Parker-hannifin Corporation · NYSE:PH
Parker-hannifin — Technical Presentation (November 2024)
45 slides from Parker-hannifin's technical presentation, November 2024
Slide 1: Parker Cylinder Division 2HX Series Heavy Duty Electro-Hydraulic Cylinders
Parker Cylinder Division 2HX Series Heavy Duty Electro-Hydraulic Cylinders *Including 2HDX, PHX, HX, HV2X, 3HX, 3HDX, 2HBX, 3HBX
Slide 2: 2HX Series
2HX Series • 2HX is the 2H series cylinder with position feedback • Available Series: • 2HX/3HX / 2HDX/3HDX / 2HBX/3HBX 2
Slide 3: 2HX Series – Where is it used?
2HX Series – Where is it used? Applications requiring a higher degree of control • High Speed Applications • Position Control • Motion Profiles • Synchronizing Cylinders 3
Slide 4: 2HX Catalog & Configurator
2HX Catalog & Configurator • New catalog and 3D CAD available • Catalog HY08-1175-2/NA • New Configurator available now
Slide 5: 2HX Option Callout
2HX Option Callout IN |N-Not Applicable INF A |A-False Stage for LDT probes with integral cable B |B - False Stage for LDT probes with connector and separate cable [ D _|D-Light Duty Cover F _|F-Medium Duty Cover for LDT probes with integral cable FR’ q _ |G-Medium Duty Cover for LDT probe with conn
Slide 6: Valve Mounting Options
Valve Mounting Options 6 ENGINEERING YOUR SUCCESS.
Slide 7: Valve Manifold Options
Valve Manifold Options • Manifold options available for 2.00 thru 8.00 bore cylinders
Slide 8: Bolt-on Valve Manifold
Bolt-on Valve Manifold ■ Minimum hydraulic line runs with closed cylinder and valve coupling ■ Simplified machine design with integrated components ■ Minimum interference with standard mounting dimensions ■ Manifold may be mounted on head or cap end at any position not occupied ■ 7 standard valve pa
Slide 9: Integral Valve Manifold
Integral Valve Manifold ■ Integral manifolds eliminate the bolt on assembly and associated seals ■ Made to order option
Slide 10: Valve Manifold Patterns
Valve Manifold Patterns • Hydraulic Series Cylinders with Bolt-on Manifolds • Manifolds to match standard valve patterns, bolted to head or cap end
Slide 11: Valve Manifold Patterns
Valve Manifold Patterns • Custom Manifolds can be made to meet specific customer requirements
Slide 12: Feedback Devices and Technologies
Feedback Devices and Technologies 12
Slide 13: Feedback Options
Feedback Options Feedback Technologies • LDT – Linear Displacement Transducer • Wavescale – Embedded LDT • LRT – Linear Resistive Transducer 13
Slide 14: LDT Linear Displacement Transducer
LDT Linear Displacement Transducer 14
Slide 15: LDT – Linear Displacement Transducer
LDT – Linear Displacement Transducer • Design Layout Transducer Gundrilled Transducer Magnet Electronics Piston Rod 15
Slide 16: LDT – Linear Displacement Transducer
LDT – Linear Displacement Transducer Basic Operation An interrogation pulse is launched along a waveguide. A magnet housed in the piston creates a magnetic field. When the interrogation pulse interacts with the magnetic field, a strain pulse is sent back to the head of the sensor. The position of th
Slide 17: LDT - Standard Specifications
LDT - Standard Specifications
Slide 18: LDT - Standard Specifications
LDT - Standard Specifications Pressure Rating • Smaller rod diameters are sometimes de-rated
Slide 19: Wavescale Embedded LDT
Wavescale Embedded LDT ENGINEERING YOUR SUCCESS.
Slide 20: LDT Wavescale
LDT Wavescale Wavescale LDT • Wavescale utilizes the same LDT technology, but reconfigures the electronics to be mounted on the side of the end cap • Allow rear mount cylinders to be used without changing the envelope dimensions Standard LDT
Slide 21: LDT Wavescale
LDT Wavescale Wavescale Cylinder Standard LDT Cylinder
Slide 22: LDT Wavescale
LDT Wavescale Standard Cylinder Wavescale Cylinder
Slide 23: WaveScale RD4 (Embedded LDT)
WaveScale RD4 (Embedded LDT) Add a variety of analog output options while maintaining NFPA cylinder mounting dimensions.
Slide 24: LDT Wavescale
LDT Wavescale Options and Restrictions • Electrical block can be located at any open positions • No cap end cushion • Not available prepared to accept transducer • Some de-rated pressures for smaller rod diameter • 2” bore wavescale cylinders will have SAE #8 ports
Slide 25: Legacy vs GenII Wavescale
Legacy vs GenII Wavescale Legacy Wavescale Design GenII Wavescale Design MTS LD2 Series MTS RD4 Series
Slide 26: GenII RD4 Wavescale
GenII RD4 Wavescale ▪ RD4 – “R” series electronics ▪ Not the same outputs: no PWM, no Start-Stop ▪ More specialized outputs: EtherCAT, EtherNet/IP, Profinet, Profibus-DP, SSI, CANbus ▪ IP67 Sensor Electronics ▪ Electronics head and mounting block
Slide 27: LRT Cylinder
_ o x) = > O a = Potentiometer Linear 27 ENGINEERING YOUR SUCCESS.
Slide 28: Parker LRT – How it works
Parker LRT – How it works • The Parker LRT is a uniquely designed position sensor that uses a resistive element to provide an analog signal of a cylinder’s position. The LRT is a dual element type linear potentiometer with two independent elements mounted on either side of an anodized extrusion. The
Slide 29: LRT - Restrictions/Concerns
LRT - Restrictions/Concerns ▪ Life Expectancy - 50 Million Inches of Travel ▪ Fluid - Petroleum Based Oils Only. No Water or Glycol ▪ No cushions on cap end ▪ 1 ¼” long cap end stop tube needed for rod sizes 1 ¾” and below ▪ Never “prepared to accept”
Slide 30: LRT same feedback Installation into a Cylinder
LRT same feedback Installation into a Cylinder
Slide 31: LRT - Standard Specifications
LRT - Standard Specifications
Slide 32: Feedback Options
Feedback Options 32 ENGINEERING YOUR SUCCESS.
Slide 33: Feedback Options
Feedback Options NF • Cylinder piston rod will not be gundrilled and will not accept any feedback device • Option used for cylinders with manifolds, but no feedback
Slide 34: Feedback Options
Feedback Options 1P • Cylinder is prepared to accept an LDT • Customer to supply and install • Magnet will be based on selected LDT manufacturer
Slide 35: Feedback Options
Feedback Options Output Options • Cylinder shipping from the factor with feedback devices installed at Parker must call out the desired output
Slide 36: Feedback Options
Feedback Options Output Options • Cylinder shipping from the factor with feedback devices installed at Parker must call out the desired output
Slide 37: Feedback Options
Feedback Options Digital Outputs • Digital outputs generally require more detailed information SSI Output Code
Slide 38: Feedback Options
Feedback Options FR • Only option available for LRT • LRT cannot be supplied prepped only
Slide 39: LDT Protective Enclosures
LDT Protective Enclosures Style A: False Stage ENGINEERING YOUR SUCCESS.
Slide 40: Feedback Protective Enclosure False Stage
Feedback Protective Enclosure False Stage • Required for standard LDT design when used with rear mounts • Options for two cable types • Heavy duty enclosure for maximum protection of electronics
Slide 41: Feedback Protective Enclosure False Stage
Feedback Protective Enclosure False Stage • Required for standard LDT design when used with rear mounts • Options for two cable types • Used for heavy duty enclosure when rear mounts are not used
Slide 42: Feedback Protective Enclosure Light Duty Enclosure
Feedback Protective Enclosure Light Duty Enclosure • Aluminum housing for light duty protection of the electronics • Integral cable only – no connector
Slide 43: Feedback Protective Enclosure No Enclosure
Feedback Protective Enclosure No Enclosure • Electronics will be exposed • D60 connector is standard • Cable sold separately • Integral cable is optional • Called out as a special note
Slide 44: 2HX Options and Accessories
2HX Options and Accessories Low Friction Seals • Low friction seals are recommended for applications with high piston velocities (excess of 50 in/sec) and tight tolerance positioning.
Slide 45: Thank you for your attention! Questions so far?
Thank you for your attention! Questions so far? 45
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