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| Categories | Rexroth Hydraulic Valve |
|---|---|
| Brand Name: | Rexroth |
| Model Number: | 4WRE6W1-08-2X/G24K4/V 4WRE6E32-2X/G24K4/V 4WRE6E1-32-2X/G24K4/V |
| Certification: | ISO |
| Place of Origin: | German |
| MOQ: | 1 |
| Price: | 2 |
| Payment Terms: | MoneyGram,Western Union,T/T,D/P,D/A,L/C |
| Supply Ability: | 100 |
| Delivery Time: | 2 weeks |
| Packaging Details: | wooden box |
| Color: | Deep Gray Or Customized |
| Drive Mode: | 6-250m3 |
| Structure: | Axial Plunger Pump |
| Seal Type: | Lip Seal or Mechanical Seal |
| Usage: | Oil |
| Weight: | 5 to 20 kg (depending on model) |
| Keyword: | Rexroth Hydraulic Pump |
| Operatingtemperaturerange: | -20°C to 80°C |
| Speed: | 3 Speed Settings |
| Company Info. |
| Quanzhou Yisenneng Hydraulic Electromechanical Equipment Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
4WRE6W1-08-2X/G24K4/V
4WRE6E32-2X/G24K4/V
4WRE6E1-32-2X/G24K4/V German made Rexroth electromagnetic
directional valve hydraulic proportional solenoid valve
| Complete Model Example | Model Code Breakdown | Core Configuration Parameters | Release Status |
| 4WRE 6 E04-2X/V | 4WRE: Base Model6: Nominal SizeE: 4/3 3-position 4-way (spring-centered)04: Rated Flow 4L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber) | Valve Type: 4/3 3-position 4-wayFlow Rate: 4L/minSeal: FKMPower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Mass Production) |
| 4WRE 6 E08-2X/V | 4WRE: Base Model6: Nominal SizeE: 4/3 3-position 4-way (spring-centered)08: Rated Flow 8L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber) | Valve Type: 4/3 3-position 4-wayFlow Rate: 8L/minSeal: FKMPower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Mass Production) |
| 4WRE 6 E16-2X/V | 4WRE: Base Model6: Nominal SizeE: 4/3 3-position 4-way (spring-centered)16: Rated Flow 16L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber) | Valve Type: 4/3 3-position 4-wayFlow Rate: 16L/minSeal: FKMPower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Mass Production) |
| 4WRE 6 E32-2X/V | 4WRE: Base Model6: Nominal SizeE: 4/3 3-position 4-way (spring-centered)32: Rated Flow 32L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber) | Valve Type: 4/3 3-position 4-wayFlow Rate: 32L/minSeal: FKMPower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Mass Production) |
| 4WRE 6 J08-2X/V | 4WRE: Base Model6: Nominal SizeJ: 4/2 2-position 4-way08: Rated Flow 8L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber) | Valve Type: 4/2 2-position 4-wayFlow Rate: 8L/minSeal: FKMPower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Mass Production) |
| 4WRE 6 E08-2X/VJ | 4WRE: Base Model6: Nominal SizeE: 4/3 3-position 4-way (spring-centered)08: Rated Flow 8L/min (Δp=10bar)2X: Component SeriesV: Seal Material (FKM Fluororubber)J: Special Protection (Seawater-Resistant) | Valve Type: 4/3 3-position 4-wayFlow Rate: 8L/minSeal: FKMProtection: Seawater corrosion resistancePower Supply: Compatible with DC24VInterface: Supports ±10V/4-20mA | Officially Released (Specialized Mass Production) |

| 4WRE6E1-08-2X/G24K4/V |
| 4WRE6V32-2X/G24K4/V |
| 4WRAE10EA60-22/G24K31/F1V |
| 4WREE6V08-2X/G24K31/A1V |
| 4WRAE10WA60-22/G24K31/F1V |
| 4WRE6E08-2X/G24K4/V |
| 4WRE6E16-2X/G24K4/V |
| 4WRE6E1-16-2X/G24K4/V |
| 4WRE6V08-2X/G24K4/V |
| 4WRE6W32-2X/G24K4/V |
| 4WREE6E32-2X/G24K31/A1V |
| 4WRAE10WA30-22/G24K31/A1V |
| 4WRE6W1-08-2X/G24K4/V |
| 4WRE6E32-2X/G24K4/V |
| 4WRE6E1-32-2X/G24K4/V |
| 4WRE6V16-2X/G24K4/V |
| 4WRE6W08-2X/G24K4/V |
| 4WREE6W1-16-2X/G24K31/A1V |
| 4WRAE10EA60-22/G24K31/A1V |
| 4WRAE10E30-22/G24K31/F1V |
| 4WRAE6EA15-22/G24K31/F1V |
| 4WREE10W1-50-2X/G24K31/A1V |
| 4WRAE6EA07-22/G24K31/F1V |
| 4WRAE6WA07-22/G24K31/F1V |
| 4WRAE6WA15-22/G24K31/F1V |
| 4WRAE6WA30-22/G24K31/A1V |
| 4WRAE6WA30-22/G24K31/F1V |
| 4WRAE10E30-22/G24K31/A1V |
| 4WRAE10W60-22/G24K31/F1V |
| 4WRAE6EA30-22/G24K31/A1V |
| 4WRAE6EA30-22/G24K31/F1V |
| 4WRAE6WA15-22/G24K31/A1V |
| 4WRAE10E1-30-22/G24K31/A1V |
| 4WRAE10EA30-22/G24K31/A1V |
| 4WRAE10E1-60-22/G24K31/A1V |
| 4WRAE10E1-60-22/G24K31/F1V |
| 4WRAE10W1-30-22/G24K31/F1V |
| 4WRAE10W1-60-22/G24K31/A1V |
| 4WRAE10W1-60-22/G24K31/F1V |
| 4WRAE10EA30-22/G24K31/F1V |
| 4WRAE6WA07-22/G24K31/A1V |
| 4WRAE10E60-22/G24K31/A1V |
| 4WRAE10E60-22/G24K31/F1V |
| 4WRAE10E1-30-22/G24K31/F1V |
| 4WRAE10W30-22/G24K31/A1V |
| 4WRAE10W30-22/G24K31/F1V |
| 4WRAE10W60-22/G24K31/A1V |
| 4WRAE10W1-30-22/G24K31/A1V |
| 4WRAE6EA07-22/G24K31/A1V |
| 4WRAE6W30-22/G24K31/A1V |
| 4WRAE6W1-30-22/G24K31/F1V |
| 4WRAE6W1-30-22/G24K31/A1V |
| 4WRAE6W1-15-22/G24K31/F1V |
| 4WRAE6W1-15-22/G24K31/A1V |
| 4WRAE6W1-07-22/G24K31/F1V |
| 4WRAE6W1-07-22/G24K31/A1V |
| 4WRAE6W15-22/G24K31/F1V |
| 4WRAE6W30-22/G24K31/F1V |
| 4WRAE6E15-22/G24K31/F1V |
| 4WRAE6E15-22/G24K31/A1V |
| 4WRAE6E30-22/G24K31/A1V |
| 4WRA10WA60-22/G24K4/V |
| 4WRA10EA60-22/G24K4/V |
| 4WRAE6W07-22/G24K31/F1V |
| 4WRAE6E1-30-22/G24K31/F1V |
| 4WRAE6E1-15-22/G24K31/A1V |
| 4WRA10EA30-22/G24K4/V |
| 4WRAE6E30-22/G24K31/F1V |
| 4WRAE6E07-22/G24K31/F1V |
| 4WRAE6E1-15-22/G24K31/F1V |
| 4WRAE6W07-22/G24K31/A1V |
| 4WRAE6E1-07-22/G24K31/F1V |
| 4WRAE6E1-07-22/G24K31/A1V |
| 4WRAE6E1-30-22/G24K31/A1V |
| 4WRA10W1-60-22/G24K4/V |
| 4WRA10WA30-22/G24K4/V |
| 4WRAE6E07-22/G24K31/A1V |
| 4WRAE6W15-22/G24K31/A1V |
| 4WRA10W1-30-22/G24K4/V |
| 4WRA6WA15-22/G24K4/V |
| 4WRA6W15-22/G24K4/V |
| 4WRA6W07-22/G24K4/V |
FAQ:
1. Why is the 4WREE valve not responding to control signals?
Common causes include: no power supply to the solenoid, damaged
wiring, incorrect control signal (e.g., 0-5 V instead of 0-10 V),
or a faulty solenoid coil. Check wiring continuity and signal
levels first.
2. What causes leakage from the valve’s drain port?
Drain port leakage may result from excessive backpressure
(exceeding 5 bar), worn seal rings, or internal spool damage.
Ensure the drain line is unobstructed and check seal integrity.
3. Why is the valve’s flow rate inconsistent?
Inconsistent flow can be due to contaminated hydraulic fluid
(clogging the valve’s orifices), fluctuating supply pressure, or a
damaged proportional solenoid. Filter the fluid and inspect the
solenoid for wear.
4. What if the valve overheats during operation?
Overheating may occur from high pressure drops (exceeding the
valve’s rated ΔP), insufficient fluid flow through the valve, or a
stuck spool. Reduce pressure drop and ensure adequate fluid
circulation.
5. Why does the valve produce excessive noise?
Noise can stem from cavitation (low fluid pressure), loose mounting
bolts, or air in the hydraulic system. Bleed the system, check for
leaks, and ensure the supply pressure is within the recommended
range.
Maintenance & Service
6. How often should 4WREE valves be inspected?
Routine inspections are recommended every 6 months (or 1000
operating hours), including checks for leakage, wiring damage, and
fluid contamination.
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