8000 Watt Marine Inverter, Single Phase 120V/220V

SKU: PH-SDP-8KW
$5,219.01
● This 8000W marine power inverter features an LCD screen and supports converting DC power from lead-acid battery packs to pure sinusoidal AC power. ● Supports DC input of 37A and 216V, with optional 110/120/220/230/240V AC. ● Suitable for AC power supply to yachts, fishing boats, workboats, and offshore platforms. ● With overvoltage, overcurrent, short circuit, and overheat alarms. ● Features frequency conversion start and step-down soft start functions, enabling the starting of high-power motors.
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🚚 Free shipping
⏱️ Delivery: 6-12 days
🔙 30-day Returns
Overview

This 8000W marine inverter provides a stable pure sinusoidal AC power supply, meeting the power needs of various vessels and offshore platforms. It supports DC input of 37A and 216V from marine battery packs, with optional 110/120/220/230/240V AC. Equipped with an RS4685 communication port, it is easy to operate. Suitable for powering yachts, fishing boats, sightseeing boats, water buses, and other vessels, it can also provide charging for emergency lighting, communication equipment, refrigerators, microwave ovens, rice cookers, televisions, stereos, coffee machines, etc. Adopts an industrial frequency isolation transformer design, fast operation speed.

Feature

Feature

  • 192V DC battery input, continuous pure sine wave 6000W output
  • Specifically designed for powering new energy vessels such as yachts, leisure boats, floating boats, and sightseeing boats
  • Built-in industrial-grade frequency isolation transformer, strong anti-interference capability and impact resistance
  • Features overvoltage, overcurrent, short circuit, and overheat alarm devices
  • 32-bit microprocessor control, transient response 50ms
  • Can be used as a single-phase power supply, IP20 protection rating
  • Features frequency conversion start and reduced voltage soft start functions, suitable for starting high-power motors
 

Details

  1. The LCD display and control button area provide intuitive operation, facilitating quick monitoring and management of the power system.
  2. Closed metal chassis design, effectively resists vibration and impact.
  3. Ventilation vents ensure the marine power inverter maintains excellent heat dissipation performance under high load operation.
Details
Specs
Model SDP-8KW
Isolation Mode Low-Frequency Transformer
DC Input
Voltage Range (V DC) 216V (Contact Us for Other Voltage)
Rated Current (A) 37A (Contact Us for Other Current)
AC Output
Rated Output Power 8kW (8000 watt)
Output Waveform Pure Sine Wave
Rated Voltage 110/120/220/230/240V AC (Optional)
Phases Single Phase
Rated Current (A) 23A
Frequency 50Hz or 60Hz
Rated Output Voltage Range (V) 110/120/220/230/240V AC (Optional)
Power Factor (PF) 0.99
Overload Ability 150%, 5 seconds
Efficiency >93%
Waveform Distortion Rate (THD) <3% (Linear load)
Dynamic Response (0 to 100% Load) 5%,≤50ms
Display LCD
Running Mode Working Continuously
Electrical Insulation Properties 2000V AC, 1min
Communication Interface RS485 (Optional)
Protection Function
Protection Input Reverse Polarity, Under Voltage, Overvoltage, Output Over current, Shortcircuit, Overheating, etc.
Cooling Method Fan-cooled
Short-circuit Protector No Automatic Recovery Need to Restart the Machine
Working Environment
Noise (1m) ≤50dB
Degree Of Protection IP20 (Indoor)
Working Altitude (m) ≤2000
Working Temperature -25~+55℃
Relative Humidity 0~90% (Non-Condensing)
Depth*Width* Height
Rack Mounted Type 460*680*340mm
Stand Type 500*500*800mm
Application
Offshore operation

Offshore Operation

Marine electricity

Marine Electricity

Electrical appliances

Electrical Appliances

New energy power

New Energy Powerg

FAQ

Q1: Do marine inverters require regular maintenance? What maintenance is involved?

Regular maintenance is recommended for marine inverters to ensure long-term stable operation. Routine maintenance mainly includes checking for loose or overheated wiring terminals, whether the fan and cooling vents are blocked by dust or debris, whether the casing shows signs of corrosion or water ingress, and observing the LCD display for any abnormal alarm messages. Additionally, the surface of the boat battery inverter should be cleaned regularly, and the installation environment should be kept dry and well-ventilated to reduce the failure rate and extend its service life.

Q2: What troubleshooting steps are needed for marine power inverters?

When the boat battery charger inverter fails to start, frequently trips to protection mode, or exhibits abnormal output, first check if the battery voltage is too low or too high, whether the load exceeds the rated power, and whether the wiring connections are secure. Secondly, check for overheating protection due to poor heat dissipation and whether the equipment is subject to electromagnetic interference. Most marine battery power inverters have self-protection and fault indication functions; the cause of the problem can be quickly located through the display screen or indicator lights for timely handling.

Q3: Will the marine environment (salt spray/humidity) affect the lifespan of marine inverters?

Salt spray, humid air, and temperature fluctuations in the marine environment can indeed affect the long-term reliability of marine power inverter chargers, potentially leading to corrosion of metal components, aging of electronic components, or poor contact. Therefore, marine inverters typically employ reinforced structures and industrial-grade components to enhance their environmental resistance. However, it is still recommended to install the equipment in a moisture-proof, well-ventilated ship's hold, and to use it in conjunction with dehumidification and anti-corrosion measures to effectively extend the yacht inverters lifespan.

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