The Bonfiglioli SYN10S 22001AF IP65S Inverter is a compact decentralized frequency inverter intended for precise motor speed control in industrial environments. It is identified by the model SYN10S 22001AF and the IP65S protection designation. The unit is rated at 0.2 kW, accepts a single phase 200 to 240V AC input, and provides a three phase 0 to 240V AC output with a 0 to 200 Hz output frequency range.
The IP65S rating indicates that the enclosure is dust tight and protected against low pressure water jets, tested while stationary. This makes the unit suitable for mounting directly on machines or walls without an additional control cabinet, particularly in wash down areas and dusty environments. The inverter should be integrated with attention to the supply, the motor, the control interface, and the surrounding environment.
The SYN10S 22001AF is designed for local motor control where a central cabinet is not practical. The integrated keypad, display, potentiometer, and selector switch allow setup and operation at the mounting location. The user should confirm that the mounting position provides access for commissioning and maintenance, and that the local environment matches the IP65S protection.
The drive converts a single phase input to a three phase output for a standard three phase motor. The motor must be compatible with the output voltage and frequency range. The user should review the motor nameplate and confirm that the 0.2 kW rating is suitable for the load.
The input supply should be single phase 200 to 240V AC at 50 or 60 Hz. The output is three phase 0 to 240V AC with a 0 to 200 Hz frequency range. The input current and output current ratings should be checked against the installation. The user should not connect the unit to a three phase input supply.
The output cables should be suitable for the motor current and the installation method. Motor cables should be shielded where required by the EMC plan. The motor should be protected against overload, and the drive parameters should be set for the motor data.
The inverter should be mounted on a stable surface that can support its weight and allow access for wiring. The IP65S enclosure allows machine mounting, but the mounting surface and cable entries must maintain the protection. Cable glands should be suitable for the enclosure and tightened correctly.
The unit should not be exposed to conditions beyond its protection rating. Ambient temperature should be within the specified range. The mounting position should allow heat dissipation and avoid direct exposure to excessive heat or water jets beyond the IP65S rating.
Commissioning should begin with a visual inspection and a check of the supply and motor connections. The motor data should be entered and the basic parameters set for the application. The local keypad and display should be used to confirm operation. The user should run the motor at low speed and observe current, rotation direction, and smoothness.
If the drive is part of a larger system, the control interface and any communication settings should be verified. Commissioning records should include the model, motor data, parameter settings, and test results.
Routine maintenance should include checking the enclosure, cable glands, and cooling surfaces. Dust and contamination should be removed according to site policy. The drive should be isolated before work. If a fault occurs, the displayed code should be recorded and the supply, motor, and parameter settings reviewed.
Because the SYN10 series is an older platform, replacement may involve a different drive family. In that case, the parameters should be recorded and the replacement configured according to its own documentation.
The SYN10S 22001AF supports local speed control of small motors in conveyors, pumps, fans, and similar machinery where a decentralized IP65S drive reduces cabinet requirements and simplifies installation.
The Bonfiglioli SYN10S 22001AF IP65S Inverter is a 0.2 kW decentralized drive for single phase input and three phase output applications. Correct supply verification, mounting, parameter setup, commissioning, and maintenance are essential for reliable local motor control.



