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Technical Specification
PRODUCT NUMBER 090700908009084040351505115052150531505415055150561507902684026970278402798
Type Tips & NozzlesTips & NozzlesTips & NozzlesTips & NozzlesTip & Nozzle PartTip & Nozzle PartTip & Nozzle PartTip & Nozzle PartTip & Nozzle PartTip & Nozzle PartTip & Nozzle PartTips & NozzlesTips & NozzlesTips & NozzlesTips & Nozzles
Size 1.0mm1.6mm2.4mm1.0mm1.6mm2.4mm3.2mm
Size Range Up to 10mmUp to 10mmUp to 10mmUp to 10mmUp to 10mmUp to 10mmUp to 10mm
Torch MB15

Q 1. Which plasma cutter is the SIP 05001 nozzle for?

A. The SIP 05001 is designed for use with Draper 92454 and 70058 (and 1 more); SIP 05783 and 05787 (and 6 more). Plasma nozzles are machine-specific — always confirm your plasma cutter model before ordering. Using an incorrect nozzle damages the torch body and produces poor cut quality.

Q 2. What does nozzle orifice size affect?

A. The nozzle orifice size determines the plasma arc diameter and kerf width. The 05001 has a 1.1mm orifice. A worn nozzle with an enlarged orifice produces a wider, less precise cut. Replace when you notice increased kerf width or reduced cut quality.

Q 3. How often should I replace plasma nozzles?

A. Replace nozzles when the orifice shows visible enlargement or distortion, when cut edge squareness deteriorates, or when dross increases at correct speed settings. Replacing nozzle and electrode together as a set gives the best results — mismatched wear states cause arc instability.

Q 4. What causes rapid plasma nozzle wear?

A. Common causes: moisture in the air supply (use an inline dryer/filter), incorrect air pressure, excessive pierce height (use a piercing shield), cutting above the machine's rated capacity, and slow travel speed. Correct settings dramatically extend nozzle life.

Q 5. Should I replace nozzle and electrode together?

A. Yes — best practice is to replace nozzle, electrode, and diffuser as a set. The three components wear together; leaving worn components alongside new ones limits the performance improvement and shortens the life of the new parts.

Q 6. What air pressure should I use with my plasma cutter?

A. Consult your plasma cutter manual for the specified inlet pressure — typically 4.5–6 bar (65–90 PSI). Insufficient pressure causes rapid nozzle erosion and double-arcing. Excessive pressure reduces cut efficiency and blows out the plasma column.

Q 7. Why is my plasma cutter double-arcing?

A. Double-arcing (arc splitting between electrode and nozzle) is usually caused by a worn nozzle orifice, contaminated nozzle, incorrect standoff distance, or moisture in the air supply. Replace the nozzle and check air supply quality — do not continue cutting with a double-arcing machine as it damages the torch body rapidly.

Q 8. Can I use a generic replacement nozzle in my Draper 92454 and 70058 (and 1 more); SIP 05783 and 05787 (and 6 more)?

A. Only use manufacturer-specified nozzles in your plasma cutter. Generic nozzles may have incorrect orifice geometry, different orifice diameter tolerances, or sub-standard copper alloy that wears faster. Using non-specified nozzles risks arc instability, poor cut quality, and accelerated torch body wear.

Q 9. How do I know which contact tip or nozzle fits my MIG torch?

A. MIG tips and nozzles are torch-specific. Check your machine's torch type — common types include MB14, MB15, MB25, and MB36. The contact tip thread size must match your torch body. The tip bore size must match your wire diameter. Using the wrong tip or nozzle will cause poor wire feed and inconsistent welds.

Q 10. Is the SIP 05001 in stock for fast delivery?

A. Yes — the SIP 05001 is UK stocked for fast despatch. Check current availability at PartsForMachines.com.

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