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Need help?Do you have a question about the Inorea PI150 Series and is the answer not in the manual?
Explains how to interpret the Powtran PI150 inverter model number.
Provides outline and installation dimensions for single-phase 220V AC models.
Details dimensions and installation for three-phase 220V AC models.
Details dimensions and installation for three-phase 380V AC models.
Details dimensions and installation for three-phase 480V AC models.
Explains the function of indicator lights on the inverter's operation panel.
Details the function of each button on the inverter's operation panel.
Details the rated voltage, input frequency, and voltage fluctuation tolerances.
Covers control methods, torque boost, V/F curves, and frequency settings.
Lists features like built-in PID, automatic voltage regulation, and speed tracking.
Specifies available input signal types, including digital and analog inputs.
Outlines various inverter protection mechanisms against electrical faults.
Details information displayed on the inverter panel, including status and error logs.
Lists available output signal types, such as relay and analog outputs.
Specifies the communication interface, primarily RS485.
Defines operating temperature, humidity, vibration, and altitude limits.
Lists safety and EMC standards the product adheres to.
Describes the cooling method and installation options like rail or wall mounting.
Important guidelines for wiring the main circuit to prevent damage and ensure safety.
Guidelines for wiring control circuits, emphasizing interference prevention and proper connections.
Lists parameters for monitoring inverter status, frequency, voltage, current, and speed.
Selects the motor control method, such as V/F control or vector control.
Sets the frequency reference using the keyboard.
Defines the resolution for frequency commands, affecting precision.
Selects the primary source for the frequency command.
Selects an auxiliary source for frequency commands.
Specifies how the auxiliary frequency source relates to the master frequency.
Determines how master and auxiliary frequencies are combined.
Sets an offset frequency value for the auxiliary source.
Configures whether to retain parameters after shutdown.
Defines how UP/DOWN commands affect frequency during operation.
Chooses the source for run commands (keyboard, terminals, communication).
Links frequency sources to specific command sources.
Sets the first acceleration time for the motor.
Sets the first deceleration time for the motor.
Selects the time unit for acceleration and deceleration parameters.
Defines the reference frequency for acceleration/deceleration time settings.
Enables or disables automatic adjustment of carrier frequency.
Sets the carrier frequency for PWM output.
Sets the upper limit for the inverter's output frequency.
Selects the source for the upper limit frequency setting.
Sets the maximum allowable output frequency.
Applies an offset to the upper limit frequency.
Sets the minimum allowable output frequency.
Configures the motor's running direction.
Sets the accuracy for analog input signals.
Assigns a function to the digital input terminal DI1.
Assigns a function to the digital input terminal DI2.
Assigns a function to the digital input terminal DI3.
Assigns a function to the digital input terminal DI4.
Assigns a function to the digital input terminal DI5.
Describes how to combine multi-command inputs for 16 states.
Configures the function of the relay output terminals (TA, TC).
Selects the function for the DA1 analog output terminal.
Sets a delay time for the relay 1 output.
Selects the active status logic for DO terminals.
Adjusts the zero bias for the DA1 analog output.
Sets the gain for the DA1 analog output.
Configures the inverter's start-up method.
Sets the mode for tracking motor speed during startup.
Defines the target speed for speed tracking.
Sets the initial frequency when starting.
Specifies how long to hold the start frequency.
Sets the current for DC pre-excitation.
Sets the duration for DC pre-excitation.
Selects the method for stopping the inverter.
Sets the frequency for DC start.
Sets the waiting time for DC start.
Sets the current level for braking.
Sets the duration for braking.
Configures the rate of braking utilization.
Selects between linear or S-curve acceleration/deceleration.
Defines the proportion of the S-curve for starting.
Defines the proportion of the S-curve for stopping.
Selects the type of V/F curve for motor control.
Adjusts torque boost to improve low-speed torque.
Sets the frequency at which torque boost is deactivated.
Sets the first frequency point for multi-point V/F control.
Sets the voltage point corresponding to frequency point 1.
Sets the second frequency point for multi-point V/F control.
Sets the voltage point corresponding to frequency point 2.
Sets the third frequency point for multi-point V/F control.
Sets the voltage point corresponding to frequency point 3.
Adjusts slip compensation gain in V/F control.
Sets the gain for V/F overexcitation.
Adjusts gain to suppress V/F oscillation.
Selects the voltage source for V/F separation.
Sets the voltage value for V/F separation.
Sets the rise time for V/F separation voltage.
Sets the proportional gain for speed loop G1.
Sets the integral time for speed loop T1.
Sets the switching frequency for the first control loop.
Sets the proportional gain for speed loop G2.
Sets the integral time for speed loop T2.
Sets the switching frequency for the second control loop.
Sets the integral gain for the speed loop.
Selects the source for torque limiting in speed control mode.
Sets the digital upper limit for torque.
Sets the differential gain for vector control.
Sets the filtering time for the speed loop.
Sets the overexcitation gain for vector control.
Sets the proportional gain for the excitation regulator.
Sets the integral gain for the excitation regulator.
Sets the proportional gain for the torque regulator.
Sets the integral gain for the torque regulator.
Defines the behavior of the STOP/RESET key based on operation mode.
Configures the first set of parameters for displaying running status.
Configures the second set of parameters for displaying running status.
Configures parameters for displaying status when the inverter is stopped.
Sets a coefficient for displaying the load speed.
Configures the number of decimal places for load speed display.
Displays the temperature of the inverter module's radiator.
Shows the total accumulated running time of the inverter.
Displays the total time the inverter has been powered on.
Shows the total power consumed by the inverter.
Displays the product number of the inverter.
Shows the software version of the control board.
Configures communication settings for reading and writing data.
Adjusts the power correction coefficient.
Locks specific keys on the operation panel.
Assigns functions to the QUICK key.
Sets the frequency for jog running operations.
Sets the acceleration time for jog running.
Sets the deceleration time for jog running.
Enables or disables jog priority.
Sets the first jump frequency point.
Sets the second jump frequency point.
Defines the range for jump frequency.
Enables or disables jump frequency functionality.
Sets the second acceleration time.
Sets the second deceleration time.
Sets the third acceleration time.
Sets the third deceleration time.
Sets the fourth acceleration time.
Sets the fourth deceleration time.
Frequency point for switching between accel times 1 and 2.
Frequency point for switching between decel times 1 and 2.
Sets the dead-band for forward/reverse rotation.
Enables or prohibits reverse rotation.
Defines behavior when operating at the lower limit frequency.
Configures droop control settings.
Sets the time for power-on arrival detection.
Sets the time for running arrival detection.
Enables or disables start protection.
Sets the detection value for FDT1.
Sets the hysteresis value for FDT1 detection.
Sets the width for frequency reach detection.
Sets the detection value for FDT2.
Sets the hysteresis value for FDT2 detection.
Sets the first frequency detection value.
Sets the width for the first frequency detection.
Sets the second frequency detection value.
Sets the width for the second frequency detection.
Configures detection for zero current.
Sets the delay time for zero current detection.
Sets the value for current over-run detection.
Sets the time for current over-run detection.
Sets the arrival current value for the first detection.
Sets the width for the first current detection.
Sets the threshold for module temperature arrival.
Configures the operation of the cooling fan.
Enables or disables timing functions.
Adjusts the gain for overcurrent stall detection.
Sets the current threshold for lost speed stall protection.
Enables or disables overload protection.
Sets the gain for motor overload protection.
Sets a coefficient for motor overload pre-alarm.
Adjusts the gain for overvoltage stall detection.
Sets voltage thresholds for overvoltage stall and brake voltage.
Enables or disables output phase loss protection.
Enables or disables short-to-ground protection.
Sets the number of automatic fault resets.
Configures DO output actions during automatic fault reset.
Enables or disables automatic fault reset.
Sets a reserve frequency for abnormal conditions.
Selects action upon momentary power cuts.
Sets time for judging recovery voltage after power cut.
Sets the voltage threshold for judging momentary power cuts.
Sets the communication baud rate for serial communication.
Configures the data format for communication (parity, bits).
Sets the unique address for the inverter on the communication network.
Sets the delay time for the inverter's response.
Sets the timeout period for communication.
Selects the data transfer format (e.g., Modbus protocol).
Sets the resolution for reading current via communication.
Enables or disables fast current limiting.
Sets the voltage threshold for undervoltage detection.
Sets the voltage threshold for overvoltage detection.
Selects the mode for deadband compensation.
Sets compensation for current detection.
Selects the mode for vector optimization without PG.
Sets the frequency limit for DPWM switching.
Selects the PWM modulation mode (asynchronous/synchronous).
Sets the depth for random PWM carrier frequency.
Selects the manner for swing setting (relative to center or max frequency).
Sets the range for wobbulate frequency variation.
Defines the range for sudden frequency jumps.
Sets the cycle time for wobbulate operations.
Sets the coefficient for triangle wave rise time.
Sets the target length for fixed-length operations.
Displays the current actual length.
Sets the number of pulses per meter.
Sets the target count value for counting.
Sets a specific count value for operations.
Sets the speed for stage 0 in multi-speed operation.
Sets the speed for stage 1 in multi-speed operation.
Sets the speed for stage 2 in multi-speed operation.
Sets the speed for stage 3 in multi-speed operation.
Sets the speed for stage 4 in multi-speed operation.
Sets the speed for stage 5 in multi-speed operation.
Sets the speed for stage 6 in multi-speed operation.
Sets the speed for stage 7 in multi-speed operation.
Sets the speed for stage 8 in multi-speed operation.
Sets the speed for stage 9 in multi-speed operation.
Sets the speed for stage 10 in multi-speed operation.
Sets the speed for stage 11 in multi-speed operation.
Sets the speed for stage 12 in multi-speed operation.
Sets the speed for stage 13 in multi-speed operation.
Sets the speed for stage 14 in multi-speed operation.
Sets the speed for stage 15 in multi-speed operation.
Configures the running mode for simple PLC operations.
Selects the memory mode for PLC operations.
Sets the running time for stage 0.
Selects AC/Deceleration time for stage 0.
Sets the running time for stage 1.
Selects AC/Deceleration time for stage 1.
Sets the running time for stage 2.
Selects AC/Deceleration time for stage 2.
Sets the running time for stage 3.
Selects AC/Deceleration time for stage 3.
Sets the running time for stage 4.
Selects AC/Deceleration time for stage 4.
Sets the running time for stage 5.
Selects AC/Deceleration time for stage 5.
Sets the running time for stage 6.
Selects AC/Deceleration time for stage 6.
Sets the running time for stage 7.
Selects AC/Deceleration time for stage 7.
Sets the running time for stage 8.
Selects AC/Deceleration time for stage 8.
Sets the running time for stage 9.
Selects AC/Deceleration time for stage 9.
Sets the running time for stage 10.
Selects AC/Deceleration time for stage 10.
Sets the running time for stage 11.
Selects AC/Deceleration time for stage 11.
Sets the running time for stage 12.
Selects AC/Deceleration time for stage 12.
Sets the running time for stage 13.
Selects AC/Deceleration time for stage 13.
Sets the running time for stage 14.
Selects AC/Deceleration time for stage 14.
Sets the running time for stage 15.
Selects AC/Deceleration time for stage 15.
Selects the unit (seconds or hours) for simple PLC run-time.
Sets the reference manner for multi-stage command 0.
Selects the source for PID control settings (e.g., E2.01, Analog All).
Sets the PID reference value via keyboard.
Selects the source for PID feedback signal.
Sets the direction of PID action (positive or negative).
Defines the range for PID setting feedback.
Sets the cutoff frequency for PID inversion.
Sets the limit for PID deviation.
Sets the limit for PID differential.
Sets the time for PID reference change.
Sets the filter time for PID feedback.
Sets the filter time for PID output.
Sets the value to detect PID feedback loss.
Sets the time to detect PID feedback loss.
Sets the proportional gain KP1 for PID control.
Sets the integration time Ti1 for PID control.
Sets the differential time Td1 for PID control.
Sets the proportional gain KP2 for PID control.
Sets the integration time Ti2 for PID control.
Sets the differential time Td2 for PID control.
Defines conditions for switching PID parameters.
Sets deviation for PID parameter switching 1.
Sets deviation for PID parameter switching 2.
Configures integral properties for PID control.
Sets the initial value for PID control.
Sets the hold time for the PID initial value.
Sets max deviation for forward outputs.
Sets max deviation for backward outputs.
Configures computing status after PID stops.
Enables automatic frequency decrease in PID.
Sets the frequency when PID stops.
Sets the checking time for PID.
Sets the number of checking times for PID.
Selects the type of motor (asynchronous, inverter motor).
Sets the rated power of the motor.
Sets the rated voltage of the motor.
Sets the rated current of the motor.
Sets the rated frequency of the motor.
Sets the rated speed of the motor.
Sets the stator resistance for asynchronous motors.
Sets the rotor resistance for asynchronous motors.
Sets the leakage inductance for asynchronous motors.
Sets the mutual inductance for asynchronous motors.
Sets the no-load current for asynchronous motors.
Enables automatic tuning of motor parameters.
Initializes parameters to default values or clears history.
Sets or manages the user password for parameter access.
Selects which parameter groups (d, E, b, y, L) are displayed.
Selects display options for personality parameters.
Defines whether function codes are modifiable.
Queries the type code of the first recorded fault.
Queries the type code of the second recorded fault.
Queries the type code of the third recorded fault.
Details causes and solutions for inverter unit protection faults.
Details causes and solutions for acceleration overcurrent faults.
Details causes and solutions for deceleration overcurrent faults.
Details causes and solutions for constant speed overcurrent faults.
Details causes and solutions for acceleration overvoltage faults.
Details causes and solutions for deceleration overvoltage faults.
Details causes and solutions for constant speed overvoltage faults.
Details causes and solutions for control power failure.
Details causes and solutions for under voltage faults.
Details causes and solutions for inverter overload faults.
Details causes and solutions for motor overload faults.
Details causes and solutions for output phase loss faults.
Details causes and solutions for module overheating faults.
Details causes and solutions for external equipment faults.
Details causes and solutions for communication faults.
Details causes and solutions for contactor faults.
Details causes and solutions for current detection faults.
Details causes and solutions for motor parameter auto tuning faults.
Details causes and solutions for EEPROM read/write faults.
Details causes and solutions for inverter hardware faults.
Details causes and solutions for short-circuit to ground faults.
Details causes and solutions for cumulative running time arrival faults.
Details causes and solutions for custom fault 1.
Details causes and solutions for custom fault 2.
Details causes and solutions for total power-on time arrival faults.
Details causes and solutions for PID feedback loss faults.
Details causes and solutions for quick current limiting faults.
Details causes and solutions for excessive speed deviation faults.
Details causes and solutions for initial position errors.
Details causes and solutions for communication failures.
Queries the bus voltage associated with the third recorded fault.
Queries the input terminal status for the third fault.
Queries the output terminal status for the third fault.
Queries the power-on time for the third fault.
Queries the running time for the third fault.
Queries the frequency associated with the second recorded fault.
Queries the current associated with the second recorded fault.
Queries the bus voltage associated with the second recorded fault.
Queries the input terminal status for the second fault.
Queries the output terminal status for the second fault.
Queries the power-on time for the second fault.
Queries the running time for the second fault.
Queries the frequency associated with the first recorded fault.
Queries the current associated with the first recorded fault.
Queries the bus voltage associated with the first recorded fault.
Queries the input terminal status for the first fault.
Queries the output terminal status for the first fault.
Queries the power-on time for the first fault.
Queries the running time for the first fault.
Selects the source for PID control settings (e.g., E2.01, Analog All).
Sets the PID reference value via keyboard.
Selects the source for PID feedback signal.
Sets the direction of PID action (positive or negative).
Defines the range for PID setting feedback.
Sets the cutoff frequency for PID inversion.
Sets the limit for PID deviation.
Sets the limit for PID differential.
Sets the time for PID reference change.
Sets the filter time for PID feedback.
Sets the filter time for PID output.
Sets the value to detect PID feedback loss.
Sets the time to detect PID feedback loss.
Sets the proportional gain KP1 for PID control.
Sets the integration time Ti1 for PID control.
Sets the differential time Td1 for PID control.
Sets the proportional gain KP2 for PID control.
Sets the integration time Ti2 for PID control.
Sets the differential time Td2 for PID control.
Defines conditions for switching PID parameters.
Sets deviation for PID parameter switching 1.
Sets deviation for PID parameter switching 2.
Configures integral properties for PID control.
Sets the initial value for PID control.
Sets the hold time for the PID initial value.
Sets max deviation for forward outputs.
Sets max deviation for backward outputs.
Configures computing status after PID stops.
Enables automatic frequency decrease in PID.
Sets the frequency when PID stops.
Sets the checking time for PID.
Sets the number of checking times for PID.
Selects the type of motor (asynchronous, inverter motor).
Sets the rated power of the motor.
Sets the rated voltage of the motor.
Sets the rated current of the motor.
Sets the rated frequency of the motor.
Sets the rated speed of the motor.
Sets the stator resistance for asynchronous motors.
Sets the rotor resistance for asynchronous motors.
Sets the leakage inductance for asynchronous motors.
Sets the mutual inductance for asynchronous motors.
Sets the no-load current for asynchronous motors.
Enables automatic tuning of motor parameters.
Initializes parameters to default values or clears history.
Sets or manages the user password for parameter access.
Selects which parameter groups (d, E, b, y, L) are displayed.
Selects display options for personality parameters.
Defines whether function codes are modifiable.
Queries the type code of the first recorded fault.
Queries the type code of the second recorded fault.
Queries the type code of the third recorded fault.
General