I. Product Definition & Core Features
TheS100 Modular Multi-Way Valveis amodular directional control valvethat integrates multiple functional valve sections (e.g., directional control, flow regulation, pressure protection) to enable fluid distribution, directional switching, and system control. Its key features include:
1. Modular Design: The valve body consists of stackable sections, allowing users to customize the number of sections (e.g., 2, 3, or 6) based on operational requirements.
2. High Integration: Combines functions of traditional discrete valves into a single unit, reducing piping connections, leakage risks, and installation space.
3. Standardized Interfaces: Sections feature uniform interfaces for quick replacement or expansion, minimizing maintenance downtime.
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II. Typical Applications
1. Construction Machinery:
• Used in hydraulic systems of excavators, cranes, etc., to control coordinated movements of multiple actuators (e.g., boom, arm, slewing).
• Example: An S100 configuration with3 directional control + 2 flow regulation sectionsmeets complex motion demands.
2. Industrial Automation:
• Fluid distribution systems in production lines for synchronous or sequential multi-station control.
• Example: In automotive assembly lines, it controls hydraulic clamps across different workstations.
3. Simulation & Testing Systems:
• Laboratories or test benches requiring independent regulation of multiple fluid paths (e.g., hydraulic testing of material forming machines).
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III. Technical Specifications & Performance
(Note: Parameters are industry-standard estimates; refer to manufacturer data for exact values.)
1. Pressure Range:
• Rated Operating Pressure: Typically21 MPa–35 MPa(for high-pressure hydraulic systems).
• Peak Pressure: Withstands1.5× rated pressuretransient surges.
2. Flow Characteristics:
• Rated Flow per Section:50–200 L/min(adjustable based on section size and port design).
• Optimized Flow Path: Low-resistance design minimizes pressure drop.
3. Control Modes:
• Manual: Direct mechanical operation via levers.
• Electric: Integrated proportional solenoids or servo motors for remote automation.
• Hydraulic: External hydraulic signals drive valve spool movement.
4. Sealing & Materials:
• Seals: Fluororubber (FKM) or PTFE for high-temperature/corrosion resistance.
• Valve Body: High-strength alloy steel (e.g., 42CrMo4) or stainless steel (e.g., 316L) for harsh environments.