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Defines safety symbols and their meanings for safe inverter operation and to prevent harm.
Specifies the suitable applications and motors for the inverter, including limitations for life-threatening equipment.
Details suitable indoor conditions, temperature, humidity, and ventilation for inverter installation.
Provides crucial safety precautions for wiring, grounding, and handling the inverter during installation.
Outlines essential safety guidelines for operating the inverter, including handling, motor connections, and avoiding damage.
Details electrical input/output, control modes, typical functions, and environmental requirements of the inverter.
Explains the product naming conventions and the structure of the inverter model number.
Provides physical dimensions of the inverter unit and its control keyboard for installation planning.
Lists the rated output current for various power ratings and voltages of single-phase and three-phase inverters.
Provides a guide for selecting appropriate braking resistance based on inverter voltage and power rating.
Guidelines for proper storage conditions, including temperature, humidity, and handling to prevent damage.
Specifies optimal environmental conditions for the installation site to ensure inverter longevity and performance.
Recommendations for inverter mounting orientation and required clearance for maintenance and cooling.
Illustrates the main circuit connections for the inverter, including power supply, switches, and reactors.
Details the function and specification of each terminal in the main circuit and control circuit.
Presents a simplified wiring diagram showing both main and control circuits for inverter connection.
Critical safety and installation guidelines for main and control circuit wiring to ensure proper operation.
Addresses specific wiring needs for reactors, inverter capacity, and motor types in various applications.
Details the keypad layout, function of each key, and the meaning of indicator lamps on the inverter.
Explains how to navigate menus, set parameters, reset faults, and perform motor auto-tuning.
Covers fundamental settings like LCD language, functional macro definitions, control modes, and frequency sources.
Details parameters related to starting, stopping, DC braking, acceleration, deceleration, and jog operations.
Defines settings for motor type, rated power, frequency, speed, voltage, current, and winding parameters.
Configuration for speed loop (ASR1/ASR2) gains, filter times, torque control, and speed limit settings.
Settings for V/F curve, torque boost, slip frequency compensation, and voltage control modes.
Configuration for analog inputs (AI1, AI2), analog outputs (AO1, AO2), and pulse outputs (HDO).
Defines functions for digital input terminals (DI1-DI6, HDI) and output terminals (Y1, Y2, R1, R2).
Detailed settings for PID control, including operation modes, feedback channels, gains, and sleep functions.
Parameters for PLC operation, multistage speed control, swing frequency, and fixed length control functions.
Configuration for overload, undervoltage, overvoltage, phase loss, current limit, and communication protection.
Settings for Modbus protocol, local address, baud rate, data format, and communication timeout.
Covers energy consumption braking, power failure restart, PWM mode, voltage control, and oscillation suppression.
Settings for keypad functions, parameter initialization, protection, copying, and display modes.
Parameters for multi-pump systems, including terminal delay, polling time, and pump start-up modes.
Settings specific to photovoltaic water pump applications, including MPPT and water shortage detection.
Defines EMC and its importance for electrical equipment operating in an electromagnetic environment.
Discusses compliance with relevant international and national EMC standards for inverters.
Provides advice on managing harmonics, electromagnetic interference, and installation precautions.
Lists common fault codes, their possible causes, and recommended countermeasures for inverter operation.
Addresses common operational anomalies like display issues, motor buzzing, and inconsistent acceleration/deceleration.
Details the RTU mode, data transmission format, bit sequence, and error checking for Modbus communication.
Lists supported function codes, register addresses, and Modbus communication inquiry frame formats.
Explains the meaning of bits for inverter running state and provides inverter fault code tables.
Lists warning codes, their keyboard display content, and fault information for inverter status.
Details the format for control commands, including examples for writing function codes.
Defines attributes like reservation, menu, system, EEPROM coverage, and symbol meanings for parameters.
Lists error codes for abnormal Modbus slave responses and their descriptions.
Maps function codes to their corresponding Modbus communication addresses for inverter parameters.
Commissioning steps and parameter settings for single pump constant pressure water supply macro mode.
Commissioning steps and parameter settings for one inverter with two working water supply macro mode.
Commissioning steps and parameter settings for three-pump cycle soft start water supply macro mode.
Commissioning steps and parameter settings for the photovoltaic water pump macro mode.
Commissioning steps and parameter settings for the NC machine tool control macro mode.
Commissioning steps and parameter settings for the fire patrol macro mode.
Commissioning steps and parameter settings for the EPS power mode macro.
Defines modes for multi-pump water supply systems, including invalid, two-pump, and three-pump circulation.
Specifies the input terminal used for running command control, such as terminal operation or PID control.
Sets the main source for frequency input, including digital, analog, PID control, and communication.
Details the functions assigned to digital input terminals DI1-DI6 for various controls like PID, interlocks, and start/stop.
Configures the output functions for terminals Y1 and Y2, such as interlock outputs or status signals.
Sets the functions for programmable relay outputs R1 and R2, like interlock status or fault signals.
Configures PID operation mode (automatic/manual) and selects the input channel for PID control.
Determines the feedback source for PID control, including AI1, AI2, combined signals, or communication.
Sets PID polarity, proportional-integral characteristics, and integral adjustment behavior.
General| Series | HV100 |
|---|---|
| Frequency Range | 0~50/60Hz |
| Control Mode | V/F control |
| Protection Functions | Overcurrent, Overvoltage, Undervoltage, Overload, Phase Loss, Short Circuit |
| Communication | RS485 |
| Storage Temperature | -20°C to +60°C |
| Altitude | Below 1000m (Derating above 1000m) |
| Operating Temperature | -10°C to +50°C |
| Humidity | Less than 95%RH, no condensation |
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