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General| Frequency Range | 50/60 Hz |
|---|---|
| Enclosure Rating | IP20 |
| Control Method | Vector Control |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Overtemperature, Short Circuit |
| Communication Interface | Modbus |
| Category | Servo Drive |
Guides through initial setup of the PS220, including motor configuration and drive setup.
Configures essential motor parameters for PS220 operation, including Motor ID run.
Enables the PS220 to create a mathematical model for accurate motor control.
Checks and corrects the motor's rotational direction during initial setup.
Configures the drive's basic operating parameters for speed control.
Calculates pump flow using algorithms without external sensors for low/medium speed pumps.
Selects units for SmartFlow display and internal function inputs.
Enters pump type, BEP flow, rated speed, and power values for SmartFlow.
Sets the source for Specific Gravity (SG) for accurate SmartFlow calculations.
Configures advanced SmartFlow and Smart TDH functionality requiring more system data.
Selects the method (BHP/TDH or TDH) for calculating flow in advanced SmartFlow.
Enters critical system data like atmospheric pressure and pipe diameters for TDH calculations.
Sets the PS220 to operate in Pressure, Level, Flow, SmartFlow, Temperature, or Smart TDH mode.
Enables automatic pump stop at deadhead or low flow, with automatic restart.
Fine-tunes PID control parameters for optimal system response and stability.
Identifies and reacts to upset conditions using process control feedback (sensorless).
Enables the basic pump protection function, defining its operational parameters.
Defines how the PS220 responds to a basic pump protection event (Disabled, Warning, or Alarm).
Utilizes SmartFlow/Smart TDH feedback for upset conditions, considered 'sensorless'.
Sets the PS220's reaction to a minimum flow condition (Disabled, Warning, or Alarm & Control).
Defines the PS220's reaction to a dry run condition (Disabled, Fault, or Warning).
Uses digital inputs for external permissive or inter-lock capabilities with pumping systems.
Monitors two separate channels for warning and alarm levels with defined responses.
Configures on-board electrical parameters to protect the drive and motor from common upsets.
Sets the PS220 units for parallel operation, enabling 'Synchronous' mode for pump control.
Assigns physical addresses to drives connected via D2D for sequential communication.
Defines designations (Master/Follower) for lead-lag pump control in multipump systems.
Configures logic for staging pumps based on criteria like differential value and pump speed.
Activates the Multivariable Control function, requiring Basic Startup and Process Control setup.
Selects an unused Analog Input (AI) to measure conditions affecting the setpoint.
Defines the interaction between the secondary input and primary setpoint via limit steps.
Automatically detects and removes substances lodged in the pump via torque monitoring.
Removes oil, grease, and debris from liquid surface in vessels, used with Level Control.
Performs high flow flushing of discharge piping to reduce sedimentation and wear.
Gradually fills discharge piping upon system start to prevent water hammer and run-out.
Configures analog inputs for current or voltage signals, including scaling and function assignment.
Configures digital inputs for functions like Auto Start/Stop, Speed Override, or Protection.
Assigns configurable Form C 'Dry Contact' relays for operating and fault conditions.
Resets all current settings to original factory defaults, erasing corrupt configurations.
Clears all parameters, resetting the drive to a default state before reconfiguring.
Allows manual control by bypassing primary logic, initiating speed override with various choices.
Uses pump torque for PID control, improving flow stability and creating a steep performance curve.
Automatically adjusts system operating pressure setpoint based on flow demand.
Compensates for frictional losses by increasing setpoint with higher flows automatically.
Allows predefining corrective actions for identified pumping system problems.
Configures two standard analog inputs for current or voltage signals, expandable via I/O card.
Enables automatic restart after conditions like power failure, VFD faults, or pump protection faults.
Monitors two channels for warning and alarm levels, allowing user-defined responses.
Configures PS220 for specific control modes (Pressure, Flow, SmartFlow, etc.) using PID.
Defines a pump running at zero flow with discharge pressure, detailing causes and prevention.
Configures six standard digital inputs for various functions like Start/Stop or Protection.
Configures drive reactions to common electrical faults like overvoltage, overcurrent, or stall.
Calibrates SmartFlow by compensating for mechanical losses and pump performance defects.
Calculates Total Dynamic Head using Advanced SmartFlow data, requiring suction/discharge sensors.
Accounts for changes in Specific Gravity (SG) to maintain SmartFlow and TDH performance.
Runs the PS220 in basic speed control mode when Process Control is not required.
Adjusts PID control functions (Proportional Gain, Integral Time) for system stability.
Lists parameters for actual measured values like motor speed, current, and voltage.
Details parameters for various reference sources like Panel, Fieldbus, and DDCS controllers.
Lists codes for drive warnings and faults, aiding in troubleshooting and issue resolution.
Defines the status and functionality of digital inputs and relay outputs.
Details parameters for configuring analog inputs AI1 and AI2 for various signals.
Lists parameters for configuring analog outputs AO1 and AO2 for signal transmission.
Parameters for configuring process control modes like Pressure, Flow, and SmartFlow.
Configuration parameters for analog inputs and outputs, including source and scaling.
Parameters essential for configuring Basic and Advanced SmartFlow functionality.
Parameters for defining fluid properties like Specific Gravity (SG) for SmartFlow calculations.
Parameters for configuring various pump protection features like Dry Run and Runout Control.
Parameters for setting up condition monitoring channels, limits, and responses.
Parameters for configuring multipump systems, including staging, destaging, and lead-lag.
Parameters for configuring specific water-related functions like Pipe Cleaning and Pipe Fill.
Parameters related to hardware settings such as supply voltage and control board power.
System parameters for language selection, passcodes, and parameter backup/restore.
Parameters for defining motor characteristics like nominal current, voltage, speed, and power.
Details on connecting 2-wire process transmitters and using jumpers for analog input configuration.
Configuration for single external control locations for Start/Stop functions.
Configuration for toggling between two different control locations for Start/Stop.
Enables speed override via digital inputs or keypad, bypassing primary control logic.
Configures digital inputs to toggle between minimum and maximum SG values.
Wiring diagrams for RS-485 connections between PS220 drives for multi-pump systems.
A checklist for mechanical and electrical installation of the drive before start-up.
Provides essential wiring information for connecting the drive to the power supply.
Details on recommended cable sizes for various drive models and voltage ratings.
A checklist for mechanical and electrical installation of the drive before start-up.
Illustrates the wiring layout for control and power connections to the drive.
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