Do you have a question about the S&P VFTM 320 IP20 and is the answer not in the manual?
Guidelines for professional installation and compliance with regulations.
Checks and procedures before powering up the equipment.
Using the frontal wheel for speed adjustment and stop/start control.
Wiring configurations for manual control with frontal wheel for different motor types.
Configuring the drive for constant pressure control using a 0-10V signal.
Wiring configurations for constant pressure PI control for different motor types.
Accessing additional functions and modes via manual parameter reconfiguration.
Configuring the inverter for automatic or manual restart after a fault.
Detailed steps for setting manual reset for manual regulation mode.
Detailed steps for setting manual reset for constant pressure mode.
Adjusting the operational speed limits of the frequency drive.
Activating thermal protection and emergency stop functions for motor safety.
Wiring diagram for motor thermal protection and emergency stop.
Configuring the drive to use PTC probes for motor thermal protection.
Wiring diagram for PTC thermal protection.
Implementing remote start/stop functionality using an external switch.
Wiring diagrams for external switch control.
Manual frequency control using an external REB-ECOWATT potentiometer.
Wiring diagrams for REB-ECOWATT remote control.
Automatic speed control based on an external 0-10V analog input signal.
Wiring diagrams for 0-10V analog signal control.
Automatic speed control using a 4-20mA analog signal for various sensors.
Wiring diagrams for 4-20mA analog signal control.
Configuring and enabling three preselected operational speeds via digital signals.
Wiring diagram for implementing three preset speeds.
Adjusting the set point for constant pressure systems based on sensor range.
PI control for constant airflow (CAV) or pressure (COP) using a 0-10V sensor.
Diagram illustrating the installation for constant airflow (CAV) mode.
Reconfiguring the drive's set points for specific installation types.
Wiring diagrams for PI control in constant pressure/airflow systems.