$"SL"'8")"=*)8&'(H()8$2"0/'&"71%"2'%$(&")&&)(.6$/&"&1"&.$";)&&$%+" -)**?"L.$"SLE".)8")";1*&H1/"*09"71%")&&)(.'/9"&1"&.$";)&&$%+"&$%6'/)*" I$'&.$%"&$%6'/)*J?"4&"(1//$(&8"&1"&.$"LF")/2"LH"'/=0&8"1/"&.$" 9%$$/"=*09"'/"&$%6'/)*";*1(>"0/2$%"&.$"-'%'/9"(15$%?"@$$"@$(&'1/" 7.4.3 of the reference manual for details. L.$"71**1-'/9")(($881%'$8"=*09"'/&1"&.$"8$%')*"=1%&"81(>$&?"IPm\\J" External Shunt Adaptor (DSA) h="&1"710%"$Y&$%/)*"8.0/&8"()/";$")22$2"&1"&.$"(1/&%1**$%"&1")**1-"'&" &1"6$)80%$"*)%9$%"(0%%$/&8"&.)/"'&"'8"()=);*$"17"6$)80%'/9"2'%$(&*+?"L.$" 8.0/&")2)=&1%"6$)80%$8"&.$"(0%%$/&"'/")"8.0/&"I$9"@Ob]]J,"(1/5$%&8"'&" &1"2'9'&)*"'/71%6)&'1/")/2"8$/28"&.)&"'/71%6)&'1/";)(>"&1"&.$"(1/&%1**$%?" L.$"8.0/&"(1//$(&'1/"'8"'81*)&$2"81"&.$"8.0/&"()/";$"=*)($2"'/")/+"=)%&" 17"&.$"('%(0'&?"C0%%$/&8"0="&1"FjHbT]:"()/";$"%$)2"'/"]?\:"8&$=8?" Dingo User Guide 21 Computer/Modem Serial Interface (DUSB, D232) :"8$%')*"'/&$%7)($"'8")5)'*);*$"-.'(.")**1-8"&.$"(1/&%1**$%"&1" (1660/'()&$"-'&.")"(16=0&$%"1%";$"%$61&$")(($88$2"5')")"612$6?" E1&."h@E")/2"P@bab"5$%8'1/8")%$")5)'*);*$?"L.'8"'8")"<0'(>"-)+"&1" *1)2"8$&&'/98"1%"$Y&%)(&"=$%71%6)/($"2)&)?":**"17"&.$"2)&)"'8"%$61&$*+" )(($88';*$,")/2")**"8$&&'/98"()/";$")2[08&$2?"X'/21-8";)8$2"817&-)%$" '8")5)'*);*$"&1"21-/*1)2"&.$"2)&)?"S)&)"()/"&.$/";$"*1)2$2"'/&1")" 8=%$)28.$$&"1%"1&.$%")==*'()&'1/8? Future accessories X$"-'**";$")22'/9"/$-")(($881%'$8?"C.$(>"&.$"-$;8'&$"71%"&.$" 618&"0="&1"2)&$"*'8&"17")(($881%'$8?" 22 Dingo User Guide Settings Used in Programs 0-3 X.$/"=%19%)68"]Ha")%$" 8$*$(&$2,"&.$"(1/&%1**$%" automatically uses the values in the table on the right to (1/&%1*"'&8"1=$%)&'1/? The voltage settings are 8.1-/"(1%%$(&"71%"\b#" 1=$%)&'1/?"B1%".'9.$%" 51*&)9$8,"8()*$"&.$8$"0="I$9?" 71%")"bd#"8+8&$6,"60*&'=*+" each voltage figure by 2.) CHRG Parameter GMOD G ON (V) GOFF (V) GDEL (Min) GEXD (Day) GRUN (Hr) LOAD Parameter LOFF (V) L ON (V) LDEL (Min) Setting for program number 0 1 2 3 0 11.5 13.8 10 30 1.0 Setting for program number 0 1 2 3 11.3 12.8 10 SET/REG Setting for program number Parameter BMAX (V) EMAX (V) ETIM (Hr) EFRQ (day) ABSV (V) ATIM (Hr) FLTV (V) HYST (V) BRTN (V) CHRG (A) BFRQ (Day) TCMP 0 15.0 16.0 1.0 1 14.2 14.0 0 2 15.0 16.0 1.0 45 14.0 2.0 13.8 0.4 12.3 20 15 0 3 14.2 14.0 0 Dingo User Guide 23 Specifications Nominal system voltages 12,24,32,36,48 V Maximum voltage BAT+ to BAT 100 V Maximum short term voltage BAT+ to BAT (2 minutes) 120 V Maximum voltage SOL+ to BAT (for a 48V system) 100 V Maximum voltage LOAD+ to BAT+ 70 V Maximum voltage between the ‘G’ relay terminals 90 V Maximum voltage B+ sense to BAT+ +/ 30 V Maximum continuous charge current (SOL+) 20 A Maximum continuous load current (LOAD+) 20 A Maximum short term load current (5 minutes) 30 A Maximum ‘G’ relay contact current 300 mA Battery temperature sensor operating range 20 to +70 o C Maximum storage temperature 70 o C Supply current (device only, battery at 12V) <13 mA Supply current (device only, battery at 60V) <16 mA Maximum supply current (with accessories) 27 mA Meter accuracy <+/2% +/ 1 digit Maximum wire entry size (large terminals) 16mm2 (6 AWG) Wire size, Green terminal block 0.21.3mm2 (26 16 AWG) 24 Dingo User Guide