Metabo KFM 9-3 RF Operating Instructions

Metabo KFM 9-3 RF Beveling Tool manual cover
Pages 116
Year 2016
Language(s)
German de
English en
Finnish fi
French fr
Hungarian hu
Italian it
Norwegian Nynorsk; Nynorsk, Norwegian nn
Russian ru
Swedish sv
Spanish sp
Dutch; Flemish nl
Polish pl
Greek el
Portuguese pt

Metabo KFM 9-3 RF Beveling Tool Specification

The Metabo KFM 9-3 RF Beveling Tool is a precision-engineered power tool designed for efficient and precise beveling tasks on various materials, particularly metals. At its core, it features a robust 900-watt motor that delivers consistent power for demanding applications. The tool operates at a no-load speed of up to 12,000 RPM, ensuring swift material removal and smooth finishes. It is capable of producing a bevel width of up to 3 millimeters, making it suitable for a range of industrial and workshop tasks.

The KFM 9-3 RF is engineered with user comfort and safety in mind. Its ergonomic design includes a soft-grip handle for reduced operator fatigue during prolonged use. The tool's lightweight construction further enhances maneuverability, allowing for precision in tight spaces. It also features an integrated spindle lock for quick and easy cutter changes, minimizing downtime and increasing productivity.

Durability is a key feature of the Metabo KFM 9-3 RF, with its die-cast aluminum gear housing providing robust protection against regular wear and tear. The tool's electronic overload protection ensures longevity by safeguarding the motor from overheating during intensive tasks. Additionally, the tool incorporates restart protection to prevent accidental startup following a power interruption, enhancing user safety.

The beveling tool is versatile, accommodating a range of cutters to suit various materials and bevel angles. This adaptability, combined with its precision and durability, makes the Metabo KFM 9-3 RF a reliable choice for professionals looking for a high-performance beveling solution. The tool's design and features underscore Metabo's commitment to providing innovative and reliable tools for industrial applications.

Metabo KFM 9-3 RF Beveling Tool F.A.Q.

What is the maximum bevel width that the Metabo KFM 9-3 RF can handle?

The Metabo KFM 9-3 RF Beveling Tool can handle a maximum bevel width of 9 mm.

How do I change the cutter heads on the Metabo KFM 9-3 RF?

To change the cutter heads, first unplug the tool. Use the provided wrench to loosen the securing screws on the cutter head, remove the old head, and replace it with a new one. Secure the screws tightly before use.

What safety precautions should I take while using the Metabo KFM 9-3 RF?

Always wear safety glasses, gloves, and ear protection. Ensure the workpiece is secured properly and check that the tool is in good condition before use.

How can I maintain the Metabo KFM 9-3 RF for optimal performance?

Regularly clean the tool after use, inspect and replace worn parts, and lubricate moving components as recommended in the user manual.

What should I do if the Metabo KFM 9-3 RF overheats?

If the tool overheats, turn it off immediately and let it cool down. Check for blockages or dull cutter heads that might cause excessive load.

How do I adjust the bevel angle on the Metabo KFM 9-3 RF?

The bevel angle can be adjusted by loosening the adjustment screws and setting the desired angle using the angle scale on the tool. Tighten the screws securely after adjustment.

What materials can the Metabo KFM 9-3 RF be used on?

The Metabo KFM 9-3 RF is designed for use on steel, stainless steel, and aluminum materials.

How do I ensure a smooth finish with the Metabo KFM 9-3 RF?

Ensure the cutter head is sharp and the tool is set to the correct speed. Maintain a steady hand and consistent pressure during operation.

What should I check if the Metabo KFM 9-3 RF is not starting?

Check the power supply, ensure the switch is in the 'on' position, and inspect the tool for any visible damage or loose connections.

How often should I replace the cutter heads on the Metabo KFM 9-3 RF?

The frequency of replacing cutter heads depends on usage and material. Inspect them regularly for wear and replace when they become dull to ensure efficient operation.