FEIFANKE FKC-500L 230V 50A Plasma Cutter Instruction Manual

1. Introduction

Thank you for choosing the FEIFANKE FKC-500L Plasma Cutter. This manual provides essential information for the safe and efficient operation, setup, maintenance, and troubleshooting of your plasma cutting machine. Please read this manual thoroughly before operating the equipment and keep it for future reference.

The FKC-500L is a 230V 50A plasma cutter featuring advanced IGBT technology and a non-contact, low-frequency pilot arc ignition system. It is designed for cutting various conductive metals, including stainless steel, aluminum, copper, and steel, with a maximum cutting thickness of 25mm.

FEIFANKE FKC-500L Plasma Cutter in use, showing a worker cutting metal with sparks flying.

Image 1.1: FEIFANKE FKC-500L Plasma Cutter in operation.

2. Safety Instructions

Operating a plasma cutter involves significant risks. Always adhere to the following safety precautions to prevent injury or damage to equipment:

Electric Shock: Ensure the machine is properly grounded. Do not operate in wet conditions. Wear dry gloves and protective clothing.
Fumes and Gases: Plasma cutting produces fumes and gases that can be hazardous. Work in a well-ventilated area or use a fume extractor.
Arc Rays: The plasma arc emits intense ultraviolet and infrared rays that can burn eyes and skin. Always wear a welding helmet with appropriate shade, protective clothing, and gloves.
Fire and Explosions: Sparks and hot metal can cause fires. Keep flammable materials away from the work area. Do not cut containers that have held flammable substances.
Hot Parts: The torch and workpiece will be hot after cutting. Allow them to cool before handling.
Compressed Air: Ensure your air compressor and lines are in good condition and rated for the required pressure.
Maintenance: Disconnect power before performing any maintenance or changing consumables.

3. Package Contents

Verify that all items listed below are included in your package:

1 x FEIFANKE FKC-500L Plasma Cutter
1 x Ground Clamp
1 x 5M PT40 Cutting Torch
1 x Air Filter Regulator
1 x 2M Gas Tube
1 x Ceramic Nozzle
2 x Nozzles (consumables)
2 x Electrodes (consumables)

Diagram showing all included components of the FEIFANKE FKC-500L Plasma Cutter: the main unit, gas tube, ground clamp, nozzles, electrodes, air filter, and cutting torch.

Image 3.1: Included components of the FKC-500L Plasma Cutter.

4. Product Overview

The FEIFANKE FKC-500L features a user-friendly control panel and robust construction. Familiarize yourself with the components before operation.

4.1 Front Panel Controls and Indicators

Front and back panel diagram of the FEIFANKE FKC-500L Plasma Cutter, labeling various ports, displays, and controls.

Image 4.1: Front and Rear Panel Introduction.

Airflow / Pressure Display: Shows real-time air pressure (PSI).
Gas Test / Cutting Function Indicator: Indicates current mode.
Current Display: Shows the set amperage.
Current / Post Flow Time Knob: Rotate to adjust current, press to set post-flow time.
2T/4T Mode Selector: Switches between 2-stroke and 4-stroke trigger modes.
"+" for Earth Clamp: Connection point for the ground clamp.
Pilot Arc Connector: Connection for the pilot arc cable.
Interface for Torch: Main connection for the cutting torch.

4.2 Rear Panel Components

Gas Outlet: For exhaust gas.
Power Supply: Main power input.
Cooling Fan: For heat dissipation.
Air Filter: Filters incoming compressed air.
Power Switch: Turns the unit on/off.
Gas Inlet: Connection point for the compressed air supply.

5. Setup

Follow these steps for initial setup:

Placement: Place the plasma cutter on a stable, level surface in a well-ventilated area, away from flammable materials.
Power Connection: Connect the power cable to a suitable 230V power outlet. Ensure the power supply matches the machine's requirements.
Air Compressor Connection: Connect your air compressor to the gas inlet on the rear panel using the provided gas tube. Ensure the air filter regulator is properly installed. The recommended air pressure range is 35-50 PSI.
Ground Clamp Connection: Attach the ground clamp cable to the "+" terminal on the front panel. Securely attach the ground clamp to the workpiece or work table, ensuring good electrical contact.
Torch Connection: Connect the cutting torch to its designated interface on the front panel. Ensure the pilot arc connector is also securely attached.
Consumables: Ensure the correct nozzle and electrode are installed in the torch head.

6. Operating Instructions

The FKC-500L plasma cutter is designed for efficient and precise cutting of various metals.

6.1 Powering On and Initial Settings

Turn on the power switch on the rear panel. The digital display will illuminate.
Adjust the air pressure using the regulator to the recommended range (35-50 PSI). Monitor the Airflow/Pressure Display.
Rotate the Current/Post Flow Time knob to set the desired cutting amperage. The Current Display will show the setting.

6.2 Cutting Thickness and Material Compatibility

The FKC-500L can cut a variety of conductive metals:

Optimal Clean Cut: Up to 12mm (15/32")
Maximum Cut: Up to 25mm (1")
Compatible Materials: Stainless steel, aluminum, copper, brass, titanium, and steel.

Diagram illustrating the cutting thickness capabilities of the FKC-500L Plasma Cutter, showing a clean cut at 12mm and a maximum cut at 25mm.

Image 6.1: Cutting Thickness Capabilities.

Three images showing the plasma cutter cutting different conductive metals: stainless steel, aluminum, and copper.

Image 6.2: Cutting various conductive metals.

6.3 2T/4T Trigger Modes

The FKC-500L offers two trigger modes to suit different cutting needs:

2T (Two-Stroke) Mode: Press and hold the trigger to cut. Release the trigger to stop cutting. This mode is suitable for short cuts.
4T (Four-Stroke) Mode: Press and release the trigger to start cutting. Press and release the trigger again to stop cutting. This mode is ideal for long cuts, reducing hand fatigue.

Diagram illustrating the 2T and 4T trigger modes on the plasma cutting torch. 2T shows press and hold to cut, release to stop. 4T shows press and release to start, press and release again to stop.

Image 6.3: 2T and 4T Trigger Modes.

6.4 Post-Flow Function

The post-flow function extends the life of consumables by cooling the torch head after the arc stops. The post-flow time is adjustable from 5 to 20 seconds. A cooling time of 5-8 seconds is generally recommended.

Image showing the plasma torch continuing to emit gas after the arc has stopped, illustrating the post-flow function to cool the weld area.

Image 6.4: Post-Flow Welding Function.

6.5 Non-Contact Pilot Arc Ignition

The FKC-500L utilizes a non-contact, low-frequency pilot arc ignition system. This allows for cutting on painted, rusty, or dirty surfaces without needing to touch the workpiece, reducing electrode wear and improving cut quality.

7. Maintenance

Regular maintenance ensures optimal performance and extends the lifespan of your plasma cutter.

Consumables: Regularly inspect the nozzle and electrode for wear. Replace them when they show signs of degradation to maintain cut quality and prevent damage to the torch.
Air Filter: Check and clean the air filter regularly. The filter removes moisture and contaminants from the compressed air, which is crucial for plasma cutting performance. Replace the filter element if it is heavily soiled or damaged.
General Cleaning: Keep the machine clean and free of dust and metal particles. Use compressed air to blow out internal components periodically, ensuring the cooling fan operates efficiently.
Cable Inspection: Inspect all cables (power, ground, torch) for cuts, abrasions, or loose connections before each use.

8. Troubleshooting

The digital display provides error codes to assist in troubleshooting common issues:

Table showing error codes, their causes, and solutions for the plasma cutter. For example, E01 is Overcurrent, E02 is Overheating.

Image 8.1: Safety Codes and Troubleshooting Guide.

Error Code	Cause	Solution
E01	Overcurrent	Reduce cutting amperage or check for short circuits.
E02	Overheating	Allow the machine to cool down. Arc will resume when temperature drops below 65 degrees Celsius.
E03	Arc Sensor Error	The machine will automatically resume the arc. If persistent, check torch connections.
E04	Thermocouple Abnormal Heating	Stop working and allow the machine to rest and cool.
E05	Thermocouple Heating too fast	Trigger E02 (overheating) and allow the machine to rest.
E06	Air Pressure Deficiency	Check air compressor, air lines, and air filter for proper pressure and flow. Ensure connections are secure.

If you encounter an issue not listed here or if the problem persists after attempting the suggested solutions, please contact customer support.

9. Technical Specifications

Specification	Value
Manufacturer	FEIFANKE
Model Number	FKC-500L
Input Voltage	220 Volt
Output Current	50A
Wattage	4000 watts
Power Type	AC DC
Optimal Clean Cut Thickness	12 mm (15/32")
Maximum Cut Thickness	25 mm (1")
Duty Cycle	60%
Recommended Air Pressure	35-50 PSI
Ignition Type	Non-contact, Low-frequency Pilot Arc
Material	Waterproof painted stainless steel
Item Weight	6.65 Kilograms
Package Dimensions	38.4 x 31 x 20.6 cm
Color	Orange

10. Warranty and Support

Specific warranty details and direct support contact information were not provided in the product data. For warranty claims, technical assistance, or replacement parts, please refer to the documentation included with your purchase or contact the retailer where the product was acquired. You may also visit the official FEIFANKE website for general support information.