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Crucial safety guidelines and warnings for installation and maintenance.
Defines electrical terms and concepts used throughout the manual.
Provides background information specific to the inverter functionality.
Illustrates and explains Pure Sine Wave and Modified Sine Waveforms.
Details the benefits and superior performance of pure sine wave outputs.
Explains how inverter power ratings are specified and determined.
Addresses EMI generation and FCC compliance requirements.
Describes the behavior and requirements of SMPS loads.
Provides essential information regarding lead-acid battery types and characteristics.
Details the design and application of deep cycle batteries for inverters.
Explains battery capacity measured in Ampere-hours (Ah).
Defines battery capacity measured in Reserve Capacity (RC) in minutes.
Lists common battery sizes and their specifications.
Explains how charging and discharging currents are specified using C-Rate.
Presents curves illustrating battery charging and discharging characteristics.
Details how discharge rates affect usable battery capacity (Peukert Effect).
Explains how to estimate battery state of charge using standing voltage.
Describes low battery alarms and inverter shutdown based on discharge state.
Details the low DC input voltage alarm functionality in inverters.
Explains the low DC input voltage shutdown protection mechanism.
Discusses the impact of discharge depth on battery lifespan.
Provides instructions for connecting batteries in series and parallel.
Guides on determining the appropriate size for the inverter battery bank.
Explains methods and recommendations for charging batteries.
Details the front panel layout and identification of components on the main unit.
Identifies components and features on the rear panel of the main unit.
Illustrates the AC input/output connections and terminal block layout.
Describes the optional remote control unit, its layout, and features.
Details the battery temperature sensor, its connection, and function.
Lists all items included in the product package.
Emphasizes adherence to safety instructions before and during installation.
Provides the overall physical dimensions and mounting hole locations.
Details the requirements for securely mounting the unit.
Specifies different orientations for unit mounting (horizontal, vertical).
Explains how to connect batteries in series and parallel for battery banks.
Describes the procedure for connecting batteries in series to increase voltage.
Details how to connect batteries in parallel to increase capacity.
Explains the configuration for connecting batteries in both series and parallel.
Specifies the correct wiring order for parallel battery connections.
Covers all necessary DC side connections for power and signaling.
Instructions to prevent damage from excessive DC input voltage.
Guidance on correctly connecting battery polarity to avoid damage.
Details on sizing DC cables and fuses for safe battery connections.
Explains the importance and selection of battery circuit fuse protection.
Instructions for connecting the battery to the DC input terminals.
Details on connecting an external charger to the DC input.
Guidance on selecting and using appropriate DC cable terminal lugs.
Methods to minimize radio frequency interference from wiring.
Techniques to reduce wiring inductance for better performance.
Details the AC input/output layout and wiring connection arrangement.
Explains system grounding and output neutral bond switching logic.
Specifies AC input voltage and frequency requirements for operation.
Warns against and explains how to prevent AC output paralleling.
Guidance on connecting to multi-wire branch circuits to avoid overloading.
Details the procedures for AC input and output wiring connections.
Provides specified tightening torques for wiring terminals.
Guidelines for sizing AC input wiring and selecting appropriate breakers.
Guidelines for sizing AC output wiring and selecting appropriate breakers.
Specifies GFCI protection requirements for vehicle installations.
Explains grounding procedures to Earth or other designated grounds.
Illustrates the grounding arrangement schematic for the EVO Series.
Details the DC side grounding connections and wire sizing.
Describes the AC side grounding connections and bonding.
Explains the automatic switching of output neutral to chassis ground bonding.
Provides information on typical shore-based installation procedures.
Details a typical installation scenario for shore power.
General information regarding mobile installation requirements.
Specifies GFCI protection requirements for vehicle installations.
Details battery requirements and isolator use for mobile inverter power.
Explains the need to keep RV shore power neutral isolated from chassis ground.
Illustrates typical mobile installation setups for RVs.
Provides a high-level overview of the EVO Series Inverter/Charger.
Lists the main sections and inputs that comprise the system.
Details the heavy-duty inverter section and its capabilities.
Explains the two-step DC to AC inversion process used by the inverter.
Describes the system for handling simultaneous Grid and Generator inputs.
Explains the function of the transfer relay in switching power sources.
Details the switching mechanism for AC transfer and neutral bonding.
Explains the transfer relay operation for specific EVO models.
Details transfer relay operation for other EVO models.
Describes the process of synchronizing power transfer between sources.
Explains how the unit transfers power from inverter to Grid/Generator.
Describes the transfer process from Grid/Generator back to the inverter.
Explains how the unit prioritizes and transfers between Grid and Generator.
Details the powerful 3/4 stage automatic battery charging system.
Explains the automatic generator start and stop functionality.
Describes the different operating modes of the inverter charger.
Details operation when the unit is in charging mode.
Explains operation when the unit is converting DC to AC power.
Describes the power saving mode to minimize no-load power draw.
Details transfer characteristics when using power saving mode with Grid/Generator.
Explains the On-line and Off-Line UPS modes for power supply.
Details the battery temperature sensor for optimizing charging.
Describes parallel operation with external charging sources.
Explains the cooling system and over-temperature protection features.
Explains the fundamental operation of the battery charging section.
Details control of charging current to prevent overloading the input source.
Explains adaptive charging to ensure full charge and prevent battery damage.
Describes how to charge batteries in parallel with an external charger.
Details the function of the battery temperature sensor for charging optimization.
Explains the standard 3-stage charging process for daily use.
Describes the initial bulk charging stage for rapid battery replenishment.
Details the constant voltage absorption stage for full battery charging.
Explains the float stage for maintaining battery charge.
Describes how the 3-stage charging cycle automatically resets.
Explains the 4-stage equalization charging mode for battery maintenance.
Provides detailed explanation of the 4-stage equalization charging cycle.
Describes how to manually activate or deactivate equalization mode.
Instructions for powering the unit ON using the front panel button.
Step-by-step guide to powering on the unit via the front panel button.
Step-by-step guide to powering off the unit via the front panel button.
Describes ON/OFF control using an external +12V signal.
Explains the default button type logic for remote ON/OFF control.
Details the switch type logic for remote ON/OFF control.
Explains how LEDs and the buzzer indicate operational status.
Information on using the EVO-RC for advanced operation and parameter setup.
Details unit protections, fault messages, and troubleshooting steps.
Explains how to power off the unit when it is in fault mode.
Describes the 12V DC source for signaling and remote monitoring.
Explains how to use standby mode for firmware updates or temporary halt.
Introduces the EVO-RC remote control and its layout.
Provides an overview of the EVO-RC remote control features and layout.
Covers guidelines and procedures for installing the EVO-RC remote.
Provides instructions for routing the remote control cable and mounting.
Lists the necessary tools for installing the EVO-RC remote control.
Details the process for flush mounting the EVO-RC remote control.
Explains how to operate the EVO-RC remote control.
Provides general information about the EVO-RC remote control's functions.
Guides on using the remote control's display, buttons, and menus.
Instructions for powering the EVO-RC remote ON and OFF.
Procedure for setting the date and time on the remote control.
Explains how to activate and use the standby mode on the remote.
Instructions on how to clear fault messages displayed on the remote.
Describes the operating modes and their corresponding display screens.
Details the display screens for charging modes and stages.
Provides a map of the operating mode display screens.
Guides on setting and configuring operating parameters via the remote.
Explains the organization of operating parameters into setup menus.
Visual maps showing navigation paths for parameter setup.
General steps and navigation procedures for setting parameters.
Details the password protection mechanism for parameter modification.
Step-by-step example of password activation and parameter change.
Setup for parameters related to battery charge curve settings.
Setup for parameters related to AC input voltage and frequency settings.
Setup for parameters defining low AC input voltage limits.
Setup for parameters defining high AC input voltage limits.
Setup for various other operational parameters and functions.
Enables or disables the power saving mode during inverter operation.
Sets the AC load threshold for entering power save mode.
Sets the AC load threshold to exit power save mode.
Configures ON/OFF control using an external 12V DC signal.
Sets the function of the status relay for signaling or generator control.
Sets the communication ID for the COMM port and remote control.
Enables or disables the buzzer for alerts and notifications.
Controls the buzzer behavior during inverter (discharging) mode.
Resets all programmable parameters to their default values.
Configures data logging time periods and enables/disables logging.
Setup for the unit's date and time parameters.
Procedure for safely stopping and removing the SD card.
Information on SD card slot, supported formats, and capacity.
Details on enabling, disabling, and configuring data logging.
Instructions for viewing data log files using Microsoft Excel.
Procedures for saving and uploading programmed parameters to/from SD card.
Steps for saving current parameters to the SD card.
Steps for uploading saved parameters from the SD card.
General| Model | EVO-2212 |
|---|---|
| Type | Pure Sine Wave Inverter |
| Output Voltage | 120V AC |
| Output Power | 2200W |
| Surge Power | 4400W |
| Output Frequency | 60Hz |
| THD | < 3% |
| Overload Protection | Yes |
| Over Temperature Protection | Yes |
| Input Voltage | 12V |
| Low Voltage Alarm | 10.5V - 11V |
| High Voltage Shutdown | 15.5V - 16V |
| Cooling | Fan |
| Operating Temperature | -4 to 104°F (-20 to 40°C) |
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