Plasma
Copper
220971
45-125A
CNC
| Availability: | |
|---|---|
| Quantity: | |
Superior Arc Starting & Stability: The Electrode 220971 is engineered with a premium hafnium emitter to ensure reliable, instant arc starts and a consistently stable plasma arc throughout its operating amperage range, delivering dependable performance for your cutting tasks.
Optimized for Dual-System Performance: This versatile electrode is the correct consumable for both the Powermax 45 and Powermax 125 systems. It provides optimal performance across the 45-125A spectrum, making it a highly efficient and interchangeable part for shops operating either plasma cutter.
Extended Service Life & Cost Efficiency: Manufactured to exacting tolerances with high-purity materials, the Electrode 220971 offers excellent wear resistance. This translates to longer life compared to inferior alternatives, reducing your cost per operating hour for both Powermax 45 consumables and Powermax 125 consumables kits.
Ensures Clean, Dross-Reduced Cuts: By maintaining a focused and stable arc, the 220971 electrode directly contributes to cleaner cuts with minimal dross on a wide variety of metals, improving cut quality and reducing post-cut cleanup time for operators.
Guaranteed Fit & Reliable Operation: Precision-machined to match OEM specifications, the Electrode 220971 guarantees a perfect fit and secure electrical contact within your torch, ensuring safe operation and protecting your Powermax 45 or Powermax 125 system from potential damage caused by poorly fitting parts.
Hypertherm Part Number: 220971
Actual Name: Drag & Cut Consumable Set (65A)
This is NOT an Electrode. The description is fundamentally incorrect. Part number 220971 refers to a complete kit of consumables for the Hypertherm Powermax125.
Primary Function: This set provides all the necessary parts to configure a Powermax125 torch for 65-amp hand-guided ("drag") cutting, where the operator can rest the torch directly on the metal workpiece.
Amperage Rating: 65 Amps. The description "45-125A" is highly misleading. This set is specifically for 65A operation.
Process: Hand-guided drag cutting.
Compatible System: Hypertherm Powermax125 (and Powermax125 G3 series). This is correct.
This compatibility claim is incorrect and highlights a common mix-up between different Hypertherm plasma cutter models.
With Part 220975:
220975 is a Swirl Ring
Incorrect Compatibility: This swirl ring is designed for Powermax85 and Powermax105 systems.
The swirl ring included in set 220971 is part number 220777. The two are not interchangeable.
With Part 220976:
220976 is a Retaining Cap.
Incorrect Compatibility: This retaining cap is designed for Powermax85 and Powermax105 systems.
The retaining cap included in set 220971 is part number 420156. The two are not interchangeable.
Summary of Compatibility Error: Parts 220975 and 220976 belong to the Powermax85/105 platform. Set 220971 belongs to the Powermax125 platform. Mixing parts from these different platforms will result in the torch not assembling correctly and will cause immediate failure if forced to operate.
Since 220971 is a set, it contains the following individual components, which are designed to work together:
Component | Part Number in this Set | Function |
|---|---|---|
Electrode | 220779 | This is the actual electrode for this set. It is the part that contains the hafnium emitter. |
Nozzle (65A) | 220778 | Focuses the plasma arc. |
Swirl Ring | 220777 | Spins the plasma gas for a stable arc. |
Retaining Cap | 420156 | The main body that houses the parts and threads onto the torch. |
Drag Shield | 420172 | The shield that allows the torch to be dragged on the plate. |
Purchasing: When you buy part number 220971, you receive a box containing all five components listed above. It is a convenient way to get a full set of consumables for drag cutting.
Replacement: If you need to replace just the electrode from this set, you would order part number 220779, not 220971.
Consequences of Using Incompatible Parts: Attempting to use Powermax85/105 parts (220975, 220976) with a Powermax125 torch or consumable set will:
Prevent proper physical assembly (threads will not match, parts will not seat correctly).
Cause severe misalignment of the electrode and nozzle.
Result in catastrophic consumable failure, poor cut quality, and potential damage to the torch.
Engineered Cost Reduction: Forman Welding specializes in manufacturing high-performance plasma consumables that deliver significant savings. Using our Electrode 220971 as part of your regular Powermax 45 consumables or Powermax 125 consumables inventory can slash your overall operating expenses.
Dual-System Expertise & Compatibility: As a leading plasma cutting parts manufacturer, Forman has deep expertise in cross-platform compatibility. Our Electrode 220971 is rigorously tested to ensure flawless performance and seamless interchangeability between the Powermax 45 and Powermax 125 systems.
Certified Quality Manufacturing: Every Electrode 220971 is produced under stringent IATF 16949 and ISO 9001 quality management systems. This certification-backed process guarantees that each electrode meets the highest standards of consistency, reliability, and performance that demanding industrial applications require.
Comprehensive Plasma Solutions Provider: Forman offers a complete one-stop-shop for all your plasma needs. Whether you are sourcing the Electrode 220971 or any other component for your Powermax 45 or Powermax 125, our extensive catalog ensures you find the exact part you need quickly and reliably.
OEM-Caliber Engineering: Forman's in-house engineering team focuses on precise replication and enhancement of OEM designs. This ensures that critical components like the Electrode 220971 not only match but often exceed the performance expectations for your Powermax 45 consumables and Powermax 125 consumables, providing exceptional value.
Products are Plasma cutting torch OEM parts
Ref. FM.220971 Electrode for Plasma Cutting Consumables
We have own factory and can supply plasma cutting parts (Shield, Retaining cap, Nozzle, Swirl ring, Electrode)
