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60  |  SAMLEX AMERICA INC.    

 

3.17 SHORE BASED INSTALLATION

3.17.1 Typical Shore Based Installation

Fig. 3.12 illustrates a typical shore based installation for EVO-1212F / EVO-1224F. Fig 3.13 il-
lustrates typical shore based installation for EVO-1212F-HW / EVO-1224-HW.

 

—

Battery is connected to the DC input connections through DC Electrical Panel with an ap-

propriate fuse to protect the DC input cables against short circuit

 

—

Battery Charger Temperature Sensor Model  EVO-BCTS is installed on the Positive or Nega-

tive post of the battery and connected to the RJ-45 Jack for the Temperature Sensor

 

—

Supplementary battery charging is being carried out through a solar array and a Charge 

Controller connected to the DC input provided for external charge controller.

 

—

AC input to the EVO

TM

 is fed from the Grid. Alternatively, AC input may be fed from a generator.

 

—

AC output from the EVO

TM

 is fed to the AC Electrical Sub-Panel for EVO

TM

  

WARNING!

In case generator is used to feed AC input to the EVO, the following should be ensured:
•   Ensure that the Neutral of the generator is bonded to the chassis of the generator. 

Please see Section 3.14.1 for details.

•   If the Generator is a 120VAC / 240VAC Split Single Phase with 120 VAC phase fed to 

the EVO

TM

, then both 120 VAC Split Phases of the generator should be equally loaded 

(balanced) to prevent deterioration of regulation of generator's output voltage / fre-
quency. Poor regulation of generator output voltage / frequency may lead to interruption 
of charging / AC pass through in the EVO

TM

 (EVO will transfer to Inverting Mode).

MISE EN GARDE!

En cas générateur est utilisé pour l'alimentation d'entrée AC à l'EVO, les dispositions suivantes devraient être prises :

 

 S'assurer que le neutre du générateur est fixé sur le châssis du générateur. Veuillez voir la section 3.14.1 pour 
plus de détails.

 

 Si le générateur est un 120 VAC / 240 VAC monophasé avec Split 120VCA alimenté phase à l'EVO, puis les 
deux phases de 120 V C.A. Split le générateur devrait être tout aussi chargé (équilibré) afin de prévenir la 
détérioration du règlement de générateur&# 039;s fréquence/tension de sortie. Une mauvaise régulation de 
tension / fréquence de sortie du générateur peut conduire à l'interruption de la charge / AC passer à travers 
dans l'EVOTM (EVO va transférer à l'inversion de mode).

SECTION 3  |  

Installation

Summary of Contents for Evolution EVO-1212F

Page 1: ...EvolutionTM Series Inverter Charger Pure Sine Wave Models EVO 1212F EVO 1212F HW EVO 1224F EVO 1224F HW Please read this manual BEFORE operating Firmware Rev 0 74 Owner s Manual...

Page 2: ...TECHNICAL OR OTHER INFORMATION PROVIDED IN ITS MANUALS OR OTHER DOCUMENTATION 2 ASSUMES NO RESPONSIBILITY OR LIABILITY FOR LOSSES DAMAGES COSTS OR EXPENSES WHETHER SPECIAL DIRECT INDI RECT CONSEQUENT...

Page 3: ...ad these instructions BEFORE installing or operating the unit to prevent per sonal injury or damage to the unit WARNING CAUTION 1 WARNING To reduce risk of explosion do not install in machinery space...

Page 4: ...ical Codes will supersede these guidelines 10 Tightening torques to be applied to the wiring terminals are given in Table 1 4 11 This unit has been provided with integral protections against overloads...

Page 5: ...a battery always remove the Ground terminal from the battery first Make sure that all the accessories are off so that you do not cause a spark Lithium Batteries Ensure that voltage current and chargin...

Page 6: ...ernal Fuse Based on NEC Ampacity at Column 3 Column 9 Cable Running Distance between the Unit and the Battery Cable Routing In Free Air Cable Running Distance between the Unit and the Battery Cable Ro...

Page 7: ...u 1 2 pour le dimensionnement des disjoncteurs pour les circuits de sortie AC Codes lectriques nationaux et locaux remplaceront ces lignes directrices 8 ATTENTION Les bornes de la batterie sont destin...

Page 8: ...ntres lorsque vous travaillez avec des batteries Les batteries peuvent produire un court circuit suffisamment lev pour souder une bague ou autre m tal et ainsi causer de graves br lures Si vous devez...

Page 9: ...ence in a circuit containing both inductances and capacitances the net Reactance X will be equal to the difference between the values of the inductive and capacitive reactances The net Reactance X wil...

Page 10: ...ransformers e g Isolation Transformers Step up Step down Transformers Power Transformer in Microwave Oven etc At the moment when AC power is supplied to a transformer the transformer draws very heavy...

Page 11: ...tive Load A device or appliance that consists of a combination of resistive inductive and capacitive elements like motor driven tools refrigeration compressors microwaves computers audio video etc The...

Page 12: ...uencies These capacitors are used in ballasts for fluorescent lighting for Power Factor improvement and in single phase induction motors as start and run capacitors Thus Modified and Square Wave Inver...

Page 13: ...r ratings in Section 1 2 under DEFINITIONS i INFO The manufacturers specification for power rating of AC appliances and devices indicates only the Maximum Continuous Running Power Rating The Starting...

Page 14: ...c interference EMI The EMI is unintentional and cannot be entirely eliminated The magnitude of EMI is however limited by circuit design to acceptable levels as per limits laid down in North American F...

Page 15: ...ter capacitors the current drawn by an SMPS With no Power Factor correction is not sinusoidal but non linear as shown in Fig 1 3 The steady state input current of SMPS is a train of non linear pulses...

Page 16: ...t Fig 1 3 High Crest Factor of current drawn by SMPS 1 4 GENERAL INFORMATION LEAD ACID BATTERIES i INFO For complete background information on Lead Acid Batteries and Charging Process visit www samlex...

Page 17: ...riod The rated capacity C in Ah in this case will be the number of Amperes of current the battery can deliver for 20 Hours at 80 F 26 7 C till the voltage drops to 1 75V Cell i e 10 5V for 12V battery...

Page 18: ...RATE CAPACITY C in Ah DISCHARGE TIME T Table 1 8 gives some examples of C Rate specifications and applications TABLE 1 8 DISCHARGE CURRENT RATES C RATES Hours of discharge time T till the End Point V...

Page 19: ...her capacity loads the usable Ah capacity reduces due to Peukert Effect This relationship is not linear but is more or less according to the Table 1 9 SECTION 1 Safety Instructions General Information...

Page 20: ...0 Amperes 1 Hour 1 4 8 State of Charge SOC of a Battery Based on Standing Voltage The Standing Voltage of a battery under open circuit conditions no load connected to it can approximately indicate the...

Page 21: ...ery The terminal voltage of the battery is dependent upon the following Temperature of the battery electrolyte Temperature of the electrolyte affects the electrochemical reactions inside the battery a...

Page 22: ...with a protection to shut down the output of the inverter if the DC voltage at the input terminals of the inverter drops below a threshold of around 10V for a 12V battery 20V for 24V battery Referring...

Page 23: ...ing from a 12V battery system the approximate DC current required from the 12V batteries is the AC power delivered by the inverter to the load in Watts W divided by 10 for an inverter running from a 2...

Page 24: ...mb the Ah capacity of the batteries should be twice the energy required by the load in Ah 1 14 15 Charging Batteries Batteries can be charged by using good quality AC powered battery charger or from a...

Page 25: ...ct closure opening signal from the Battery Management System BMS to Pins 4 and 5 see Pin layout 19 of the Jack when Battery Type 1 Lithium is selected When Pins 4 and 5 are shorted due to contact clos...

Page 26: ...F HW and EVO 1224F 1224F HW LEGEND for Fig 2 2 1 Air outlet vents for 2 variable speed temperature controlled cooling fans fans are not shown 2 3 LAYOUT OF EVO 1212F HW AND EVO 1224F HW FRONT VIEW 1 2...

Page 27: ...ed due to contact closure charging will stop in Charging Mode and inverting will stop in Inverting Mode 7 RJ 45 Jack marked Remote Control for EVO RC Plus Remote Control 8 RJ 45 Jack marked COMM for f...

Page 28: ...r Fig 2 3 1 LCD Screen 4 rows of 20 characters each Blue screen with white characters 2 ON OFF Key 3 Blue LED Status 4 Red LED Fault 5 Navigation Key Back 6 Navigation Key Up 7 Navigation Key Down 8 N...

Page 29: ...he battery as shown in Fig 2 5 b Fig 2 5 a Temperature Sensor Model EVO BCTS Fig 2 5 b Temperature Sensor Installation 3 1 2 2 6 CONTENTS OF PACKAGE Inverter Charger Temperature Sensor EVO BCTS Fig 2...

Page 30: ...es 3 2 OVERALL DIMENSIONS The overall dimensions and the location of the mounting holes are shown in Fig 3 1 1200 Model EVO 1212F Inverter Charger Pure Sine Wave 1200 Watts 12 VDC Input 120 VAC Output...

Page 31: ...t has openings on the front and back for cooling and ventilation Ensure that these openings are not blocked or restricted Install in cool dry and well ventilated area CAUTION Ensure there is OVER 200...

Page 32: ...ement No 3 Mount vertically on a vertical surface see Fig 3 4 Protect against possibility of small objects or water entering the ventilation openings on the top If necessary install a suitable sloping...

Page 33: ...erminal of battery 3 The Negative terminal of battery 3 is connected to the Positive terminal of battery 2 The Negative terminal of battery 2 is connected to the Positive terminal of battery 1 The Neg...

Page 34: ...A is connected to the Positive battery post of the first battery Battery 1 in Fig 3 6 or to the Positive bat tery post of the first battery string Battery 1 of String 1 in Fig 3 7 then the Negative o...

Page 35: ...ie La Batterie 4 dans la Fig 3 6 ou la borne n gative de batterie qui est li e au dernier fil Le fil 2 et La batterie 4 dans la Fig 3 7 Cette connexion assure la suivante Les r sistances des c bles in...

Page 36: ...nt System BMS to Pins 4 and 5 of the Jack when Battery Type 1 Lithium is selected When pins 4 and 5 are shorted due to contact closure charging will stop in Charging Mode and inverting will stop in In...

Page 37: ...rts par la garantie 3 5 3 Connection From Batteries External Charge Controller To The DC Input Side Sizing of Cables And Fuses WARNING The input section of the inverter has large value capacitors conn...

Page 38: ...n motors These are commonly found in power tools appliances well pumps etc They exhibit very high surge demands when starting Significant voltage drop in these circuits may cause failure to start and...

Page 39: ...ircuits d allumage fluorescent la perte de tension est presque proportionelle la perte de la lumi re mise Moteurs Induction CA Souvent Ils font partie des outils lectriques des dispositifs pompe puits...

Page 40: ...Fig 3 8 Max current fed through these terminals should be 50A Use wire size given in Table 3 1 Tightening torque for the Thumb Nut is 35 kgf cm 2 5 lbf ft Use 70A fuse in series with the Positive wire...

Page 41: ...ttery Positive terminal to protect the internal DC Input Section of the unit and also to protect the battery cables against short circuit Ampere rating of the fuse is based on the following considerat...

Page 42: ...224F 3 6 1 2 AC Output Connection Through Ground Fault Circuit Interrupter GFCI An un intentional electric path between a source of current and a grounded surface is referred to as a Ground Fault Grou...

Page 43: ...test lamp will also switch OFF Press the Reset Button 10b in Figs 2 1 and 3 9 1 The GFCI will reset and AC power to the load side outlets will be restored Green LED 10d in Figs 2 1 and 3 9 1 will swi...

Page 44: ...onductor of AC input wiring 24 OUTPUT L For connecting Line Conductor of output wiring to Electrical Panelboard 25 OUTPUT N For connecting Neutral Conductor of output wiring to Electrical Panelboard 2...

Page 45: ...neutre mise a terre Dans certaines applications il est n cessaire que la sortie neutre soit isol du ch ssis mise a terre tout moment Pour cela la production automatique de la position neutre la masse...

Page 46: ...ur ne jamais utiliser un c ble de raccordement simple avec une fiche m le sur les deux extr mit s pour raccorder la sortie AC de l onduleur une prise murale port e de main la maison RV 3 6 6 Connectin...

Page 47: ...tomatique est effectu qui inclut une v rification si l entr e CA par erreur ont t conducteurs connect s l AC les terminaux de sortie au lieu d AC les bornes d entr e Si cette erreur est d tect e tensi...

Page 48: ...tilisateur en fonction des directives donn es ci dessous Se il vous pla t noter que les directives ci dessous sur dimensionnement des c bles et protection contre les surintensit s seront remplac es pa...

Page 49: ...e of Branch Circuit Conductors 3 a For EVO 1212F HW and EVO 1224F HW Column 4 indicates the wiring conductor size that has been determined based on NEC 2014 National Electrical Code Ampacity Table 310...

Page 50: ...erne Ceux ci doivent tre fournies l ext rieur par l installateur utilisateur sur la base des directives don n es ci dessous Se il vous pla t noter que les directives ci dessous sur dimensionnement des...

Page 51: ...not match the required NEC Ampacity at Column 3 12 5A the next higher Standard Ampere Rating of the breaker 15A has been used Refer to NEC 2014 National Electrical Code Section 240 4 B regarding over...

Page 52: ...the generator is bonded to the metal frame of the generator and the metal frame of the generator is bonded to Earth Ground through the Grounding Electrode GE i e the Ground Rod Refer to Section 3 14 1...

Page 53: ...nnector 5 5 in Figs 2 1 and 3 8 is provided for connecting to the Sys tem Ground The connector can accept wire sizes AWG 4 6 The set screw size is M6 A DC Distribution Panel as shown in Figs 3 12 and...

Page 54: ...sis of EVOTM gets bonded to the Grounding Electrode GE Ground Rod of the premises as follows The metal chassis of EVOTM is connected to the Grounding Pin G of the AC Power Inlet Plug 9 The Grounding P...

Page 55: ...hrough the OUTPUT GND Terminal 26 of the AC Input Output Terminal Block 20 in EVOTM The metal chassis of EVOTM is connected to the INPUT GND Terminal 23 of the AC Input Output Terminal Block 20 in EVO...

Page 56: ...round gets bonded to the Earth Ground of the premises through the Grounding Electrode GE Ground Rod of the premises of the Grid Power System supplying the RV Vehicle 3 14 3 2 EVO 1212F HW and EVO 1224...

Page 57: ...follows When operating as an inverter the current carrying conductor of the Inverter Section that is connected to the Output Neutral terminal of the EVOTM is bonded to the metal chassis of EVOTM by th...

Page 58: ...tery Charger Section is designed to charge either Lead Acid Batteries or Lithium Batteries Lead Acid Battery charging voltages are required to be compensated based on the temperature of the battery ce...

Page 59: ...r O f f b y B M S B a t t e r y 1 2 0 0 V 0 0 A E x t e r n a l 0 0 A EVO in Inverting Mode Inverting will stop EVOTM will go to Standby Mode The right half of the 1st Line of the Standby Mode Screen...

Page 60: ...the generator is bonded to the chassis of the generator Please see Section 3 14 1 for details If the Generator is a 120VAC 240VAC Split Single Phase with 120 VAC phase fed to the EVOTM then both 120 V...

Page 61: ...120 240 VAC N B G B G B A B A C Section D C Section Neg Bus Battery Bank Pos Bus EVO INVERTER CHARGER EVO 1212F EVO 1224F SBJ GE AWG 6 AWG 6 DC ELECTRICAL PANEL External Charge Controller RJ 45 6 4 3...

Page 62: ...Side Grounding Terminal on EVOTM 5 Figs 2 1 3 8 6 RJ 45 Jack for Temperature Sensor 6 Fig 2 1 GE Grounding Electrode Also called Ground Rod 9 20A Inlet Plug Connector IEC 60320 C20 9 Fig 2 1 10 NEMA5...

Page 63: ...on Neg Bus Battery Bank Pos Bus EVO INVERTER CHARGER EVO 1212F HW EVO 1224F HW SBJ GE AWG 6 AWG 6 DC ELECTRICAL PANEL External Charge Controller RJ 45 6 4 3 2 1 5 J6 RY2 J7 J1 J2 J9 J4 Metal Chassis 2...

Page 64: ...3 8 5 DC Side Grounding Terminal on EVOTM 5 Fig 2 1 6 RJ 45 Jack for Temperature Sensor 6 Fig 2 1 GE Grounding Electrode Also called Ground Rod 20 AC Input Output Terminal Block 21 INPUT L 22 INPUT N...

Page 65: ...Ignition SLI battery As explained in White Paper titled Batteries Chargers and Alternators SLI batteries are designed to produce high power in short bursts for cranking SLI batteries use lots of thin...

Page 66: ...typical RV installation for EVO 1212F EVO 1224F using 30A 120VAC Single Phase Service Inlet Fig 3 15 illustrates typical RV installation for hard wired versions EVO 1212F EVO 1224 HW using 30A 120VAC...

Page 67: ...etal Chassis G G G N L Battery Isolator Engine Starter Battery Alternator G B L B L 120V SINGLE PHASE ELECTRICAL PANEL OF RV 30A Service Inlet for 30A RV Power Supply Cord NEMA TT 30P G N L N B N See...

Page 68: ...Side Grounding Terminal on EVOTM 5 Figs 2 1 3 8 6 RJ 45 Jack for Temperature Sensor 6 Fig 2 1 GE Grounding Electrode Also called Ground Rod 9 20A Inlet Plug Connector IEC 60320 C20 9 Fig 2 1 10 NEMA5...

Page 69: ...3 1 2 5 J6 RY2 J7 J1 J2 J9 J4 27 Metal Chassis 20 21 22 23 24 25 26 G B L B L 120V SINGLE PHASE ELECTRICAL PANEL OF RV 30A Service Inlet for 30A RV Power Supply Cord NEMA TT 30P G N L N B N Battery B...

Page 70: ...3 8 5 DC Side Grounding Terminal on EVOTM 5 Fig 2 1 6 RJ 45 Jack for Temperature Sensor 6 Fig 2 1 GE Grounding Electrode Also called Ground Rod 20 AC Input Output Terminal Block 21 INPUT L 22 INPUT N...

Page 71: ...ar Charge Controller is routed through this unit and operates in parallel with the internal charger The current delivered by the external charge controller is measured in real time The internal chargi...

Page 72: ...10 min 110 for 30 min 4 4 TRANSFER RELAY SECTION Transfer Relay Section is used to either feed AC power to the Battery Charger Section and at the same time pass through the AC power from the external...

Page 73: ...irectional Transformer is used as follows o Feeds AC output from the Inverter Section when Grid power is not available o Feeds Grid Generator power to the Battery Charger Section when Grid Generator i...

Page 74: ...Relay and Neutral to Ground Bond Switching LEGEND for Fig 4 1 RY1 Transfer Relay 30A Shown in de energized state Transfers the Line Conductor of the AC load to either the Line Conductor of the input...

Page 75: ...nal device Further the charging voltages and currents are programmable to take care of a wide range of battery types like Lead Acid flooded AGM Gel Cell Lead Calcium and Lithium Important battery char...

Page 76: ...seen for a specified time 4 6 4 Power Saving Mode Transfer Characteristics in Grid Transfer from AC input source to Inverter If qualified Grid Generator AC input power is available its voltage and fre...

Page 77: ...ONLINE OPTION that can be programmed through optional Remote Control Model EVO RC PLUS Please see Section 4 4 2 14 in the Owner s Manual for EVO RC PLUS In this mode even if qualified Grid Generator A...

Page 78: ...Menu Map for Group 1 CHARGE CURVE at Fig 4 2 Section 4 4 1 Screen No 13 of Table 4 3 for Group 1 Parameter Set Up CHARGE CURVE Section 4 4 2 13 Charger Only Mode under ONLINE MODE 4 7 TEMPERATURE SENS...

Page 79: ...ower Mosfets Power Transformer In case the temperature is 130 C the BULK CURRENT setting is reduced by 0 2 every 20 sec Heat Sink In case the temperature is 90 C the charging current is reduced by 0 2...

Page 80: ...ammed Bulk Charge current The Battery Charger Section of the EVOTM is a 2 3 or 4 Stage Charger based on powerful 100 MHz DSP micro controller Refer to Section 5 6 for details of operation 5 2 1 Dynami...

Page 81: ...ad current 11 2A AC side charging current corresponding to 60A DC side battery charging current As the GRID MAX CURRENT is set at 20A the AC input side charging current will be automatically reduced t...

Page 82: ...lar Charge Controller is fed to the input terminals marked EXT Charger 3 4 in Fig 2 1 Maximum charging current on these terminals is to be limited to 50A This limit should not be exceeded The charging...

Page 83: ...tion de la t l commande EVO RC PLUS 5 5 BATTERY TEMPERATURE SENSOR A Battery Temperature Sensor Model EVO BCTS has been provided Fig 2 5 a It comes with 5 m 16 5 ft cable Connect the ring terminal end...

Page 84: ...ECTION CHARGING PROFILE OPTIONS AND CHARGING STAGES Options under Parameter CHARGING PROFILE Charging Stages Battery Type and battery loading condition 0 3 Stage Adaptive Default 1 Bulk Stage Charge a...

Page 85: ...the follow ing conditions After 10 days in Float Stage or Voltage drops to programmable volt age parameter RESET TO BULK Lead Acid Flooded and sealed AGM Gel Cell Lithium See Section 5 6 2 3 Stage Typ...

Page 86: ...grammable parameter ABSORP VOLTAGE Remain in Absorption Stage for pro grammable parameter ABSORP TIME Switch OFF charging thereafter Reset to Bulk Stage under the following conditions After 10 days in...

Page 87: ...t constant voltage equal to programmable parameter FLOAT VOLTAGE Reset to Bulk Stage under the follow ing conditions After 10 days in Float Stage or Voltage drops to programmable volt age parameter RE...

Page 88: ...tes code for one of 6 of the Charging Profiles that is active For details please see Table 3 2 at Section 3 6 4 2 of the Owner s Manual for EVO RC PLUS 15 14 13 12 11 10 0 30 28 26 24 22 20 0 Charger...

Page 89: ...harger is 50A the internal AC charger will NOT provide any charging Please refer to Section 5 4 for more details 5 7 2 Absorption Stage During the Absorption Stage the ABSORP VOLTAGE is held constant...

Page 90: ...HARGING PROFILE EQUALIZE CAUTION 4 stage Adaptive Charging Profile Equalize should be used only on vented flooded non sealed or wet batteries and not on sealed AGM Gel Cell Lithium batteries and only...

Page 91: ...e the charger will enter Float Stage The stage transitions will thus be Bulk Stage Constant Current Absorption Stage Constant Voltage Equalization Stage Constant Voltage Float Stage Constant Voltage A...

Page 92: ...grammed BULK CURRENT Io see programmable range at Table 6 2 Default value is 20A for EVO 1212F EVO 1212F HW and 15A for EVO 1224F EVO 1224F HW BULK CURRENT Io is normally limited to 10 20 of the Ah ca...

Page 93: ...Stage of 3 Stage Charging Profile as follows If the AC is reconnected or the battery voltage drops below 12 VDC 24 VDC Default Programmable range for this voltage is 10 to 13V for 12V battery and 20 t...

Page 94: ...NOTE The 2nd Stage i e Absorption Stage may also be referred to as Float Stage in some applications like in Lithium Battery charging and charging Lead Acid batteries with load battery backup applicat...

Page 95: ...ischarge of the battery Pins 4 and 5 of the RJ 45 Jack 6 Fig 2 1 can be programmed to accept the above potential free relay contact closure signal from the BMS In default condition Pins 4 and 5 of the...

Page 96: ...1 5 13 CHARGER ONLY MODE In Off grid DC powered homes for efficiency consideration all lighting and other loads appliances are normally powered from 12V batteries that are primarily charged through s...

Page 97: ...e upload through the optional Remote Control EVO RC PLUS o If LED marked ON 12 Fig 2 1 stays OFF then unit is OFF o If this LED is ON or is flashing the unit was in Standby Mode and is now ON 6 1 POWE...

Page 98: ...ill turn the EVOTM to OFF condition NOTE If the external Push Button is pressed for 5 sec the unit will NOT switch OFF 6 2 2 Switch Type This type of external 12V signal format is used when the 12V si...

Page 99: ...be required for more detailed messag ing that is available through its LCD display and LEDs This remote will also be required for programming of various parameters to suit specific requirements TABLE...

Page 100: ...GE CURVE Parameter Programming Range Programming requires optional Remote Control Model EVO RC PLUS Default EVO 1212F EVO 1212F HW EVO 1224F EVO 1224F HW EVO 1212F EVO 1212F HW EVO 1224F EVO 1224F HW...

Page 101: ...G Group Parameter name Programming Range Default value EVO 1212F EVO 1212F HW EVO 1224F EVO 1224F HW EVO 1212F EVO 1212F HW EVO 1224F EVO 1224F HW INPUT SETTING DEFAULT FREQ 0 60Hz 0 60Hz GRID MAX CUR...

Page 102: ...ON When ON pressing Push Button 5 sec will turn the unit OFF 1 Switch Type 12V signal is fed through contacts of Toggle Type of Switch or relay contact ON condition contacts closed will turn the unit...

Page 103: ...e unit or on the optional Remote Control EVO RC PLUS In order to power off using the Power ON Off Button switch OFF the AC input first 6 7 STANDBY MODE When the EVOTM is in Standby Mode it will stop i...

Page 104: ...rom Standby Mode and revert to the normal operating mode press the ON OFF Push Button on the front panel of the unit 11 Fig 2 1 momentarily 0 1 sec If the EVOTM does not switch over to normal operatin...

Page 105: ...st for 1 min 140 1680W at PF 0 95 Power Boost for 10 min 120 1440W at PF 0 95 Power Boost for 30 min 110 1320W at PF 0 95 Maximum Continuous DC Input Current 152A 76A Inverter Efficiency Peak 89 91 No...

Page 106: ...fault 14 4V 27 0 to 32 0V Default 28 8V 26 0V to 30 0V Default 27 0V 28 0 to 32 0V Default 28 8V Charger Efficiency 75 86 Programmable Charging Profiles 3 profiles under 3 Stage Charging Bulk Absorpti...

Page 107: ...ions Advanced Features for programming various parameters and modes of operation 4 Rows of 20 Character Alpha Numeric LCD Display for messaging Up to 16 GB SD Card Slot for Data Logging Comes with 10M...

Page 108: ...serial number that has been altered removed or modified in any way There is no warranty for defects or damages to equipment or parts caused by Installation alternation inspection or removal Normal wea...

Page 109: ...SAMLEX AMERICA INC 109 Notes...

Page 110: ...110 SAMLEX AMERICA INC Notes...

Page 111: ...SAMLEX AMERICA INC 111 Notes...

Page 112: ...e Numbers Ph 1 800 561 5885 Fax 1 888 814 5210 Local Numbers Ph 604 525 3836 Fax 604 525 5221 Website www samlexamerica com USA Shipping Warehouses Kent WA Plymouth MI Canadian Shipping Warehouse Delt...

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