Pumping liquid CO₂ requires unique challenges to high pressure pumps. CO₂ has a tendency to go to a gaseous state, so strict control of the temperature and pressure on the inlet and discharge of the system will help maintain the CO₂ in a liquid state. Typical applications can be industrial laundry cleaning, CO₂ re-fill stations and cleaning of parts with CO₂. These pumps have a flow range up to 52 GPM (196 L/min).
| Pump Model | Maximum Flow | Maximum Pressure | Speed | Power Consumption | |
|
CP218-5123 |
1.4 GPM 5.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.0 BHP 1.5 KW |
|
|
CP230-NPT |
0.5 GPM 1.8 L/min |
2030 PSI 140 bar |
750 RPM |
0.7 BHP 0.5 KW |
|
CP217-5123 |
Null GPM Null L/min |
PSI Null bar |
RPM |
BHP KW |
|
|
CP220-5123 |
1.9 GPM 7.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.7 BHP 2.0 KW |
|
|
CP230-5123 |
Null GPM Null L/min |
PSI Null bar |
RPM |
BHP KW |
|
CP460 |
2.0 GPM 7.5 L/min |
6000 PSI 580 bar |
750 RPM |
8.3 BHP 6.2 KW |
|
|
CP218-NPT |
1.4 GPM 5.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.0 BHP 1.5 KW |
|
|
CP220-NPT |
1.9 GPM 7.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.7 BHP 2.0 KW |
|
CGP7255A |
51.7 GPM 196 L/min |
1450 PSI 100 bar |
550 RPM |
55.2 BHP 41.2 KW |
|
CP218 |
1.4 GPM 5.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.0 BHP 1.5 KW |
|
|
CP220 |
1.9 GPM 7.3 L/min |
2030 PSI 140 bar |
750 RPM |
2.7 BHP 2.0 KW |
|
|
CP230 |
0.5 GPM 1.8 L/min |
2030 PSI 140 bar |
750 RPM |
0.7 BHP 0.5 KW |
|
CP420 |
6.4 GPM 24.3 L/min |
1740 PSI 120 bar |
750 RPM |
7.7 BHP 5.7 KW |
|
|
CP425 |
5.5 GPM 21.0 L/min |
2030 PSI 140 bar |
750 RPM |
7.8 BHP 5.8 KW |
|
CP470 |
9.25 GPM 35.0 L/min |
1740 PSI 120 bar |
750 RPM |
11.1 BHP 8.3 KW |
|
CLP121A |
16.3 GPM 61.6 L/min |
1740 PSI 120 bar |
500 RPM |
15.6 BHP 11.6 KW |
|
CLP121A-4000 |
16.3 GPM 61.6 L/min |
1740 PSI 120 bar |
500 RPM |
15.6 BHP 11.6 KW |
