Rich electric Invertek SuperCombi SC-1500-12X User Manual Download

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Table of CONTENTS

Introduction.....................................................................................................................................

Features...................................................................................................................... 8

Layout ........................................................................................................................ 9

About SuperCombi ................................................................................................. 10

Specifications ........................................................................................................... 12

Dimensions............................................................................................................... 15

Chapter 1 Installation.....................................................................................................................

1.1 Box Contents...................................................................................................... 19

1.2 Location ............................................................................................................. 20

1.3 Requirements..................................................................................................... 21

1.4 Connection of Battery Cables .......................................................................... 21

1.5 Connection of AC Cabling ............................................................................... 22

1.6 AC Cabling Schematic Layout (Multiple Ciruits AC Output) ..................... 24

1.7 AC Cabling Schematic Layout (Single Ciruit AC Output)........................... 25

1.8 Second Battery .................................................................................................. 26

1.9 Voltage Sense ..................................................................................................... 26

1.10 Battery Temperature Sensor (BTS-3)........................................................... 26

1.11 Three Sets of Automatic Relays (RY1,RY2,RY3) Outputs......................... 26

1.12 Parrellel Conection ......................................................................................... 26

1.13 3-Phase Operation........................................................................................... 27

1.14 MEN (Main Earth Neutral) Grounding ....................................................... 27

1.15 Remote Control Panel (RSC-4)...................................................................... 27

1.16 Ventilation (Standard Single Unit)................................................................ 28

1.17 Ventilation (Optinal Fan Cover Application) "Standard Single Unit" ..... 28

1.18 Ventilation (Multible or 3-Phase Appliaction) ............................................. 29

Summary of Contents for Invertek SuperCombi SC-1500-12X

Page 1: ......

Page 3: ...atic Layout Multiple Ciruits AC Output 24 1 7 AC Cabling Schematic Layout Single Ciruit AC Output 25 1 8 Second Battery 26 1 9 Voltage Sense 26 1 10 Battery Temperature Sensor BTS 3 26 1 11 Three Sets...

Page 4: ...AC 3 Phase System 15 Modules 36 Chapter 3 Battery Types 3 1 Sealed Batteries 37 3 2 AGM 37 3 3 Gel 38 3 4 Flooded Batteries 38 3 5 Lead Calcium 39 3 6 Lead selenium 39 3 7 Lead Antimony 39 Chapter 4 O...

Page 5: ...69 MODE 3 Renewable Energy with Power Support 71 MODE 4 Renewable Energy with AC Charger Backup Support 75 Chapter 6 Programming A Group Initialize 80 B Group General 83 C Group Inverter 93 D Group B...

Page 6: ...o SuperCombi User Manual V7 19 Copyright 2009 Page 6 Appendix A EMC for Wall Mounting Vertical SuperCombi Appendix B LVD for Wall Mounting Vertical SuperCombi Appendix C C Tick for Wall Mounting Verti...

Page 7: ...Electric Co SuperCombi User Manual V7 19 Copyright 2009 Page 7 Introduction The Ultimate Interactive DC to AC Inverter Charger Power Management Control System ideally designed for Home Boat Caravan o...

Page 8: ...battery Programmable auxiliary relay contacts x3 Solar charging capacity up to a massive 1920Amps Remote control replica of main control panel with LCD display Power Stack Need more power Just keep st...

Page 10: ...ou even more flexibility when you are away from mains powered sites The SuperCombi has many unique features This includes stacking for increased power output 3 phase power option Requires optional par...

Page 11: ...er connected to your home or business and would like to conserve energy The SuperCombi has a Green Power Mode that is specifically designed for conserving energy If the system is permanently connected...

Page 12: ...oo low 9 9 e DC voltage ripple too high 9 9 f Temperature Sensor Transformer 105 105 Electronic Powerstage 70 70 Battery Temp BTS 3 50 50 Humidity 0 95 non condensing 0 95 non condensing Power support...

Page 13: ...W 8W Power Save 12W Normal 12W Power Save 18W Normal CHARGER Input Voltage Range VAC 180 265 VAC 94 138 VAC Input Frequency 45 55Hz 55 65 Hz Power Factor 1 Charge Characteristic 4 stage adaptive Bulk...

Page 14: ...9V 230v Model Trip Level AC High Input to Inverter Default Setting 143 VAC 120 143V 110v Model 270 VAC 230 270V 230v Model Min Max Frequency Range 45 55 Hz 55 65 Hz MECHANICAL Cabinet Protecting Class...

Page 15: ...Vertical SuperCombi 1500W SC 1500W 12 24 Unit mm AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1 MODE 2 MODE 3 MOD...

Page 16: ...rCombi User Manual V7 19 Copyright 2009 Page 16 Dimensions 1500watt Model Installation Holes for Wall Mounting Vertical SuperCombi 1500W SC 1500W 12 24 Backside Mounting Holes Bottom Mounting Holes 10...

Page 17: ...cal SuperCombi 3000W SC 3000W 12 24 Unit mm AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1 MODE 2 MODE 3 MODE 4 M...

Page 19: ...CENSED ELECTRICIAN AND MUST CONFORM TO AS3000 WIRING REGULATIONS OR RELEVANT STANDARDS For other regions the installation and wiring should comply with relevant National Standards and Practices 1 1 Bo...

Page 20: ...s and circuit breakers Try and keep the distance between the product and battery to a minimum in order to minimize cable voltage losses The system should always be earthed for lightning and to reduce...

Page 21: ...WG NOTE Consult your battery manufacturer for correct battery sizing for your application Battery cable sizes are based on recommended cable length of 2 meters Longer cable lengths will require large...

Page 22: ...labeled AC IN The terminal points are indicated clearly From left to right L phase N neutral and G earth External fuses or circuit breakers must be installed The AC input circuit breaker built in to t...

Page 23: ...MIN AC Cable Size single Twin core and earth Model MAX Circuit Breaker Current Enclosed conduit Unenclosed free air 1500watt 25Amp 4mm 2 5mm 3000watt 50Amp 16mm 10mm 6000watt 100Amp 35mm 25mm THE OUTP...

Page 24: ...ng Schematic Layout Multiple Circuit AC Output ALL AC WIRING MUST BE CARRIED OUT BY A LICENSED ELECTRICIAN AND MUST CONFORM TO AS3000 WIRING REGULATIONS OR RELEVANT STANDARDS For other regions the ins...

Page 25: ...ing Schematic Layout Single Circuit AC Output ALL AC WIRING MUST BE CARRIED OUT BY A LICENSED ELECTRICIAN AND MUST CONFORM TO AS3000 WIRING REGULATIONS OR RELEVANT STANDARDS For other regions the inst...

Page 26: ...ers to connect to other appliances or to output the alarm signals 3 sets of relays can be programmed for respective function E Group Constants and can be practically applied which is one of the greate...

Page 27: ...cm For better ventilation please install the fan cover optional The Battery Temperature Sensor BTS voltage sensor V SENS and remote control panel RSC must be connected to Master The cables for each S...

Page 28: ...nit is installed nearby wall side which Blocks the airflow coming to the unit The fan cover is needed The SuperCombi also supports connection of an External fan This is very useful when the SuperCombi...

Page 29: ...18 Multiple and 3 Phase Application When there is more than one SuperCombi in parallel connection or 3 phase connection the optional accessory fan covers are highly recommended to be installed for eac...

Page 30: ...Rich Electric Co SuperCombi User Manual V7 19 Copyright 2009 Page 30 Chapter 2 Wiring Connections 2 1 Lower Front Panel Connection for Wall Mounting Vertical SuperCombi P G H I O M N L J K E F A B C D...

Page 31: ...or F Vsens Battery Voltage Sense Connecting terminal for Battery Voltage feedback G RY1 contact Connecting terminal for auxiliary contact 1 H RY2 contact Connecting terminal for auxiliary contact 2 I...

Page 32: ...NING Don t reverse the and of the battery This may cause internal damage AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM...

Page 33: ...on t reverse the and of the battery This may cause internal damage AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1...

Page 34: ...damage Parallel Box AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1 MODE 2 MODE 3 MODE 4 MODE ERR COM CHARGER ERR...

Page 35: ...Phase Box AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1 MODE 2 MODE 3 MODE 4 MODE ERR COM CHARGER ERR COM DC SW1...

Page 36: ...R AC IN CHARGER SOLAR SOLAR INVERTER AC OUT ATS POWER Invertek SuperCombi DSPL ENT RUN STOP REMOTE R BATTERY BULK ABSOR FLOAT COM ERR 1 MODE 2 MODE 3 MODE 4 MODE ERR COM CHARGER ERR COM DC SW1 DC OUT...

Page 37: ...commend constant voltage charging to 2 45 volts cell 14 7V For cycling applications charging to 14 4V or 14 5V is often recommended Typical float voltage of 13 5 13 8v AGM batteries are commonly repla...

Page 38: ...r inverter systems over the years The advantages of flooded batteries are normally very cost effective Flooded batteries can offer good service life for deep cycle applications In cycling applications...

Page 39: ...cells are rugged and provide long service life with deep discharge capability However these batteries self discharge much faster and the self discharging increases up to five times the initial rate as...

Page 40: ...f the Combi This switch in the ON position will by default resume functions previously running when the POWER switch was turned off The RUN STOP button changes the Combi between Standby and Operation...

Page 41: ...onnected 2 Day or Night cloudy day 4 SOLAR CHARGER Solar module is charging the batteries No external solar charger is connected 5 AC OUT There is voltage at the AC OUT terminal 6 INVERTER Green Inver...

Page 42: ...DC Generator is connected and working 12 DC CHARGER Green DC Generator is charging the batteries 13 DC CONTROLLER Green DC controller is connected DC OUT 1 14 DC CONTROLLER Green DC controller is conn...

Page 43: ...at Parameter Edit Before changing from one mode to another it has to stop running and be in STOP mode PB6 DSPL Multi display select key PB7 ENTER Data write in key PB8 UP Increment key PB9 DOWN Decre...

Page 44: ...d See Key Pressed Beep Select O2 01 menu Refer page 44 4 When the front panel is not in use it will go to sleep after a set period of time O1 02 Once any key is pressed the front panel display will il...

Page 45: ...sion modules status This is U Monitor Group constants Initialize Operation Condition Setting Group A Initialize Group Multi language setting constants initialization setting and constants modification...

Page 46: ...monitor selections will be showed on LCD Display U1 05 Battery Voltage is the initial display shown z All the constants in U1 Group can be programmed U1 01 U 26 O1 02 Key Idle Detect Time Main Menu P...

Page 47: ...nstant O2 02 to reset elapsed time O2 03 Elapsed Time Select Main Menu Programming ENT Operator ENT Key Selections ENT Setting Function O2 03 0 Initial setting The elapsed time started to be counted a...

Page 48: ...in Menu Programming ENT Operator ENT Key Selections ENT z When O2 09 0 Display Idle Function is disabled z Use constant O2 09 to set the idle time when the keypad is not operated and all the LCD Displ...

Page 49: ...Menu Operation ENT Monitor ENT z Use constant U1 03 to monitor AC OUT voltage value in unit of 0 1V U1 04 AC OUT Current Main Menu Operation ENT Monitor ENT z Use constant U1 04 to monitor AC OUT curr...

Page 50: ...ation ENT Monitor ENT Use constant U1 10 to monitor the ON OFF status of 3 sets of Aux Relay RY1 RY2 RY3 Please see NOTE 2 in Chapter 5 of the User Manual U1 11 Elapsed Time Main Menu Operation ENT Mo...

Page 51: ...cted to the extension port Port C U1 16 Solar Supply Current Main Menu Operation ENT Monitor ENT z Use constant U1 16 to monitor the solar supply current value in unit of 0 1A U1 17 Solar Supply Power...

Page 52: ...0 01V U1 30 DC Load Status Main Menu Operation ENT Monitor ENT z Use constant U1 22 to monitor the DC Switch Load output after DC SW module is connected to the extension port Port C U1 35 External AT...

Page 53: ...T z Use constant U2 02 to monitor the last fault that has been recorded U2 03 AC IN Voltage Main Menu Operation ENT Fault Trace ENT z Use constant U2 03 to monitor the AC input voltage value in unit o...

Page 54: ...occurs U2 09 Battery Current Main Menu Operation ENT Fault Trace ENT z Use constant U2 09 to monitor the battery current value in unit of 0 1A when the current fault occurs U2 10 Control Mode Main Me...

Page 55: ...nitor the solar charge current value in unit of 0 1A when the current fault occurs U2 16 Solar Supply Power Main Menu Operation ENT Fault Trace ENT z Use constant U2 16 to monitor the solar supply pow...

Page 56: ...e constant U2 21 to monitor the DC Gen output voltage House Battery value in unit of 0 01V when the current fault occurs U2 30 DC Load Status Main Menu Operation ENT Monitor ENT z Use constant U1 30 t...

Page 57: ...Fault History ENT z Use constant U3 02 to monitor the most recent second fault stored in the software U3 03 Fault Message 3 Main Menu Operation ENT Fault History ENT z Use constant U3 03 to monitor t...

Page 58: ...e elapsed time before the most recent second fault occurs U3 07 Elapsed Time 3 Main Menu Operation ENT Fault History ENT z Use constant U3 07 to monitor the elapsed time before the most recent third f...

Page 59: ...AC Generator has Priority to Support the AC Load with Dynamic Power Shifting MODE 3 Renewable Energy has Priority to Charge the batteries The Combi Inverter has Priority to Support the AC load with AC...

Page 60: ...f SC 3000 242 When SuperCombi enters to MODE 1 B2 09 AC IN DynaCur Limit 0 Disable and the value of B2 18 MODE1 ACINCurrent Lmt will be loaded to B2 05 INVERTER Mode z When AC IN 0 A AC OUT load is co...

Page 61: ...ve Power Sharing Mode a z In this example All AC loads are off with the SuperCombi constant B2 05 5A AC IN Current Limit The AC CHARGER will not take more than 5A with limits to battery charge current...

Page 62: ...ome small loads are switched on and load increase to 3A Only 5 3 2A is left to Charge the batteries and charge current is reduced to about 30A Note Shore current is automatically limited to 5A and the...

Page 63: ...r Sharing Mode c z The load is switched on and current consumption increase to 5A Nothing is left to charge the battery z The charge current is automatically reduced to 0A and the AC input circuit bre...

Page 64: ...here Power Assist is needed z The bidirectional converter starts operating as inverter to add 6A to the 5A that is available from the shore side Total 6 5 11A and no overload on the AC supply z As soo...

Page 65: ...c Power Shifting When SuperCombi enters to MODE 2 B2 09 AC IN DynaCur Limit 1 Enable and the value of B2 19 MODE 2 ACINCurrent Lmt will be loaded to B2 05 INVERTER Mode z When AC IN 0 A AC OUT load is...

Page 66: ...ve Power Sharing Mode a z In this example All AC loads are off with the SuperCombi constant B2 05 5A AC IN Current Limit The AC CHARGER will not take more than 5A with limits to battery charge current...

Page 67: ...ome small loads are switched on and load increase to 3A Only 5 3 2A is left to Charge the batteries and charge current is reduced to about 30A Note Shore current is automatically limited to 5A and the...

Page 68: ...r Sharing Mode c z The load is switched on and current consumption increase to 5A Nothing is left to charge the battery z The charge current is automatically reduced to 0A and the AC input circuit bre...

Page 69: ...no mains available The Green Power Smart feature uses renewable energy such as solar wind and hydro generation to recharge the batteries and will only connect to the mains grid or start the generator...

Page 70: ...ttery bank at the mains off peak power rate If the SuperCombi is installed in a boat or where there is no mains power available a signal can be sent to the generator to automatically start and stop it...

Page 71: ...bi enters to MODE 3 B2 09 AC IN DynaCur Limit 0 Disable and the value of B2 20 MODE3 ACINCurrent Lmt will be loaded to B2 05 INVERTER Mode z When the battery voltage is not lower than B2 14 voltage va...

Page 72: ...plied by AC IN power z In Mode 3 The AC CHARGER will remain OFF The batteries will only be recharged by renewable energy input such as solar wind generator or DC generator charger z The difference bet...

Page 73: ...ad adds and the current increases to 11A This is where Power Support function is needed ATS ON AC CHARGER OFF INVERTER ON Power Support Mode ON z As soon as the load reduces to less than 5A power assi...

Page 74: ...is recharged by other renewable energy source battery voltage is higher than B2 14 voltage value and longer than second time set in B2 15 inverter mode takes priority to supply voltage to AC OUT agai...

Page 75: ...en SuperCombi enters to MODE 4 B2 09 AC IN DynaCur Limit 0 Disable and the value of B2 19 MODE4 ACINCurrent Lmt will be loaded to B2 05 1 INVERTER Mode z When the battery voltage is not lower than B2...

Page 76: ...value and longer than the second time set in B2 11 ATS will be switched on to ensure AC OUT to continuously the load At the moment AC OUT will be supplied by AC IN power At the same time the interacti...

Page 77: ...24 B2 25 B2 26 B2 27 B2 28 The timer will allow AC charging of the battery within this time Constants B2 10 B2 11 and B2 12 B2 13 are not affected by the timer The AC charger will turn ON during this...

Page 78: ...ent increases to 11A This is where Power Support function is needed ATS ON AC CHARGER OFF INVERTER ON Power Support Mode ON z As soon as the load reduces to less than 5A any current that is left over...

Page 79: ...eat z When the battery voltage is higher than B2 12 voltage value and longer than second time set in B2 15 inverter mode takes priority to supply voltage to AC OUT again for load consumption Battery S...

Page 80: ...tialize A1 Group Initialize A1 01 Access level z Use constant A1 01 to select the user constant access level This level determines which user constants can be changed and displayed Setting Function A1...

Page 81: ...1 Reserved under development A1 02 2 Reserved under development A1 02 3 Reserved under development A1 02 4 Reserved under development A1 02 5 Reserved under development A1 02 6 Reserved under developm...

Page 82: ...and press RUN STOP key and UP key at the same time till A1 05 parameter occurs 4 Enter the desired password max 4 digits 5 Press UP key to leave A1 05 Above procedure completes locking the constants...

Page 83: ...o set the output frequency at INVERTER AC output Setting Function B1 01 0 Initial setting 50Hz at INVERTER AC output B1 01 1 60Hz at INVERTER AC output z B2 08 AC IN Frequency Range Setting Function W...

Page 84: ...l B2 02 also changes Note B2 02 can be ignored for a short time when AC IN Waveform Check B2 06 is Disabled B2 06 0 z When the AC IN voltage drops due to the increasing charge current the AC CHARGER w...

Page 85: ...ower Support enabled there is a minimum value for the AC input current limit Please see the note at Power Support page 71 B2 06 AC IN Waveform Check Main Menu Programming ENT General ENT Auto transfer...

Page 86: ...l z When ATS closes AC IN is transferred to AC OUT the Neutral is first disconnected from G terminal Setting Function B2 07 0 The internal ground relay is open with G terminal B2 07 1 Initial setting...

Page 87: ...teries are fully charged Therefore no current from generator is drawn z At this moment we connect a load of 7A to the SuperCombi with this setting B2 09 disabled the SuperCombi would not react because...

Page 88: ...used to set ATS to be ON when the battery voltage is lower than B2 14 voltage value and longer than the second time set in B2 15 in MODE3 ATS ON INVERTER OFF AC CHARGER ON z MODE 3 B2 16 and B2 17 ar...

Page 89: ...or both battery charger and inverter output power Support z When using constant B2 19 the values determine the actual AC current limit B2 20 MODE3 ACIN Current Lmt Main Menu Programming ENT General EN...

Page 90: ...er is in unit of Hour 0 23 and Minutes 0 59 B2 25 MODE4 Timer2 On Time B2 26 MODE4 Timer2 OffTime Main Menu Programming ENT General ENT Auto transfer Switch ENT z Constants B2 25 and B2 26 are only ef...

Page 91: ...e number of SuperCombi Master Slaves and set the limit accordingly So an example of setting the B2 05 10A in a parallel system with 3 SuperCombi would result in a limit of 3 10A 30A z Please Note If h...

Page 92: ...nitial setting 2 3 Phase connection system is called Follower B4 02 1 2 3 Phase connection system is called Master B4 03 2 3 Phase Type Main Menu Programming ENT General ENT 2 3 Phase ENT z Use consta...

Page 93: ...ill automatically go to 11 6V 10 0 1 6 after C1 02 is changed to 10 0V C1 03 Battery Low V Restart Main Menu Programming ENT Inverter ENT z This setting forms a pair with Bat Low V Shut down C1 02 Wit...

Page 94: ...setting is a special setting for power Support mode when the SuperCombi is charging and due to a sudden load the AC IN current exceeds the AC IN Current Limit B2 05 the SuperCombi will switch to power...

Page 95: ...d only be changed by a qualified engineer z Do not use non rechargeable batteries z Batteries should be placed in a dry and well ventilated area during charging The product default settings are for ch...

Page 96: ...orption time from the Bulk time The maximum Absorption time of these charge curves is determined by Absorption Time D1 06 setting z The Adaptive Battery safe D1 02 3 curve has a special regulation in...

Page 97: ...rve is fixed D1 02 1 then this setting is used to determine the absorption time z In all other cases this setting determines the maximum absorption time D1 07 Float Voltage Main Menu Programming ENT C...

Page 98: ...ours z This setting can be disabled because it does not always indicate a problem when the bulk phase lasts very long The charge current can be very low due to limited AC input current and or AC loads...

Page 99: ...ed E1 03 Udc Lower than Voltage E1 04 Udc Lower for sec Main Menu Programming ENT Aux Relay ENT z Use thse settings to switch the Aux Relay 1 ON When battery voltage becomes lower than a certain limit...

Page 100: ...an internal alarm situation E1 11 Temp Alarm Select When E1 12 0 ignore this setting E1 12 Temp Alarm for sec Main Menu Programming ENT Aux Relay ENT z If you want to switch on the Aux Relay 1 when t...

Page 101: ...want to switch on the Aux Relay 1 when there is a battery voltage ripple alarm This setting E1 17 can be used to choose between pre alarm or normal alarm z As with other Aux Relay 2 setting a delay v...

Page 102: ...y voltage becomes lower than a certain limit E2 03 for a certain time E2 04 Note If E2 04 0 sec Initial Setting then E2 03 is ignored E2 05 Udc Higher than Voltage E2 06 Udc Higher for sec Main Menu P...

Page 103: ...special off condition one can use this setting and the Aux Relay 1 will switch off automatically when there has been no ON condition for a certain time E2 10 E2 11 AC IN loss for sec When E2 11 0 ign...

Page 104: ...u Programming ENT Aux Relay ENT z If you want to switch off the Aux Relay 1 when there is no OverLoad alarm this setting E2 16 can be used to choose between pre alarm or normal alarm z As with other A...

Page 105: ...Aux Relay ENT z Use constant E2 21 to switch Aux Relay 1 OFF When the system time has reached the second set of time specified by E2 21 Aux Relay 1 will be switched OFF Note If E2 21 00 00 then E2 21...

Page 106: ...This is used to invert the Aux Relay 1 So ON becomes OFF and OFF becomes ON In the program the labels are adapted to reflect this inversion E7 03 Aux1 not Switch Off Time Aux Relay 1 does not switch o...

Page 107: ...F1 02 Solar Charger Reset Amp Hours Main Menu Programming ENT Solar Charger ENT Setting Function F2 02 0 Initial setting 0 No Do not Reset Solar Amp Hours F2 02 1 1 Yes Reset Solar Amp Hours z This is...

Page 108: ...arter Battery is lower than G1 04 voltage value and longer than the second time set in G2 05 G1 02 Start Batt Full volt Main Menu Programming ENT DC Generator ENT z Use constant G1 02 to adjust the DC...

Page 109: ...3v the DC Generator input will wait for the set time Start Battery Full Time G1 03 20sec before allowing the charger to be connected to the house batteries This is useful when charging from a starter...

Page 110: ...st over voltage G1 11 Over Voltage Cut In Main Menu Programming ENT DC Generator ENT z Use constant G1 11 to adjust the DC Gen over voltage reconnection Input voltage This voltage will turn ON the DC...

Page 111: ...stant H1 02 the DC controller will be disconnected H1 03 Low Voltage for sec Main Menu Programming ENT DC Controller 1 ENT z Use constant H1 03 to determine the minimum disconnect detection time Once...

Page 112: ...otect the load against over voltage output H1 07 Over Voltage Cut In Main Menu Programming ENT DC Controller 1 ENT z Use constant H1 07 to adjust the DC Load over voltage reconnection Input voltage Th...

Page 113: ...e is lower than H2 02 for longer than H2 02 The DC controller will disconnected load to prevent the battery from being exhausted H2 04 Reconnect Voltage Main Menu Programming ENT DC Controller 2 ENT z...

Page 114: ...n H2 09 is ignored H2 10 Timer 2 ON Time Main Menu Programming ENT DC Controller 2 ENT z Use constant H2 10 to switch DC Controller 2 ON When the system time has reached the second set of time specifi...

Page 116: ...Output Frequency B1 01 0 Programming General Output Frequency 50Hz 50Hz MENU GROUP Function Parameters Parameter Edit Main Menu Group B Function B1 Output Frequency B1 01 0 Programming General Output...

Page 117: ...U1 05 24 0V U1 12 U1 19 0AH U1 26 0A Battery RippleVoltag CPU ID 1 DC Gererator Status Mains Voltage U1 06 0 0V U1 13 CPD0706 U1 20 xxx U1 01 220V Battery Current CPU ID 2 DCGen Supply Current U1 07 0...

Page 118: ...y B1 01 0 Programming General Output Frequency 50Hz 50Hz Entry Accepted Group C Function B2 B1 01 1 Inverter Auto Transfer Switch 60Hz Group D Function B3 Charger Parallel System Group E Function B4 A...

Page 119: ...ut Frequency B2 04 270V Group O AC IN Current Limit AC IN Low Disconnect Operator B2 05 16A 1 81V Group B AC IN Waveform Check General Active AC IN Low Disconnect 18 1 V Ground Relay Connect AC IN Fre...

Page 120: ...up B General Main Menu Programing Function B3 B3 01 DSPL DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER MENU GROUP Function Parameters Parameter Edit Main Menu Operation Main Menu Initialize M...

Page 121: ...ction C1 C1 01 DSPL DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER MENU GROUP Function Parameters Parameter Edit Main Menu Operation Main Menu Initialize Main Menu Group B Programming General Group C Inv...

Page 122: ...ec Main Menu Programing Group E Function E1 E1 01 DSPL DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER MENU GROUP Function Parameters Parameter Edit Main Menu Operation Main Menu Initialize Mai...

Page 123: ...1 01 DSPL DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER MENU GROUP Function Parameters Parameter Edit Main Menu Operation Main Menu Initialize Main Menu Group B Programing General Group C DC Generator E...

Page 124: ...O1 01 DSPL DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER DSPL ENTER MENU GROUP Function Parameters Parameter Edit Main Menu Operation Main Menu Initialize Main Menu Group B Function O1 Programming Gene...

Page 126: ...NOTE 1 U1 10 Aux Relay Status NOTE 2 U1 11 Elapsed Time 1hour U1 12 Bat Temp Sensor 1 C U1 13 CPU Version U1 14 System Time U1 15 Solar Charger Status NOTE 5 U1 16 Solar Supply Current 0 1A NOTE 5 U1...

Page 127: ...ple Volt 0 1V U2 09 Battery Current 0 1A U2 10 Control Mode U2 11 Operation Status NOTE 1 U2 12 Aux Relay Status NOTE 2 U2 13 Elapsed Time 1hour U2 Fault Trace U2 14 Solar Charger Status NOTE 5 U2 15...

Page 128: ...it Parameters 0 1 1 0 0 No Initialize 1 Default Setting Initialize A Initialize A1 Initialize A1 04 Password 1 0 999 1 0 B1 Output Frequency B1 01 Output Frequency 0 1 1 0 0 50 Hz 1 60 Hz B2 01 AC IN...

Page 129: ...sec B2 16 MODE 3 BatHi V ATSOFF 0 32 0 0 16 0 0 01V 28 8V 14 4V B2 17 MODE 3 BatHi S ATSOFF 0 255 1 sec 60 sec B2 18 MODE1 ACINCurrent Lmt NOTE 3 0 1A NOTE 3 B2 19 MODE2 ACINCurrent Lmt NOTE 3 0 1A NO...

Page 130: ...1 Enable B3 Parallel B3 01 Number of Slave 0 4 1 0 B4 01 2 3 Phase Connection 0 1 1 0 0 Disable 1 Enable B4 02 2 3 Phase Master 0 1 1 0 0 Slave 1 Master B General B4 2 3 Phase B4 03 2 3 Phase Type 0 2...

Page 131: ...ect 0 1 1 1 0 Disable 1 Enable E1 01 LOAD Higher than A NOTE 3 0 01A NOTE 3 E1 02 LOAD Higher for sec 0 255 1sec 0sec E1 03 Udc Lower than V NOTE 3 0 01V NOTE 3 E1 04 Udc Lower for sec 0 255 1sec 0sec...

Page 132: ...1sec 0sec E2 05 Udc Higher than V NOTE 3 0 01V NOTE 3 E2 06 Udc Higher for sec 0 255 1sec 0sec E2 07 Charging for sec 0 255 1sec 0sec E2 08 Fan Off for sec 0 255 1sec 0sec E2 09 Charge Finished Min 0...

Page 133: ...V NOTE 3 0 01V NOTE 3 E3 06 Udc Higher for sec 0 255 1sec 0sec E3 07 Not Charge for sec 0 255 1sec 0sec E3 08 Fan On for sec 0 255 1sec 0sec E3 09 When bulk Protection 0 1 1 0 0 Disable 1 Enable E3 10...

Page 134: ...NOTE 3 E4 06 Udc Higher for sec 0 255 1sec 0sec E4 07 Charging for sec 0 255 1sec 0sec E4 08 Fan OFF for sec 0 255 1sec 0sec E4 09 Charge Finished Min 0 1000 1min 0 E4 10 RY2 not ON for mins 0 1000 1...

Page 135: ...V NOTE 3 0 01V NOTE 3 E5 06 Udc Higher for sec 0 255 1sec 0sec E5 07 Not Charge for sec 0 255 1sec 0sec E5 08 Fan ON for sec 0 255 1sec 0sec E5 09 When bulk Protection 0 1 1 0 0 Disable 1 Enable E5 10...

Page 136: ...NOTE 3 E6 06 Udc Higher for sec 0 255 1sec 0sec E6 07 Charging for sec 0 255 1sec 0sec E6 08 Fan OFF for sec 0 255 1sec 0sec E6 09 Charge Finished Min 0 1000 1min 0 E6 10 RY3 not ON for mins 0 1000 1...

Page 137: ...Invert Select 0 1 1 0 0 Normal 1 Invert switch E7 03 Aux1 notSwitchOff T 0 1000 1 min 0 E8 Aux Relay 2 Option E8 01 Aux2 Usage Select 0 1 1 0 0 Do not use Aux 1 Use Aux E8 02 Aux2 Invert Select 0 1 1...

Page 139: ...ec 60 sec G1 08 House Batt Low Volt 0 16V 0 01V 13 2V G1 09 House Batt Low Time 0 255sec 1sec 20 sec G1 10 Over Voltage CutOut 0 16V 0 01V 15 2V G1 11 Over Voltage Cut in 0 16V 0 01V 14 9V G1 12 Min S...

Page 140: ...for sec 0 255sec 1sec 10sec H2 06 Over Voltage Cut Out 0 16V 0 01V 15 2V H2 07 Over Voltage Cut In 0 16V 0 01V 14 9V H2 08 Timer 1 ON Time Hour 0 23 Minute 0 59 1 00 00 H2 09 Timer 1 OFF Time Hour 0 2...

Page 141: ...1hour 0 O2 03 Elapsed Time Select 0 1 1 0 0 Power ON 1 Run Time O2 04 SuperCombi Model O2 06 MODE Key Hold Time 2 10 1sec 5 sec O2 07 RUN STOP KeyHoldTime 2 10 1sec 2 sec O2 08 Auto Run Select 0 1 1 1...

Page 142: ...1 Fault Udc ripple 0 OK 1 Udc ripple Pre alarm OL 0 OK 1 Over load pre alarm Battery Low 0 OK 1 Battery low pre alarm Remoter 0 Remoter disconnect 1 Remoter connect AC OUT 0 No output 1 output AC IN 0...

Page 144: ...2 180 230 1V 180V 181 231 1V 187V 229 269 1V 265V 230 270 1V 270V SC 1500 242 180 230 1V 180V 181 231 1V 187V 229 269 1V 265V 230 270 1V 270V SC 3000 242 180 230 1V 180V 181 231 1V 187V 229 269 1V 265...

Page 145: ...26 0 0 01V 18 6V 21 8 34 0 0 01V 21 8V SC 3000 241 4 0 60 0 0 1A 60 0A 94 128 1V 120V 18 6 23 0 0 01V 18 6V 21 8 34 0 0 01V 21 8V D1 03 D1 07 D1 08 E1 01 E3 01 E5 01 Constant Model Range Unit Factory...

Page 146: ...2 0 35 0 0 01V 23 5V 0 35 0 0 01V 32 0V 0 42 6 0 01A 3 32A 0 35 0 0 01V 23 5V SC 1500 121 0 17 5 0 01V 11 75V 0 17 5 0 01V 16 0V 0 44 75 0 01A 3 18A 0 17 5 0 01V 11 75V SC 3000 121 0 17 5 0 01V 11 75V...

Page 147: ...11 Bat Temp Sensor 12 CPU Version 13 System Time 14 Solar Charger Status 15 Solar Supply Current 16 Solar Supply Power 17 Solar Amp Hours 18 Solar Total Amp Hours O1 01 19 DC Generator Status NOTE 5 T...

Page 148: ...6 26 0 0 01V 18 6V 21 8 34 0 0 01V 21 8V SC 3000 241 16 32 0 01V 26 6V 0 255 1sec 120V 18 6 23 0 0 01V 18 6V 21 8 34 0 0 01V 21 8V G2 02 G2 03 G2 04 G2 05 Constant Model Range Unit Factory Setting Ran...

Page 149: ...V 2 32V 0 01V 25 6V 2 32V 0 01V 28 8V 2 32V 0 01V 26 4V SC 3000 241 2 32V 0 01V 26 6V 2 32V 0 01V 25 6V 2 32V 0 01V 28 8V 2 32V 0 01V 26 4V H1 H2 02 Low Volt Disconnect H1 H2 04 Reconnect Voltage H1 H...

Page 150: ...parameter occurs 9 Enter the desired password max 4 digits 10 Press UP key to leave A1 05 Above procedure completes locking the constants setting and no more programming selection would appear A1 01...

Page 151: ...alue range blink The battery voltage is low Charge the battery or check the battery connections The SuperCombi cuts out because the battery voltage is too low Charge the battery or check the battery c...

Page 152: ...ables and reset the SuperCombi Power OFF and ON again blink Battery charger is not in normal charging status to cause battery voltage too high Incorrect battery voltage connection 12V system but conne...

Page 153: ...er is not functioning SuperCombi internal circuit breaker has tripped Reset the internal circuit breaker Incorrect charging current Set the charging current at between 0 1 0 2 battery capacity A defec...

Page 154: ...capacity A defective battery Replace the battery The battery is overcharged The battery is too hot Connect a Battery Temperature Sensor BTS 3 Battery over temperature 50 1 Allow battery to cool Down 2...

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