MIG Flux-Cored
CV-305
When it comes to welding mild steel, stainless steel, aluminum and alloy
materials, you won’t find a more reliable power source than the CV-305.
This well-engineered CV unit features two inductance connections. Lincoln’s
Twist-Mate
®
output connectors make it easy to choose the right inductance
f
or your application.
This unit is the most compact unit in its class, yet it’s loaded with
convenient features! Digital meters that can be preset, line voltage
compensation, a remote an d local control option, and a 7-year rectifier
warranty — what more do you need?
Publication E4.22 11/06
Web Update 6/07
www.lincolnelectric.com
Processes
Advantage Lincoln
• Precision Arc Perfomance
- Stack them three-high or purchase an affordable package that
includes the new LF-72 feeder, a Magnum
®
400 MIG gun and
more!
- Two output connectors allow you to optimally connect to high or
low inductance for arc conrol. Use low inductance output
connection when short-arc welding, and high inductance output
connection with spray and globular transfer welding
• Features & Innovations
- Compact unit is 20 lbs. (9.0 kg) lighter and significantly smaller
than competitive models — save your space!
- Easy access Twist-Mate
®
connection on the front of the machine.
- Digital Ammeter/Voltmeter read-out display allows presets for
added convenience and accuracy.
• Quality & Reliability
- Environmentally protected transformer and power rectifier are
rugged and reliable.
- Provides line voltage compensation for maintaining weld
consistency, even with changes of ±10%.
- Three-year warranty on parts and labor; seven-year warranty on
power rectifier.
MIG WELDERS
TECHNICAL SPECIFICATIONS
Dimensions
Product Product Rated Output Input Current @ H x Wx D Net Weight
Name Number Input Power Current/Voltage/Duty Cycle Rated Output Output Range inches (mm) lbs.(kg)
K2400-1 208/230/460/3/60
315/32.6V/100% 51/48/24A
CV-305
50-400A 24.6 x 19.5x 27.0 330
K2400-2 230/460/575/3/60
315/32.6V/100% 48/24/20A
(625 x495 x 686) (149)
CV
DC
3
PHASE
60
Hz
Output
Input