What to do if the WEG Controller motor does not run?
If your WEG Controller's motor isn't running, start by checking the power and control connections, making sure digital inputs like DIx, programmed for Enabling or External Fault, are connected to +24V. Also, verify the parameters are correctly programmed for your application. Finally, check if the Soft-Starter is disabled due to a fault condition.
Why is the display OFF on my WEG SSW-06?
If the display on your WEG Controller is off, first check the keypad connections to the Soft-Starter. Then, check the supply voltage of the control board (X1.1, X1.2 and PE), ensuring it's within the range of 93.5 Vac to 253 Vac. Lastly, inspect the fuse of the control board and replace it if it's blown.
How to fix jerking during pump deceleration on WEG Controller?
If you experience jerking during pump deceleration with your WEG Controller, it may be due to the parameter setting of the Soft-Starter. Try reducing the time set at P104.
General| Type | Soft Starter |
|---|---|
| Operating Frequency | 50/60 Hz |
| Protection Degree | IP20 |
| Control Method | Voltage Ramp |
| Protection | Overload, Phase Loss, Overvoltage, Undervoltage |
| Humidity | 95% RH non-condensing |
| Bypass Contactor | Optional |
| Communication | Optional Modbus RTU |
| Current Rating | 6A |
| Output Current | 6A |
| Operating Temperature | -10°C to 50°C |
Details safety instructions and guidelines within the manual for proper operation.
Highlights safety symbols and warnings attached directly to the product for user awareness.
Provides essential initial recommendations for installation, operation, and handling of the equipment.
Outlines the manual's structure, purpose, and scope for user guidance.
Explains the importance of the software version and its impact on functions and parameters.
Describes the Soft-Starter SSW-06 as a high-performance drive for AC induction motors.
Details how to identify the Soft-Starter SSW-06 model and its key information from the nameplate.
Provides instructions for receiving, inspecting, and storing the Soft-Starter SSW-06 safely.
Covers essential aspects of mechanical installation, including environment and mounting.
Specifies environmental conditions like temperature, moisture, and altitude for proper installation.
Provides external dimensions and mounting hole details for physical installation planning.
Details recommendations for vertical installation and required free space for cooling airflow.
Guides the user through the electrical connections, wiring, and power supply setup.
Illustrates power connection terminals for different models, detailing AC supply and motor connections.
Shows the location of power, grounding, control, and fan voltage selection terminals for various models.
Provides specifications for recommended power and grounding cables and busbars for standard and delta connections.
Details the procedures for connecting the AC input voltage and necessary safety precautions.
Presents UL standard requirements for short circuit capacity, fuses, and circuit breakers.
Specifies IEC standards for input circuit breakers and fuses, including ultra-fast fuse types.
Explains how to connect the Soft-Starter to the motor using standard or inside delta configurations.
Details the standard three-wire connection method for the motor and its implications on line current.
Describes the inside delta motor connection, its current relationship, and wiring requirements.
Provides essential guidelines for proper grounding of the Soft-Starter and motor frame for safety.
Explains how to connect and select the fan voltage for models equipped with cooling fans.
Details the connections for digital inputs, relay outputs, analog outputs, and motor thermistor on the electronic board.
Explains the serial communication interface for connecting to a PC or PLC via RS-232.
Describes the connection of the XC8 board for optional serial communication (RS-485 or USB).
Explains the connection of the XC6 board for Profibus DP or DeviceNet communication.
Presents various suggested set-ups for control and operation based on application needs.
Provides a detailed description of the keypad's layout, displays, LEDs, and keys.
Explains how to use the keypad for operating and programming the Soft-Starter.
Details how to perform start, stop, FWD/REV, JOG, and mode switching using the keypad.
Describes the information displayed on the LED and LCD displays for status and parameter values.
Guides users on how to view, select, and program parameters using the keypad interface.
Outlines the essential steps and checks required before powering up the Soft-Starter.
Details the start-up routine that guides the user through essential parameter programming for operation.
Describes the start-up procedures for various control types via the keypad.
Provides a step-by-step guide for starting the motor using the Voltage Ramp control via the keypad.
Explains parameters related to access, password settings, and read-only values for initial setup.
Details parameters for voltage ramp, current limit, pump control, and torque control settings.
Covers parameters for password, language selection, type of control, and parameter loading/saving.
Details parameters for Modbus-RTU, Fieldbus protocols, and serial communication error actions.
Explains parameters for defining motor voltage, current, speed, power, and power factor.
Covers parameters for braking methods, JOG function, kick start, and torque/speed profiles.
Details parameters for undervoltage, overvoltage, current imbalance, thermal protection, and motor faults.
Explains how to configure trips between fault and alarm states for various motor protections.
Covers parameters for enabling SoftPLC, digital inputs/outputs expansion, and user parameters.
Provides guidance on selecting and programming start control types based on load characteristics.
Details the procedure for starting the motor using the Voltage Ramp method with parameter settings.
Explains how to start the motor using the Current Limit method, including parameter setup.
Guides on using Current Ramp with high initial current for loads requiring higher starting torque.
Details using Current Ramp with low initial current for loads needing smoother starts.
Explains the Pump Control start method for hydraulic centrifugal pumps, including parameterization.
Describes the Torque Control method, its performance, and programming options for various loads.
Details starting loads with constant torque using a single-point torque control profile.
Explains starting loads with higher initial torque using a three-point quadratic torque profile.
Guides on starting loads with constant torque and S-curve speed using a three-point profile.
Details starting loads with quadratic torque and S-curve speed using a two-point linear profile.
Explains starting loads with quadratic torque and linear speed using a three-point profile.
Guides on starting loads with quadratic torque and higher initial torque using a three-point profile.
Describes torque control for hydraulic pump loads, focusing on pressure ramp linearity.
Covers motor protection settings, including thermal classes and over/under protections.
Explains how to set thermal classes for motor protection based on starting conditions and motor data.
Provides suggestions for determining the minimum thermal class for cold motor starts.
Illustrates setting thermal classes for both cold and hot motor starting conditions.
Explains how to adjust activation times when transitioning from cold to hot motor starting.
Details how to use the service factor for finding thermal protection activation times.
Covers setting undervoltage, overvoltage, underload, and overload protections for motor safety.
Explains how to configure undervoltage and overvoltage protection levels based on motor voltage tolerance.
Details setting undercurrent, undertorque, or underpower protections for load detection.
Explains how to configure overcurrent, overtorque, or overpower protections for motor safety.
Lists common faults, their descriptions, possible causes, and reset methods.
Provides a table of common problems, points to check, and corrective actions for troubleshooting.
Guides users on what information to provide when contacting WEG for technical assistance.
Covers periodic inspections and general maintenance recommendations for the Soft-Starter.
Provides detailed instructions for cleaning the cooling system and electronic boards safely.
Lists available spare parts for the Soft-Starter SSW-06, including model and item numbers.
Describes the remote keypad, mounting frame, and available connection cables.
Details the RS-485 interface for multi-drive control on a common bus with Modbus-RTU protocol.
Provides information on the RS-485 communication kit, including part number and converter details.
Describes the MIW-02 module for RS-232 to RS-485 conversion and its connection.
Introduces communication boards required for Profibus DP or DeviceNet communication.
Details the DeviceNet communication kit, its part number, and protocol features.
Describes the Profibus DP-V1 kit for linking controllers and industrial equipment.
Explains the DeviceNet Drive Profile kit for fast, cyclic, and acyclic communication.
Details EtherNet/IP or Modbus/TCP kits suitable for industrial environments.
Covers the serial communication interface conversion to USB.
Provides details on the USB communication kit, including part number and internal connection.
Describes the expansion board for increasing digital inputs and outputs, used with SoftPLC.
Details the K-IOE expansion kit with digital I/Os, galvanically isolated, for SoftPLC.
Describes the PT100 inputs kit for measuring motor temperature.
Explains the necessity of external current transformers for certain applications.
Details the kit for external current acquisition, including components and part numbers.
Provides current and power ratings for standard connections according to UL508 standard.
Lists currents and power ratings for IP55 IV Pole WEG motors in standard connection.
Details power-related specifications including supply voltage, frequency, and starting cycles.
Covers specifications for control voltage, inputs, outputs, communication methods, and safety protections.
Provides mechanical dimensions and mounting details for various Soft-Starter SSW-06 models.
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