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General| Brand | Santerno |
|---|---|
| Model | Sinus Penta |
| Category | Controller |
| Language | English |
Illustrates the structure of menus and submenus for drive navigation via display/keypad.
Details how to change parameters, including factory settings and password protection.
Explains how to use the RESET key to reset the drive after an alarm or reinitialize the control board.
Sets up a controlled stop in case of power failure.
Allows setting DC braking at start or stop for IFD or VTC control.
Protects the motor against overloads using software or PTC sensor.
Configures the digital PID regulator for control loops like pressure or delivery.
Sets digital inputs to select between alternative command and reference sources.
Configures the drive to ignore protecting functions for essential applications like fire pumps.
Provides examples of programming speed/torque references and their sources.
Details how to set up an external torque limit for the drive.
Explains how to configure the drive for incremental encoder feedback.
Describes how to set up an incremental encoder as a reference source.
Guides through the first startup using the IFD control algorithm.
Provides instructions for the first startup using the VTC control algorithm.
Details the first startup procedure for the FOC control algorithm.
Contains the trip log of the last eight alarms and related measures.
Shows measures of characteristic variables detected at drive power off.
Details parameters for setting acceleration, deceleration, and rounding off for speed ramps.
Explains parameters for ramping torque reference based on torque limits.
Covers how the drive acquires and processes speed or torque references.
Explains PID tuning using the Ziegler and Nichols method.
Details manual tuning steps for the PI regulator.
Example of MPL parameterization for Dry Run Detection in pumps.
Example of MPL parameterization for Pipe Fill function to avoid water hammer.
Explains how to set I073 for autotune functions and adjust control loops.
Details how to check encoder operation and set direction of rotation.
Defines the V/f pattern trend for IFD control algorithm.
Controls drive with a torque reference instead of speed reference.
Enables inverter to track torque reference, useful for Master/Slave systems.
Limits mechanical power and adjusts magnetization current for high speed operation.
Details the available sources for drive commands (terminal board, keypad, serial, fieldbus).
Lists available sources for speed or torque references.
Allows setting a digital input as a selector for alternative command/reference sources.
Selects the source for the torque limit function.
Details the START function assignment to digital inputs.
Explains the ENABLE function assigned to MDI2 and S terminals.
Describes the RESET function assigned to MDI3 terminal for alarm reset.
Allows reducing resisting torque due to DC-bus voltage increase to prevent Overvoltage alarm.
Details activating DC braking at start and its parameters.
Explains activating DC braking at stop or in Power Down mode.
Describes sending DC braking command via digital input.
Guides setting thermal protection parameters like IEC Class and Locked Rotor Time.
Illustrates the block diagram and operation of the PID regulator.
Shows examples of voltage drop compensation using analog inputs.
Details compensation using a single analog input for voltage drop.
Details compensation using two analog inputs for voltage drop.
Details the standard MODBUS RTU protocol for control procedures.
Details actions when a protection trip occurs, including LED status and FAULT LIST.
Provides steps for handling alarms, including disabling ENABLE signals and resetting.
Lists all possible alarms with their messages and descriptions.
