Hydraulic Safety

Stainless Steel Remote Control Float Valve (100X-16P)

100X-16P remote control float valve in cast stainless steel (CF8), flanged connection for automatic water level control in water tanks and reservoirs. Hydraulic operated with pilot float control for reliable level regulation.

Key Features

Stainless steel CF8 body for corrosion resistance
Hydraulic float pilot control for automatic level regulation
Flanged connection DN40-DN300 for easy installation
Wide operating temperature range -50°C to 100°C
OEM / ODM customization available

Technical Specifications

Model: 100X-16P
Size Range: DN40 - DN300
Pressure: 0 - 1.0 MPa (0 - 10 bar)
Material: Stainless Steel (CF8)
Connection: Flanged
Media: Water
Operation: Hydraulic (Float Pilot Controlled)
Temperature: -50°C to 100°C
Warranty: 1 Year

Parts & Materials List

Valve Body: Cast Stainless Steel (CF8)
Pilot & Tubing: Stainless Steel
Top Valve: Ball Valve with Plastic Handle

Applications

Water reservoir level control
Pressure management in water networks
Drinking water backflow protection
Pump suction protection

Quality & Testing

Function and pressure tests per applicable standards; diaphragm and seal assemblies tested for durability.

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Frequently Asked Questions

Do hydraulic control valves require electrical power?

Most hydraulic control valves (e.g. F745X level control, 500X pressure reducing) are fully self-operated by pipeline pressure and require no external power. Solenoid-controlled models such as GKZF-1 use AC220V or DC24V.

What is the pressure adjustment range of the 500X valve?

The 500X pressure reducing valve adjusts downstream pressure from 0.1 MPa to 1.6 MPa and works with inlet pressures up to the nominal rating (PN10/PN16/PN25).

What materials are used for potable water applications?

For drinking water networks, models such as the HS41X backflow preventer use ductile iron bodies with EPDM seals and stainless steel internals, compliant with GB/T17219 sanitary requirements.

How is water hammer prevented in hydraulic valves?

Pilot-controlled valves close smoothly and slowly, which avoids sudden pressure surges. Needle valves allow adjustment of the closing speed to match the specific pipeline conditions.