About XPR170 Plasma Cutting System
XPR170 Plasma Cutting System is a high performance mechanized plasma cutting technology that is in high demand within various industrial sectors due to its rapid cutting action, ease to use, low power consumption, and quick installation. It is designed to deliver maximum output of 66.5 kilo watts with a variable voltage in between 50 to 210 volts. XPR170 Plasma Cutting System is capable to operate within the temperature range of -10 to 40 degrees Celsius.
Specification
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Maximum open-circuit voltage (U0)
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360 VDC
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Maximum output current
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170 A
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Maximum output power
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35.7 kW
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Output voltage
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50 VDC-210 VDC
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100% duty arc voltage
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210 V
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Duty cycle rating
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100% at 35.7 kW, 40 C (104 F)
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Operational ambient temperature range
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-10 C-40 C (14 F-104 F)
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Power factor
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0.98 at 35.7 kW
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Cooling
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Forced air (Class F)
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Insulation
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Class H
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EMC emissions classification (CE models only)
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Class A
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Lift points
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Top lift eye weight rating 454 kg (1,000 lb.) Bottom lift truck slots
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Advanced Cutting PerformancePowered by a robust 170A output, the XPR170 Plasma Cutting System offers fast, clean, and precise cuts in a range of metals including mild steel, stainless steel, and aluminum. The servo motor drive and computerized controls deliver consistent results with minimal operator intervention, making it suitable for demanding production lines.
User-Friendly Digital OperationThe integrated digital diagnostic and operation display provides real-time data on system status and performance. Operators benefit from simplified maintenance and quick troubleshooting, enhancing safety and reducing downtime on the shop floor.
Flexible & Reliable Industrial DesignBuilt with industrial-grade steel and quality components, the XPR170 features IP23 protection, keeping it resilient in harsh environments. Its automatic grade, CNC capabilities, and multiple gas supply compatibility ensure adaptability for a diverse range of fabrication tasks in manufacturing facilities.
FAQ's of XPR170 Plasma Cutting System:
Q: How do I operate the XPR170 Plasma Cutting System for optimal performance?
A: To achieve optimal performance, connect the system to a stable three-phase 400V power source, ensure proper gas supply (oxygen, air, nitrogen, or argon-hydrogen mixture), and select the appropriate cutting parameters via the digital display. Use the compatible XPR Standard Hand or Machine Torch, and allow the intelligent forced air cooling system to maintain temperature stability during operation.
Q: What materials and thicknesses can the XPR170 plasma cutter process?
A: The XPR170 is engineered to cut mild steel up to 40 mm, stainless steel up to 32 mm, and aluminum up to 25 mm. Its high-precision plasma cutting function makes it suitable for a wide variety of industrial-grade metal plates involved in heavy fabrication and manufacturing.
Q: When is it recommended to use the XPR170 Plasma Cutting System?
A: The XPR170 is ideal for demanding industrial environments that require consistent, high-quality metal cutting-such as heavy plate processing, manufacturing, and large-scale metal fabrication projects. Its rugged design and 100% duty cycle at 130 amps allow for prolonged and continuous use without overheating.
Q: Where can I source the XPR170 Plasma Cutting System in India?
A: The XPR170 Plasma Cutting System is available from authorized distributors, suppliers, and traders throughout India. Contact your nearest distributor for purchase, demonstrations, and after-sales support tailored to your application requirements.
Q: What is the process for switching between different gas supplies?
A: Switching between compatible gas supplies-oxygen, air, nitrogen, or argon-hydrogen mixtures-is straightforward. Follow manufacturer instructions to safely disconnect and reconnect gas lines, ensuring proper pressure and purity for each cutting application. This flexibility allows optimized cuts on different metals.
Q: How does the computerized and CNC-capable control system benefit users?
A: The advanced digital control system and CNC compatibility enable precision cutting, automated functions, and programmable operation. This minimizes manual intervention, enhances accuracy, and boosts productivity in high-volume manufacturing or fabrication tasks.