OPERATION |
COOLING EFFICIENCY
The high cooling efficiency of the COOL ARC® 40 offers a cooler, more comfortable Torch than a con- ventional
The COOL ARC® 40 effectively removes the heat produced by the welding arc from the gun or torch handle and places it into the exiting air flow at the back of the Cooler. Ambient air temperature affects the effective coolant temperature of the COOL ARC® 40.
For example:
Unlike other water coolers that depend on bulky reser- voir size, the high efficiency components of the COOL ARC® 40 allows the reservoir to be small. The result is a lightweight, portable unit.
FIGURE 6
Coolant Circulation Diagram
ROOM AIR
IN
HEATED
AIR OUT
FAN | HEAT | COOLANT |
|
|
EXCHANGER |
|
| ||
| = | BLUE HOSE | ||
|
| OUT | ||
|
| NOTE: |
|
|
|
| COOLANT = | RED HOSE | |
|
| IN |
|
|
PUMP
COOLANT
RETURN
COOLANT
COOLANT
COOLANT
INTAKE
FIGURE 7
COOL ARC 40® W ATER COOLER
HEAT |
|
|
| |
"IN" |
|
|
| |
COOLANT "OUT" |
| COOLANT "IN" | ||
WELDING |
| |||
|
|
| ||
TORCH |
|
|
| |
OR |
|
|
| |
GUN |
|
|
| |
FAN | HEAT |
| AIR | |
|
| |||
EXCHANGER | FLOW | |||
| ||||
|
|
| ||
PUMP |
|
|
| |
COOLANT |
|
|
| |
RESERVOIR |
|
|
| |
|
|
| ||
|
|
| ||
|
|
| M19724 | |
COOL ARC® 40 |
|
|
| |