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XCMG Paver Solenoid Directional Valve – PN 803069206 / RPE3-06-3H11/02700E1 | ARGO-HYTOS | Twin of 803069204 (Y-type), This One is H-type

XCMG Paver Solenoid Directional Valve – PN 803069206 / RPE3-06-3H11/02700E1 | ARGO-HYTOS | Twin of 803069204 (Y-type), This One is H-type

USD $108.00 / Pieces

Min. Order: 1 Pieces

Material code::
803069206
Material Description::
RPE3-06-3H11/02700E1 electromagnetic directional valve
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Product Features & Applications

PN 803069206 / Model RPE3-06-3H11/02700E1​ is a solenoid-operated directional control valve​ (NG6 / D03, ISO 4401 footprint) in XCMG paver hydraulic systems — originally an ARGO-HYTOS product. It shares the same body, voltage and connector as its sibling PN 803069204, differing only in spool center function (H-type vs Y-type). Listed as a wear part​ for pavers, it's a frequent-replacement item due to oil contamination and coil aging.

The XCMG PN 803069206​ corresponds to RPE3-06-3H11/02700E1, a solenoid-operated directional control valve​ in XCMG paver hydraulic systems — public-channel fitment data lists it under paver spares. The valve body is originally an ARGO-HYTOS product from the RPE3-06 series — NG6 / D03 size, conforming to ISO 4401 / CETOP 03​ subplate-mount interface, configured as a 3-position 4-way directional valve. The suffix decodes as: 3H11​ where "3" = 3-position, "H" = H-type center function (exact port states at neutral must be confirmed against the ARGO-HYTOS datasheet/drawing), "11" = spool/function variant; 02700E1​ = 27V DC coil / 1.07A, with E1 meaning the connector integrates a freewheel (quench) diodeto absorb the reverse EMF spike at de-energization and protect the PLC output and relays. The ARGO-HYTOS spec sheet gives body parameters of max flow 80 L/min, max pressure 350 bar, a five-chamber housing design to reduce fluid-viscosity dependence, and a coil that rotates 360° to suit the available space. Operating principle: the energized coil generates a magnetic field that pushes the spool against the return spring, switching the P/A/B/T port connections to direct the actuator; when de-energized, the spring returns the spool to center.
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