Miller Electric

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Spectrum® 125C

A built-in, heavy-duty compressor makes this a cut-as-you-go machine anywhere power is available.
Extreme Reliability

Pricing

Base Model
Starting at:

List Price (US$)

Process

  • Air Plasma Cutting

Applications

Industrial Applications

  • HVAC Ductwork
  • Sheet Metal
  • Auto Body
  • Hobbyist

Specifications

Cutting Capability

  • Rated: 1/8 in (3.2 mm)
  • Quality: 3/16 in (4.2 mm)

Input Power

  • 115 V 1 Phase

Input Amperage Circuit Requirement

  • A 120 volt, 20 amp individual branch circuit.

Rated Output at 104° F (40°C)

  • 12 A at 110 VDC, 35% duty cycle

Net Weight

  • 115V Model with torch: - 50 lb (22.7 kg)

Comes Complete With

  • Plasma Cutter
  • ICE-12 C hand-held torch with 20 ft (6.1 m) cable
  • Heavy-duty work clamp with 20 ft (6.1 m) cable
  • 10 ft (3 m) power cord
  • Extra consumables (2 electrodes, 2 tips)
Special Offers
Spectrum 125C Plasma Cutter

Mild Steel
Cutting Capability
Not to scale.


12 ga (2.0 mm) at 35 IPM


1/8 in (3.2 mm) at 10 IPM

Built-in, heavy-duty industrial piston-driven compressor provides long life and superior airflow.

Solid-state, constant-current design offers consistent 12 amp cutting arc for continuous quality cutting up to 3/16 in steel in steel.

Electronic Pilot Arc Controller automatically controls the pilot circuit to provide expanded metal cutting ability without having to re-trigger the torch, increasing productivity and extending tip life.

LVC™ line voltage compensation provides peak performance power under variable conditions (98 to 132 volts) for steady cuts and cleaner ending cuts.

Can be powered by any Miller engine drive with generator power (e.g. Bobcat™) or equivalent competitive equipment. See Spec Sheet for kW requirements.

35% duty cycle is tested at 40° C (104° F) to give you the cutting power whenever you need it.

Starts without high-frequency so it will not interfere with or damage controls or computer.

Blow Back Torch Design
The plasma arc is created by pulling an electrical arc between an electrode and tip. This process eliminates high frequency by forcing an electrical arc between the two pieces.

Post Flow Cooling Circuit
Protection to extend the life of consumables and the welding torch is enhanced by our post flow circuit that provides shielding gas after you release the trigger.