HALANSM®

Custom Plasma Consumables for Hypertherm HPR Series

Custom Plasma Consumables for Hypertherm HPR130XD / HPR260XD / HPR400XD

30–400A Full-Stack Technical Reference + OEM Replacement Program

 

HPRXD Consumable Architecture: Seven Components That Determine Cut Quality

The HPRXD torch platform achieves ISO 9013 cut-angle Range 2–4 and 12mm mild steel cutting at 2200mm/min (HPR130XD) or 3850mm/min (HPR260XD) through a tightly toleranced seven-piece consumable stack. Each position performs a distinct physical function, and the entire stack must be replaced as a matched set at the target amperage to maintain arc stability.

1. Water tube: 220340 (30–260A) or 220571 (400A) — circulates coolant through the electrode base, controlling electrode temperature

2. Electrode: 220192 (30A) through 220629 (400A) — copper body with hafnium emitter; initiates and sustains the transferred arc

3. Swirl ring: 220180 (30A) through 220631 (400A) — imparts rotational momentum to the plasma gas for arc constriction

4. Nozzle: 220193 (30A) through 220632 (400A) — copper alloy; its bore diameter sets arc energy density

5. Nozzle retaining cap: 220754 (30–50A) through 220635 (400A) — secures the nozzle to the torch body

6. Shield: 220194 (30A) through 220636 (400A) — extends arc stabilization and protects inner components from spatter

7. Shield cap: 220747 (30–130A) or 220637 (200–400A) — outermost component; controls shield gas flow

HPR130XD delivers 16mm mild steel dross-free production pierce, 32mm maximum pierce, and 38mm maximum cut; HPR260XD extends to 32mm dross-free pierce and 64mm maximum cut; HPR400XD reaches 38mm dross-free, 50mm production pierce, and 80mm maximum cut. These capacity benchmarks are directly tied to using the correct consumable stack at the correct amperage — there is no 'universal' consumable that performs across the full 30–400A range. 

Process Gas Selection Matrix by Material

Plasma gas and shield gas selection is determined by the workpiece material, not by operator preference. The wrong gas combination causes rapid electrode hafnium depletion, excessive dross, and cut-angle degradation beyond ISO 9013 Range 4.

Critical engineering note: O₂ plasma requires a hafnium emitter metallurgically optimized for oxygen service. Mild steel electrodes (HLN-220187, HLN-220181, HLN-220435, HLN-220629) are oxygen-rated. Stainless and aluminum electrodes (220307, 220308) are NOT oxygen-rated and fail within hours if used with O₂ plasma. Never interchange oxygen-rated and non-oxygen-rated electrodes.

Gas purity requirements:

• O₂ plasma: ≥ 99.5% purity

• N₂ shield: ≥ 99.99% purity

• H35 (95% Ar / 5% H₂): ≥ 99.9% purity

 

Complete 30–400A Consumable Stack Matrix (Mild Steel)

The following matrix is extracted from Hypertherm's official HPR400XD consumables documentation and verified against HPR130XD and HPR260XD parts lists. All OEM numbers are Hypertherm originals; HALANSM® equivalents follow the HLN prefix convention.

Bevel Cutting Stack (Mild Steel)

Stainless Steel & Aluminum Stack (HPR260XD)

Assembly Sequence (Inside-Out)

Insert Step 1: water tube (220340 for 30–260A, 220571 for 400A)

Slide Step 2: electrode onto water tube (e.g., 220181 for 130A)

Place Step 3: swirl ring over electrode (e.g., 220179 for 80–130A)

Thread Step 4: nozzle onto torch body (e.g., 220182 for 130A)

Thread Step 5: nozzle retaining cap (e.g., 220756 for 80–130A)

Thread Step 6: shield (e.g., 220183 for 130A)

Thread Step 7: shield cap (e.g., 220747 for 30–130A) — outermost

HPR Cartridge Alternative (Simplified Single-Piece)

For 80A, 130A, and 260A mild steel cutting, the HPR cartridge system consolidates five traditional consumables into a single piece:

• 80A cartridge: 420803  →  HALANSM® HLN-420803

• 130A cartridge: 420705  →  HALANSM® HLN-420705

• 260A cartridge: 420715  →  HALANSM® HLN-420715

• Multi-amp kit (one of each): 528105

Requires conversion: cartridge torch body 420729 + water tube 420728 + retaining cap 420708. Cartridges sold in packs of 3 (528102/528103/528104) or 10. Recommended for high-changeover production environments running dedicated 80A/130A/260A mild steel programs.

 

Consumable Wear, Diagnostics & Replacement Protocol

Measurable Wear Indicators

Failure Cascade

A worn swirl ring is the #1 root cause of premature electrode failure. When swirl channels clog, gas vortex formation degrades, arc root wander increases, and the electrode hafnium emitter erodes unevenly. This cascade then accelerates nozzle bore enlargement, which further destabilizes the arc. Balanced wear principle: replace the entire stack (electrode + nozzle + swirl ring + shield + retaining cap) when the electrode reaches its wear limit. Replacing only the electrode against a worn nozzle yields < 30% of the electrode's potential service life.

Expected Service Life (Under Documented Conditions)

SilverPlus electrodes (OEM 220665 / 220666 / 220668 / 420530) extend service life by approximately 50% versus standard copper electrodes through a silver-cored construction that improves thermal dissipation at the hafnium emitter interface.

 

Application Engineering: Matching the Stack to the Work

✅ Ideal Applications

❌ Not Recommended

HALANSM® HPRXD Replacement Program

HALANSM® supplies the complete HPRXD consumable range using the HLN + OEM number convention. Every part is machined to Hypertherm's original CAD drawings, with dimensional inspection against OEM tolerances.

Stock Coverage

Manufacturing Specification

Quality System & Supply Capacity

 

Frequently Asked Questions

1. Is HALANSM® consumables dimensionally identical to Hypertherm OEM parts?

Yes.  Every HALANSM® part is machined to Hypertherm's original CAD drawings. Bore diameters (e.g., 80A nozzle HLN-220188, 130A nozzle HLN-220182), thread geometry, swirl channel angles, and hafnium emitter depth match OEM specifications for direct drop-in installation. Dimensional inspection against OEM tolerances is performed on 100% of production batches.

2. What happens if I run 80A consumables at 130A?

Catastrophic failure within minutes.  The 80A nozzle (HLN-220188) has a bore diameter optimized for ~80A energy density. Forcing 130A through it causes: (1) bore wall overheating and enlargement beyond +0.1mm within 10–30 arc starts; (2) double-arcing — the arc jumps from the nozzle bore to the electrode body, destroying the electrode; (3) shield cap melt-down from excessive heat load. Always replace the entire stack when changing amperage tiers.

3. Can I use O₂ plasma with standard stainless/aluminum electrodes?

No.  OEM 220307 and 220308 electrodes are designed for H35/N₂ or Air plasma — their hafnium emitters lack the metallurgical treatment required for oxygen service. O₂ plasma on these electrodes causes hafnium fragmentation within 2–4 hours, severe spatter, and torch damage. For mild steel O₂/Air or O₂/O₂ cutting, you must use oxygen-rated electrodes: HLN-220187 (80A), HLN-220181 (130A), HLN-220435 (260A), or HLN-220629 (400A).

4. How do I know when to replace the full stack vs. individual pieces?

Replace the full stack when the electrode reaches its wear limit.  Measurable indicators: hafnium crater depth > 1.5mm, radial cracking, or double-arc marks. Replacing only the electrode against a partially worn nozzle yields less than 30% of the new electrode's potential life, because the worn nozzle bore destabilizes the arc and accelerates new electrode erosion. The balanced wear principle applies across all amperage tiers.

5. Should I convert my HPRXD torch to the cartridge system?

Yes, if you meet three conditions: (1) your production runs dedicated 80A, 130A, or 260A mild steel cutting; (2) you perform frequent consumable changeouts; (3) you want to eliminate stack assembly errors.  Conversion requires: cartridge torch body HLN-420729 + water tube HLN-420728 + retaining cap HLN-420708. After conversion, use single-piece cartridges: HLN-420803 (80A), HLN-420705 (130A), or HLN-420715 (260A). Variable amperage, bevel, or stainless/aluminum work requires the traditional 7-piece stack.

6. What is the minimum order for custom HPRXD consumables?

Stock items: 5 pcs minimum.  Custom-manufactured items: 50 pcs minimum. HALANSM® maintains inventory of all standard HPRXD consumables (30A through 400A) for immediate shipment. For custom geometries, material upgrades, or private-label branding, MOQ is 50 pcs per part number. Sample orders of 5–10 pcs are available for testing before full production commitment. Quote response within 24 hours of RFQ submission.

 

Request a Quote for HALANSM® HPRXD Consumables

To receive a personalized quote within 24 hours, provide the following data points:

1. System model: HPR130XD / HPR260XD / HPR400XD

2. Amperage & process: 30A / 50A / 80A / 130A / 200A / 260A / 400A; standard or bevel

3. Material: Mild steel / Stainless steel / Aluminum

4. Process gas: O₂/Air, O₂/O₂, H35/N₂, N₂/N₂, Air/Air, Ar/Air, Ar/N₂, F5/N₂

5. OEM part numbers (if known) or HALANSM® HLN numbers

6. Monthly consumption volume

Contact us today​ for a tailored quote and technical consultation.

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