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General| Category | Controller |
|---|---|
| Rated Voltage | 208-690V AC |
| Communication | Modbus RTU |
| Output Voltage | 208-690V AC |
| Enclosure | IP20 |
| Control Voltage | 110-220V AC |
| Operating Temperature | -10 to +50°C |
Criteria for selecting starter based on motor FLA and starting needs.
Defines voltage levels supported by the starter for operation.
Voltage used to power electronic circuitry and fans within the starter.
Voltage levels for starter control signals like start/stop.
Available optional features and their corresponding codes.
Pre-installation checks for motor and control voltages.
Guidelines for vertical mounting and ensuring proper airflow.
Operating temperature limits and methods to reduce enclosure heating.
Options for improving heat dissipation within enclosures.
Recommends using Thyristor Protection Fuses for short circuit protection.
Explains protection against line transient voltages using MOVs.
Ordering option to maintain current protection after bypass activation.
Specific terminal configuration for by-pass preparation on Frame Size A.
By-pass preparation details for Frame Sizes B (Standard and New).
Bus bar connection method for by-pass on Frame Size C.
Bus bar connection method for by-pass on Frame Size D.
Bus bar connection method for by-pass on Frame Size E.
Bus bar connection method for by-pass on Frame Size F.
Bus bar connection method for by-pass on Frame Size G.
Powering the starter's electronic circuitry and fans.
Configuration of fan operation modes via internal jumper.
Isolation of processor circuitry and voltage options for control signals.
Function of the Stop input terminal using a N.C. contact.
Function of the Soft Stop input terminal using a N.C. contact.
Function of the Start input terminal using a N.O. contact.
Terminal for selecting Energy Save, Slow Speed, or Reset functions.
Terminal for dual adjustment, reverse, or reset functions.
Common terminal for control inputs, used for jumpering.
Programmable relay contacts for signaling or interlocking functions.
Voltage-free relay contact indicating fault conditions.
Contact activated at end of acceleration for bypass or other functions.
Input for an external fault signal, causing starter trip.
Input for optional Tacho feedback for linear acceleration/deceleration.
Terminal for voltage reference, used with external fault and insulation alarm.
Enables RS485 communication with MODBUS protocol for remote control.
Monitors motor insulation level and provides alarm/trip signals.
Provides thermistor input and analogue output for motor monitoring.
Basic start/stop wiring using push buttons or maintained contacts.
Wiring for start/stop using push buttons with a single control supply.
Wiring diagram for soft start and immediate stop using a contact.
Wiring for soft start and soft stop controlled by a contact.
Wiring for soft start/stop with an additional emergency stop function.
Wiring for controlling Energy Save, Slow Speed, or Reset via a contact.
Wiring for Dual Adjustment, Slow Speed Reversing, or Reset functions.
Wiring diagram for an external fault input that trips the starter.
Wiring diagram showing a series contactor configuration for retrofitting systems.
Wiring diagram illustrating the activation of a by-pass contactor.
Wiring for motor reversing using two series contactors and mechanical interlock.
Wiring configurations for controlling two-speed motors with the soft starter.
Wiring for communication-based soft-start and soft-stop operation.
Wiring for communication-based soft-start and immediate stop operation.
Wiring for communication control of soft-start, soft-stop, and immediate stop.
Wiring diagram for controlling a brake motor with the soft starter.
Wiring diagram for performing motor insulation testing via the starter.
Configuration of starter fan operation modes (continuous, external, automatic).
Description of EPROM, EEPROM, and RAM memory systems for parameters.
How parameters are loaded, modified, and stored within the memory systems.
Explanation of the "Inside Delta" connection mode for motor wiring.
Overview of the dip switch functions for configuring starter settings.
Setting the LCD display to maximized or minimized mode.
Enabling or disabling Tacho feedback functionality.
Selecting between mains or generator control modes.
Configuring the LCD language for the starter interface.
Notes on special settings requiring factory consultation.
Enabling the software lock to prevent unauthorized parameter modification.
Four different curves to control pump starting torque and prevent pressure surges.
Using Tacho feedback for precise linear acceleration and deceleration control.
Function for starting high friction loads requiring a brief high-torque pulse.
Sets the starting torque by controlling the initial voltage applied to the motor.
Determines the initial ramp-up current during the start sequence.
Sets the maximum allowable starting current for the motor.
Defines the time taken for the voltage to ramp up from initial to full voltage.
Sets the maximum allowable duration for acceleration before tripping.
Time delay for the End of Acceleration contact after starting.
Curves to prevent water hammer during pump motor stopping.
Sets the time for the voltage to ramp down during a soft stop.
Adjusts final torque during soft stop to manage residual current.
Allows setting a secondary set of parameters for different load conditions.
Reduces motor voltage and losses when operating at light loads.
Sets the torque level for motor operation at 1/6th nominal speed.
Sets the maximum duration for operating the motor at slow speed.
Monitors motor insulation resistance for alarm and trip conditions.
Monitors motor temperature via thermistor resistance for trip signals.
Protection against excessive starting frequency to prevent overheating.
Trips starter if motor does not reach full speed within the maximum start time.
Protection against instantaneous or running overcurrent conditions.
Inverse time electronic overload protection based on motor thermal memory.
Trips starter if motor current drops below a preset level for a set time.
Trips starter if main voltage drops below a preset level for a set time.
Trips starter if main voltage increases above a preset level for a set time.
Protects against single phasing, missing phases, or incorrect frequency.
Trips starter if the incoming phase sequence is incorrect.
Protects against overheating when operating at slow speed for extended periods.
Detects improper motor connection or internal winding disconnection.
Trips starter if SCRs are short-circuited or motor windings are shorted.
Trips starter if the internal heatsink temperature exceeds 85°C.
Trips starter when an external fault contact is closed for over two seconds.
Describes starter locking on fault, fault indication, and reset procedures.
Allows automatic resetting of Under-Voltage and Phase-Loss faults.
Description of the status LEDs on the starter's front panel.
Explanation of the keypad functions for navigating and setting parameters.
Details the layout and character display capabilities of the LCD screen.
Overview of the different parameter modes accessible via the Mode key.
Procedure to restore factory default settings for all parameters.
Core settings including connection type, FLC, FLA, and various trip levels.
Setting the starter's Full Load Current based on its rating.
Setting the motor's Full Load Ampere rating.
Setting the undercurrent trip level to protect against low motor current.
Setting the time delay for the undercurrent trip condition.
Setting the overcurrent trip level for shear-pin protection.
Setting the delay for the overcurrent shear-pin trip.
Setting the overload trip current level.
Setting the delay for the overload trip function.
Setting the undervoltage trip level.
Setting the time delay for the undervoltage trip.
Setting the overvoltage trip level.
Setting the time delay for the overvoltage trip.
Configuration of motor start characteristics including curves and timings.
Selecting the starting curve for smooth acceleration and torque control.
Setting the gain for Tacho Feedback control during starting.
Duration of the pulse start for high friction loads.
Sets the initial voltage applied to the motor for starting.
Sets the initial current ramp during the start sequence.
Maximum current allowed during the starting phase.
Time taken for the voltage to ramp up to full motor speed.
Maximum allowable time for the motor to reach full speed.
Setting the maximum number of starts allowed within a period.
Defining the time period over which start counts are monitored.
Time period during which starting is prevented after a "Too Many Starts" trip.
Time delay for the End of Acceleration contact during run phase.
Configuration of motor stop characteristics and curves.
Selecting the curve for smooth deceleration and water hammer prevention.
Setting the gain for Tacho Feedback control during stopping.
Time taken for the voltage to ramp down during a soft stop.
Adjusting final torque during soft stop to manage residual current.
Setting a secondary profile of parameters for different operating conditions.
Initial voltage setting for the Dual Adjustment profile.
Current limit setting for the Dual Adjustment profile.
Acceleration time setting for the Dual Adjustment profile.
Deceleration time setting for the Dual Adjustment profile.
Motor FLA setting for the Dual Adjustment profile.
Configuration for Energy Saving and Slow Speed modes.
Setting the level of energy saving based on load conditions.
Setting the torque for slow speed operation.
Maximum duration for slow speed operation.
Configuration of various motor and starter protection parameters.
Enabling or disabling phase sequence protection.
Setting the threshold for motor insulation alarm.
Setting the threshold for motor insulation trip.
Allows automatic resetting of Under-Voltage and Phase-Loss faults.
Selecting the type of thermistor (PTC or NTC) used for motor protection.
Setting the trip level for motor thermistor protection.
Setting for temporary undercurrent reset functionality.
Programming functions for input terminals #7 and #8, and relay outputs.
Configuring communication settings like protocol, baud rate, and parity.
Selecting the communication protocol (e.g., Modbus) for data exchange.
Setting the communication baud rate for data transmission.
Configuring the communication parity for error checking.
Assigning a unique serial link number for network communication.
Displays historical operational data like start periods, run time, and trips.
Accesses advanced functions like default parameter reset and program version check.
Step-by-step guide for starting the motor using buttons and parameter review.
Method for using Dual Adjustment for specific starting requirements like pumps.
Selecting appropriate start curves to manage pump pressure surges.
Selecting stop curves to prevent water hammer during pump deceleration.
Adjusting final torque to prevent heat generation during pump stop.
Troubleshooting insulation alarm conditions and checks.
Troubleshooting insulation trip faults and necessary checks.
Diagnosing issues related to thermistor trip faults.
Addressing faults caused by exceeding the maximum start limit.
Troubleshooting issues when the motor fails to reach full speed within the set time.
Troubleshooting overcurrent and shear-pin trip faults.
Diagnosing and resolving overload trip faults.
Troubleshooting faults related to low motor current.
Troubleshooting faults caused by low supply voltage.
Troubleshooting faults caused by high supply voltage.
Diagnosing and resolving faults due to phase loss or incorrect frequency.
Troubleshooting incorrect incoming phase sequence faults.
Addressing faults related to exceeding the maximum slow speed time.
Troubleshooting faults from incorrect motor connections.
Diagnosing faults related to short-circuited SCRs or motor windings.
Troubleshooting heatsink over-temperature faults.
Troubleshooting faults triggered by an external fault input.
Resolving issues caused by incorrect parameter transfer or corruption.
Covers supply voltage, frequency, control supply, and load types.
Specifications for starting and stopping characteristics like curves, times, and limits.
Detailed specifications for various motor and starter protection features.
Specifications for displays, keypad, aux contacts, and communication interfaces.
Operating and storage temperature ranges for the starter.
Lists relevant dielectric, protection, EMC, and safety standards.
Specifies altitude and humidity limits for normal operation.
Details power consumption for fans and the starter across different frame sizes.
Guidelines for selecting and connecting wiring, terminals, and torque specifications.
Explains mains current reduction and heat dissipation benefits of "Inside Delta" mode.
Illustrates the standard U, V, W motor connection method.
Details the wiring for the "Inside Delta" motor connection configuration.
Physical dimensions and mounting details for standard Frame Size B starters.
Dimensions and features of new Frame Size B with integrated by-pass preparation.
Physical dimensions and mounting details for Frame Size C starters.
Physical dimensions and mounting details for Frame Size D starters.
Physical dimensions for Frame Size E starters.
Physical dimensions for Frame Size F starters.
Physical dimensions for Frame Size G starters.
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