MANIFOLD, LP WATER, OUTLET SL-V

Manifold, Low-Pressure Water Outlet | HJ-20413848

The HJ-20413848 Manifold, LP Water Outlet is a critical component within the low-pressure water supply circuit of KMT-style waterjet systems. It serves as the primary outlet manifold that directs filtered low-pressure water from the filtration assembly to downstream pump and intensifier components. The HJ-20413848 Manifold is engineered to maintain consistent water flow, proper distribution, and reliable system pressure before the water enters the high-pressure intensification stage.

Function

The HJ-20413848 manifold performs several important functions:

• Collects filtered water from the low-pressure filter assembly.
• Distributes water evenly to connected plumbing components.
• Provides connection points for pressure switches, check valves, elbows, and outlet fittings.
• Helps maintain stable inlet pressure to protect high-pressure pump components.
• Supports efficient water delivery for continuous waterjet operation.

System Location

The HJ-20413848 manifold is installed in the Low-Pressure Water Filter Assembly (HJ- 72155629) and works alongside:

• Filter Housing Assembly (HJ-72155272)
• Relief Valve Assembly (HJ-05072798)
• Check Valve Assembly (HJ-05135652)
• Pressure Switch (HJ-72131267)
• Filter Element (HJ-72125264)
• Various pipe fittings and adapters.

Key Benefits

Reliable Water Flow Management

Ensures smooth transfer of filtered water throughout the low-pressure circuit, reducing pressure fluctuations and improving cutting consistency.

Protection of High-Pressure Components

Proper water distribution helps protect seals, check valves, plungers, and intensifier components from starvation and cavitation.

Corrosion Resistance

Typically manufactured from industrial-grade metal suitable for waterjet environments, offering durability and long service life under continuous operation.

Technical Specifications

Common Signs of Replacement Need

Replace the HJ-20413848 manifold if you observe:

• External water leakage.
• Cracked or damaged threaded ports.
• Corrosion or erosion around connection points.
• Reduced water flow to the intensifier.
• Difficulty maintaining inlet pressure.
• Damaged sealing surfaces after repeated maintenance cycles.