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Details specific safety considerations categorized by service stage, including dangers and warnings.
Lists precautions for leakage protector RCD, insulation inspection, and motor thermal protection.
Explanation of the product's naming convention and identification on its nameplate.
Covers installation conditions, space requirements, and precautions for mechanical setup.
Details specifications of main circuit terminals and wiring standards for the converter.
Overview of the operation panel, indicator lights, units, and digital display area.
Explains the three-level menu structure for parameter setting and modification.
Details basic function parameters, including function codes, names, set ranges, and default values.
Lists parameters used for monitoring the frequency converter's operational status.
Explains basic functional groups and parameters like control mode and command source.
Describes control modes for the first motor, including SVC and V/F control.
Details how to select the command source for frequency converter control.
Defines input channels for the main frequency source, including digital settings and analog inputs.
Explains how to select auxiliary frequency sources and their application in superposition.
Specifies how to select the range of auxiliary frequency source Y for superposition.
Defines methods for combining main and auxiliary frequency sources.
Sets the initial frequency value for figure setting or UP/DOWN control.
Allows changing the motor's rotation direction without rewiring.
Sets the maximum output frequency limit for the frequency converter.
Defines the source for the upper limiting frequency setting.
Sets the upper limit for the output frequency.
Sets the lower limit for the output frequency.
Adjusts the carrier frequency to manage motor noise and efficiency.
Sets the first acceleration time for the frequency converter.
Sets the first deceleration time for the frequency converter.
Sets an offset frequency when using main and auxiliary sources together.
Determines if the set frequency is memorized after stopping.
Specifies the reference frequency used for acceleration/deceleration time calculations.
Configures binding between command sources and frequency sources.
Parameters related to the first motor's specifications and tuning.
Selects the type of motor connected to the frequency converter.
Sets the rated power of the connected motor.
Sets the rated voltage of the connected motor.
Sets the rated current of the connected motor.
Sets the rated frequency of the connected motor.
Sets the rated speed of the connected motor.
Selects the motor tuning method for parameter optimization.
Parameters for vector control of the first motor.
Sets the proportional gain for the first speed loop in vector control.
Sets the integral time for the first speed loop in vector control.
Defines the switching frequency for the first speed loop PI parameters.
Sets the proportional gain for the second speed loop in vector control.
Sets the integral time for the second speed loop in vector control.
Defines the switching frequency for the second speed loop PI parameters.
Adjusts speed precision in vector control by setting slip gain.
Selects the source for the torque upper limit in speed control mode.
Digitally sets the upper torque limit in speed control mode.
Sets the proportional gain for excitation adjustment.
Sets the integral gain for excitation adjustment.
Sets the proportional gain for torque adjustment.
Sets the integral gain for torque adjustment.
Parameters specific to V/F control mode.
Configures the Voltage-Frequency (V/F) curve for motor control.
Compensates low-frequency torque characteristics by boosting voltage.
Sets the frequency threshold for torque boost validity.
Defines the first frequency point for multi-point V/F curves.
Defines the first voltage point for multi-point V/F curves.
Defines the second frequency point for multi-point V/F curves.
Defines the second voltage point for multi-point V/F curves.
Defines the third frequency point for multi-point V/F curves.
Defines the third voltage point for multi-point V/F curves.
Compensates motor speed deviation due to load changes using VF slip.
Prevents overvoltage during deceleration by adjusting overexcitation gain.
Selects the voltage source for VF separation control.
Digitally sets the voltage for VF separation.
Sets the voltage acceleration time for VF separation.
Sets the voltage deceleration time for VF separation.
Configuration of digital multifunctional input terminals.
Assigns a function to the DI1 terminal.
Assigns a function to the DI2 terminal.
Assigns a function to the DI3 terminal.
Assigns a function to the DI4 terminal.
Defines operation modes for frequency converter control via terminals.
Sets the minimum input voltage for analog input curve 1.
Sets the corresponding percentage for the minimum input of analog curve 1.
Sets the maximum input voltage for analog input curve 1.
Sets the corresponding percentage for the maximum input of analog curve 1.
Sets a delay for the DI1 terminal's response to state changes.
Configures valid input modes for digital input terminals.
Configuration of multifunctional output terminals.
Selects the function for the relay output terminal.
Selects the function for the DO output terminal.
Selects the function for the analog output (AO) terminal.
Adjusts the zero bias for analog output signals.
Adjusts the gain for analog output signals.
Sets a delay for the relay output.
Sets a delay for the DO output.
Configures the valid state logic for DO output terminals.
Parameters for controlling the start and stop operations of the frequency converter.
Selects the method for starting the frequency converter.
Configures how the converter restarts using speed tracking.
Sets the initial frequency used during starting.
Sets how long the starting frequency is maintained.
Sets DC braking or pre-excitation current levels.
Sets DC braking or pre-excitation time.
Selects the acceleration/deceleration profile (linear or S-curve).
Defines the time ratio for S-curve acceleration in the start period.
Selects the stop mode (deceleration or free stop).
Sets the initial frequency for DC braking during stopping.
Sets the DC braking current level.
Adjusts the duty cycle of the built-in braking unit.
Parameters for configuring the keyboard and display functions.
Assigns functions to the multifunctional 'M' key.
Configures the behavior of the STOP/RESET key.
Configures LED display parameters during operation.
Configures LED display parameters when the converter is in a stop state.
Sets the decimal places for load speed display.
Parameters for auxiliary functions not covered in other groups.
Sets the frequency for jog operation.
Sets the acceleration time for jog operation.
Sets the deceleration time for jog operation.
Sets the first hopping frequency to avoid mechanical resonance.
Sets the second hopping frequency to avoid mechanical resonance.
Sets the dead time for switching between forward and reverse running.
Prohibits reverse running operation of the motor.
Defines behavior when set frequency is below the lower limit.
Manages load distribution for multiple motors by adjusting output frequency.
Parameters for configuring the Proportional-Integral-Derivative (PID) control loop.
Selects the source for the PID control loop's target value.
Sets the target value for the PID process.
Selects the feedback signal channel for the PID process.
Configures the direction (positive/negative action) of PID control.
Sets the proportional gain for the primary PID regulator.
Sets the integral time for the primary PID regulator.
Sets the derivative time for the primary PID regulator.
Limits reverse frequency in PID control to prevent excessive reverse operation.
Stops PID adjustment when the deviation is within a set limit.
Restricts derivative action to prevent system oscillation.
Sets the time for PID target value changes.
Filters PID feedback signals to reduce disturbance.
Sets the proportional gain for the secondary PID regulator.
Sets the integral time for the secondary PID regulator.
Sets the derivative time for the secondary PID regulator.
Selects the source for PID feedback (terminal, automatic switching).
Sets the deviation threshold for switching to PID parameter group 1.
Sets the deviation threshold for switching to PID parameter group 2.
Parameters for multi-stage instructions and simple PLC functionality.
Selects the operation mode for the simple PLC function.
Parameters for communication settings, including Modbus protocol.
Sets the communication baud rate for the frequency converter.
Configures the data format and parity for communication.
Sets the communication address for the frequency converter.
Selects the communication protocol (Modbus).
Manages user password settings for parameter access.
Sets or clears the user password for parameter protection.
Restores factory default parameters, excluding motor settings.
Parameters related to torque control and motor qualification.
Selects between speed and torque control modes.
Selects the source for torque setting in torque control mode.
Digitally sets the torque level in torque control mode.
Sets the maximum positive frequency in torque control mode.
Sets the acceleration time for torque control.
Parameters for controlling a second motor.
Selects the type of the second motor.
Sets the rated power of the second motor.
Sets the rated voltage of the second motor.
Sets the rated current of the second motor.
Sets the rated frequency of the second motor.
Sets the rated rotating speed of the second motor.
Selects the motor tuning method.
Sets proportional gain for the first speed loop of motor 2.
Sets switching frequency for the first speed loop of motor 2.
Sets proportional gain for the second speed loop of motor 2.
Sets switching frequency for the second speed loop of motor 2.
Selects the source for torque upper limit in speed control mode for motor 2.
Digitally sets the upper torque limit in speed control mode for motor 2.
Parameters for optimizing control performance.
Sets the upper limit frequency for DPWM switching.
Selects compensation mode for the dead zone.
Enables quick current limiting to prevent over-current failures.
Sets voltage points for under-voltage failure detection.
Selects SVC optimization mode for torque control or speed stability.
Sets voltage points for overvoltage failure detection.
Parameters for monitoring the frequency converter's operational status.
Displays the current operating frequency of the converter.
Displays the set frequency value for the converter.
Displays the DC bus voltage of the frequency converter.
Displays the output voltage of the frequency converter during operation.
Displays the output current of the frequency converter.
Displays the input state of digital input terminals.
Displays the output state of digital output terminals.
Displays the practical output frequency measured by an encoder.
Displays the frequency setting for the main frequency source X.
Displays the rotor position of a synchronous machine.
Displays the upper limit value of the current torque.
Displays the counting of the current ABZ pulse.
Visually displays the state of DI terminals.
Visually displays the state of DO terminals.
Visually displays the validity of DI terminal functions 1-40.
Visually displays the validity of DI terminal functions 41-59.
Displays the current set frequency percentage.
Displays the operational state information of the frequency converter.
Information on selecting the correct type and understanding the dimensions of the converter.
Provides technical data and electrical specifications for different models.
Details the physical appearance and dimensions of the frequency converter.
Recommends brake unit and resistance types based on frequency converter model.
Guidance on maintaining the frequency converter and diagnosing failures.
Daily inspection items and cleaning procedures for the converter.
Regular inspection items and cleaning procedures for optimal performance.
Identifies and discusses the replacement of parts with limited service life.
Instructions regarding maintenance services and warranty.
Lists common failure codes, causes, and handling measures.
Addresses overcurrent issues during the acceleration phase.
Addresses overcurrent issues during the deceleration phase.
Addresses overcurrent issues when the motor operates at a constant speed.
Addresses overvoltage issues during the acceleration phase.
Addresses overvoltage issues during the deceleration phase.
Addresses overvoltage issues when the motor operates at a constant speed.
Deals with faults related to the control power supply.
Addresses issues related to undervoltage conditions.
Addresses overload conditions of the AC drive.
Addresses motor overload conditions.
Addresses issues related to power input phase loss.
Addresses issues related to power output phase loss.
Addresses overheating of the converter module.
Handles faults originating from external equipment.
Addresses communication errors between the converter and other devices.
Deals with faults related to the contactor.
Addresses faults in the current detection system.
Handles faults occurring during motor auto-tuning.
Addresses faults related to EEPROM read/write operations.
Deals with general hardware faults in the AC drive.
Addresses short circuits to ground in the motor or output line.
Handles user-defined fault 1 input signals.
Handles user-defined fault 2 input signals.
Addresses the condition where the load becomes zero.
Handles loss of PID feedback signal during operation.
Addresses excessive deviation between actual and set motor speed.
Addresses conditions where the motor exceeds its overspeed limit.
Addresses motor overheating issues.
Provides methods for analyzing and resolving common failure alarms.
Troubleshooting steps for when the display shows no output after power on.
Addresses "Err23" alarm that occurs upon power on.
Troubleshooting steps for frequent Err14 module overheating alarms.
Addresses issues where the motor fails to rotate despite the converter running.
Troubleshoots issues related to invalid digital input terminals.
Addresses problems with motor speed not increasing in closed-loop vector control.
Troubleshoots frequent overcurrent and overpressure failure reports.
Details the Modbus communication protocol for the JAC200 series.
Defines the content and format of the serial communication protocol.
Describes the application modes for the frequency converter in PC/PLC networks.
Explains the hardware interface and topological structure of the communication bus.
Outlines the Modbus communication data structure for parameter reading and writing.
Details the description of fields within the communication data frame.
Defines rules for marking parameter addresses based on function code groups.
Lists parameters related to stop/operating states with their addresses.
Details status word addresses for reading frequency converter status.
Controls data output from terminals via commands.
Controls analog output AO1.
Controls analog output AO2.
Controls PULSE output.
Lists failure codes and descriptions for the frequency converter.
Parameters for communication settings within Group FD.
Sets the communication baud rate for the frequency converter.
Configures the data format and parity for communication.
Sets the local communication address.
Selects the communication protocol (Modbus).
Information regarding maintenance services and warranty.
Contains information and fields for the product warranty card.
Fields for customer contact and address details.
General| Model | JAC200 Series |
|---|---|
| Category | Media Converter |
| Data Rate | 10/100Mbps |
| Interface | RJ45 |
| Fiber Port | SC/ST/FC |
| Fiber Type | Single-mode/Multi-mode |
| Wavelength | 1310nm/1550nm |
| Transmission Distance | Up to 2km (Multi-mode) |
| Power Supply | 5V DC |
| Storage Temperature | -40~85°C |
| Humidity | 5% to 95% (non-condensing) |
