Waterjet Tee Assembly, HP, .38 10078590

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Waterjet tee is used in waterjet cutting systems to split the high-pressure water flow into two or more streams. This allows for greater flexibility in the cutting process, as the waterjet can be directed in multiple directions or to multiple cutting heads simultaneously.

Description

Waterjet Tee Assembly, HP, .38 10078590

Waterjet Tee Assembly, HP, .38 10078590 is applied for SL-VI 50HP pump

ItemPart NumberDescription
172160849Intensifier Topworks
272162513Housing, Attenuator Weldment
305040696Attenuator Assembly
410079531Coupling Assembly, HP, .56 x .38
510078590Tee Assembly, HP, .38
620427739Valve/Actuator Assembly
705144837Spacer, Attenuator Bracket
810078715HP Collar, .38
910078129HP Gland, .38
1049830581Coupling Assembly, Bulkhead, .56 x .38
1172154033HP Tube, Bent, .38
1210094704HP Tube, Bent, .38
1372160906HP Tube, Bent, .38
1472154116HP Tube, Bent, .25
1572154075HP Tube, Bent, .38
1672155967HP Tube, Bent, .38
1795670972Lock Washer, .38
1895375473Socket Head Screw, 3/8-16 x 1
1995660957Flat Washer, .38
2020491892Cup Seal
2149831480Grommet, 3.0 x 2.25
2220419432Grommet, 2.25 x 1.63
2395383790Socket Head Screw, 1/2-13 x 1
2495413696Lock Washer, .50
2510083897Ferrule, Hose, .25
2610186153Flexible Conduit, .38
2772162495Spacer, Attenuator
2872152547Top Pan
2910078459HP Gland, .25
3010078426HP Collar, .25
3149898729Flat Washer, M12

How to use waterjet tee ?

Waterjet tee is used in waterjet cutting systems to split the high-pressure water flow into two or more streams. This allows for greater flexibility in the cutting process, as the waterjet can be directed in multiple directions or to multiple cutting heads simultaneously. Here are some common ways that waterjet tees are used:

Multiple cutting heads: Waterjet tees are often used to split the high-pressure water flow into multiple streams, each of which is directed to a separate cutting head. This allows for multiple cuts to be made simultaneously, which can increase efficiency and throughput in the cutting process.

Multidirectional cutting: Waterjet tees can be used to split the high-pressure water flow into multiple streams, each of which is directed in a different direction. This can be useful for cutting complex shapes or patterns that require cuts at multiple angles.

High-volume cutting: Waterjet tees can be used to split the high-pressure water flow into multiple streams, each of which is directed to a separate cutting head or nozzle. This can increase the volume of material that can be cut in a given amount of time, as the waterjet can cover a larger area with multiple streams.

Multi-stage cutting: Waterjet tees can be used to split the high-pressure water flow into multiple streams, each of which is directed to a separate cutting head or nozzle with different orifice sizes. This can allow for multi-stage cutting, where the initial cut is made with a larger orifice nozzle and the final cut is made with a smaller orifice nozzle for greater precision.

When using a waterjet tee, it is important to ensure that the flow rate and pressure of the waterjet is properly balanced between each of the outlets. This can be achieved by selecting a tee fitting that is designed to maintain a high-pressure flow of water through each outlet, while minimizing any pressure drop or loss. The diameter of each outlet should also be carefully matched to the needs of the cutting heads or other devices that will be attached to the tee fitting.

 

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