Miller Electric

Submerged Arc

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Sub Arc DC 652/812

Miller's Sub Arc DC Series of the three-phased, CC/CV DC power sources are designed to provide a superior arc for the SAW welding process as well as air carbon arc gouging plus the endurance to handle demanding industrial applications.

 

Pricing

Base Model
Starting at:

List Price (US$)

Process

  • Submerged Arc Welding (SAW)
  • Flux Cored (FCAW)
  • Air Carbon Arc (CAC-A) Cutting and Gouging

Applications

Heavy Industrial Applications
  • Railroad
  • Shipbuilding
  • Heavy Fabrication
  • Pipe Welding

Specifications

Rated Output

  • 650A at 44 V, 100% Duty Cycle

Output Power Range (CC Mode)

  • 50-815 A

Output Power Range (CV Mode)

  • 10-65 V

Net Weight

  • 545 lb (247 kg)

Special Offers
Dimension 652 and 812 submerged arc welder

Product Information


Product Literature (PDF)


The Sub Arc DC 652 has been redesigned to provide a superior arc for the submerged arc welding process. Miller's Sub Arc DC 652 is a three phase power source offering constant current and constant voltage in the DC mode. In addition to this it still has the time tested and trusted reliability of the Sub Arc DC series equipment to provide the endurance to handle demanding industrial applications such as air carbon arc gouging and FCAW.

DC Multiprocess capability, versatility and outstanding arc performance in CV and CC (SAW, Stick, ACA).

Line voltage compensation keeps welding parameters constant even when input voltages change ±10%. Eliminates need to change welding parameters throughout the day.

Unique Fan-On-Demand™ cooling system operates only when needed. Reduces contaminants drawn into the machine and excess noise in work areas.

15 amp 115 VAC duplex receptacle allows operators the flexibility to run grinders, drills, coolers, etc. from power source without the need for additional 115 VAC power in weld area.

Power efficient for exceptional value and return on your investment.

Remote control capability allows operators fine tuning capability at an extended distance.

Thermal Overload Protection protects internal components from damage. It automatically shuts down the unit if duty cycle is exceeded or air flow and cooling are restricted.