VP
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Directional seated valve type VP Product documentation Directional seated valve, zero leakage Operating pressure pmax: Flow rate Qmax:

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Overview of directional seated valve type VP Directional seated valves are a type of directional valve. Their function is to direct the ow of hydraulic medium in certain directions, therefore connecting the relevant connections, or shutting off the ow with zero leakage. By this means they control the movement of the actuators in a hydraulic system. The directional seated valve type VP is a manifold mounting valve. It is a coneseated valve. 2/2, 3/2 and 4/2 directional seated valves with different types of actuation are available. All connections can be subjected to the same pressures. The...

Available versions 2.3 "Connection block for pipe connection" 2.2 "Circuit symbols" 2.1 "Basic type and size" 2.1 Basic type and size Type Flow rate Qmax (lpm) NOTICE Operating pressures depend on the solenoid version, see Chapter 2.4.1, "Solenoid voltage and connectors" Specifications apply for hydraulic uids, see Chapter 3.1, "General data"

2.2 Circuit symbols Coding 2/2-way directional valve, N/C contact 2/2-way directional valve, N/O contact 4/2-directional valve, P-B/A-R open Circuit symbol detailed circuit symbols simplied circuit symbols NOTICE Coding W available only with electrical actuation.

2.3 Connection block for pipe connection Coding Suitable for circuit symbol Circuit symbol Without coding NOTICE For circuit symbols R, S and Z the connection blocks of the directional seated valves type G size 12 to D 7300-12 can also be used.

2.4 Actuation 2.4.1 Solenoid voltage and connectors Coding Electrical connection Pressure Nominal voltage pmax (bar) Protection Circuit class symbol (IEC 60529) Solenoid with interchangeable solenoid X(G)M 12 X(G)M 24 X(G)M 48 X(G)M 98 X(G)M 205 X(G)M 24/18W WGM 110 WGM 230 XM without connector GM with line connector LM with LED connector WGM with a rectifier circuit in the line connector L5KM with LED connector and moulded-on cable 5 m long, see D 7163 Explosion-proof solenoid in terminal box X 24 EX 55 FM Observe the electrical data for explosion-proof solenoids! An application-specic...

Manual override Coding Circuit symbol Without coding with detent without detent, spring return mechanism Further technical data see Chapter 3.5.1, "Electrical data for a standard solenoid" 2.4.2 Further actuations Coding Main data Mechanical (sensing roller) Manual (sensing lever) Manual (rotary knob) Circuit symbol Further technical data, see Chapter 3.6, "Technical data - Further actuations"

3.1 General data Designation 2/2, 3/2 and 4/2 directional seated valves Cone-seated valve Individual valve for manifold mounting Steel; electro-galvanised valve housing; zinc-nickel coated coil housing Base plate assembly without/with connection block Negative, transition from one ow direction to the other is completed only at the stroke end position. During switching, all passages are connected to each other. Installation position Any; vertical with actuation upwards preferred Flow direction Any, see Chapter 2.2, "Circuit symbols" Hydraulic uid Lubricating greases from NLGI grades 000...

3.2 Pressure and volumetric ow Operating pressure pmax = 400 bar, 250 bar for the solenoid X 24 EX 55 FM and X(G)M 24/18W, all connections can withstand the full operating pressure. Flow rate Qmax = 15 lpm Values are for hydraulic uid Static overload capacity approx. 2x pmax, applies when the valve is in the rest position 3.3 Weight Valve complete with actuation Coding solenoid actuation XM, GM, LM R, S, Z G W mechanical sensing roller K / sensing pin T R, S, Z G manual sensing lever F / rotary knob D R, S, Z G Single connection block (without valve)

3.4 Characteristic lines Sp-Q characteristic lines Viscosity of the hydraulic uid approx. 60 mm2/s Characteristic lines indicate reference values and apply for hydraulic uid. Circuit symbol R, S

3.5 Electrical data 3.5.1 Electrical data for a standard solenoid The solenoids are built and tested to DIN VDE 0580. Coding Nominal voltage Nominal voltage INFORMATION The electrical data for GM solenoids and WGM solenoids are reference values (max) and may vary slightly depending on the values stipulated by the manufacturer. Switching times Switching operations Approx. 2000/h, to be seen as approximately evenly distributed Insulation material class Contact temperature Contact temperature at 20°C, ambient temperature: approx. 85°C ... 95 °C (cladding). In adhering to the reference values...

Relative duty cycle 100% duty cycle (specied on solenoid) % duty cycle; T ambient temperature (°C) Relative duty cycle t on (switch-on time) T (cycle time) NOTICE The thermal load on the coil can be reduced by means of an economy circuit, for example. For block circuits and ambient temperatures higher than 40 °C, avoid placing solenoid valves that are switched on for long periods directly alongside each other! Protection class Depending on the actuating solenoid see Chapter 2.4.1, "Solenoid voltage and connectors" Electrical connection Depending on the actuating solenoid see Chapter 2.4.1,...

Circuit diagrams DC voltage NOTICE For other connectors, such as those with clamp diodes, economy circuits or LEDs, see D 7163

3.5.2 Electrical data for explosion-proof solenoids Nominal voltage UN ATEX declaration of conformity Marking Electrical connection Circuit diagram Protective circuit Protection class (minimum requirement, depending on the cable tting and cable) Electrical protection against see B 40/2017 operating instructions/declaration of conformity for explosion-proof solenoid EX22 and B ATEX overload operating instructions for HAWE devices intended for use in potentially explosive atmospheres (according to IEC 60127) Relative duty cycle The duty cycle ED [%] depends on the ambient temperature and the...