Why do you need pilot arc in plasma cutter?
Feb 07, 2024
Pilot arc and ordinary plasma cutting are two techniques used in the process of plasma cutting, a method that uses a high-velocity jet of ionized gas to cut through electrically conductive materials. Let's explore both concepts:
1. Ordinary Plasma Cutting:
Β In ordinary plasma cutting, a high-frequency electrical arc is used to ionize the gas, typically compressed air, creating a plasma state.
Β The plasma jet generated is then directed toward the workpiece, and the high-temperature plasma melts the material and blows away the molten metal, resulting in a clean and precise cut.
Β This method is effective for cutting a variety of materials, including steel, aluminum, copper, and other conductive metals.
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2. Pilot Arc Plasma Cutting:
Β Pilot arc plasma cutting uses a different approach in terms of initiating the plasma arc.
Β Instead of directly touching the workpiece with the electrode to create the arc, a pilot arc is established first, independent of the workpiece.
Β The pilot arc is a low-current, high-voltage discharge that forms between the electrode and a nozzle. This arc ionizes the gas, creating the plasma state.
Β Once the pilot arc is established, it can be transferred to the workpiece by bringing the electrode in contact with the material. This allows for a stable and continuous cutting process.
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Regular Plasma Cutter | Pilot Arc Plasma Cutter |
| Arc Initiation | by bringing the electrode in direct contact with the workpiece. | initiates a low-current, high-voltage pilot arc independent of the workpiece. |
| Electrode Wear | This direct contact can cause wear and tear on the electrode, leading to shorter consumable life. | This can result in a longer lifespan for consumables. |
| Application and Material Considerations | suitable for a wide range of applications and materials, especially when a direct contact arc initiation is not a limitation. | preferred when cutting painted or coated materials, perforated metals, or in situations where maintaining an arc on the workpiece may be challenging. |
| Cost and Complexity | simpler and may be less expensive. | often more complex and can be more expensive. |
| Versatility | versatile and suitable for various applications, making them common in many metal cutting scenarios. | versatile as well and may be chosen for specific applications where the benefits of a pilot arc, such as extended consumable life and improved arc stability, are crucial. |
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Having said so many benefits of pilot arc plasma cutter, does SSimder have such a machine?
Certainly!
The Upgraded SD-4050Pro[2024]Β did it.
Pilot Arc Plasma Cutting
- Non-touchΒ Pilot Arc Ignition
- Pilot Arc CurrentΒ Adjustment
- Post GasΒ Adjustment
- 2T/4TΒ Adjustment
- Smart MemoryΒ Supported
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Plasma Cutting Torch
- UpgradedΒ Non-TouchΒ Pilot Arc
- Length: 4 meters (13.12 feet)
- Exquisite workmanship, pursuit of quality
- Specifically suitable for Upgraded SD-4050Pro[2024]
- For use withΒ IPT40 Pilot ARC Plasma Cutting Consumables+
What can you do with such a 10-in-1 welder&cutter machine?
- Metal repair and welding:
Repair metal items in your home such as doors, railings, garden tools or bicycles.
Weld metal parts to restore their structural strength.
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- Home construction and renovation:
Install and repair metal door frames, fences or stair railings.
Make or repair furniture, ladders and other metal structures.
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- Garden and outdoor projects:
Make garden ornaments, planters, yard art or gardening tools.
Repair and strengthen outdoor metal structures such as patio doors, fences or grills.
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- DIY craft and art projects:
Create personalized metal art, sculptures or wall hangings.
Get creative with home craft projects such as making metal frames, handmade gifts, and more.
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Read more about How does a plasma cutter workβ
