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  • Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold
  • Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold
  • Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold
  • Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold
Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold

Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold

  • >= 2 Pieces
    $489

Customization:

Customized logo(Min.Order: 500 pieces)
Customized packaging(Min.Order: 500 pieces)
Graphic customization(Min.Order: 500 pieces)

Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Steering Control: Designed to manage hydraulic flow and pressure for driverless tractor steering systems, ensuring accurate and responsive automated navigation.
  • 3-Valve Integration: Combines three hydraulic valves into a compact manifold for streamlined control of direction, speed, and load distribution in agricultural machinery.

Key features

  • 1. Advanced Material Technology

  • With a corrosion-resistant alloy body, this hydraulic valve block ensures long-lasting durability in harsh agricultural environments. Its robust construction outperforms standard cast iron valves in resisting rust and wear, maintaining optimal performance over extended use.

  • 2. Precision-Engineered Interactive Design

  • With an integrated modular design, the 3-valve manifold allows seamless compatibility with driverless steering systems, enabling precise control adjustments. Its pre-configured ports reduce installation complexity compared to custom-built setups.

  • 3. High-Performance Flow Control

  • With a pressure rating of 400 bar and low internal leakage, this valve block delivers rapid response times for smooth steering control, outperforming standard hydraulic valves in dynamic farming scenarios.

  • 4. Scenario-Specific Reliability

  • With a compact, lightweight design optimized for continuous operation, this valve block supports 24/7 use in both small-scale farming and large commercial operations, ensuring uninterrupted driverless tractor functionality.

  • 5. Certified Safety & Compliance

  • With ISO 13849-1 PLc certification and compliance with EU agricultural machinery safety standards, this valve block guarantees reliable performance and operator safety in regulated environments.

Product details

Hydraulic Valve Block Used for Driverless Steering Controls of Tractor, 3 Valve Manifold

The Hydraulic Valve Block for Driverless Tractor Steering Controls is a precision-engineered 3-valve manifold designed to optimize autonomous agricultural machinery systems. Built for high-reliability steering actuation, it integrates compact design with advanced hydraulic flow management to ensure seamless integration into driverless tractor systems.

Technical specifications

FeatureSpecificationBenefit
Valve Type3-way directional control valvesPrecise steering direction control
MaterialCorrosion-resistant stainless steelLongevity in harsh agricultural environments
Flow Rate50-120 LPM adjustableAdapts to varying tractor power requirements
Pressure Rating350 bar (max)Supports heavy-duty agricultural operations
Mounting CompatibilityISO Standard Flange (DN15-DN25)Easy retrofitting into existing systems

Customization guide

Adjustable flow rate parameters (±10% tolerance) to meet specific tractor power needs. Custom port configurations available for non-standard hydraulic system integrations.

Get inspired

Enhance your autonomous tractor’s steering precision with this compact valve block. Ideal for smart farming systems requiring reliable, low-maintenance hydraulic control in variable terrain conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flow Rate (LPM)50-90+20% (50-108)+35% (50-120)*
Response Time (ms)15012090
Temperature Range (°C)-20°C to +60°CExtended to +70°C-30°C to +80°C

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s -30°C to +80°C temperature range enables operation in extreme climates, critical for global agricultural use.
    • The Advanced Model’s +20% flow rate improves responsiveness in high-torque steering scenarios.
    • All models feature ISO flange compatibility, reducing integration costs by 30% compared to custom designs.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard tractors in temperate regions with routine steering demands.
    • Advanced Model: Recommended for mid-sized farms needing faster response times in hot climates (+70°C).
    • Pro Model: Best suited for heavy-duty autonomous systems in extreme environments (e.g., Arctic farming or tropical humidity). With its 90ms response time, you can achieve smoother turns in uneven terrain, enhancing operational safety.

Frequently asked questions

  • Q: Which hydraulic valve block model suits driverless tractor steering systems?

  • Q: How do I maintain the Hydraulic Valve Block for long-term use?

  • Q: What materials are used in the Hydraulic Valve Block for durability?

  • Q: Can the valve block be customized for specific tractor brands?

  • Q: Is the Hydraulic Valve Block certified for agricultural use?

  • Q: How does the 3 Valve Manifold improve driverless tractor performance?

  • Q: What’s the warranty for Hydraulic Valve Blocks in heavy-duty tractors?

  • Q: Can this valve block handle high-pressure steering systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Directional Control PrecisionAutonomous Tractor SteeringAccuracy: ±0.5° (Industry Standard), ±0.3° (Base ▲), ±0.1° (Advanced ▲▲)Ensures precise path tracking for driverless systems.Advanced version requires specialized calibration (cost +20%).
Pressure RatingHeavy-Duty Farming Operations3,000 PSI (Industry), 3,500 PSI (Base ▲), 4,000 PSI (ISO 10770) (Advanced ▲▲)Handles high-pressure hydraulic systems in rugged terrain.Higher PSI models may increase system complexity and cost.
Flow CapacityRapid Response Systems20 GPM (Industry), 25 GPM (Base ▲), 30 GPM (Advanced ▲▲)Enables faster steering adjustments for dynamic field conditions.Larger flow capacity requires more robust pump systems.
Durability/Erosion ResistanceContinuous 24/7 Operations1,000 hrs (Industry), 1,500 hrs (Base ▲), 2,000 hrs (ASTM G76) (Advanced ▲▲)Reduces downtime in long-running agricultural cycles.Advanced materials increase unit weight by 15%.
Noise LevelNoise-Sensitive Environments80 dB (Industry), 75 dB (Base ▲), 70 dB (quieter than a vacuum cleaner) (Advanced ▲▲)Minimizes disruption in shared farming spaces or residential areas.Quieter designs may limit maximum flow efficiency.
Environmental ResistanceExtreme Temperature Regions-20°C to 60°C (Industry), -30°C to 70°C (Base ▲), -40°C to 80°C (ISO 16750) (Advanced ▲▲)Operates reliably in Arctic or tropical farming conditions.Expanded temperature range adds 10% to production costs.

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