Plunger Complete CP022066/220 Stone Waterjet Machine Parts For Sale
Plunger Complete CP022066/220 Stone Waterjet Machine Parts For Sale
Part Number |
Alternative models |
Description |
1-16386 |
CP022015/527 |
Back Ring |
1-18266 |
K016/660 |
Ball, Dia. 6 |
1-16390 |
CP022042/593 |
Lens |
1-16395 |
CP022046/593 |
Valve Seat |
1-16388 |
CP022010/527 |
Bearing Bush |
1-18264 |
OR0043024/151 |
O-Ring, 4.3 x 2.4 |
1-18263 |
WJ070009/150 |
HP Gasket |
1-18293 |
CP022100/220 |
HP Seal Kit |
1-16393 |
CP022040/591 |
Valve Body |
1-16389 |
CP022009/779 |
HP Cylinder |
1-16391 |
XST17/220 |
Rod Sealing |
1-18292 |
|
Center Section Rebuild Kit |
1-18287 |
CP022066/220 |
Plunger Complete |
1-18291 |
CP022109/844 |
Union Suction Side Complete |
1-18289 |
CP022047/844 |
Union Pressure Side Complete |
1-18280 |
CP022043/844 |
Union Suction Side |
1-18281 |
CP022044/844 |
Union Pressure Side |
1-18282 |
XF35/220 |
Rod Wear Ring |
1-18269 |
9704521/220 |
Quad Ring |
1-16387 |
CP022012/780 |
Back Ring |
The Plunger Complete CP022066/220 is a core component of the high-pressure section of a waterjet intensifier, responsible for converting hydraulic energy into ultra-high-pressure water energy. This plunger assembly reciprocates within the high-pressure cylinder, rapidly boosting low-pressure water pressure to the required ultra-high pressure, thus providing a stable source of power for the cutting operation.
- Function: Intensifying water pressure through reciprocating motion, it serves as the core power transmission mechanism for the high-pressure system.
- Applicable Location: Installed within the high-pressure cylinder of a waterjet intensifier.
- Material: Typically constructed from a combination of high-strength ceramic plungers and alloy steel supports, it offers excellent resistance to high pressure, impact, and wear.
- Replacement Period: As a critical operating component, it should be inspected and replaced regularly based on equipment operating time, water quality conditions, and maintenance schedule to prevent performance degradation or leakage.