Hydraulic Cartridge Systems

Hydraulic Cartridge Systems Threaded Cartridge Valves and Integrated Hydraulic Products WARNING – USER RESPONSIBILITY FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems. OFFER OF SALE The items described in this document are hereby offered for sale by Parker-Hannifin Corporation, its subsidiaries or its authorized distributor. This offer and its acceptance are governed by the provisions stated in the detailed “Offer of Sale” elsewhere in this document. We would like to take this opportunity to welcome you to the new Hydraulic Cartridge Systems catalog. Catalog HY15- 3502 represents our entire published product offering. This catalog is intended to replace all previous Hydraulic Cartridge Systems (HCS) catalogs. You will find many changes to this catalog in content and format. Here are a few highlights of what you will find: e Complete Product Offering Including: • Check Valves • Shuttle Valves • Load/Motor Controls • Flow Controls • Pressure Controls • Logic Elements • Directional Controls • Manual Valves • Solenoid Valves • Proportional Valves We at the Hydraulic Cartridge Systems Division hope you find this catalog useful and want to thank you for turning to Parker Hannifin for your integrated hydraulic needs. Presenting… Catalog HY15-3502/US III Parker Hannifin Corporation Hydraulic Cartridge Systems Threaded Cartridge Valves and Integrated Hydraulic Products • Product Index Each product tab has it’s own product index for that particular section. Basic product specifications are shown along with catalog page numbers and product symbols. Further detail can be found on the specific catalog pages. • Technical Tips At the beginning of each product section, we have a series of Technical Tip pages. These pages describe, in detail, the application and operational parameters of our cartridge valves. If you have any application or specification questions that cannot be answered by this section, please contact your local Parker representative or give us a call. • Product Pages The individual product catalog pages detail fully the product specifications and operating parameters of each valve. Additionally, dimensional information, as well as a complete model code for ordering product is shown. • Coil and Body There are 2 sections in this catalog that assist you in selecting the proper valve body or solenoid coil for your particular application. Also, the cavity details are shown for all Parker and Sterling cavities currently in use. • Technical Data The Technical Data section outlines various hydraulic guidelines such as ratings, torques, limitations in use, seals, and hydraulic fluid/filtration information. PLEASE READ How to use this catalog… Check Valves Catalog HY15-3502/US Technical Tips Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls SH CV LM FC PC NEW PRODUCTS: There are several new additions and product improvements to our Check Valve product line. Here are just some of the general design features and advantages to the “Winner’s Circle” check valve. INTRODUCTION: This technical tips section is designed to help familiarize you with the Parker line of Check Valves. In this section we present the products that are new to this catalog as well as some design features of our checks valves. In addition, we present common options available to help you in selecting products for your application. Finally we give a brief synopsis of the operation and applications of the various product offered in this section. Dual Sense Paths The dual sense paths reduce the pressure drop variations. Spherical Poppets The spherical design allows for a more consistent seating regardless of poppet alignment resulting in lower leakage. Standard Bodies and Cavities 10 Size, 2-Way Catalog HY15-3502/US Technical Information Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls SH CV LM FC PC Valve/Cavity Compatibility Dimensions Millimeters (Inches) For additional information see Technical Tips on pages BC1-BC6. Performance Curve Pressure Drop vs. Flow Winner’s Circle X X X X X Parker X X X Waterman X X X FPS X X X CEC X X X Winner’s Circle Parker Waterman FPS CEC VALVE CAVITY 18.08 (.712) 17.83 (.702) 30° 63 33.32 (1.312) Min. 16.00 (.630) 15.75 (.620) 23.93 (.942) 23.67 (.932)  (.001) A -BØ 15.93 (.627) Ø 15.88 (.625) Ø 15.47 (.609) Max. Ø 11.30 (.445) Max. -A- 1.59 (.062) R. 45° 2.92 (.115) 2.54 (.100) .79 (.031) Max. 7/8 14UNF-2B (.002) B Ø 24.05 (.947) Ø 23.93 (.942) .25 (.010) R. Max. Ø 20.68 (.814) Ø 20.57 (.810) Ø 30.16 (1.188) 15° 63 Catalog HY15-3502/US Contents Check Valves Check Valves Shuttle Valves Load/Motor Controls Flow Controls SH CV LM FC SERIES CAVITY DESCRIPTION FLOW PRESSURE PAGE NO. LPM/GPM BAR/PSI STANDARD CHECKS D1A060 ………… 2U …………… Check Valve Insert, Ball Type ……………………. 145/38 …… 420/6000 ………………….CV5 D1B125 ………… 2C …………… Check Valve Insert, Ball Type …………………. 500/132 …… 420/6000 ………………….CV6 D0WB2 …………. CAV0W-2 …. Cartridge Check, Ball Type ……………………….. 3.5/0.9 …… 420/6000 ………………….CV7 D02B2 ………….. C08-2 ………. Cartridge Check, Ball Type …………………………. 45/12 …… 420/6000 ………………….CV8 CVH081P ………. C08-2 ………. Cartridge Check, Poppet Type ……………………. 38/10 …… 350/5000 ………………….CV9 CVH103P ………. C10-2 ………. Cartridge Check, Poppet Type ……………………. 60/16 …… 350/5000 ………………..CV10 D04B2 ………….. C10-2 ………. Cartridge Check, Ball Type ……………………….. 160/42 …… 420/6000 ………………..CV11 CVH121P ………. C12-2 ………. Cartridge Check, Poppet Type …………………..121/32 …… 350/5000 ………………..CV12 D06B2P ………… C16-2 ………. Cartridge Check, Poppet Type …………………..280/74 …… 420/6000 ………………..CV13 CVH161P ………. C16-2 ………. Cartridge Check, Poppet Type …………………..226/60 …… 350/5000 ………………..CV14 CVH201P ………. C20-2 ………. Cartridge Check, Poppet Type …………………..303/80 …… 350/5000 ………………..CV15 CVH104P ………. C10-2 ………. Cartridge Check, Poppet Type ………………………………………. 2 to 1 Flow Path ………………………………………… 19/5 …… 350/5000 ………………..CV16 D06C2 ………….. C16-2 ………. Cartridge Check, Poppet Type ………………………………………. 2 to 1 Flow Path ………………………………….. 500/132 PILOT OPERATED CHECKS CP084P ………… C08-3 ………. Catalog HY15-3502/US Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls SH CV LM FC PC Check Valve Technical Information Series CVH103P Dimensions Millimeters (Inches) Performance Curve Pressure Drop vs. Flow (Through cartridge only) General Description Cartridge Style Check Valve. For additional information see Technical Tips on pages CV1-CV4. Features • Spherical poppet for low leakage • “D”-Ring eliminates back-up rings • Dual sense paths for reduced P • All external parts zinc plated Catalog HY15-3502/US Super Coil Series 5/8 I.D. Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls SH CV LM FC PC Technical Information Specifications Features • Integral Deutsch connector coil exceeds IP69K standards • Integral Deutsch connector coil thermal shock dunk test rated • Integral Amp Jr. coil exceeds IP67 standards for thermal shock, water resistance and “dunk capability” • Universal 50/60 Hz operation • Coil hermetically sealed, requires no O-rings or waterproofing kits • External plated steel flux-carrying band (unlike encapsulated band) enables coil to withstand severe thermal shocks without cracking • Symmetrical coil can be reversed without affecting performance Coil Type S Standard P Puissant NominalWattage S 18 Watts (See Ordering P 28 Watts Ordering Information Voltage Termination CA Super Coil 5/8 I.D. Wattage Code Voltage Watts Amps Ohms** Code Wattage S Standard P Puissant IV Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems Integrated Hydraulic Circuits Parker is a recognized leader in integrated circuit design focusing on flexibility, innovation and support. Application engineering and manufacturing support facilities are located throughout North America, Europe, Scandinavia and in other areas around the world. The Parker Hydraulic Cartridge Systems Applications Engineering team is thoroughly experienced in all facets of hydraulic system design, particularly the integration of Parker technologies that develop into complete manifold and sub-system solutions. We can assist in the development of any circuit, be it a simple single cartridge, or a complex multi-station assembly. We have the tools to engineer your success! Expert Machining We have designated state-of-theart HMCs for the specific purpose of machining prototypes for quick customer demand. This is the basis of the “Parker Speed Shop”. Application Engineering Assistance Parker has many trained and experienced application engineers who are focused on providing the best, most cost efficient solution for your application requirements. Our application specialists can provide you with all the capabilities of Parker’s Hydraulic Cartridge Systems Division. Additionally, our application engineers are trained in all of Parker’s products so an application can be a onestop call. Assembly and Test Our production and assembly areas are staffed with experienced and knowledgeable people. We use automated testing processes to test even the most complicated assemblies. Manifold Design Our advanced 3D Computer- Aided Design and Computer-Aided Manufacturing software enables fast and accurate design as well as rapid manufacturing integration among our integrated circuit production facilities. Integrated Hydraulic Circuits advantage: Reduce the number of fittings, hoses and couplings Optimize and reduce components used Allow fewer leakage points Consume less space Provide simplified assembly and service Create a complete system solution with optimized functions Allow you to flange one or more directional valves as well as pumps, cylinders, motors and filters. V Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems Parker Rotary Manifolds Parker Hannifin Hydraulic Cartridge Systems introduces a new offering to its already extensive product line – the Rotary Manifold. Parker Rotary Manifolds are used in applications where multiple rotations of a mechanical structure are required. A hydraulic rotary manifold’s primary function is to allow oil, water, gases and electronics to pass through it while allowing a 360 degree constant rotation. Depending on the application, these manifolds are manufactured in various configurations and sizes containing up to 20 stations and can operate at pressures as high as 7,500 psi. Exceptional Performance Parker’s Rotary Manifolds are designed to provide leak-free performance in the most rigorous applications. Parker’s unique step shaft design, proprietary seal design and non-welded barrel ensure the user of extensive service life while providing a compact and easy to fit solution. Innovative GLIDELOC Seals With the Parker Rotary Manifold, the GLIDELOC Seal uses locking tabs to secure the o-ring into the barrel. This locking design assures that the o-ring will not “go dynamic” when energized. This means a significantly longer life for the manifold’s sealing system. Global Applications Common applications can include aerial work platform booms to hydraulic excavators. These manifolds replace complex swivels and complicated hose routings, thereby saving weight and space. Superior Support Parker collaborates closely with the customer to design the rotary manifold to meet the specific requirements of each application. In addition, Parker’s Application Engineering team will also supply design support for application mounting and bracketry to ensure the proper installation of your custom designed manifold. This elevated level of customization guarantees the quality performance you expect from a Parker product. Parker Rotary Manifolds offer: Direct barrel porting – reduces leak point failure by omitting weld joints and provides greater port orientation flexibility Compact Design- allows for easier installation and alleviates hose routing issues Improved Sealing technology- increases life expectancy of rotary Easily capable of continuous rotation while under pressure Extensive lifecycle testing performed in-house Catalog HY15-3502/US Threaded Cartridge Valves and Alphabetical Index Integrated Hydraulic Products VI Parker Hannifin Corporation Hydraulic Cartridge Systems Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls Logic Elements Directional Controls Manual Valves Solenoid Valves Proportional Valves Coils & Electronics Bodies & Cavities Technical Data SH CV LM FC PC LE DC MV SV PV CE BC TD SERIES DESCRIPTION PAGE NO. 10SLC1-A ……… Normally Closed, Pilot to Close ………………………………………………. LE7 10SLC2-A ……… Normally Closed, Pilot to Close …………………………………………….. LE11 10SLC2-B ……… Normally Closed, Vent to Open …………………………………………….. LE17 10SLC3-A ……… Normally Open, Vent to Close ………………………………………………. LE23 10SLC3-B ……… Normally Open, Vent to Close ………………………………………………. LE27 16SLC1-A ……… Normally Closed, Pilot to Close ………………………………………………. LE8 16SLC1-C ……… Normally Closed, Vent to Open …………………………………………….. LE10 16SLC2-A ……… Normally Closed, Pilot to Close …………………………………………….. LE12 16SLC2-B ……… Normally Closed, Vent to Open …………………………………………….. LE18 16SLC3-A ……… Normally Open, Vent to Close ………………………………………………. LE24 16SLC3-B ……… Normally Open, Vent to Close ………………………………………………. LE28 20SLC1-A ……… Normally Closed, Pilot to Close ………………………………………………. LE9 20SLC2-A ……… Normally Closed, Pilot to Close …………………………………………….. LE13 20SLC2-B ……… Normally Closed, Vent to Open …………………………………………….. LE19 A02A2 …………… Direct Acting Relief, Ball Type ……………………………………… PC15-PC16 A02B2 …………… Direct Acting Relief, Poppet Type …………………………………. PC17-PC18 A04B2 …………… Direct Acting Relief, Poppet Type …………………………………. PC21-PC22 A04B2*CE …….. Direct Acting Relief, Poppet Type …………………………………. PC23-PC24 A04C2 …………… Direct Acting Relief, Spool Type …………………………………… PC25-PC26 A04H3 ………….. Pilot Operated Vented Relief ………………………………………… PC53-PC54 A04J2 …………… Direct Acting Cross-over Relief ……………………………………. PC59-PC60 A04J2*CE ……… Direct Acting Cross-over Relief ……………………………………. PC61-PC62 A04K2 …………… Pilot Operated Spool Type Kick Down …………………………… PC47-PC48 A06G2 ………….. Pilot Operated Spool Type …………………………………………… PC43-PC44 A06H3 ………….. Pilot Operated Vented Relief ………………………………………… PC55-PC56 A06P2 …………… Pilot Operated Poppet Type …………………………………………. PC73-PC74 AP01B2YP …….. Increase Pressure/Increase Current …………………………………. PV7-PV8 AP01B2YR …….. Decrease Pressure/Increase Current …………………………….. PV13-PV14 AP02B2YP …….. Increase Pressure/Increase Current ……………………………….. PV9-PV10 AP02B2YR …….. Decrease Pressure/Increase Current …………………………….. PV15-PV16 AP04G2YP …….. Increase Pressure/Increase Current ……………………………… PV11-PV12 AP04G2YR ……. Decrease Pressure/Increase Current …………………………….. PV17-PV18 AS04G2 ………… Solenoid Operated Unloading Relief ……………………………… PC49-PC50 ASH-04 …………. In-Line Shuttle,-4 Male JIC ……………………………………………. SH8-SH9 ASH-06 …………. In-Line Shuttle,-6T ……………………………………………………….. SH8-SH9 B02E3F …………. Direct Acting, 2P-3W, Int. Pilot, Int. Drain ……………………… PC91-PC92 B04C3 …………… Pilot Operated, Kick Down …………………………………………… PC89-PC90 B04D3 ………….. Pilot Operated, Reverse Check, Ext. Drain ……………………… PC87-PC88 B04E3 …………… Direct Acting, 2P-3W, Int. Pilot, Int. Drain ……………………… PC93-PC94 B04F3 …………… Direct Acting, 2P-2W, N.C., Ext. Pilot, Int. Drain …………… PC99-PC100 B04G3 ………….. Direct Acting, 2P-2W, N.O., Ext. Pilot, Int. Drain …………. PC101-PC102 B04H4 ………….. Direct Acting, 2P-2W, N.C., Ext. Pilot, Ext. Drain …………. PC103-PC104 B04J4 …………… Direct Acting, 2P-2W, N.O., Ext. Pilot, Ext. Drain …………. PC107-PC108 B04K4 …………… Direct Acting, 2P-3W, N.O., Ext. Pilot, Int. Drain …………. PC109-PC110 C02A3 …………… Direct Acting Reducing/Relieving ……………………………… PC111-PC112 CB101 …………… Load Control Cartridge Valve …………………………………………. LM5-LM6 CDP(H)081 ……. Dual P.O. Check Package …………………………………………….. CV33-CV34 CDP(H)103 ……. Dual P.O. Check Package …………………………………………….. CV35-CV36 CDP(H)161 ……. Dual P.O. Check Package, Steel Body ……………………………. CV37-CV38 CP084P ………… Single P.O. Check, Pilot on Port 1 ………………………………………… CV18 CPC101P ………. Pilot to Close Check, Pilot on Port 3 …………………………………….. CV30 CPD084P ………. Dual P.O. Check Cartridge …………………………………………………… CV32 CPH104P ………. Single P.O. Check, Pilot on Port 1 ………………………………………… CV19 CPH124P ………. Single P.O. Check, Pilot on Port 1 ………………………………………… CV20 CS041B ………… Cartridge Shuttle …………………………………………………………………. SH5 CSH101B ………. Cartridge Shuttle …………………………………………………………………. SH7 CSP(H)081 ……. Single P.O. Check Package ………………………………………….. CV21-CV22 CSP(H)103 ……. Single P.O. Check Package ………………………………………….. CV23-CV24 CSP(H)161 ……. Single P.O. Check Package, Steel Body …………………………. CV25-CV26 CVH081P ………. Cartridge Check, Poppet Type ……………………………………………….. CV9 CVH103P ………. Cartridge Check, Poppet Type ……………………………………………… CV10 CVH104P ………. Cartridge Check, Poppet Type 2 to 1 Flow Path ………………………. CV16 CVH121P ………. Cartridge Check, Poppet Type ……………………………………………… CV12 CVH161P ………. Cartridge Check, Poppet Type ……………………………………………… CV14 CVH201P ………. Cartridge Check, Poppet Type ……………………………………………… CV15 D0WB2 …………. Cartridge Check, Ball Type …………………………………………………….. CV7 D02B2 ………….. Cartridge Check, Ball Type …………………………………………………….. CV8 D04B2 ………….. Cartridge Check, Ball Type …………………………………………………… CV11 D04F2 …………… Check With Thermal Relief, Relieving Port 2 to 1 ……………………. CV39 D06B2P ………… Cartridge Check, Poppet Type ……………………………………………… CV13 D06C2 ………….. Cartridge Check, Poppet Type 2 to 1 Flow Path ………………………. CV17 D1A060 ………… Check Valve Insert, Ball Type …………………………………………………. CV5 D1B125 ………… Check Valve Insert, Ball Type …………………………………………………. CV6 D3B125 ………… Single P.O. Check, Pilot on Port 3 ………………………………………… CV29 D4A020 ………… Single P.O. Check, Pilot on Port 3 ………………………………………… CV27 D4A040 ………… Single P.O. Check, Pilot on Port 3 ………………………………………… CV28 DF122C …………. Flow Control, N.C. ……………………………………………………… PV25-PV26 DF122N ………… Flow Control, N.O. ……………………………………………………… PV49-PV50 DF161C …………. Flow Control, N.C. ……………………………………………………… PV27-PV28 DF201C …………. Flow Control, N.C. ……………………………………………………… PV29-PV30 DFA125C21 …… Flow Control, N.C. ……………………………………………………… PV39-PV40 DFA125C31 …… Priority Flow Control, N.C. …………………………………………… PV53-PV54 DH103 ………….. 3 Way, External Pilot, Normally Open, Vent to Atmosphere …. DC7-DC8 DL081 ………….. 2 Position, 2 Way, N.C. Poppet, Pull to Open ………………………….. MV1 DL101 ………….. 2 Position, 2 Way, N.C. Poppet, Pull to Open ………………………….. MV2 DM103 …………. 3 Way, Rotary Spool ……………………………………………………. MV5-MV6 DM104 …………. 4 Way, Rotary Spool ……………………………………………………. MV7-MV8 DMH085C1 ……. 3 Position, 4 Way, Closed Center, ……………………. Pull to Shift and Push to Shift ……………………………………. MV11-MV12 DMH085C2 ……. 3 Position, 4 Way, Open Center, ……………………. Pull to Shift and Push to Shift ……………………………………. MV11-MV12 DMH085C4 ……. 3 Position, 4 Way, Float Center, ……………………. Pull to Shift and Push to Shift ……………………………………. MV11-MV12 DMH085C9 ……. 3 Position, 4 Way, Tandem Center, ……………………. Pull to Shift and Push to Shift ……………………………………. MV11-MV12 DS161 ………….. 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV23-SV24 DS162 ………….. 2 Position, 2 Way ………………………………………………………. SV57-SV58 DS163 ………….. 2 Position, 3 Way ………………………………………………………. SV71-SV72 DS201 ………….. 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV27-SV28 DSH081 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV15-SV16 DSH082 ………… 2 Position, 2 Way ………………………………………………………. SV51-SV52 DSH083 ………… 2 Position, 3 Way ………………………………………………………. SV62-SV64 DSH084 ………… 2 Position, 4 Way ………………………………………………………. SV75-SV76 DSH101 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV19-SV20 DSH102 ………… 2 Position, 2 Way ………………………………………………………. SV55-SV56 DSH103 ………… 2 Position, 3 Way ………………………………………………………. SV68-SV70 DSH104 ………… 2 Position, 4 Way ………………………………………………………. SV79-SV80 DSH121 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV21-SV22 DSH125 52 ……. 3 Position, 4 Way …………………………………………………… SV101-SV102 DSH125 54 ……. 3 Position, 4 Way …………………………………………………… SV103-SV104 DSH125 57 ……. 3 Position, 4 Way …………………………………………………… SV105-SV106 DSH125 59 ……. 3 Position, 4 Way …………………………………………………… SV107-SV108 DSH161 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV25-SV26 DSH164 ………… 2 Position, 4 Way ………………………………………………………. SV81-SV82 DSL081 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV13-SV14 DSL082 ………… 2 Position, 2 Way ………………………………………………………. SV49-SV50 DSL083 ………… 2 Position, 3 Way ………………………………………………………. SV59-SV61 DSL084 ………… 2 Position, 4 Way ………………………………………………………. SV73-SV74 DSL101 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV17-SV18 DSL102 ………… 2 Position, 2 Way ………………………………………………………. SV53-SV54 DSL103 ………… 2 Position, 3 Way ………………………………………………………. SV65-SV67 DSL104 ………… 2 Position, 4 Way ………………………………………………………. SV77-SV78 DSL105 ………… 3 Position, 4 Way ………………………………………………………. SV91-SV92 DSL201 ………… 2 Position, 2 Way, N.C. or N.O. ……………………………………. SV29-SV30 DSP105C1 …….. 3 Position, 4 Way – Closed Center ………………………………… PV59-PV61 DSP105C4 …….. 3 Position, 4 Way – Float Center …………………………………… PV59-PV61 E2*020 …………. Load Control Cartridge Valve ……………………………………… LM17-LM18 E2*040 …………. Load Control Cartridge Valve ……………………………………… LM19-LM20 E2*060 …………. Load Control Cartridge Valve ……………………………………… LM27-LM28 E2*1 …………….. Load Control Cartridge Valve ……………………………………… LM21-LM22 E2*1R ………….. Load Control Cartridge Valve ……………………………………… LM25-LM26 E2*1S …………… Load Control Cartridge Valve ……………………………………… LM23-LM24 E2*125 …………. Load Control Cartridge Valve ……………………………………… LM29-LM30 E2*300 …………………………………………………………………………………………… LM31-LM32 E6*1 …………….. Load Control Cartridge Valve ……………………………………… LM37-LM38 E6A060*409 ….. Load Control Cartridge Valve, 3:1 Ratio ………………………. LM41-LM42 E6B020 …………. Load Control Cartridge Valve, 4.5:1 Ratio ……………………. LM33-LM34 E6B040 …………. Load Control Cartridge Valve, 3:1 Ratio ………………………. LM39-LM40 E6B060*409 ….. Load Control Cartridge Valve, 3:1 Ratio ………………………. LM41-LM42 E6K020 …………. Load Control Cartridge Valve, 15:1 Ratio …………………….. LM35-LM36 E9*1 …………….. Load Control Cartridge Valve ……………………………………… LM49-LM50 FA101 …………… Restrictive Flow Control, Reverse Check, Adjustable ………… FC25-FC26 FC101 …………… Restrictive Flow Control, Reverse Check, Tuneable ………….. FC27-FC28 FCP101 …………. Priority Type, with Bypass ……………………………………………………. FC39 FCPH121 ………. Priority Type, with Bypass ……………………………………………. FC41-FC42 SERIES DESCRIPTION PAGE NO. ✰Denotes New Winner’s Circle Product Line. ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ Catalog HY15-3502/US Threaded Cartridge Valves and Alphabetical Index Integrated Hydraulic Products VII Parker Hannifin Corporation Hydraulic Cartridge Systems Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls Logic Elements Directional Controls Manual Valves Proportional Valves Coils & Electronics Technical Data SH CV LM FC PC LE DC MV SV PV CE BC TD Bodies & Cavities Solenoid Valves FCR101 …………. Restrictive Type, Press. Compensators ………………………………….. FC37 FCR161 …………. Restrictive Type, Press. Compensators ………………………………….. FC38 FDC101 …………. Flow Divider/Combiner ………………………………………………… FC43-FC44 FP101 …………… Priority Type, with Bypass ……………………………………………. FC31-FC32 FR101 …………… Restrictive Flow Control, Tuneable ………………………………… FC19-FC20 FV101 …………… Needle Valve with Reverse Check, 1 to 2 Free Flow ………….. FC15-FC16 FV102 …………… Needle Valve with Reverse Check, 1 to 2 Free Flow ………….. FC15-FC16 GH02 01 ……….. 2 Position, 2 Way, N.C., with Flow Adj. …………………………. SV31-SV32 GM0212 ……….. 2 Position, 2 Way, N.O. Poppet, Push to Close ……………………….. MV3 GM0233 ……….. 2 Position, 3 Way, Spool Type, Pull to Shift ……………………………. MV4 GM0240CS ……. 2 Position, 4 Way, Push to Shift ………………………………………….. MV10 GM0240XS ……. 2 Position, 4 Way, Push to Shift ……………………………………………. MV9 GP01 30 ……….. Pressure Reducing Valve ……………………………………………. PV19-PV20 GP02 51 ……….. 4 Way, 3 Pos – Closed Center ………………………………………. PV55-PV56 GP02 53 ……….. 4 Way, 3 Pos – Float Center …………………………………………. PV57-PV58 GS02 22 ……….. 2 Position, 2 Way, N.C. Spool …………………………………………. SV7-SV8 GS02 27 ……….. 2 Position, 2 Way, N.O. Spool ……………………………………….. SV9-SV10 GS02 42 ……….. 2 Position, 4 Way ………………………………………………………. SV11-SV12 GS02 51 ……….. 3 Position, 4 Way ………………………………………………………. SV83-SV84 GS02 53 ……….. 3 Position, 4 Way ………………………………………………………. SV85-SV86 GS02 57 ……….. 3 Position, 4 Way ………………………………………………………. SV87-SV88 GS02 59 ……….. 3 Position, 4 Way ………………………………………………………. SV89-SV90 GS02 72/73 …… Bi-Directional Poppet, N.C. ………………………………………….. SV33-SV34 GS02 77/78 …… Bi-Directional Poppet, N.O. …………………………………………. SV41-SV42 GS02 80/81 …… Bi-Directional Poppet, N.C. ………………………………………….. SV35-SV36 GS02 85/86 …… Bi-Directional Poppet, N.O. …………………………………………. SV43-SV44 GS04 52D ……… 3 Position, 4 Way ………………………………………………………. SV93-SV94 GS04 54D ……… 3 Position, 4 Way ………………………………………………………. SV95-SV96 GS04 57D ……… 3 Position, 4 Way ………………………………………………………. SV97-SV98 GS04 59D ……… 3 Position, 4 Way …………………………………………………….. SV99-SV100 GS04 80/81 …… Bi-Directional Poppet, N.C. ………………………………………….. SV37-SV38 GS04 85/86 …… Bi-Directional Poppet, N.O. …………………………………………. SV45-SV46 GS06 80/81 …… Bi-Directional Poppet, N.C. ………………………………………….. SV39-SV40 GS06 85/86 …… Bi-Directional Poppet, N.O. …………………………………………. SV47-SV48 GTP02 34 ……… Pressure Reducing Valve ……………………………………………. PV21-PV22 GTP04 34 ……… Pressure Reducing Valve ……………………………………………. PV23-PV24 HP02C ………….. Flow Control, N.C. ……………………………………………………… PV31-PV32 HP02P ………….. Flow Control, N.O. ……………………………………………………… PV41-PV42 HP04C ………….. Flow Control, N.C. ……………………………………………………… PV35-PV36 HP04P ………….. Flow Control, N.O. ……………………………………………………… PV45-PV46 J02A2 …………… Needle Valve, Cartridge Type ……………………………………………. FC5-FC6 J02B2 …………… Needle Valve with Reverse Check, 2 to 1 Free Flow ………….. FC13-FC14 J02D3 …………… Priority Type, with Bypass ……………………………………………. FC29-FC30 J02E2 …………… Restrictive Flow Control, Adjustable ………………………………. FC17-FC18 J04C2 …………… Restrictive Flow Control, Adjustable ………………………………. FC23-FC24 J04D3 …………… Priority Type, with Bypass ……………………………………………. FC33-FC34 J04E2 …………… Restrictive Flow Control, Adjustable ………………………………. FC21-FC22 J06A2 …………… Needle Valve, Cartridge Type ………………………………………… FC11-FC12 J1A125 …………. Priority Type, with Bypass ……………………………………………. FC35-FC36 JP02C …………… Flow Control, N.C. ……………………………………………………… PV33-PV34 JP02P …………… Flow Control, N.O. ……………………………………………………… PV43-PV44 JP04C 21 ………. Flow Control, N.C. ……………………………………………………… PV37-PV38 JP04C 31 ………. Priority Flow Control, N.C. …………………………………………… PV51-PV52 JP04P …………… Flow Control, N.O. ……………………………………………………… PV47-PV48 K02A3 …………… Cartridge Shuttle …………………………………………………………………. SH6 K04B3 …………… Spool Type Shuttle …………………………………………………………….. SH10 K04C3 …………… Spool Type, Spring Centered, All Ports Closed ……………………….. SH12 K04D3 ………….. Spool Type Shuttle …………………………………………………………….. SH11 K04F3 …………… Spool Type, Spring Centered, All Ports Open …………………………. SH14 K04G3 ………….. Spool Type Shuttle, Inverse ………………………………………………… SH15 K2A005 …………. Poppet Insert Type ………………………………………………………………. SH4 K3A125 …………. Spool Type, Spring Centered, All Ports Closed ……………………….. SH13 KSWA3 …………. Ball Insert Type …………………………………………………………………… SH3 L04A3 …………… Flow Divider/Combiner ………………………………………………… FC45-FC46 L06A3 …………… Flow Divider/Combiner ………………………………………………… FC47-FC48 L1A300 …………. Flow Divider/Combiner ………………………………………………… FC49-FC50 M04A4J ………… Direct Acting Piloting Unloading ………………………………….. PC71-PC72 MHB-015-L*** . Load Control Valve Assembly …………………………………….. LM11-LM13 MHB-015-W*** Load Control Valve Assembly …………………………………….. LM11-LM13 MHB-030-L*** . Load Control Valve Assembly …………………………………….. LM14-LM16 MHB-030-W*** Load Control Valve Assembly …………………………………….. LM14-LM16 MHC-010-S*** Load Control Cartridge Valve …………………………………………. LM7-LM8 MHC-010-V*** Load Control Cartridge Valve …………………………………………. LM7-LM8 MHC-022-S*** Load Control Cartridge Valve ……………………………………….. LM9-LM10 MHC-022-V*** Load Control Cartridge Valve ……………………………………….. LM9-LM10 MMB-015-**** Motor Load Control ………………………………………………….. LM43-LM45 MMB-025-**** Motor Load Control ………………………………………………….. LM46-LM48 N04A4 ………….. 3 Way, Internal Vent, External Pilot ………………………………………… DC9 N04B4 ………….. 3 Way, Internal Vent, External Pilot ………………………………………. DC10 N04G4 ………….. 3 Way, Vent to Atmosphere, External Pilot …………………………….. DC11 N04H4 ………….. 3 Way, Vent to Atmosphere, External Pilot …………………………….. DC12 N5A125 ………… 3 Way, 2 Position, External Drain, Open Transition …………………. DC13 N5A300 ………… 3 Way, 2 Position, External Drain, Open Transition …………………. DC14 N5B125 ………… 3 Way, 2 Position, External Drain, Closed Transition ……………….. DC15 N5B300 ………… 3 Way, 2 Position, External Drain, Closed Transition ……………….. DC16 N5C125 ………… 3 Way, 2 Position, External Drain, Diverter Valve, N.O. …………….. DC17 N5C300 ………… 3 Way, 2 Position, External Drain, Diverter Valve, N.O. …………….. DC18 N5D125 ………… 3 Way, 2 Position, External Drain, Diverter Valve, N.C. …………….. DC19 N5D300 ………… 3 Way, 2 Position, External Drain, Diverter Valve, N.C. …………….. DC20 NVH081 ………… Needle Valve, Cartridge Type ……………………………………………. FC7-FC8 NVH101 ………… Needle Valve, Cartridge Type ………………………………………….. FC9-FC10 PR103 ………….. Direct Acting Reducing/Relieving ……………………………… PC113-PC114 PRCH101 ………. Pilot Operated Reducing/Relieving w/Reverse Check …… PC131-PC132 PRH081 ………… Pilot Operated Reducing/Relieving ……………………………. PC123-PC124 PRH082 ………… Pilot Operated Reducing …………………………………………. PC115-PC116 PRH101 ………… Pilot Operated Reducing/Relieving ……………………………. PC125-PC126 PRH102 ………… Pilot Operated Reducing …………………………………………. PC117-PC118 PRH121 ………… Pilot Operated Reducing/Relieving ……………………………. PC127-PC128 PRH122 ………… Pilot Operated Reducing …………………………………………. PC119-PC120 PRH161 ………… Pilot Operated Reducing/Relieving ……………………………. PC129-PC130 PRH162 ………… Pilot Operated Reducing …………………………………………. PC121-PC122 R04A4 ………….. 2 Way, Normally Open, Pilot to Close, Ext. Vent ……………………….. DC4 R04B4 ………….. 2 Way, Normally Closed, Pilot to Open, Ext. Vent ……………………… DC5 R04C3 ………….. 2 Way, Normally Open, Pilot to Close ………………………………. DC1-DC2 R04D3 ………….. 2 Way, Normally Closed, Pilot to Open ……………………………………. DC3 R04E3 ………….. Normally Closed, Pilot to Close …………………………………………….. LE14 R04F3 …………… Normally Closed, Vent to Open …………………………………………….. LE20 R04G3 ………….. Normally Open, Vent to Close ………………………………………………. LE29 R04H3 ………….. Normally Open, Vent to Close ………………………………………………. LE25 R06E3 ………….. Normally Closed, Pilot to Close …………………………………………….. LE15 R06F3 …………… Normally Closed, Vent to Open …………………………………………….. LE21 R06G3 ………….. Normally Open, Vent to Close ………………………………………………. LE30 R06H3 ………….. Normally Open, Vent to Close ………………………………………………. LE26 R08E3 ………….. Normally Closed, Pilot to Close …………………………………………….. LE16 R08F3 …………… Normally Closed, Vent to Open …………………………………………….. LE22 RAH081 ………… Pilot Operated Spool Type …………………………………………… PC35-PC36 RAH101 ………… Pilot Operated Spool Type …………………………………………… PC37-PC38 RAH101V ………. Pilot Operated Vented Relief ………………………………………… PC51-PC52 RAH121 ………… Pilot Operated Spool Type …………………………………………… PC39-PC40 RAH161 ………… Pilot Operated Spool Type …………………………………………… PC41-PC42 RAH201 ………… Pilot Operated Spool Type …………………………………………… PC45-PC46 RD102 ………….. Direct Acting Relief, Poppet Type …………………………………. PC19-PC20 RD163 ………….. Direct Acting Differential Area Relief …………………………….. PC33-PC34 RDCH103 ……… Direct Acting Differential Relief Assembly ……………………… PC31-PC32 RDH042 ………… Direct Acting Relief, Poppet Type …………………………………….. PC7-PC8 RDH081 ………… Direct Acting Relief, Ball Type ……………………………………….. PC9-PC10 RDH082 ………… Direct Acting Relief, Poppet Type …………………………………. PC11-PC12 RDH083 ………… Direct Acting Differential Area Relief …………………………….. PC27-PC28 RDH101 ………… Direct Acting Relief, Ball Type ……………………………………… PC13-PC14 RDH103 ………… Direct Acting Differential Area Relief …………………………….. PC29-PC30 RU101 ………….. Direct Acting Unloading ……………………………………………… PC69-PC70 SV103 …………… Direct Acting, 2P-3W, Int. Pilot, Ext. Drain …………………….. PC95-PC96 SV104 …………… Direct Acting, 2P-2W, N.O., Ext. Pilot, Ext. Drain …………. PC105-PC106 SV105 …………… Direct Acting, 2P-2W, N.C., Ext. Pilot, Int. Drain …………….. PC97-PC98 SVCH101 ………. Pilot Operated with Reverse Check Assembly ………………… PC85-PC86 SVH081 ………… Pilot Operated, Int. Pilot, Ext. Drain ………………………………. PC75-PC76 SVH101 ………… Pilot Operated, Int. Pilot, Ext. Drain ………………………………. PC77-PC78 SVH102 ………… Pilot Operated, Ext. Pilot, Int. Drain ………………………………. PC81-PC82 SVH161 ………… Pilot Operated, Int. Pilot, Ext. Drain ………………………………. PC79-PC80 SVH162 ………… Pilot Operated, Ext. Pilot, Int. Drain ………………………………. PC83-PC84 XR101 ………….. Direct Acting Cross-over Relief ……………………………………. PC57-PC58 XRDH101 ……… Direct Acting Cross-over Relief ……………………………………. PC63-PC64 XRDH102 ……… Direct Acting Cross-over Relief w/Anti-Cav Check …………… PC65-PC66 XRDH103 ……… Direct Acting Cross-over Relief, Motor Mount ……………….. PC67-PC68 SERIES DESCRIPTION PAGE NO. SERIES DESCRIPTION PAGE NO. ✰Denotes New Winner’s Circle Product Line. ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ ✰ Catalog HY15-3502/US Threaded Cartridge Valves and Alphabetical Index Integrated Hydraulic Products VIII Parker Hannifin Corporation Hydraulic Cartridge Systems Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls Logic Elements Directional Controls Manual Valves Solenoid Valves Proportional Valves Coils & Electronics Bodies & Cavities Technical Data SH CV LM FC PC LE DC MV SV PV CE BC TD SERIES DESCRIPTION PAGE NO. SERIES DESCRIPTION PAGE NO. Cartridge Valve Coils CC ………………… 1/2″ Solenoid Tubes ………………………………………………………. CE3-CE4 CA ………………… 5/8″ Solenoid Tubes ………………………………………………………. CE5-CE6 Unicoil ………….. 1/2″ Solenoid Tubes ………………………………………………………. CE7-CE8 Unicoil ………….. 5/8″ Solenoid Tubes …………………………………………………….. CE9-CE10 DS ……………….. 1/2″ Solenoid Tubes …………………………………………………… CE11-CE12 DS ……………….. 5/8″ Solenoid Tubes …………………………………………………… CE13-CE14 DS ……………….. 1″ Solenoid Tubes ………………………………………………………………. CE15 Electronics XPRO704 ………. Soft Start Valve Controller, 12/24 VDC …………………………………… CE23 XPRO704b …….. Soft Start and Stop Valve Controller, 12/24 VDC ……………………… CE24 XPRO804 ………. Power Saver Controller, 12/24 VDC PWM ………………………………. CE25 XPRO902 ………. 12 VDC PWM Controller, 110Hz, 19W …………………………… CE17-CE18 XPRO902d …….. 12 VDC PWM Controller, 95-230Hz, 19W ……………………… CE19-CE20 XPRO902rid ….. 12 VDC PWM Controller, 95-230Hz, 19W, Multi-adj. ……….. CE21-CE22 XPRO904 ………. 24 VDC PWM Controller, 110Hz, 19W …………………………… CE17-CE18 XPRO904d …….. 24 VDC PWM Controller, 95-230Hz, 19W ……………………… CE19-CE20 XPRO904rid ….. 24 VDC PWM Controller, 95-230Hz, 19W, Multi-adj. ……….. CE21-CE22 XPRO932 ………. 12 VDC PWM Controller, 110Hz, 30W …………………………… CE17-CE18 XPRO932d …….. 12 VDC PWM Controller, 95-230Hz, 30W ……………………… CE19-CE20 XPRO932rid ….. 12 VDC PWM Controller, 95-230Hz, 30W, Multi-adj. ……….. CE21-CE22 XPRO934 ………. 24 VDC PWM Controller, 110Hz, 30W …………………………… CE17-CE18 XPRO934d …….. 24 VDC PWM Controller, 95-230Hz, 30W ……………………… CE19-CE20 XPRO934rid ….. 24 VDC PWM Controller, 95-230Hz, 30W, Multi-adj. ……….. CE21-CE22 Standard Bodies and Cavities C04-2 …………… 04 Size, 2 Way ……………………………………………………………………. BC7 C04-3 …………… 04 Size, 3 Way ……………………………………………………………………. BC8 C08-2 …………… 08 Size, 2 Way ……………………………………………………………………. BC9 C08-3 …………… 08 Size, 3 Way ………………………………………………………………….. BC10 C08-4 …………… 08 Size, 4 Way ………………………………………………………………….. BC11 C09-2 …………… 09 Size, 2 Way ………………………………………………………………….. BC12 C10-2 …………… 10 Size, 2 Way ………………………………………………………………….. BC13 C10-2T …………. 10 Size, 2 Way, “T” Body ……………………………………………………. BC14 C10-3 …………… 10 Size, 3 Way ………………………………………………………………….. BC15 C10-3S …………. 10 Size, 3 Way, Short …………………………………………………………. BC16 C10-4 …………… 10 Size, 4 Way ………………………………………………………………….. BC17 C11-3 …………… 11 Size, 3 Way ………………………………………………………………….. BC18 C12-2 …………… 12 Size, 2 Way ………………………………………………………………….. BC19 C12-3 …………… 12 Size, 3 Way ………………………………………………………………….. BC20 C12-3L …………. 12 Size, 3 Way, Long ………………………………………………………….. BC21 C12-4 …………… 12 Size, 4 Way ………………………………………………………………….. BC22 C12-4L …………. 12 Size, 4 Way, Long ………………………………………………………….. BC23 C16-2 …………… 16 Size, 2 Way ………………………………………………………………….. BC24 C16-3 …………… 16 Size, 3 Way ………………………………………………………………….. BC25 C16-3S …………. 16 Size, 3 Way, Short …………………………………………………………. BC26 C16-4 …………… 16 Size, 4 Way ………………………………………………………………….. BC27 C20-2 …………… 20 Size, 2 Way ………………………………………………………………….. BC28 C20-3S …………. 20 Size, 3 Way, Short …………………………………………………………. BC29 Counterbalance Cavities and Bodies MHC-010 ………. Single and Dual Counterbalance Bodies ………………………………… BC30 MHC-022 ………. Single and Dual Counterbalance Bodies ………………………………… BC31 MHC-025 ………. Single and Dual Counterbalance Bodies ………………………………… BC32 MHC-050 ………. Single and Dual Counterbalance Bodies ………………………………… BC33 Pilot Piston Cavities 10 Size ………….. 10 Size Cavity for Single Check and Pilot Piston …………………….. BC34 10 Size ………….. 10 Size Cavity for Dual Check and Pilot Piston ……………………….. BC34 16 Size ………….. 16 Size Cavity for Single Check and Pilot Piston …………………….. BC34 16 Size ………….. 16 Size Cavity for Dual Check and Pilot Piston ……………………….. BC34 Standard Cavity Plugs Cavity Plugs ………………………………………………………………………………………………. BC35 Cartpak Bodies BD03-ABN …….. A and B Port Interrupt, Body Only ………………………………………… BC41 BD03-ABT ……… A and B Ports to Tank, Body Only ………………………………………… BC43 BD03-ABX …….. A and B Port Crossover, Body Only ………………………………………. BC42 BD03-ADB …….. A Port Drain to B, Body Only ……………………………………………….. BC46 BD03-BDA …….. B Port Drain to A, Body Only ……………………………………………….. BC45 BD03-DDX …….. Ports A and B Drain to Crossover Port, Body Only ………………….. BC44 BD03-PN ………. P Port Interrupt, 2-Way, Body Only ………………………………………. BC36 BD03-PN2 …….. P Port Interrupt, 2-Way, Body Only ………………………………………. BC37 BD03-PNR …….. P Port Interrupt, Reducing Function, Body Only …………………….. BC38 BD03-PNS …….. P Port Interrupt, Sequencing Function, Body Only ………………….. BC39 BD03-PT ……….. P to T, Body Only ………………………………………………………………. BC40 Special Bodies and Cavities CAV0W-2 ………. 2 Port ………………………………………………………………………………. BC47 CAVSW-3 ………. 3 Port ………………………………………………………………………………. BC48 CAVT11A ………. 3 Port or 4 Port Dual ………………………………………………………….. BC49 CAVT21A ………. 4 Port ………………………………………………………………………………. BC50 2C ………………… 2 Port ………………………………………………………………………………. BC51 2G ……………….. 2 Port ………………………………………………………………………………. BC52 2R ……………….. 2 Port ………………………………………………………………………………. BC53 2U ……………….. 2 Port ………………………………………………………………………………. BC54 2X ………………… 2 Port ………………………………………………………………………………. BC55 3A ………………… 3 Port ………………………………………………………………………………. BC56 3C ………………… 3 Port or 4 Port Dual ………………………………………………………….. BC57 3J ………………… 3 Port ………………………………………………………………………………. BC58 3K ………………… 3 Port ………………………………………………………………………………. BC59 3M ……………….. 3 Port or 4 Port Dual ………………………………………………………….. BC60 3X ………………… 3 Port ………………………………………………………………………………. BC61 3Z ………………… 3 Port ………………………………………………………………………………. BC62 4C ………………… 4 Port ………………………………………………………………………………. BC63 5A ………………… 5 Port ………………………………………………………………………………. BC64 53-1 ……………… 3 Port or 4 Port Dual ………………………………………………………….. BC65 54-1 ……………… 3 Port ………………………………………………………………………………. BC66 68-1 ……………… 3 Port or 4 Port Dual ………………………………………………………….. BC67 91-1 ……………… 3 Port ………………………………………………………………………………. BC68 100-1 ……………. 5 Port ………………………………………………………………………………. BC69 Technical Data Basic Hydraulic Formulas ……………………………………………………………………………… TD1 Ratings and Testing ……………………………………………………………………………………… TD1 Temperature Ratings ……………………………………………………………………………………. TD1 Viscosity …………………………………………………………………………………………………….. TD1 Pressure Ratings …………………………………………………………………………………………. TD1 Thermal Shock ……………………………………………………………………………………………. TD1 Service and Components ………………………………………………………………………………. TD1 Limitations in Use ………………………………………………………………………………………… TD1 Seal Material Selection …………………………………………………………………………………. TD2 Hydraulic Fluids …………………………………………………………………………………………… TD3 Hydraulic Filtration ………………………………………………………………………………………. TD3 Application of Product ………………………………………………………………………………….. TD3 Offer of Sale ……………………………………………………………………………………………….. TD4 Catalog HY15-3502/US IX Parker Hannifin Corporation Hydraulic Cartridge Systems Threaded Cartridge Valves and Integrated Hydraulic Products Check Valves CV1-CV39 Shuttle Valves SH1-SH15 Load and Motor Control Valves LM1-LM50 Flow Control Valves FC1-FC50 Pressure Control Valves PC1-PC132 Logic Element Valves LE1-LE30 Directional Control Valves DC1-DC20 Manual Valves MV1-MV12 Solenoid Valves SV1-SV108 Proportional Valves PV1-PV61 Coils and Electronics CE1-CE25 Bodies and Cavities BC1-BC69 Technical Data TD1-TD4 Check Valves Shuttle Valves Load/Motor Controls Flow Controls Pressure Controls Logic Elements Directional Controls Manual Valves Proportional Valves Coils & Electronics Technical Data SH CV LM FC PC LE DC MV SV PV CE BC TD Bodies & Cavities Solenoid Valves X Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems The HCSD Story . . . The Hydraulic Cartridge Systems Division (HCSD), headquartered in Lincolnshire, Illinois, was “born” as a Parker manufacturing division on July 1st, 2000. Through several acquisitions, Parker has assembled a line-up of respected cartridge valve manufacturers, including; Sterling Hydraulics, Waterman Hydraulics, Fluid Power Systems (FPS), Gresen, and CEC. Through this assembly of products, Parker’s product offering is now one of the most extensive in the industry. The objective and mission of HCSD: “The Hydraulic Cartridge Systems Division of Parker Hannifin is a world leader in the manufacture of hydraulic cartridge products and integrated systems. We will provide the best quality and value to our Customers by delivering Premier Customer Service, rapid application support, advanced technology products, and value-based engineering solutions.” The division currently has four locations, each providing various aspects of cartridge valve manufacturing, assembly, test, as well as manifold machining and other secondary operations. Each location is supported by a local management team, along with an experienced and welltrained work force. Parker believes the best in efficient manufacturing and Premier Customer Service cannot be achieved unless the process of continuous improvement is in place. We are continuously measuring our progress to exceed the expectation of the market through Kaizen events, Lean initiatives, 5 “S” quality programs, and other continuous improvement programs. Lincolnshire operations . . . The division headquarters is located in Lincolnshire, Illinois, which is approximately 15 miles north of Chicago, and a 20 minute drive north of O’Hare airport. This location houses many of the primary division functions such as Marketing, Product Management, Engineering, Customer Service, Accounting, Quality Engineering, and Research & Development. In addition to the office headquarters, the 85,000 sq. ft. building features a newly remodeled plant space for the assembly and test of cartridge valves and manifold products. With its experienced, dedicated work force, Parker is proud to present Lincolnshire as the assembly and test home for the new Winner’s Circle product line. This location serves as the primary contact point for customers, distributors, and Parker sales representatives. XI Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems All Parker facilities are ISO 9000 registered, ensuring complete customer satisfaction. Monterrey operations . . . The Monterrey cartridge valve assembly and test operations are housed in a wellequipped modern manufacturing facility, just 2 hours west of McAllen, Texas. Parker began operations in this new facility in 1998. This location focuses primarily on the assembly and test of cartridge valves. IHD actually shares this facility with other Parker divisions in order to maximize the efficiency of the assembly and support processes. XII Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems The HCSDE Story . . . With its developments in integrated hydraulic products, Parker has decided to penetrate the expanding European market by creating a focused resource with engineering and manufacturing capability for both cartridge valves and manifold systems. This division is named Hydraulic Cartridge Systems Division-Europe based in Crewkerne – England. This allows Parker to take advantage of its strengths in product offerings and truly provide OEM’s with “one stop shopping”. With the vast resources of its many divisions available, Parker has the unique ability to adapt other Parker products within speciality manifolds, beyond just the integration of valve products. Our objectives and development are linked directly with HCSD and are in line with our Global Hydraulics Group goals. HCSDE have three locations, with its headquarters in Crewkerne, a manifold production facility in Boras – Sweden, and the volume cartridge production facility in Chomutov. – Czech Republic. The following is a brief review of each location: Crewkerne operations . . . The Crewkerne operation is the headquarters for Hydraulic Cartridge Systems Division-Europe. This facility houses a complete machine shop well equipped to accommodate a large variety of turning, grinding, and milling operations to support complete cartridge valve manufacturing. Also, the Crewkerne facility has a complete Assembly and Test operation with automated assembly and testing in selected cells. Recent investments have improved efficiency which has allowed capacity to grow to over 1,500,000 valves per year. The following activities are supported from this location:  Customer Service  Product and Technical Support  Manifold Systems  Quality Assurance Systems  Manufacturing Support  Finance  Purchasing  Marketing  Engineering Support for Cartridge Valves XIII Catalog HY15-3502/US Parker Hannifin Corporation Hydraulic Cartridge Systems All Parker facilities are ISO 9000 registered, ensuring complete customer satisfaction. Boras operations . . . The manifold systems “team” is located in Boras Sweden, 30 miles East of Gothenburg. This “team” focuses on the production on integrated hydraulic circuits which are incorporated into mobile systems. By working closely with the Mobile Controls Division (M.C.D.) we are also able to take full advantage of Parker’s unique spool valve product offering, and systems engineering expertise. Boras also has a prototype Speed Shop capability, and provides local manifold design and production support for the Nordic region. Manifold system application engineering and manufacturing capability is also available at several other Parker Sales locations throughout Europe. Parker can provide both standard circuit and customengineered hydraulic solutions. Each facility uses compatible CAD / CAM packages to enable the resource to be shared whilst keeping the application engineering close to our customers. Chomutov operations . . . The Chomutov cartridge valve and simple Manifold system assembly and test operation is located in a brand new manufacturing facility, 50 miles north of Prague in the city of Chomutov – Czech Republic. The facility is based on LEAN manufacturing techniques Such as Value Stream Mapping, “Point-of-Use” Inventory, Kanban controls, 5S, Visual factory, Small batch flow, Balanced work flow etc. and is operated using fully equipped “cells” which are dedicated to specific product “families” with each one having a “state-of-the-art” test stand with manual or automated electronic controls and quick change-over fixtures. Products are distributed to customers’ throughout Europe via the Cartridge Valve Distribution Center (C.V.D.C) in conjunction with the United Parcel Service (U.P.S.) Motors Full line of high and low speed motors provides power up to 15,000 in-lbs of torque. www.parker.com/pumpmotor Pumps Broad line of energy- efficient hydraulic pumps that includes piston, vane and gear pumps. www.parker.com/hydraulicpump Power Units The most complete line of standard, pre-engineered, cataloged hydraulic power units in the industry. www.parker.com/hydraulicpump Valves and Controls Hydraulic valves for virtually every hydraulic equipment application, from simple to precise control. www.parker.com/hydraulicvalve Electronics/Remote Controls Parker’s unique IQAN approach combines sturdy, well-tested hardware with intelligent, flexible computing power. www.parker.com/iqan Filtration Pressure and return line filters enhances machine life, reduces maintenance and lowers costs. www.parker.com/hydraulicfilter Compact Hydraulics Self-contained with a motor, gear pump, reservoir, internal valving, load hold checks and relief valves. www.parker.com/oildyne Cylinders Standard and custom hydraulic cylinders for industrial and mobile applications. www.parker.com/hydcyl Rotary Actuator Industry leader in the design and manufacture of hydraulic rack and pinion, and vane style rotary actuators. www.parker.com/actuator Accumulators Piston, bladder and diaphragm type accumulators, gas bottles and Kleen- Vent reservoir isolators. www.parker.com/accumulator Power Take Off Parker Chelsea leads the industry for engineering, innovation and performance in auxiliary power systems. www.parker.com/chelsea Integrated Hydraulic Circuits Solutions for complex circuits that include threaded cartridge valves integrated into a single manifold. www.parker.com/hcs Extensive Hydraulic Product Offering Parker Hannifi n Corporation Hydraulic Cartridge Systems 595 Schelter Road Lincolnshire, IL 60069 phone 847 955 5000 fax 847 383 8905 www.parker.com/hcs The Hydraulic Cartridge Systems Division is a leader in the cartridge valve and custom manifold industry, serving both the mobile and industrial machine markets. Our team of application engineers and manufacturers consistently challenge valve standards to achieve the most effi cient and fl exible designs. They work hard to provide the highest level of customer satisfaction and support. Discover how Parker HCS can be the ONE source for all your hydraulic cartridge and manifold needs. Have questions? Contact us at HCSInfo@parker.com. Parker Hydraulic Cartridge Systems © 2010 Parker Hannifi n Corporation Print HY15-3502/USA,EU 9/2010 Parker Hannifi n Ltd. Hydraulic Cartridge Systems Europe Blacknell Lane Crewkerne, Somerset TA18 8LL, UK phone +44 (0) 1460 271800 fax +44 (0) 1460 271801 Parker Hannifi n Corporation Corporate Headquarters 6035 Parkland Blvd Cleveland, OH 44124 USA Tel: 216-896-3000 Fax: 216-896-4000 For information, please contact Parker toll free at 1-800-C-PARKER (1-800-272-7537). Outside of North America contact us via Freephone at 00800 27 27 5374. Parker Hannifi n Corporation Hydraulic Cartridge Systems 595 Schelter Road Lincolnshire, IL 60069 USA phone 847 955 5000 fax 847 383 8905 www.parker.com/hcs Parker Hannifi n Ltd. Hydraulic Cartridge Systems Europe Blacknell Lane Crewkerne, Somerset TA18 8LL, UK phone +44 (0) 1460 271800 fax +44 (0) 1460 271801