Direct Drive PCV Maintenance Kit 015605-1 New Flow Waterjet Parts Supplier
Direct Drive PCV Maintenance Kit 015605-1 New Flow Waterjet Parts Supplier
Part Number |
Replaces Number |
Description |
1-18973 |
050624-1 |
Minor Kit |
1-18975 |
050626-1 |
Dynamic Seal Kit |
1-19380 |
020071-1 |
90k Check Valve Assembly |
013051-1 |
|
25 Liter Bleed Down Seat |
013149-1 |
|
87K HP 3/8" x 1/4" Adapter |
013383-1 |
|
55K Eagle Check Valve Body |
013385-1 |
|
Direct Drive Check Valve Assembly 55k |
013633-1 |
|
87K Swivel Seal; .25" ID |
013634-1 |
|
87K Swivel Seal Ring |
013933-1 |
|
Direct Drive Seal Carrier Assembly |
014155-10 |
|
Orifice |
014194-20-30 |
|
Premium Mixing Tube |
014197-1 |
|
ECL Plus Mixing Chamber Assembly |
014201-9 |
|
ECL Ruby Orifice |
014241-1 |
|
ECL Mixing Tube Nut |
014579-1 |
|
Vacuum Assist Maintenance Kit |
014660-1 |
|
Universal On/Off Valve Assembly; 87K |
014918-1 |
|
87K Swivel Body; 90 Degree; Dual Axis |
015605-1 |
|
Direct Drive PCV Maintenance Kit |
015606-1 |
|
55K Direct Drive High-pressure Maintenance Kit |
015849-5 |
|
60k Diamond Orifice |
017364-1 |
|
ECL Mixing Chamber Assembly |
018020-1 |
|
Ceramic Plunger Assembly |
019309-1 |
|
87K Bleed-down Valve Assembly; Tested |
019520-1 |
|
Hinged Cutting Head Clamp Assembly |
020080-1 |
|
90k Hyload Piston Assembly |
020323-1 |
|
Water Manifold |
020694-1 |
|
87K DWJ Mixing Chamber Assembly |
040015-1 |
|
Intensifier Seal Carrier Cartridge |
040300-1 |
|
Whip 1/4" 87K |
Manufactured from premium wear- and oil-resistant materials, the 015605-1 waterjet PCV maintenance kit provides excellent durability, long service life, and stable performance under continuous high-pressure operation. Regular use of this kit reduces downtime, extends the lifespan of the direct drive pump, and helps maintain precise cutting accuracy.
KUNDA supplies the Direct Drive PCV Maintenance Kit 015605-1 under strict quality standards, ensuring compatibility with leading direct drive waterjet systems. By choosing this kit, operators benefit from dependable valve maintenance, reduced operating costs, and improved system efficiency.
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