To Next PageTo Next PageWhat to do if HIRESEA Inverter reports "ERR18" Current detection fault?
If your HIRESEA Inverter displays the error “ERR18” for a current detection fault, the cable of the control board might be in poor contact. Try re-plugging the cables.
General| Rated Power | 200W |
|---|---|
| Input Voltage | 12V DC |
| Continuous Power | 200W |
| Peak Power | 400W |
| Waveform | Modified Sine Wave |
| USB Output | 5V/2.1A |
| Output Voltage | 110V AC |
| Cooling | Fan Cooling |
| Protection | Overload, Over Voltage, Under Voltage, Over Temperature, Short Circuit |
Details safety precautions for installation and operation, including DANGER/WARNING types.
Explains the model naming convention, including series code, voltage, power, and type.
Provides physical dimensions for different inverter models and casing types.
Lists key technical specs like input voltage, frequency, control methods, and performance features.
Aids in selecting the correct inverter model based on power, current, and adaptable motor ratings.
Guides on selecting appropriate braking resistors based on inverter model power ratings.
Illustrates the main circuit and control circuit connections for the inverter.
Describes methods for removing wiring covers on plastic and steel casing models.
Details main circuit terminals, their functions, and essential wiring precautions.
Explains control circuit terminals, their functions, and wiring configurations.
Recommends suitable peripheral devices like MCCBs and contactors for inverter installation.
Lists functional specifications for essential peripheral electronic components like reactors and filters.
Introduces the operating panel layout, LED indicators, digital display, and keys.
Explains the three-level menu structure for parameter setting and modification.
Describes how to view various operational status parameters like frequency and voltage.
Details the user password protection function and how to set or disable it.
Outlines the procedure for automatic motor parameter tuning for optimal control performance.
Covers fundamental inverter settings, including control mode and frequency source selection.
Details parameters for starting, stopping, speed tracking, and braking modes.
Includes settings related to motor type, power, voltage, current, and tuning.
Parameters for advanced vector control, including current, speed loops, and torque limits.
Parameters specific to V/F control, including curves, voltage, and frequency settings.
Configuration of digital, analog, and pulse input terminals and their functions.
Settings for digital and analog output terminals, relays, and pulse outputs.
Parameters for the control panel, user password, and display customization.
Parameters for jog control, frequency jumps, fan control, and protection settings.
Configuration of PID control loops, including reference, feedback, gains, and limits.
Parameters for various protection mechanisms, fault handling, and reset options.
Settings for communication protocols, baud rate, data format, and timeouts.
Details for recording and displaying fault types, conditions, and timing.
Provides a guide to identify and resolve common operational issues and error codes.
