PowerFlex 4M 0.75 kW 1 HP AC Drive 22F-D2P5N103

Product Introduce

22F-D2P5N103 is a PowerFlex 4M series AC inverter, A frame size, weight about 1.08kg, open shell design, protection grade IP20, can block solid foreign objects of 12 mm and above, three-phase 0 – 460 Vac voltage, output current 2.5A, can drive 0.75kW (1 horsepower) motor, three-phase 340 – 528 Vac voltage, suitable for 50 – 60Hz frequency, input current 3.5A. It has functions such as voltage-frequency ratio control and slip correction, which can achieve precise speed regulation within the full speed range. It also has protective functions such as overload protection and relay precharge current limiting to avoid damage to equipment due to current surges.

FAQ:

1.What is the applicable control voltage standard for the 5 discrete inputs and 1 C-type contact discrete output of the 22F-D2P5N103?

1. 5 discrete inputs: adapted to 24V DC control logic, and can be flexibly configured as source or drain mode through a DIP switch. It can adapt to different external control loop wiring requirements, adapt to common low-voltage DC control signals in industrial scenarios, and facilitate connection with the output terminals of control equipment such as PLCs.
2. 1 Type C contact discrete output: As a common configuration of the PowerFlex 4M series, this Type C contact discrete output is also suitable for 24V DC control loops. This type of contact is mainly used for feedback transmission of equipment operating status, fault signals, etc. With 24V DC voltage, it can be stably connected to auxiliary circuits such as indicator lights and PLC signal acquisition terminals to ensure the reliability of signal transmission and conform to the conventional voltage standards for discrete signal feedback in industrial scenarios.

2.After the overload protection function of 22F-D2P5N103 is triggered, what operation is required to reset the inverter?

1. Power-off reset: This is a common and simple method for overload reset of the inverter. First disconnect the input power of the inverter and wait for the motor and the inverter to fully cool down (it is usually recommended to wait for about 7 minutes to avoid residual heat causing the protection to be triggered again after reset). After the cooling is completed, reconnect the power supply. The overload protection state will be released and the inverter will return to the operable state.
2. Panel manual reset: If the inverter is equipped with an operation panel, it can be reset directly through the panel operation. After the overload fault factor is eliminated, find the corresponding fault prompt interface on the panel. For some models, you can complete manual reset by long pressing a specific button on the panel (such as the “Reset” reset button or mode switching related button). After the operation, the fault indicator light will go out and the normal display will be restored.
3. Communication remote reset: If the inverter is connected to a host computer such as a PLC or industrial computer through RS-485 or expanded Ethernet/IP communication interfaces, after the overload fault is eliminated, a reset command can be issued through the corresponding control software of the host computer. For example, in the Rockwell related programming platform, a reset signal is sent through preset communication instructions to remotely release the overload protection state of the frequency converter, which is suitable for automated integrated control scenarios.