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  • REXRTOH VT-HNC100-1-22/W-08-0-0 | Hydraulic Valve Block Assembly
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  • REXRTOH VT-HNC100-1-22/W-08-0-0 | Hydraulic Valve Block Assembly

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    • ¥18734.00
      ¥18945.00
      ¥18734.00
      ¥18734.00
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    Weight:0.340KG
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    • (Inventory: 6635)
Description
<span style="font-size: 20px; font-family: arial;">REXRTOH VT-HNC100-1-22/W-08-0-0 | Hydraulic Valve Block Assembly</span>

REXRTOH VT-HNC100-1-22/W-08-0-0 Hydraulic Valve Block

The REXRTOH VT-HNC100-1-22/W-08-0-0 is a precision-engineered hydraulic valve block, or manifold, representing a sophisticated approach to hydraulic system design. As part of the VT (Valve Terminal) series, this component consolidates multiple discrete hydraulic control functions into a single, compact, and reliable unit. The extended model number defines a completely custom configuration, specifying the exact arrangement of integrated cartridge valves, porting, and control interfaces. This integrated design philosophy eliminates extensive external piping, reduces potential leak points, and creates a highly optimized control center for complex hydraulic circuits in industrial and mobile applications.

Integrated Manifold Design Philosophy

A hydraulic valve block functions as the central nervous system of a hydraulic circuit. Instead of mounting individual valves separately and connecting them with external pipes and hoses, the VT-HNC100 incorporates the valve cavities (bores) and the interconnecting fluid passages (galleries) directly into a solid block of metal—typically aluminum, ductile iron, or steel. Precisely machined cartridge valves, pressure controls, check valves, and other elements are screwed into these bores. This creates a leak-resistant, compact assembly where hydraulic fluid is directed internally through the machined passages, significantly improving reliability, reducing space requirements, and simplifying maintenance.


Model Number Configuration Analysis

The complex model code provides a complete technical fingerprint of the assembly:

  • VT: Valve Terminal / Valve Block series.

  • HNC100: Likely indicates the base manifold type, size (e.g., NG10), and a specific design family (HNC may denote a particular control or function set).

  • 1-22: Defines the specific configuration code. This sequence details the exact types, quantities, and positions of the cartridge valves (e.g., directional valves, pressure relief valves, throttle checks) inserted into the manifold.

  • W-08: Specifies the interface and porting. 'W' may denote a specific port style or mounting interface, and '08' likely defines the size and type of external hydraulic connections (e.g., SAE, BSPP, metric threads).

  • 0-0: Final option codes, which could specify special sealing materials, surface treatments, testing standards, or other custom features.

This precise coding ensures that each manifold is built to exact customer specifications for a particular machine function.


Key Features and Design Advantages

The VT-HNC100 valve block offers numerous benefits over conventional piped systems:

  • Extreme Compactness: Integrates the functions of numerous separate valves and fittings into a single block, dramatically saving space in machinery and control cabinets.

  • Enhanced Reliability: Eliminates the majority of external pipe joints, hose connections, and fittings—the most common sources of leaks and failures in hydraulic systems.

  • Optimized Fluid Dynamics: Internal passages can be designed for optimal flow with minimal pressure drop and turbulence, improving overall system efficiency.

  • Reduced Assembly Time: Pre-assembled and tested as a unit, it significantly reduces installation time and complexity on the machine build floor.

  • Improved Serviceability: Individual cartridge valves can often be serviced or replaced without dismantling the entire hydraulic system or draining all fluid.

  • Custom-Engineered Performance: Designed for a specific machine function, ensuring optimal valve sizing, sequencing, and control characteristics.

  • Clean and Professional Appearance: Presents a tidy, professional look compared to a maze of pipes and hoses.

Technical Specifications Overview

Based on the VT series standards and model code interpretation, the assembly typically embodies these characteristics:

Parameter Typical Specification
Component Type Custom Hydraulic Manifold / Valve Block
Base Manifold Series VT-HNC100 (Specific size and platform)
Primary Function Integration of multiple hydraulic control valves (directional, pressure, flow) into one unit
Configuration Code 1-22 (Defines the specific cartridge valve complement and layout)
Porting Interface As per W-08 code (e.g., specific thread standard and size)
Maximum Operating Pressure Designed for standard high-pressure hydraulic systems (e.g., up to 350 bar)
Material High-grade aluminum alloy, ductile iron, or steel
Sealing Standard Industrial-grade seals (NBR, FKM) suitable for hydraulic fluids


System Integration and Circuit Design

This valve block is designed as a drop-in solution for a specific machine function. It is mounted directly to the machine frame or in a control cabinet. External connections are made only for the pump supply (P), tank return (T), actuator lines (A, B, etc.), and any pilot or drain lines. The internal logic of the hydraulic circuit—how pressure is directed, sequenced, and controlled—is machined into the block itself. The system designer works with Rexroth engineering to define the required valve functions, which are then translated into the specific "1-22" configuration code and manufactured as the complete VT-HNC100-1-22/W-08-0-0 assembly.

Typical Industrial Applications

Custom manifolds like the VT-HNC100 are used wherever reliable, compact, and complex hydraulic control is required:

  • Injection Molding Machines: Controlling the complex sequence for clamp unit, injection unit, and ejector functions.

  • Metal Forming Presses: Housing the control valves for ram approach, pressing, pressure hold, and return cycles.

  • Mobile Construction Equipment: Serving as the main control block for excavator or loader functions (boom, arm, bucket, swing).

  • Machine Tools: Controlling hydraulic chucks, tool changers, tailstocks, and feed units.

  • Automated Production Lines: Managing the hydraulic actuators for lifting, clamping, and indexing stations.

  • Test and Simulation Rigs: Providing precise control for hydraulic cylinders in material testing or flight simulators.

Conclusion

The REXRTOH VT-HNC100-1-22/W-08-0-0 hydraulic valve block exemplifies the pinnacle of integrated hydraulic system design. It transforms a complex network of valves and pipes into a single, robust, and efficient component. By offering a custom-engineered solution that reduces size, enhances reliability, and simplifies installation, it provides immense value to machinery manufacturers and end-users. For system designers, it represents a powerful tool to achieve higher performance and cleaner machine layouts. The exact circuit diagram, pressure ratings, and port designations for this specific configuration code must be obtained from the official technical documentation associated with this unique model number.

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