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Parker Hannifin France SAS
Hydraulic Valves Industrial Standard

Hydraulic Valves Industrial Standard

Product catalog summary

Overview: This document is a comprehensive technical catalogue from Parker Hannifin Corporation, detailing various hydraulic valves and related components. It includes specifications, ordering codes, and technical data for different valve series, focusing on their design, operation, and applications in hydraulic systems.

Product Categories:

DC Valves: Includes direct and pilot-operated valves with options for proportional control and EtherCAT compatibility. Models like D30FP, D31DW, and D3FB are highlighted.
Pressure Relief Valves: Covers direct and pilot-operated valves, including proportional and high-performance variants such as R4V and VBY.
Flow Control Valves: Features 2-way and proportional valves, with models like DUR*L06 and PCMS.
Check Valves: Includes direct and pilot-operated options with various mounting configurations.
Throttle Valves: Details proportional and pilot-operated throttle valves, including high-response variants.
Pressure Reducing Valves: Lists direct and pilot-operated models with proportional options available.

Key Features:

Proportional Control: Many valves offer proportional control for precise fluid management.
EtherCAT Compatibility: Select models are compatible with EtherCAT for enhanced communication and control.
Mounting Options: Various mounting configurations are available, including subplate, pipe, and sandwich plate.
Certification: Some valves come with TÜV certification, ensuring compliance with safety standards.

Applications: These hydraulic components are suitable for industrial applications requiring precise fluid control, such as manufacturing, automation, and heavy machinery operations.

Specifications:

D1SE Series: A 3/2-way seated type directional control valve with a wet pin armature solenoid, compatible with DIN NG06, CETOP 03, and NFPA D03 standards.
D1VW Series: A directional spool valve available in various configurations, supporting high functional limits up to 80 l/min with low pressure drop.

Technical Data:

D1SE Series: Maximum operating pressure is 350 bar, with a flow rate of 20 l/min.
D1VW Series: Maximum operating pressure is 350 bar for ports P, A, B, and 210 bar for port T (DC).

Ordering Codes: Detailed ordering codes for both series specify options for solenoid voltage, spool type, and seal material.

Performance and Characteristics:

Flow and Pressure: Includes flow curve diagrams and pressure drop data for various spool types and configurations.
Response Times: Detailed response times for standard and soft shift configurations are provided.

Installation and Maintenance: Outlines installation requirements, including mounting positions and torque specifications for plugs and screws.

General Specifications: The directional control valve series D1VW is designed for unrestricted mounting, preferably horizontal, with an ambient temperature range of -25 to +60°C.

Hydraulic Specifications: The valve operates at a maximum pressure of 350 bar for ports P, A, B, and 210 bar for port T.

Electrical Characteristics: The valve operates at a 24V supply with a tolerance of ±10%.

Technical Data: The valve features a 100% duty ratio, with a maximum switching frequency of 10,000 cycles per hour.

Ordering and Configuration: The valve is available in various spool types and positions, with options for single or double solenoids.

Flow and Pressure Diagrams: Includes flow curve diagrams showing pressure drop versus flow for different spool types and positions.

Position Control: The valve includes inductive position control for safety applications, with monitoring for start and end positions.

Directional Control Valve Overview: Provides detailed technical specifications and operational guidelines for the Parker Hannifin Corporation's Directional Control Valve Series D1VW and D1MW.

Specifications:

Design: Directional spool valve with solenoid actuation.
Size: DIN NG06 / CETOP 03 / NFPA D03.
Mounting Interface: DIN 24340 A6 / ISO 4401 / CETOP RP 121-H / NFPA D03.
Operating Pressure: Maximum 350 bar for ports P and A, 210 bar for port T.

Performance and Operation:

Spool Positions: Various configurations including 2 and 3 position spools with spring offsets.
Shift Limits: Defined for both DC and AC solenoids.

Installation and Maintenance:

Mounting Position: Unrestricted, preferably horizontal.
Connector Types: Includes EN 175301-803, AMP Junior Timer, and DT04-2P “Deutsch” connectors.

Diagrams and Tables: Includes flow curve diagrams and shift limit diagrams, illustrating the relationship between flow rate and pressure drop for various spool types and positions.

Ordering Information: Provides detailed ordering codes for different configurations, including solenoid options, spool types, and surface protection levels.

Overview: The document is a technical catalogue for the Parker Hannifin Corporation's D3W series directional control valves.

Specifications:

Design: Directional spool valve with solenoid actuation.
Size: DIN NG10 / CETOP 05 / NFPA D05.
Mounting Interface: Compatible with DIN 24340 A10, ISO 4401, CETOP RP 121-H, NFPA D05.
Operating Pressure: Maximum 350 bar for P, A, B ports; 210 bar for T port (DC), 105 bar (AC).

Electrical Characteristics:

Duty Ratio: 100% ED with a maximum coil temperature of 150°C.
Switching Frequency: Up to 10,000 cycles per hour.

Hydraulic Performance:

Viscosity Range: Permitted 2.8 to 400 cSt, recommended 30 to 80 cSt.
Filtration: ISO 4406 (1999); 18/16/13.

Options and Variants:

Soft shift anchor tubes for smooth operation.
Position control and additional surface protection available.

Shift Limits and Response Times:

Shift limits are specified for both DC and AC solenoids.

Inductive Position Control:

Used in safety-relevant applications with monitored start or end positions.

Diagrams and Tables: Includes flow curve diagrams and tables detailing spool types, positions, and shift limits.

Overview: The document provides technical specifications and operational guidelines for the Parker Hannifin Corporation's Directional Control Valve Series D3W and D3MW.

Specifications:

Protection Class: IP65 as per EN 60529 with correctly mounted plug-in connector.
Ambient Temperature: -20 to +60°C.
Supply Voltage: 10-30 V with a ripple of ±10%.

Operational Guidelines:

Minimum distance to the next AC solenoid is 0.1 meters.
Position control is monitored via inductive switches for start and end positions.

Performance Curves:

Flow versus pressure drop curves are provided for various spool types.

Design and Features:

Design: Directional spool valve with solenoid actuation, size DIN NG10 / CETOP 05 / NFPA D05.

Ordering Information:

Various spool positions and types are available, with specific codes for solenoid options and voltage requirements.

Conclusion: The document provides comprehensive details on the specifications, operational guidelines, and ordering information for the D3W and D3MW series valves.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing the specifications, ordering codes, and technical data for their series of pilot-operated directional control valves, specifically the D31*W and D*1VW series.

Specifications: The valves are designed as directional spool valves actuated by solenoids. They are available in various sizes (NG10 to NG32) and configurations, including high flow options.

Ordering Codes: The document provides detailed ordering codes for different spool types, positions, solenoid voltages, and pilot oil supply options.

Technical Data: The valves operate at a maximum pressure of 350 bar with a fluid temperature range of -20 to +70°C.

Position Control: The document describes the position control features, including start and end position monitoring using inductive switches.

Flow Curve Diagrams: Flow versus pressure drop curves are provided for different spool types and configurations.

Dimensions and Installation: Detailed dimensions for each valve series are provided, including necessary space for installation and torque specifications for mounting screws.

Additional Features: The document also covers regenerative and hybrid valve options.

Overview: The document provides detailed technical specifications and ordering information for Parker Hannifin's series of regenerative and hybrid valves, specifically the D3DWR, D31NWR, D*1VWR, and D*1VWZ models.

Key Features:

Energy-saving A-regeneration function.
Switchable hybrid version for different operational modes.

Technical Specifications:

Design: Directional spool valve actuated by solenoid.
Mounting Interface: Complies with DIN 24340 and ISO 4401 standards.
Operating Pressure: Maximum of 350 bar for most configurations.

Ordering Information:

Spool Types: Various configurations available.
Solenoid Options: Available with or without manual override.

Flow Curve Diagrams: The document includes flow curve diagrams illustrating pressure drop against flow rate for different spool positions and configurations.

Installation and Maintenance:

Mounting Position: Unrestricted, though horizontal is preferred.

Additional Notes: The document also provides dimensions and installation guidelines.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing the specifications, ordering codes, and operational characteristics of various series of direct operated directional control valves, including D1VP, D3DP, D4P, D9P, D11P, and D1VA.

Specifications: The document outlines different spool types and positions, including 2-position and 3-position spools.

Flow Curves and Shift Limits: Flow curve diagrams are provided to show the relationship between flow and pressure drop for different spool types and positions.

Dimensions: Detailed dimensions for each valve series are provided, including mounting interfaces and surface finishes.

Technical Data: The document includes technical data for each valve series, such as maximum operating pressure, fluid type, temperature range, viscosity, filtration standards, and flow capacity.

Ordering Codes: The catalogue provides comprehensive ordering codes for each valve series.

Recommendations: The document suggests considering specific spool positions when ordering.

Introduction: The document discusses hydraulic amplification with a focus on Proportional DC Valves, specifically the Series D1FB by Parker Hannifin Corporation.

Proportional DC Valves Overview: Proportional valves, including servo proportional valves, are characterized by design features that determine their suitability for different applications.

Design and Features: The D1FB valves come in two designs: spool/sleeve (D1FB*0) for precision and spool/body (D1FB*3) for high nominal flow.

Technical Specifications: The valves are direct operated with proportional solenoids, suitable for NG06/CETOP 03/NFPA D03 sizes.

Electrical Characteristics: The valves support a 100% duty ratio with a coil temperature up to 150°C.

Software and Interface: The ProPxD software allows for easy parameter setting and modification.

Characteristic Curves and Diagrams: The document includes flow characteristics and functional limits for different spool types.

Conclusion: The D1FB series valves are versatile and robust, suitable for a wide range of hydraulic applications.

Proportional Pressure Reducing Valve - Series D1FV:

Technical Data and Characteristics: The D1FV series is a proportional pressure reducing valve with specific electrical characteristics.

Input Signal Specifications: Various codes define the input signal requirements.

Adjustment and Interface: Adjustment ranges for minimum and maximum settings are provided.

ProPxD Interface Program: The ProPxD software allows for parameter setting and documentation.

Dimensions and Surface Finish: Details on dimensions and surface finish are provided.

Direct Operated Proportional DC Valve - Series D1FC:

Characteristics: The D1FC series features digital onboard electronics and position feedback.

Technical Data: The valve is direct operated with a proportional solenoid.

Ordering Code and Options: Details on ordering codes, spool types, and electronic options are provided.

Interface Program: The ProPxD software is also applicable to the D1FC series.

Overview: The document provides detailed technical specifications and operational guidelines for the Direct Operated Proportional DC Valve Series D3FC and Pilot Operated Proportional DC Valve Series D*1FC by Parker Hannifin Corporation.

Technical Specifications:

Design: Direct operated proportional DC valve with position feedback and pilot operated DC valve.
Actuation: Proportional solenoid.

Hydraulic Characteristics:

Max Operating Pressure: 350 bar for ports P, A, B; 35 bar for port T.

Electrical Characteristics:

Duty Ratio: 100%.

Features:

ProPxD Interface Program: Allows parameter setting and storage for module electronics.

Characteristic Curves: All curves measured with HLP46 at 50°C.

Ordering Information: Includes codes for seal types, electronic options, and spool types.

Overview: The document provides detailed technical specifications and features of the Parker Hannifin Corporation's Direct Operated Proportional DC Valve, Series D3FP.

Specifications:

Design: Direct operated servo proportional DC valve with VCD® actuator.

Hydraulic Characteristics:

Max Operating Pressure: 350 bar for ports P, A, B; 250 bar for external drain.

Electrical Characteristics:

Supply Voltage: 22 to 30 V DC.

Features:

Real servovalve dynamics with a frequency response of 200 Hz.

Ordering Information: The document includes detailed ordering codes for different configurations.

Software Interface: The ProPxD software allows for easy parameter setting.

Overview: This document provides technical specifications and operational guidelines for Parker Hannifin Corporation's Direct and Pilot Operated Proportional DC Valves, specifically the Series D*FP*D and D30FP.

Specifications:

Direct Operated Proportional DC Valve (Series D*FP*D): Features include frequency response, pressure gain, and flow curves.

Procedures and Recommendations:

For safety-related systems, the valve electronics voltage supply should be switched off by a reliable switching element when the safety function is requested.

Interface Program:

The ProPxD software facilitates the configuration of valve parameters.

Dimensions and Surface Finish:

Details are provided for different valve series.

Ordering Code:

Includes information on spool position, command signal, seals, connection type, and electronics options.

Technical Data:

General design and hydraulic specifications are provided.

Characteristic Curves:

Frequency response and flow curves are provided for different spool types and command signals.

Technical Specifications:
1. Environmental Conditions: The ambient temperature range is -20 to +50°C. The Mean Time To Failure (MTTFD) is 75 years.
2. Physical Characteristics: The weight varies from 11.3 kg to 64.5 kg depending on the model.
3. Vibration and Shock Resistance: Vibration resistance is 10g for sinusoidal vibrations (5-2000 Hz) and 10g RMS for random noise (20-2000 Hz), with a shock resistance of 15g.

Hydraulic Specifications:
1. Operating Pressure: Maximum operating pressure is 350 bar for internal pilot drains and 35 bar for T, Y ports.
2. Fluid Requirements: Hydraulic oil as per DIN 51524 standards, with a fluid temperature range of -20 to +60°C.
3. Flow and Leakage: Nominal flow rates range from 120 to 1000 l/min, with leakage rates varying based on spool type.

Electrical Specifications:
1. Power Supply: Supply voltage is 22-30V with a maximum current consumption of 3.5A.
2. Protection and Connectivity: Protection class is IP65, with electrical connections conforming to EN 175201-804 standards.
3. Signal and Diagnostics: Input signals vary by code, with diagnostic signals available for error detection.

Software and Interface:
1. ProPxD Interface Program: Allows for easy setting and adjustment of valve parameters via a user-friendly interface. Compatible with Windows XP and later.
2. EtherCAT Interface: Provides high-speed communication for valve actuation and monitoring, with diagnostic capabilities.

Additional Features:
1. Characteristic Curves: Detailed flow and frequency response curves are provided for various spool types.
2. Mounting and Dimensions: Detailed dimensions and mounting patterns are specified for different valve sizes.
3. Accessories: Includes solenoid and coil kits, connectors, and actuator kits for various configurations.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing various series of direct operated pressure relief valves, including VS, VB, EVSA, R1E02, and R4V/R6V.

Series VS:

Function: Direct operated spool valve for subplate mounting, compliant with ISO 6264.

Series VB:

Function: Direct operated pressure relief valve with manual adjustment, also usable as a pressure sequence valve.

Series EVSA:

Function: Seated type valve for screw-in mounting, available in two sizes and three pressure stages.

Series R1E02:

Function: Seated type valves for remote control of pilot operated pressure valves or compensators of variable pumps.

Series R4V/R6V:

Function: Pilot operated pressure relief valves with manual adjustment and vent function.

Performance Curves: The document includes p/Q performance curves for each series.

Installation and Dimensions: Detailed dimensions and installation instructions are provided for each valve series.

Overview: This document provides technical specifications and ordering information for Parker Hannifin Corporation's series of direct and pilot-operated proportional pressure relief valves, specifically the RE06M*W, RE06M*T, and R4V/R6V series.

Specifications:

Direct Operated Prop. Pressure Relief Valve (RE06M*W): Designed for flow rates below 3 l/min, featuring direct operation with a proportional solenoid.

Technical Data:

Hydraulic: Maximum operating pressure for ports P and A is up to 350 bar.

Ordering Information: The document provides detailed ordering codes for each valve series.

Diagrams and Curves: The document includes characteristic curves for pressure and flow performance.

Additional Features: The RE06M*T series includes a ProPxD interface program for parameter setting.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing various hydraulic valves, including the R4U unloading valve, R4S sequence valve, VM pressure reducing valve, and R4R pressure reducing valve.

R4U Unloading Valve:

Designed for subplate mounting to ISO 5781 standards.

R4S Sequence Valve:

Enables hydraulic systems to operate in a pressure sequence.

VM Pressure Reducing Valve:

Direct operated, spool type valve with manual adjustment.

R4R Pressure Reducing Valve:

Pilot operated valve used to control secondary pressure independently of primary pressure.

Technical Data and Characteristics:

All valves are designed for unrestricted mounting positions.

Specifications:
The document outlines the specifications for hydraulic components, including solenoids and directional seat valves.

Procedures:
Position control is achieved using a proximity switch with an amplifier.

Norms and Standards:
The document references several standards, including ISO 5781 for subplate mounting.

Recommendations:
It is recommended to use a straight plug for M12 connections.

Technical Data:
The document provides detailed technical data for directional seat valves.

Ordering Information:
Ordering codes are provided for various configurations of directional seat valves.

Dimensions and Tolerances:
Detailed dimensions and tolerances are provided for various valve sizes.

Performance Curves:
The document includes performance curves for different valve configurations.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing various hydraulic valves, including shut-off valves, pressure relief valves, and pressure reducing valves.

1. Shut-off Valve Series Z1DW:

Design: Directional spool valve, sandwich type, actuated by solenoid.

2. Direct Operated Pressure Relief Valve Series RDM:

Design: Sandwich design for easy configuration.

3. Pilot Operated Pressure Relief Valve Series RM:

Design: Steel valve bodies, available in sizes NG16 and NG25.

4. Pressure Relief Valve Series ZDV:

Design: Pilot operated, designed for maximum flow rates.

5. Direct Operated Pressure Reducing Valve Series PRDM:

Function: Regulates pressure in one area of a hydraulic circuit below normal system pressure.

Conclusion: The document provides comprehensive technical details and ordering information for various hydraulic valve series.

Overview: This document provides detailed technical specifications and features of various pressure reducing valves and throttle check valves from Parker Hannifin Corporation.

Direct Operated Pressure Reducing Valve (Series PRDM):

Features a 3-way design for pressure relief on the secondary side.

Pilot Operated Pressure Reducing Valve (Series PRM):

Designed for easy configuration in stack systems.

Proportional Pressure Reducing Valve (Series PRPM):

Maintains constant pressure on the secondary side.

Throttle Check Valve (Series FM):

Double-throttle check valves in sandwich design for stack systems.

Technical Data and Performance Curves:

Each valve series includes detailed technical data.

Overview: The document provides technical specifications and ordering information for Parker Hannifin's ZNS series counterbalance valves and 2-way slip-in cartridge valves.

Counterbalance Valves (ZNS Series):

Functionality: Controls actuator movement at overrunning loads.

2-Way Slip-In Cartridge Valves:

Design: Hydraulically controlled seat valves for compact block installation.

Mounting and Installation:

Mounting Interface: Compatible with DIN 24340, ISO 4401, and NFPA standards.

Additional Information:

Accessories: Includes bolt kits, tie rods, and seal kits for installation and maintenance.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing specifications, dimensions, and ordering codes for 2-Way Slip-In Cartridge Valves.

Specifications: The document outlines the nominal sizes ranging from NG16 to NG100.

Procedures and Recommendations: The document advises against using stroke limiters to shut off cartridge valves.

Ordering Codes: Each valve configuration has a specific ordering code.

Dimensions and Configurations: Detailed dimensions are provided for each valve size and configuration.

Accessories: The catalogue lists various accessories.

Spare Parts: The document lists spare parts such as poppets, sleeves, spacer rings, springs, seal kits, and bolt kits.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing various hydraulic valve products, including 2-Way Slip-In Cartridge Valves, Pilot Operated Pressure Relief Valves, and Proportional Pressure Relief Valves.

2-Way Slip-In Cartridge Valves:

Available in various orifice sizes to control opening/closing velocities.

Pilot Operated Pressure Relief Valves (Series R / RS*E):

Features manual adjustment and optional electrical unloading.

Pilot Operated Pressure Relief Valves (Series DSDU):

Designed for accumulator pressure relief with TÜV certification.

Proportional Pressure Relief Valves (Series RE*E*W):

Features pilot operation with proportional solenoid.

General Technical Specifications:

All valves conform to ISO 7368 for cavity and mounting patterns.

Overview: The document provides detailed technical specifications and features of the Proportional Pressure Relief Valves Series RE*E*T and Unloading Valves Series UR*E / US*E by Parker Hannifin Corporation.

Specifications:

The RE*E*T series valves are pilot-operated pressure relief valves with onboard electronics.

Features:

Onboard electronics housed in a robust metal casing suitable for harsh environments.

Unloading Valves Series UR*E / US*E:

These valves consist of a mechanical pilot stage and a slip-in cartridge main stage.

Technical Data:

Both series are designed for ambient temperatures between -20°C and +60°C.

Software and Interface:

The ProPxD software allows for comfortable parameter setting.

Conclusion: The document provides comprehensive information on the design, specifications, and functionality of the RE*E*T and UR*E / US*E valve series.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing the specifications, features, and ordering information for 2-Way Slip-In Cartridge Valves, specifically the Series C10C*E*** and Series TDW.

Specifications:

Design: 2-way slip-in cartridge valves conforming to ISO 7368.

Features:

Inductive switch for monitoring closed position.

Ordering Information:

Includes detailed ordering codes for different configurations and sizes.

Technical Data:

Hydraulic: Nominal flow rates and control volumes are specified for each size.

Installation and Maintenance:

Dimensions and mounting patterns are provided according to ISO 7368.

Performance Curves: The document includes performance curves for pressure differential versus flow rate.

Overview: The document provides detailed technical specifications and operational guidelines for the high-performance proportional throttle valves, Series TDC, and the 2-way servo proportional valves with VCD® technology, Series TDP.

Specifications:

Design: Both valve series feature a 2-stage design with a proportional pilot valve and a main stage with poppet and LVDT.

Performance and Dynamics:

Response Time: The TDC series achieves response times from 20 ms to 31 ms.

Electrical Specifications:

Supply Voltage: DC 18-30V for TDC and DC 22-30V for TDP.

Installation and Maintenance:

Mounting Position: Unrestricted mounting position for both series.

Conclusion: The TDC and TDP series valves are engineered for high precision and dynamic performance in demanding industrial applications.

Overview: This document is a technical catalogue for Parker Hannifin Corporation's 2-Way Servo Proportional Valves with VCD® Technology, specifically the Series TDP and TEP.

Specifications: The document provides detailed dimensions and specifications for various nominal sizes (NG25 to NG100) of the valves.

Installation Recommendations: The document emphasizes the importance of adequate pilot oil supply to maintain valve dynamics.

Technical Data: The valves feature integrated electronics with LVDT and are designed for unrestricted mounting positions.

Performance and Features: The TEP series includes a shut-off valve and is characterized by fast response times and high accuracy.

Electrical and Control Features: The document provides information on the electrical connections.

Conclusion: The Parker Hannifin 2-Way Servo Proportional Valves with VCD® Technology are advanced hydraulic components designed for high-performance applications.

Specifications:
The document details various specifications for 2-way servo proportional valves with VCD® technology.

Procedures:
Installation recommendations emphasize the importance of ordering female connectors separately.

Standards and Norms:
The valves conform to ISO 7368 standards for cavity and mounting patterns.

Recommendations:
For optimal valve dynamics, a minimum pilot pressure equal to the system pressure is recommended.

Technical Data:
The valves are designed for high flow applications with fast response times.

Key Features:
The valves offer active pilot operation, fast step response, and integrated electronics.

Diagrams and Tables:
The document includes detailed diagrams and tables outlining dimensions, port sizes, and flow characteristics.

Overview: This document is a technical catalogue from Parker Hannifin Corporation detailing the specifications and functionalities of 2-way and 3-way servo proportional valves with VCD® Technology, specifically the Series TFP and TPQ.

Specifications:

2-Way Servo Prop. Valve (Series TFP): Utilizes VCD® Technology.

Procedures:

For disassembly, loosen two screws and turn straps 90° against the stop.

Technical Data:

Hydraulic: Max operating pressure up to 350 bar.

Installation Recommendations: Ensure sufficient pilot oil supply to maintain valve dynamics.

Key Features:

Fast step response and precise flow control.

Pilot Operated Pressure Relief Valve - Series R5V

Design and Features: The R5V series is designed similarly to the R4V series, with SAE flanges for direct mounting on pump outlets or actuator inlets.

Pilot Operated Pressure Unloading Valve - Series R5U

Design and Features: Similar to the R4U series, the R5U series is designed for high/low pressure systems.

Pilot Operated Sequence Valve - Series R5S

Design and Features: The R5S series is designed for compact mounting on actuator inlets or pump outlets.

Pilot Operated Proportional Pressure Relief Valve - Series R5V*P2

Design and Features: Based on the R5V series, the R5V*P2 includes a proportional unit for continuous pressure adjustment.

Overview: This document provides detailed technical specifications and ordering information for Parker Hannifin's Pilot Operated Proportional Pressure Relief Valve Series R5V*P2 and Directional Seat Valve Series D5S.

Specifications:

Design and Seals: Options for seals include NBR and FPM.

Ordering Information:

Adjustment Options: Hand knob or acorn nut with lead seal.

Performance Curves and Dimensions:

Performance curves are provided for different valve sizes and configurations.

Additional Features:

Directional Seat Valve Series D5S: Designed for directional control functions.

Pilot Operated Pressure Reducing Valve - Series R4R

Design and Features: The R4R series includes a proportional unit for continuous pressure adjustment.

Pilot Operated Proportional Pressure Relief Valve - Series R4V*P2

Design and Features: This series allows continuous pressure adjustment via a proportional solenoid.

Directional Seat Valve - Series D4S

Design and Features: The D4S series is designed for directional control functions with a leak-free seat valve design.

Overview: The document provides detailed technical specifications and operational guidelines for Parker Hannifin Corporation's hydraulically pilot-operated check valves (Series RH) and electronic modules for proportional valves (Series PWD00A-400 and PWDXXA-40*).

Hydraulically Pilot Operated Check Valves (Series RH):

Functionality: These valves are designed to control hydraulic flow.

Electronic Modules for Proportional Valves (Series PWD00A-400 and PWDXXA-40*):

Functionality: These modules are designed for rail mounting and provide optimal operation of proportional directional control valves.

Additional Information:

Accessories: The document lists available plugs and their specifications.

Overview: The document provides technical specifications and features of various electronic modules and servo drives by Parker Hannifin Corporation.

Specifications:

Modules are made of polycarbonate with a V0 inflammability class according to UL 94.

Features:

ProPxD software allows parameter setting, monitoring, and modification.

Applications:

Compax3F servo drives are designed for electrohydraulic systems.

Technical Data:

Compax3F features include motion control with motion profiles.

Interface and Connectivity:

Modules feature USB type B interfaces and screw terminals for connections.

RS485 Communication Specifications:

Supports both 2-wire and 4-wire configurations.

Bus Systems:

Profibus DP V0-V2, CANopen, DeviceNet, PowerLink, EtherCAT, and Profinet are supported.

Compliance and Standards:

CE compliance with EMC interference emission and immunity according to EN61 800-3.

Environmental Conditions:

Operating temperature: 0 to +45 °C.

Control Technology:

Programming system: CoDeSys with IEC61131-3 language.

Technology Functions:

Dynamic positioning, force/pressure control, and electronic gearbox are standard.

Interfaces:

Supports control via digital I/Os, Profibus, Ethernet Powerlink, CANopen, DeviceNet, EtherCAT, and Profinet.

Software Tools:

C3 ServoManager for configuration and setup with wizard-guided configuration and integrated oscilloscope.

Overview
The document provides a comprehensive overview of the IEC61131-3 programming language, its applications in industrial automation, and the integration of Parker Hannifin's products with this standard.

IEC61131-3 Programming Language
IEC61131-3 is a globally supported, company-independent programming language for industrial automation.

PLCopen and CoDeSys
PLCopen supports IEC61131-3 by defining processes relevant to motion control.

Software Tools and Project Management
Parker provides tools for project management.

Hardware and Accessories
The document details various hardware components and accessories for Parker's Compax3 Servo Drive and PAC120 Automation Controller.

Parker Automation Controller PAC120
The PAC120 is a PLC with integrated software and EtherCAT master function.

Technical Features of PAC120
The PAC120 features fanless ARM processor technology.

PACHC and PACIO Modules
The PACHC module provides precise control of hydraulic axes.

Conclusion
The document emphasizes the advantages of using standardized programming languages and tools in industrial automation.

Specifications:
The document outlines compliance with various standards including EN 601131-2 for contact protection.

Electrohydraulic Control Module - Series PACHC:
The Parker Automation Controller PAC120 is highlighted as a PLC with integrated programmable software and EtherCAT master function.

Test Unit - Series EX-M05:
This unit is suitable for testing and commissioning proportional and servo proportional valves with onboard electronics.

Accessories:
The document lists various accessories including subplates, pressure gauge valves, switches, and intensifiers.

Multi-Station Manifold - Series MSP:
Multi-station manifolds are designed for space-saving connections of multiple directional control valves.

Specifications:
The document details various hydraulic components, including multi-station manifolds, adaptor plates, sandwich plates, and cartridge manifold blocks.

Procedures:
Installation involves using specified bolt kits and adhering to torque requirements.

Standards:
Components conform to CETOP and ISO standards.

Recommendations:
For optimal performance, adhere to recommended viscosity levels and operating pressures.

Key Data from Tables and Diagrams:
The tables provide detailed dimensions, port configurations, and weight for each component.

Critical Information:
Ensure correct mounting positions and observe maximum operating pressures.

Bolt Kits and Tie Rod Kits
This section provides a comprehensive list of bolt kits and tie rod kits.

Pressure Gauge Selector Valve
The pressure gauge selector valve allows connection to multiple measuring points.

Pressure Switch Series PSB
The PSB series pressure switch provides an electric signal when pressure exceeds or falls below a set point.

Electronic Pressure Switch Series SCPSD
The SCPSD series combines the functions of a pressure switch, sensor, and display instrument.

Technical Data and Specifications
Each section provides detailed technical data.

Electronic Pressure Switch - Series SCPSD

Specifications: The SCPSD series offers pressure switches with options for normally open/normally closed configurations.

Pressure Intensifier - Series SD500

Functionality: Pressure intensifiers are used to increase pressure in specific sections of a hydraulic system.

Catalog excerpts

Hydraulic Valves Industrial Standard

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Product Index, Alphanumeric Page 2-way variable flow control valve DC valve, pilot operated DC valve, pilot operated, with EtherCAT Adaptor plate for regenerative and hybrid valves DC valve, pilot operated Subplate for pressure valves DC valve, pilot operated Regenerative and hybrid DC valve, pilot operated Check valves, direct operated DC valve, direct operated, hand lever 2-way slip-in cartridge valve without auxiliary function DC valve, direct operated, hydraulically 2-way slip-in cartridge valve with stroke limiter Regenerative and hybrid valve, direct operated 2-way slip-in cartridge valve...

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Product Index, Alphanumeric Pressure relief valves, pilot operated, cartridge Pilot valve with pressure relief function Throttle valve, 2-way, proportional, pilot operated High response valve, 2-way Pressure relief valve, direct operated VCD® performance valve, 2-way Pressure reducing valve, pilot operated, pipe mounting Cartridge valve, 2/2-way, active controlled Pressure reducing valve, pilot operated, subplate mounting Throttle valve, 2-way, proportional, pilot operated, with shut-off valve Pressure reducing valve, pilot operated, proportional, pipe mounting High-response valve, 2-way, with...

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Cover plate Check and throttle valve Axis controller Adaptor plate Body for 2/2-way slip-in cartridge Throttle check valve Throttle valve Unloading valve Pressure relief valve Product Index by Function Cover without auxiliary function C*A C*F Cover for pressure relief function C*G C*B Cover with stroke limiter C*H C*V Cover with shuttle valve C*W Cover for C*C pilot system mounting Slip-in cartridge without cover CE, CP Complete valve, C10C*E with position control Complete valve, TDW directional function, active Check valve C1DB D51* Needle valve, MVI screw-In mounting MV / 9MV Needle valve,...

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Servo proportional valve Control module Product Index by Function Direct operated, subplate mounting Direct operated, with EtherCAT, subplate mounting Pilot operated, subpl. mounting Pilot operated, with EtherCAT, subplate mounting Pilot operated, subpl. mounting Pilot operated, with EtherCAT, subplate mounting Pilot operated, proportional, 2-way, cartridge Pilot operated, VCD®, 2-way, cartridge Pilot operated, VCD®, 2-way, cartridge with shut-off valve Pilot operated, VCD®, 2-way, cartridge Pilot operated, VCD®, 3-way, cartridge for electrohydraulic controls Direct operated, pipe mounting Shuttle...

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Chapter 2: Directional Control Valves Contents Series Direct operated Pilot operated Seat valves, electrically operated • Spool valves, electrically operated Standard, soft shift • 8 Watt solenoid • Inductive position control • Explosion proof (conform to ATEX and IECEx) • For wash down applications • Standard • Inductive position control • For wash down applications • Standard and position control Highest flow Standard and inductive position control Standard and inductive position control Standard and inductive position control Spool valves, electrically operated, regenerative and hybrid design...

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3/2-Way Seated Type Directional Control Valve Series D1SE Characteristics / Ordering Code The directional valve type D1SE is equipped with a wet pin armature solenoid, drain free tapered poppet and compatible with the standards DIN NG06, CETOP 03, and NFPA D03. Due to the 3/2-way design, port A is either connected with P or discharged in the tank. The neutral position (solenoid not activated) is taken automatically by a return spring. This position remains until the solenoid is energized. The valve poppet including activation lever and the armature of the solenoid are located in the pressurized...

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Technical Data / Characteristic Curves General Design Actuation Size Mounting interface Mounting position Ambient temperature MTTFD value Weight Hydraulic Max. operating pressure Fluid Fluid temperature Viscosity permitted Viscosity recommended Filtration Flow max. Static / Dynamic Step response Electrical characteristics Duty ratio Max. switching frequency Protection class Supply voltage Tolerance supply voltage Current consumption Power consumption Solenoid connection Wiring min. Wiring length max. 3/2-Way Seated Type Directional Control Valve Series D1SE Directional poppet valve Solenoid DIN...

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3/2-Way Seated Type Directional Control Valve Series D1SE Subplates and manifolds see chapter 12. The space necessary to remove the plug per EN 175301-803, design type AF is at least 15 mm. The torque for the screw M3 of the plug has to be 0.5 to 0.6 Nm. Parker Hannifin Corporation

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Directional Control Valve Series D1VW The NG06 directional control valve series D1VW provides high functional limits up to 80 l/min in combination with a very low, energy-saving pressure drop. A wide variety of spool options allows to design an unlimited number of hydraulic circuits. Versions with 8 watt coils, position control, ATEX approval, surface protection and connector variants are shown in the following chapters. The valve is also available as sandwich type, see series Z1DW in chapter 7. Valves with explosion proof solenoids Ex e mb ll see series D1VW Explosion Proof in chapter 2 and...

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Directional Control Valve Series D1VW Ordering Code Directional Size 3-chamber control DIN NG06 valve valve CETOP 03 NFPA D03 W Wet pin armature solenoid, threaded in tube Spool type Spool position 3 position spools Code Spool type a 0 b 001 002 003 004 005 3 position spools Spool position 3 positions. Spring offset in position “0“. Operated in position “a“ or “b“. Spool type 008,009, 204, 205 2 positions. Spring offset in position “0“. Spring offset in position “b“. Spring offset in position “a“. Spring offset in position “b“. Code Standard 2 position spools Code Spool type a b 020 Spring offset...

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Directional Control Valve Series D1VW Ordering Code Solenoid voltage Solenoid connector as per EN 175301-803, without plug Solenoid option Design series (other connectors are available for D1MW Series) 2 Code Solenoid option omit manual override (standard) T without manual override S2 3) Soft shift orifice size 0.5 mm. S3 3) Soft shift orifice size 0.75 mm. 4N 3) with lockable manual override Further spool types, solenoid voltages and connectors on request. D1VW UK.indd 26.07.2022 Parker Hannifin Corporation

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Hydraulic Valves Industrial Standard

Hydraulic Valves Industrial Standard

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