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General| Nominal AC Output Power | 30000W |
|---|---|
| Max. Input Current per MPPT | 26A |
| Cooling | Smart Fan Cooling |
| Protection Degree | IP65 |
| Output Frequency | 50/60 Hz |
| Waveform | Pure Sine Wave |
| Nominal AC Voltage | 400V |
| AC Voltage Range | 310V-480V |
| Operating Temperature Range | -25°C ~ +60°C |
| Communication | RS485 |
| Protection Features | Over Voltage, Over Current, Over Temperature |
| Display | LCD |
Discusses hazards related to batteries, electrical connections, and proper handling practices for safe inverter use.
Alerts users to the presence of lead and other chemicals, advising on health risks and hand washing.
Advises on maintaining voice contact, wearing protective eyewear, and removing metal items when working near batteries.
Details safe operation concerning power sources, environmental conditions, and secure electrical connections.
Warns against using the inverter to charge specific rechargeable appliance systems to prevent damage.
Explains the two-step DC to DC and DC to AC conversion process using Sonic Compression technology.
Provides advice on proper connections, polarity, temperature monitoring, battery usage, and extension cord use.
Details automatic shut-off protections for low/high voltage, overload, overheating, and reverse polarity.
Emphasizes system design, application needs, component support, and code compliance for optimal performance.
Stresses adherence to local, state, and national electrical codes for safe and legal installation of the power inverter system.
Guides on choosing appropriate battery types (deep cycle preferred) and matching battery specifications for system performance.
Provides a method to determine watt-hour and amp-hour requirements based on device usage and desired run time.
Recommends using auxiliary batteries and battery isolators to protect the vehicle's starting battery.
Discusses the importance of matching charging systems to battery capacity and application needs for longevity.
Advises on periodic checks using electronic testers and maintaining electrolyte levels for conventional batteries.
Details requirements for DC input and grounding cables, emphasizing gauge, length, stranded copper, and secure connections.
Explains the necessity and methods for grounding the inverter chassis for safety, referencing ground screw location.
Specifies the need for and rating of fuses or circuit breakers for DC input protection to prevent shorts and overcurrents.
Provides criteria for selecting a safe location, considering temperature, ventilation, clearance, and proximity to flammables.
Describes acceptable mounting orientations (horizontal, vertical) and care needed during the installation process.
Details how to connect and install the optional remote switch for convenient inverter operation from a distance.
Explains how to properly connect the ground cable to the inverter chassis using the designated ground screw.
Provides step-by-step instructions for making secure DC power connections, emphasizing polarity and cable tightness.
Describes how to safely connect devices to the inverter's AC receptacles after ensuring both are turned off.
Covers the option for hardwire output connections using a junction block, stressing compliance with codes.
Refers to the included diagram illustrating the overall system wiring for proper installation.
Introduces key features like continuous/peak power, display functions, low load draw, and cooling fan operation.
Details the procedure for connecting devices, turning on the inverter, and then powering the connected equipment.
Explains using the unit's display and LEDs to monitor input voltage, output wattage, and fault conditions.
Explains how to determine "peak power" and "continuous power" demands for devices intended for inverter use.
Provides formulas to convert Amps to Watts and calculate peak power demand from device specifications.
Discusses challenges with induction motors, potential voltage drops, and troubleshooting startup issues with high-demand devices.
Offers suggestions to minimize potential signal interference when using the inverter with sensitive audio and video equipment.
Covers essential tasks like checking connections, cleaning battery terminals, ensuring ventilation, and cable integrity.
Details how to safely replace blown fuses, emphasizing disconnecting power and using correct replacement types.
Lists available part numbers and descriptions for connection cables and replacement remote switches.
Addresses common causes like incorrect connections, power inverter not ON, reverse polarity, or improper voltmeter use.
Explains causes for the Fault LED, including low input voltage, device overload, or inverter overheating.
Covers continuous alarms resulting from low input voltage or a weak/poor 12 Volt power source.
Directs users to specific suggestions in the manual for resolving interference issues with electronic devices.
Lists technical details including DC input, voltage range, output voltage/frequency, power ratings, efficiency, and operating temperature.
Outlines the one-year limited warranty, conditions for voiding it, exclusions, and liability limitations.
Provides instructions for warranty service, product registration online, and customer support contact details.
