Product Description
| Input Voltage |
380V415V, 3-Phase |
| Rated Input Power |
3045 kVA |
| Duty Cycle |
60100% (model dependent) |
| Cutting Thickness |
Up to 5070 mm carbon steel |
| Piercing Thickness |
2540 mm |
| Cooling Method |
Forced Air |
| Arc Start |
Pilot Arc / HF Start |
| Protection Class |
IP21S or similar |
Advanced IGBT Inverter TechnologyThe machine's IGBT inverter control system ensures precise, stable arc performance, enhancing cut quality and process efficiency. Its digital current display and high-frequency start ignition enable professional functionality while minimizing downtime during operation.
Versatile and Durable DesignEngineered for demanding industrial environments, the 200 M Plasma Cutting Machine can handle mild steel, aluminium, and stainless steel. Its air-cooled system, IP21S protection class, and insulated grade F wiring guarantee durability and operator safety during prolonged use.
FAQ's of 200 M Plasma Cutting Machine:
Q: How does the 200 M Plasma Cutting Machine achieve precision cutting on various metals?
A: The high-performance plasma torch, combined with IGBT inverter technology and variable pulse frequency, produces a stable and focused arc, allowing accurate cuts on mild steel, aluminium, and stainless steel up to 40 mm thick.
Q: What is the process for starting and using the 200 M Plasma Cutting Machine?
A: To begin, connect the machine to a three-phase 415 V power supply and compressed air source. Set the desired output using the digital current display. The high-frequency start ignition ensures a smooth arc initiation, making the cutting process seamless.
Q: When is overload protection triggered during operation?
A: Overload protection activates automatically if the machine approaches its operational limits, such as excessive input current or prolonged continuous use beyond the 60% duty cycle at 200A, safeguarding internal components from damage.
Q: Where can the 200 M Plasma Cutting Machine be utilized effectively?
A: This machine excels in industrial workshops, fabrication plants, metal service centers, and construction sites, wherever high-precision and efficient metal cutting is required on materials like mild steel, aluminium, or stainless steel.
Q: What are the benefits of using a digital current display?
A: The digital current display allows precise adjustment of output current, enabling operators to fine-tune the settings according to the thickness and type of material, which improves cutting quality and operational efficiency.
Q: How does the air-cooling method contribute to machine efficiency?
A: The air-cooled mechanism maintains optimal operating temperature throughout use, preventing overheating and enhancing the longevity and reliability of the plasma cutting system.