WELDING-TYPE DEVICE POWER INPUT SYSTEM
A power cord system for powering a welding-type device from a plurality of distinct outlet configurations is disclosed. The power cord system includes a first power cord constructed to electrically connect the welding-type device to a first outlet and a second power cord constructed to electrically connect the welding-type device to a second outlet configured differently than the first outlet.
1 . A power cord system comprising:
a welding-type power source having at least two differently configured inputs;
a first power cord constructed to communicate power to the welding-type power source, the first power cord having one end configured to engage a first source of power and another end configured to engage one of the two differently configured inputs of the welding-type power source; and
a second power cord constructed to communicate power to the welding-type power source, the second power cord having one end configured to engage a second source of power and another end configured to engage another of the at least two differently configured inputs of the welding-type power source.
2 . The power cord system of claim 1 further comprising a manually operated selector arranged to allow connection of only one the first source of power and the second source of power to the welding-type power source.
3 . The power cord system of claim 1 wherein the welder further comprises a housing and a door movably attached to the housing to selectively expose one of the at least two differently configured inputs.
4 . The power cord system of claim 3 wherein the door is constructed to have a first position and a second position, wherein the door obstructs the first power cord from engaging one of the two differently configured inputs and allows the second power cord to engage another of the two differently configured inputs in the first position, and allows the first power cord to engage one of the two differently configured inputs and obstructs the second power cord from engaging another of the two differently configured inputs in the second position.
5 . The power cord system of claim 1 wherein the weld-type power source further comprises a power supply electrically connected to both of the at least two differently configured inputs and configured to generate a power signal suitable for welding applications from a power signal delivered from at least one of the first power cord and the second power cord.
6 . The power cord system of claim 1 wherein the one end of the first cord is configured to engage a 115V source of power and the one end of the second cord is configured to engage a 230V source of power.
7 . The power cord system of claim 1 wherein only one of the first cord and the second cord is connectable to the welder at a time.
8 . A welding-type device comprising:
a housing;
a power supply positioned in the housing and constructed to generate a welding-type power;
a first receptacle electrically connected to the power supply and configured to deliver a first power signal thereto; and
a second receptacle electrically connected to the power supply and configured to deliver a second power signal different than the first power signal thereto.
9 . The welding-type device of claim 8 further comprising a shutter connected to the housing and constructed to selectively expose at least one of the first and second receptacles.
10 . The welding-type device of claim 9 wherein positioning of the shutter configures the power supply to generate the welding-type power from a power signal delivered from an exposed one of the first and the second receptacles.
11 . The welding-type device of claim 8 further comprising a first power cord constructed to engage a first outlet and the first receptacle and a second power cord constructed to engage a second outlet configured different than the first outlet and the second receptacle.
12 . The welding-type device of claim 11 wherein the first power cord is constructed to engage a 115V outlet and the second power cord is constructed to engage a 230V outlet.
13 . The welding-type device of claim 8 wherein the first receptacle is configured generally similar to the second receptacle.
14 . The welding-type device of claim 8 wherein the power supply is constructed to automatically determine which of the first receptacle and the second receptacle is providing power to the welding-type device.
15 . A welding-type apparatus comprising:
a housing;
a power supply positioned in the housing and configured to generate a weld power from a signal received from one of a first input and a second input; and
a door movably connected to the housing and constructed to selectively expose at least one of the first and the second inputs.
16 . The welding-type apparatus of claim 15 wherein when the door selectively exposes the first input, the door prevents access to the second input, and when the door selectively exposes the second input, the door prevents access to the first input.
17 . The welding-type apparatus of claim 15 further comprising one power cord constructed to engage the first input and another power cord constructed to engage the second input, wherein the first and second inputs each have a set of prongs configured differently from one another.
18 . The welding-type apparatus of claim 15 wherein the first input and the second input are configured to accept one of a different volts, amps, and volt/amps.
19 . The welding-type apparatus of claim 15 wherein the first input is connected to the power supply to generate the weld power from a 115V input and the second input is connected to the power supply to generate the weld power from a 230V input.
20 . The welding-type apparatus of claim 15 wherein the door has a first position that electrically connects the first input and the power supply and a second position that electrically disconnects the first input and the power supply.
21 . The welding-type apparatus of claim 15 wherein the door is slidably attached to the housing.