Engineering Equipment Rexroth Solenoid Valve 4WE6D62/EG24N9K4 4WE10D32/OFCG24N9K4 4WE10D33/CG24N9K4

4WE6D62/EG24N9K44WE10D32/OFCG24N9K44WE10D33/CG24N9K4Rexroth Engineering Equipment Solenoid Valve Imported From Germany

FAQ;

8. Can the 4WE6 Series be used with water-glycol or other non-mineral fluids? Most standard 4WE6 Series valves are designed for mineral oil-based fluids. However, specialized models (with compatible seals and materials) can handle water-glycol (common in mobile equipment) or fire-resistant fluids. Critical Check: Confirm the valve’s seal material (e.g., Viton or EPDM) is compatible with your fluid—nitrile seals (standard) degrade in water-glycol. Consult Manufacturer: Always verify fluid compatibility with the supplier before use to avoid seal failure or spool damage. 9. What is the difference between 4/2 and 4/3 way configurations in the 4WE6 Series? The "way" designation refers to the number of spool positions that control fluid flow. Both are available in the 4WE6 Series: Configuration Description Common Use Case 4/2 Way 4 ports, 2 spool positions (e.g., "Extend" and "Retract" for a cylinder). Spring-centered to a neutral position (no flow). Single-acting cylinders or simple on/off actuation 4/3 Way 4 ports, 3 spool positions (e.g., "Extend," "Retract," and "Neutral"). Neutral position can be designed for "closed center" (no flow) or "open center" (flow to tank). Double-acting cylinders or motors requiring precise stop/hold functionality8. Can the 4WE6 Series be used with water-glycol or other non-mineral fluids? Most standard 4WE6 Series valves are designed for mineral oil-based fluids. However, specialized models (with compatible seals and materials) can handle water-glycol (common in mobile equipment) or fire-resistant fluids. Critical Check: Confirm the valve’s seal material (e.g., Viton or EPDM) is compatible with your fluid—nitrile seals (standard) degrade in water-glycol. Consult Manufacturer: Always verify fluid compatibility with the supplier before use to avoid seal failure or spool damage. 9. What is the difference between 4/2 and 4/3 way configurations in the 4WE6 Series? The "way" designation refers to the number of spool positions that control fluid flow. Both are available in the 4WE6 Series: Configuration Description Common Use Case 4/2 Way 4 ports, 2 spool positions (e.g., "Extend" and "Retract" for a cylinder). Spring-centered to a neutral position (no flow). Single-acting cylinders or simple on/off actuation 4/3 Way 4 ports, 3 spool positions (e.g., "Extend," "Retract," and "Neutral"). Neutral position can be designed for "closed center" (no flow) or "open center" (flow to tank). Double-acting cylinders or motors requiring precise stop/hold functionality8. Can the 4WE6 Series be used with water-glycol or other non-mineral fluids? Most standard 4WE6 Series valves are designed for mineral oil-based fluids. However, specialized models (with compatible seals and materials) can handle water-glycol (common in mobile equipment) or fire-resistant fluids. Critical Check: Confirm the valve’s seal material (e.g., Viton or EPDM) is compatible with your fluid—nitrile seals (standard) degrade in water-glycol. Consult Manufacturer: Always verify fluid compatibility with the supplier before use to avoid seal failure or spool damage. 9. What is the difference between 4/2 and 4/3 way configurations in the 4WE6 Series? The "way" designation refers to the number of spool positions that control fluid flow. Both are available in the 4WE6 Series: Configuration Description Common Use Case 4/2 Way 4 ports, 2 spool positions (e.g., "Extend" and "Retract" for a cylinder). Spring-centered to a neutral position (no flow). Single-acting cylinders or simple on/off actuation 4/3 Way 4 ports, 3 spool positions (e.g., "Extend," "Retract," and "Neutral"). Neutral position can be designed for "closed center" (no flow) or "open center" (flow to tank). Double-acting cylinders or motors requiring precise stop/hold functionality

1.What are the typical applications of the 4WE6 Series?

• Industrial machinery: Hydraulic presses, injection molding machines, conveyor systems
• Mobile equipment: Small excavators, forklifts, agricultural machinery (e.g., tractor loaders)
• Automation: Robotic arms, material handling systems, packaging equipment
• General hydraulics: Cylinder actuation (extension/retraction), motor direction control
• 2.What maintenance is required for the 4WE6 Series?
• Regular maintenance extends the valve’s lifespan and prevents system failures. Key tasks include:
• Fluid Quality Checks: Test hydraulic fluid for contamination (ISO 4406 cleanliness code ≤ 18/15) and replace filters every 6–12 months (or per system hours).
• Solenoid Inspection: Check wiring connections for corrosion or loose terminals; replace solenoids if they overheat ( > 60°C surface temperature) or fail to actuate.
• Leak Detection: Inspect port connections and spool seals quarterly. Replace O-rings/seals (typically nitrile or Viton) if leaks are detected.
• Manual Override Test: Activate the manual override (if equipped) monthly to ensure spool mobility (prevents seizing).