X-Series. Load-Sensing Sectional Control Block. Table of contents

Transcription

1 X-Series Load-Sensing Sectional ontrol lock -6 Nominal pressure: 5076 psi (350 bar) Nominal flow rate l ump port: 66 gpm (250 l/min) l Working ports: 42 gpm (160 l/min) with compensator and load holding function able of contents roduct features 2 General information and functional description 2 l Overview 2 echnical data 4 Modular structure 5 Example of block specification and type code 6 Inlet plates 7 l Inlet plate L17 7 l Universal inlet plate UL17 / UL17F 8 l Option blocks for inlet plate UL17F 9 Working sections 11 l Working sections 6 / 6 / 6F 11 l Main spool and pressure compensator 12 l pressure limitation 16 l Workport valves 17 l Operation units 18 l Spring caps 20 l Option blocks for working section 6F 21 End plates 24 l End plate ER1 25 l End plates ER2 / ER27 / ER2F 25 l Option blocks for end plate ER2F 26 Solenoid valves and coils 27 onnection type, fastening and tie rods 28 Installation, usage and maintenance information 28 Dimensions 29 ype code 32 Ordering examples 35 MHD N#

2 roduct features l Load pressure independent flow control with - Open enter (O) system for fixed displacement pump - losed enter () system for variable displacement pump l Flow-optimized valve design l High mechanical and electrical resolution l ompact size and low weight l Modular design up to 8 working sections l ypes of operation (with/ without hand lever): - Hydraulic - Electrohydraulic (on/off, proportional) l pplication-specific main spools with adjustable stroke limiter l Shock/ anti-cavitation valves for protection of actuators l djustable load sense pressure limitation (mechanically or electro proportionally) causes the compensator to block flow to the working ports or independently l Direct-mounted option blocks for remote control of and pilot oil supply l End plates with additional pilot oil supply options l reas of application: - ranes - Forestry - Lifting platforms - Municipal vehicles - Drilling machinery - ruck applications - onstruction - Stationary applications - griculture General information and functional description he -6 is a proportional directional control valve according to the load-sensing principle pre compensated. he nominal flow rate to the working ports and is 160 l/min. he main spool 2.1 determines the flow direction and magnitude of flow rate. ressure control valves and are providing shifting pressure to the left and right side of the main spool 2.1 to control its position. he level of electric current determines the level of pilot pressure and therefore the position of the main spool. djustable stroke limiters and can be set mechanically to limit the maximum flow rate to the working ports and. he pressure compensator 2.7 keeps the flow rate to the actuator constant, even if the system pressure varies. ressure changes at the pump or working ports and are compensated for each working section individually. he maximum operating pressure can be adjusted by pressure limitation for working ports and separately. Shock / anti-cavitation valves protect the working ports and from pressure peaks. nti-cavitation valves protect the system from cavitation. Shuttle valves are integrated into the working sections to signal the highest load pressure for the valve stack to the inlet plate or variable displacement pump. Overview MHD N# ressure compensator 2.1 Main spool Workport valve port (anti-cavitation valve) Workport valve port (shock / anti-cavitation valve) Stroke limiter port (clockwise rotation) Stroke limiter port (counterclockwise rotation) ressure control valve port ressure control valve port 2

3 Overview orts ump 1.1 M ump measuring port ank Load-sensing, Working ports ilot oil supply ilot drain MY ilot pressure measuring port (port ) MY MY MY 3.2 L1 1.1 M L L LR Inlet plate 1.1 Main axis of 3-way flow controller or pump pressure limiter 1.2 ilot pressure relief valve of main axis Operation unit Stroke limiter of main spool port Stroke limiter of main spool port 1.3 Option block for inlet plate 2.0 Working section 2.1 Main spool pressure limitation port pressure limitation port Workport valve port Workport valve port 2.5 Spring cap 2.6 Option block for working section 2.7 ressure compensator 2.8 shuttle valve 3.0 End plate 3.1 Filter element 3.2 ressure reducing valve for internal pilot oil supply MHD N#

4 echnical data General data and operating conditions No. of working sections: 1 8 1) Installation position: Optional Mass in lbs (kg): Inlet plate L17 / UL17 / UL17F 13.4 / 13.2 / 13.0 (6.1 / 6.0 / 5.9) Option block UD1 / UW / 2.4 (0.4 / 1.1) Working section 6 / 6 / 6F 11.2 / 10.4 / 10.1 (5.1 / 4.7 / 4.6) Operation unit H... / E / 2.0 (0.4 / 0.9) Hand lever 1 / 2 / (0.1) Option block LD1 / LW... / LW / 2.6 / 3.5 (0.3 / 1.2 / 1.6) End plate ER1 / ER 2 / ER27 / ER2F 8.8 / 8.6 / 9.3 / 8.6 (4.0 / 3.9 / 4.2 / 3.9) Option block E1 1.5 (0.7) ie rod for working sections 2 / 4 / 6 / / 1.1 / 1.5 / 1.8 (0.3 / 0.5 / 0.7 / 0.8) onnection type (thread type): S (acc. to ISO ); SE (acc. to ISO or SE J1626) mbient temperature range: -4 to 140 F (-20 to +60 ) 1) Hydraulic fluid temperature range: -4 to 176 F (-20 to +80 ) 1) ainting: Standard primer and top coat RL 9005 on inquiry Hydraulic data Nominal flow rate /, 66 gpm / 42 gpm (250 l/min / 160 l/min) Nominal pressure Max. operating pressure at port: /, 5076 psi (350 bar) 5076 psi / 6092 psi (350 bar / 420 bar) 435 psi (30 bar) for external drained tank line 145 psi (10 bar) for internal connection Drained to tank Max. pilot pressure at port / X, Y 435 psi (30 bar) ilot pressure range 94 to 290 psi (6.5 to 20 bar) hydraulic 65 to 290 psi (4.5 to 20 bar) electrohydraulic Required control Δp at the control block 247 psi (17 bar) Hydraulic fluid Mineral oil (HL/HL) acc. to DIN 51524, other hydraulic fluids on inquiry Viscosity range mm 2 /s Max. permitted degree of contamination of the hydraulic fluid 20/18/15 acc. to ISO 4406 (c) lease contact HYD Filtration echnology to ensure system cleanliness Electrical data Supply voltages Solenoid data onnector type and I protection class (with mating connector mounted and locked) mplifiers and control devices 12 V D / 24 V D See section Operation units and Solenoid valves and coils M Junior imer, 2-pin, axial / up to I6K6 2) Deutsch D04, 2-pin, axial / up to IX9K 2) See roduct atalogue ontrol echnology for Mobile Machines 1) Deviation of data on inquiry only 2) Mating plug-in connectors are not included! he technical data and characteristic curves were determined at a viscosity of 32 mm²/s MHD N#

5 Modular structure he -6 can be customised to different applications and machines. he principle sectional design and modular structure consists of an inlet plate, max. 8 working sections and an end plate. complete control block is defined by a type code system. Setup with left hand inlet plate ype code structure General -6 / S 0 onnection type (S) or S (SE) No. of working sections (01-08) Inlet plate UL17F /... / UW Inlet plate L Inlet plate UL Inlet plate UL17F 1.4 Option block UD1, UW1... Working section 6F /... / LW Working section Working section Working section 6F. 2.4 Hydraulic operation HY. 2.5 Electrohydraulic operation E1Y, EY. 2.6 Spring cap 2.7 Option block LD1, LW..., LW1... End plate ER2F /... / E End plate ER1 3.2 End plate ER2 3.3 End plate ER End plate ER2F 3.5 Option block E1 MHD N#

6 Example of block specifications and type code Example: control block for hydraulic system with variable displacement pump ( system) ype code ontrol block specification Valve type with 3 working sections -603 / S0 S0 SE connection type, valve series 0 Inlet plate L17 Left hand inlet plate for systems, w/o primary pressure limiter L17 / 300 / V2D 300 pressure relief valve set to 300 bar V2D unloading valve (normally open) with 24 V solenoid and connector type Deutsch D04-2 Working section 1 6 asic section type w/o or workport valves 6 / S RN / EYHS2D-1 / 1E S RN EYHS2D-1 1E - Main spool type S (closed in neutral position) - Flow rate at working port and 160 l/min - ressure compensator with load holding function, spring type N - Electrohydraulic operation and measuring port MY - Hand lever axis and stroke limiter - 24 V solenoid and connector type Deutsch D Hand lever type 1 Spring cap for electrohydraulic operation Working sections 2 and 3 6 Working section with and workport valves 6 / R RG / 200 / 250 / EYHS2D-1 / 1E R RG - Main spool type R (unloaded in neutral position) - Flow rate at working port and 50 l/min - ressure compensator with load holding function, spring type G 200 pressure limitation port 200 bar, port plug screw 250 Shock valve port 250 bar, port plug screw EYHS2D-1 1E - Electrohydraulic operation and measuring port MY - Hand lever axis and stroke limiter - 24 V solenoid and connector type Deutsch D Hand lever type 1 Spring cap for electrohydraulic operation End plate ER2 / 0 0 No options (standard) ER2 Right hand end plate with internal pilot oil supply and external drained tank line M Y M Y M Y MHD N# M L S L S 6

7 Inlet plate L17 ype code L17 / 300 / V2D asic type losed enter system for variable displacement pump L Left hand side 1 Version L17/ _/ _ 1 7 ort size / 2 pressure relief valve _ ressure setting in bar, 3-digit, max psi (350 bar) lug screw 2 3 Option valve for circuit 1) 3 V lug screw unloading Normally open (Manual emergency operation) M W 0 unloading Normally closed (Manual emergency operation) Electro-proportional pressure adjustment ressure stage : 350 bar 12 V: I max = 1,500 m 24 V: I max = 750 m L17// L17/250/W2 L17/300/01D! he electro-proportional pressure relief valve 0 is not suitable for acting as an unloading valve. 1) Solenoid (supply voltage, connector type) 1_ 12 V 2_ 24 V D M Junior imer Deutsch D04-2 Example configurations L17// l asic type L17 l w/o pressure relief valve (plug screw) l w/o option valve (plug screw) M M M L17/300/01D l asic type L17 l pressure relief valve set to 300 bar l option valve type 0, electro-proportional pressure adjustment (pressure stage : 350 bar) l 12 V solenoid and connector type Deutsch D04-2! Unloading the circuit with the option valves V and W 3 will not block the flow to the working ports and completely when the main spool is out of neutral position. Regardless of viscosity or parallel operation, the working pressure during blocking can be up to 15 bar depending on the selected pressure compensator spring type. For working sections without pressure compensator (load holding function only), the stand-by pressure of the variable displacement pump has to be taken into account. Note: Other inlet configurations available. onsult factory. 1) See section Solenoid valves and coils MHD N#

8 Universal inlet plate UL17 / UL17F ype code UL17 / 250 / F UL17F / 300 / / UW1V2D asic type U Universal plate for O and systems L Left hand side 1 Version 7 ort size / F Flange interface for option blocks UL17/ _ / F 1 UL17/ _ / 2 ilot pressure relief valve of main axis _ ressure setting in bar, 3-digit, max. 350 bar 2 lug screw 3 Logic of main axis F 3-way flow controller for fixed displacement pump ump pressure relief valve for variable displacement pump 4 Option block for basic type UL17F 3 M M haracteristic curves (measured at 32 mm²/s) Q in l/min L S p in psi p in bar Flange channels ilot drain Load-sensing L1 Load signal 1 ump Load signal X 1) 4 L1 UL17F/ _ // Q in gpm Open enter circulation pressure 5 0 Q in l/min MHD N# M 1) Separate, internal channel for optional functions p in psi Q in gpm ressure relief function p in bar 8

9 Option blocks for inlet plate UL17F ype code UL17F / 300 / / UW1V2D Flange channels ilot drain Load-sensing L1 Load signal 1 ump Load signal X UD1 L1 Dummy plate UD asic type 1 Version 1 option valves 1) UW1W UW1V UW1 V asic type unloading Normally open (Manual emergency operation) W unloading Normally closed (Manual emergency operation) L1 L1 0 Electro-proportional pressure adjustment ressure stage : 350 bar 12 V: I max = 1,500 m 24 V: I max = 750 m UW10! he electro-proportional pressure relief valve 0 is not suitable for acting as an unloading valve. 1) Solenoid (supply voltage, connector type) 1_ 12 V 2_ 24 V L1 M Example configurations UW1W2 l asic type UW1 l option valve type W, normally closed l 24 V solenoid and connector type M Junior imer L S D! M Junior imer Deutsch D04-2 Unloading the circuit with the option valves V and W will not block the flow to the working ports and completely when the main spool is out of neutral position. Regardless of viscosity or parallel operation, the working pressure during blocking can be up to 15 bar depending on the selected pressure compensator spring type. For working sections without pressure compensator (load holding function only), the stand-by pressure of the variable displacement pump or circulation pressure of the fixed displacement pump has to be taken into account. UW101D l asic type UW1 l option valve type 0, electro-proportional pressure adjustment (pressure stage : 350 bar) l 12 V solenoid and connector type Deutsch D04-2 1) See section Solenoid valves and coils MHD N#

10 Option blocks for inlet plate UL17F UW1M _ W UW1M _ V Switchable pressure limitation for circuit 1) UW1M asic type _ ressure setting in bar, 3-digit, max. 350 bar L1 L1 V Normally open (Manual emergency operation) W Normally closed (Manual emergency operation) Solenoid (supply voltage, connector type) 1_ 12 V 2_ 24 V M D M Junior imer Deutsch D04-2 Example configurations UW1M200W2 l asic type UW1M l pressure relief valve set to 200 bar l option valve type W, normally closed l 24 V solenoid and connector type M Junior imer MHD N# ) See section Solenoid valves and coils 10

11 Working sections 6 / 6 / 6F 6 /... 6 /... 6F / (b ) (b ) (b ) (0 ) (a ) 2 (0 ) (a ) (0 ) (a ) 4 L L LR 6 7 Flange channels ilot drain L Load signal port L Load signal port LR Load signal port and Load-Sensing ( circuit) ype code 6 / R RN / EYHS2D-1 / 1E 6 / R RN / 250 / 300 / EYHS2D-1 / 1E 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D asic type 6 6 6F asic section type w/o pressure limitation and workport valves Working section with pressure limitation and workport valves Working section with pressure limitation and workport valves Flange interface for option blocks ort size 6 for working ports / 2 Main spool and pressure compensator 3 pressure limitation 4 Workport valves 5 Operation unit 6 Spring cap 7 Option block for basic type 6F MHD N#

12 Main spool and pressure compensator ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D 2.1 asic type of main spool Examples R R N MS L Max. flow at port to actuator in l/min 2.3 haracteristic curve and overlap 2.4 Max. flow at port to actuator in l/min 2.5 asic type of pressure compensator / load holding function 2.6 ressure compensator spring type asic type of main spool ylinder as actuator S R S R 4/3 directional valve closed in neutral position 4/3 directional valve unloaded in neutral position (b) (0) (a) 4/3 directional valve closed in neutral position 20 bar return orifice for and to support system stability 4/3 directional valve unloaded in neutral position 20 bar return line orifice for port and to support system stability Motor as actuator MS MS 4/3 directional valve open in neutral position (b) (0) (a) Regeneration function RS RR RS 4/3 directional valve closed in neutral position Regeneration function in spool position (a) (b) RR 4/3 directional valve unloaded in neutral position Regeneration function in spool position (a) MHD N# (0) (a)! Other spool types and configurations on inquiry 12

13 haracteristic curves (measured at 32 mm²/s) 120 Q (/) in l/min S 90 6 p in psi 60 MS 4 p in bar Q (/) in gpm Differential pressure / MHD N# S: ylinder spool type nominal control edge size: 08 MS: Motor spool type nominal control edge size: 08 13

14 Main spool and pressure compensator ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D R R N Main spool flow range Symmetrical spools Max. flow rate to actuator in l/min (ort - ort ) ressure compensator ressure compensator spring ype ype Identifier R Y Yellow R W lue R N None R G Green Nominal control edge size symmetrical spools (on inquiry) he main spool for asymmetrical flow rates can only be defined within one row in the table above. he higher flow rate must be assigned to working port (e.g , , ). haracteristic curve and overlap rogressive/positive (standard) haracteristic curves for nominal flow rates of main spool (measured at 32 mm²/s) Q (/) in gpm Q (/) in l/min V: l in m MHD N# V: l in m Hydraulic in bar Hydraulic in psi Stroke in mm Stroke in inches Example: Max. flow to the actuator at working port and : 120 l/min 1. See table above: nominal control edge size with pressure compensator spring Y Q = l/min 2. Setting to final target value 120 l/min by stroke limiter

15 Main spool and pressure compensator ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D R R N Flow control by section pressure compensator Figure Main spool in neutral position (ype R / unloaded to ) Figure Main spool out of neutral position (, ) is not connected to the working ports and when the main spool 2.1 is in neutral position(fig. ). he compensator spool 2.5 is moved to left against the compensator spring 2.6 by pump pressure and blocks flow to the main spool. When the main spool 2.1 is operated out of the neutral position (Fig. ), the load pressure ( pressure) of the working port or is connected to the spring chamber of the pressure compensator and moves the compensator spool to the right into a corresponding controlled position. he flow rate through the main spool (= metering orifice) is kept constant by the pressure compensator when sections are in parallel operation with different load or pump pressures. he characteristic flow rate curve of a main spool can be adapted and optimized to each application by using the different pressure compensator spring types Y,, N or G. Q (/) in gpm ump pressure compensation (measured at 32 mm²/s) p ( - /) in bar p ( - /) in psi Q (/) in l/min asic types of pressure compensator / load holding function R L ressure compensator spool - released with load holding function (standard type)! he load holding function is not free of leak oil, the hydraulic schematic / symbol is simplified he pressure compensator R must always be indicated in the type code with the corresponding compensator spring type Y,, N or G. Load holding function only! he load holding function is not free of leak oil, the hydraulic schematic / symbol is simplified. Different load or pump pressures are not compensated when sections are in parallel operation. he flow rate to the actuator depends on the pressure difference between pump pressure and load ( pressure). Main spool definition and detailed system setup on inquiry. he pressure compensator spring 2.6 is not indicated for the load holding function in the type code. Example: MS L MHD N#

16 pressure limitation ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D djustable pressure limitation by blocking the sectional flow rate to the working ports and. For option valves and electro-proportional pressure adjustment, see section Option blocks for working section 6F. 3.1 pressure limitation port 3.2 pressure limitation port asic type _ ressure setting in bar, 3-digit Minimum setting: 050 bar Maximum setting: 320 bar lug screw U unloading permanent (3/3 directional valve function)! he max. pressure setting in the inlet plate has to be min. 20 bar higher than the pressure limitation in the working section. Q (/) in gpm Load pressure compensation / limitation (measured at 32 mm²/s) p ( - /) in bar p ( - /) in psi MHD N# Q (/) in l/min 16

17 Workport valves ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D Fixed shock/anti-cavitation valves protect working ports and against pressure peaks and cavitation. nti-cavitation valves protect the system against cavitation.! Shock/anti-cavitation valves are only for reduction of pressure peaks and should not be used as pressure relief valves.! he setting for shock/anti-cavitation valves are fixed ex works. he pressure setting is defined at a flow rate of 10 l/min. 4.1 Workport valve port 4.2 Workport valve port asic type _ Shock/anti-cavitation valve ressure setting in bar, 3-digit (fixed) See table on next page for settings nti-cavitation valve lug screw haracteristic curves (measured at 32 mm²/s) Q (/) in l/min p (/) in psi p (/) in bar! In case of shock/anti-cavitation valves for all working ports, the pressure relief valve in the inlet plate L17 or UL17/.../F has to be defined min. 20 bar below the highest shock relief valve setting Q (/) in gpm Shock function / MHD N#

18 Workport valves! he maximum pressure setting for the shock/anti-cavitation valves depends on the chosen pressure settings for the limitations port and. o avoid interaction recommended values are shown in the following table. he values listed in the table are calculated according to the following guidelines: Shock valve setting p shock < 2200 psi (150 bar): p shock p > 290 psi (20 bar) Shock valve setting p shock 2200 psi (150 bar): p shock p > 435 psi (30 bar) p in psi haracteristic curves (measured at 32 mm²/s) Q (/) in l/min S p in bar Q (/) in gpm nti-cavitation function / S: Shock/anti-cavitation valve : nti-cavitation valve Shock / anti-cavitation valve pressure settings (fixed) Settings olerance range psi bar ± psi ± bar Max. psi pressure cut-off bar (Min./max. pressure limitation setting: 050/320 bar) Operation units ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D E Y H S 2D - 1 H Y S asic type 5.2 Hand lever axis/main spool stroke limiter 5.3 Electrical supply voltage, connector type 5.4 Hand lever asic types 5.1 X HY E1Y EY Y MY MY M Y HY Unit for hydraulic operation: ort X: spool position (a) ort Y: spool position (b) ilot pressure measuring port MY: spool position (b) E1Y Unit for electrohydraulic operation, on/off: orifice setup 1 (orifice 1,0 mm) ilot pressure measuring port MY: spool position (b) EY Unit for electrohydraulic operation, proportional: ilot pressure measuring port MY: spool position (b) MHD N# ( b) ( 0) ( a) ( b) ( 0) ( a) ( b) ( 0) ( a) 18

19 Operation units echnical data for electrohydraulic pilot valves (on/off and proportional) General Supply voltage V D oil resistance at 20 (±5%) Ω Duty cycle % 100 onnector type and I protection class (with mating connector mounted and locked) M Junior imer, up to I6K6 2) 2-pin, axial Deutsch D04, up to IX9K 2) 2-pin, axial rotective screen µm ressure control valve (proportional) Supply voltage V D Max. control current m 1, WM frequency Hz (recommended) 1) 1) he WM frequency is to be optimized depending on the application 2) Mating plug-in connectors are not included! Standards ISO and ISO 4413 must be observed in regard to the surface temperatures occurring on the coils. Hand lever axis/main spool stroke limiter 5.2 H S HS - w/o hand lever axis w/o stroke limiter (n/a) H Hand lever axis w/o stroke limiter S Stroke limiter w/o hand lever axis HS Hand lever axis stroke limiter ( b) ( b) ( b) ( b) Interface of hand lever axis and hand lever: Hexagon WF9 ( 0) ( 0) ( 0) ( 0)! Stroke limiter must be used for the fine adjustment of max. flow rates to the working ports and. (see section Main spool and pressure compensator ). ( a) ( a) ( a) ( a) Dimension X for max. spool stroke: See section Dimensions Electrical supply voltage, connector type 5.3 1_ 12 V 2_ 24 V D M Junior imer Deutsch D04-2! Electrohydraulic operation can be overruled by mechanical operation. he hand lever is directly connected to the main spool and follows the movement of the spool. Hand lever / 2 / 3 / 3_ - w/o hand lever (n/a) 1 Standard lever 2 Standard lever, short for emergency operation ca ca. 30 ( b) ( 0) ( a) 3 Universal clamp without hand lever 3_ Universal clamp with hand lever (standard length) Interface of hand lever axis and hand lever: Hexagon WF9! he hand lever is directly connected to the main spool and follows the movement of the spool. hand lever can only be specified in combination with a hand lever axis type H 5.2. MHD N#

20 Operation units Standard lever Standard lever, short (Emergency operation) 1 2 Universal clamp with hand lever 3_ Left op 33 Right 3.66 (93) Ø 0.98 (25) 6.67 (169.5) 6.67 (169.5) 7.87 (200) Universal clamp 2.24 (57) 8.43 (214) (57) 2.24 (57) 9 mm 4 mm 3x M8x1.25 / 8 deep ossible hand lever positions: see section Dimensions ctuating torque on execution: - Hydraulic: min ft-lbs (5 19 Nm) - Electrohydraulic: min ft-lbs (3 19 Nm) Spring caps ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D 1 E MHD N# _ ( b) ( 0) ( a) 6.1 asic type 1 ype 1 (standard) w/o pilot pressure measuring port MX: spool position (a) 6.2 Main spool spring package he spring package must be specified! according to the operation unit 5.1. H E Hydraulic operation type HY Electrohydraulic operation type E1Y, EY 20

21 Option blocks for working section 6F ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRV2D LW R V 2D ! he option blocks can be used only in combination with the sectional pressure compensator type R Flange channels ilot drain L Load signal port L Load signal port LR Load signal port and LD1 L L LR Dummy plate LD asic type 1 Version 1 Load-Sensing ( circuit) option valves 1) M Y! Unloading the load signal or circuit with the option valves V and W will not block the flow to the working ports and completely when the main spool is out of neutral position. 7.1 asic type LW 7.2 Flange channel Regardless of viscosity or parallel operation, the working pressure during blocking can be up to 15 bar depending on the selected pressure compensator spring type. R S Load signal port Load signal port Load signal port and Load-Sensing ( circuit) 7.3 Solenoid valve L L LR V W unloading Normally open (Manual emergency operation) unloading Normally closed (Manual emergency operation) ! Electro-proportional pressure adjustment ressure stage : 5100 psi (350 bar) 12 V: I max = 1,500 m 24 V: I max = 750 m he electro-proportional pressure relief valve 0 is not suitable for acting as an unloading valve 1) L L LR 7.4 Solenoid (supply voltage, connector type) 1_ 12 V _ 24 V _ M Junior imer _D Deutsch D04-2 1) See section Solenoid valves and coils MHD N#

22 Option blocks for working section 6F L L LR LWRV2 LWR01D L L LR Example configurations LWRV2 l asic type LW l Load signal port and l option valve type V, normally open l 24 V solenoid and connector type M Junior imer LWR01D l asic type LW l Load signal port and l option valve type 0, electro-proportional pressure adjustment (pressure stage : 350 bar) l 12 V solenoid and connector type Deutsch D04-2 ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LW1V-V2D LW1 V - V 2D ! he option blocks can be used only in combination with the sectional pressure compensator type R LW1 V - V LW1 V - W L L LR L L LR 7.1 asic type LW1 7.2 Solenoid valve for load signal port 7.3 Solenoid valve for load signal port V W unloading Normally open (Manual emergency operation) unloading Normally closed (Manual emergency operation) 7.4 Solenoid (supply voltage, connector type) 1_ 12 V LW1 W - V LW1 W - W L L LR L L LR 2_ 24 V _ M Junior imer _D Deutsch D04-2 MHD N#

23 Option blocks for working section 6F ype code 6F / R RN / 250 / 300 / EYHS2D-1 / 1E / LWRM100-V2D LW R M _ -V 2D ! he option blocks can be used only in combination with the sectional pressure compensator type R LWRM _-V Switchable pressure limitation (2. pressure stage) 1) 7.2 L L LR asic type LWM 7.2 Flange channel Load signal port R Load signal port Load signal port and S Load-Sensing ( circuit) pressure limitation _ pressure setting in bar, 3-digit Minimum setting: 050 bar Maximum setting: 320 bar LWM200-V1 LWSM250-W2D L L LR L L LR 7.4 Solenoid valve V Normally open (Manual emergency operation) W Normally closed (Manual emergency operation) 7.5 Solenoid (supply voltage, connector type) 1_ 12 V 2_ 24 V D M Junior imer Deutsch D04-2 Example configurations LWM200-V1 l asic type LWM l Load signal port l pressure limitation set to 200 bar l option valve type V, normally open l 12 V solenoid and connector type M Junior imer LWSM250-W2D l asic type LWM l Load-Sensing ( circuit) l pressure limitation set to 250 bar l option valve type W, normally closed l 24 V solenoid and connector type Deutsch D04-2 1) See section Solenoid valves and coils MHD N#

24 End plates ER1 ER2/0 ER27/0 ER2F/0/ X 1.3 Flange channels ilot oil X ilot oil X ilot drain ype code ER1... ER2... / 0 ER27... / 0 ER2F... / 0 / E12D / * asic type 1.1 ER End plate, right hand side w/o or external pilot oil supply 2 Internal pilot oil supply (channel ) ort size / F Flange interface for option blocks MHD N# ER 1 ER 2 F onfiguration 1) 3 Options 1) 4 Option block for basic type ER2F 5 Reference to clear text Special, customer-specific information 1) an also be retrofitted 24

25 End plate ER1 ype code ER asic type ER1 2 onfiguration End plate, right hand side w/o or external pilot oil supply - Standard (n/a) ER1 ER1 ER1E 2.1 Internal connection with check valve ort with plug screw ! For configuration, the max. permitted operating pressure at port is 10 bar. 2.2 E External signal input ort open Internal -unloading with plug screw 2.3 ort with plug screw w/o pilot oil supply for manual and hydraulic operation units only he individual configurations, E and can be combined as follows: E,, E, E Example configurations 2.1 ER1 l asic type ER1 l Standard configuration ER1 l asic type ER1 l Internal connection with check valve ort with plug screw End plates ER2, ER27, and ER2F ype code 1 asic type ER2... / ER2 ER27 End plate, right hand side Internal pilot oil supply (channel ) Same as ER2, with additional / ports ort size 7 ER2/... ER27E/... ER2F 2 onfiguration Same as ER2, with flange interface for option blocks - Standard (n/a) Internal connection with check valve ort with plug screw! For configuration, the max. permitted operating pressure at port is 10 bar. 2.2 E External signal input ort open Internal -unloading with plug screw he individual configurations and E can also be combined: E Example configurations (Options 3 see next page) ER2/... l asic type ER2 l Standard configuration ER27E/... l asic type ER27 l Internal connection with check valve ort with plug screw l External signal input, ort open Internal -unloading with plug screw MHD N#

26 End plate ER2 ype code ER2... / Options at port and 0 w/o options (standard) ort and with plug screw 1 ER2/ Options at port (ort with plug screw) 1 ut-off valve, mechanical with knurled screw 2 2! ort not usable. Operation of cut-off valve < 50 bar system pressure. 2 heck valve ort with plug screw 3.2 Options at port (ort with plug screw) 1 ut-off valve, mechanical with knurled screw! ort not usable. 2 heck valve ort with plug screw he individual options can be combined as follows: 12, 21, 22 Example: ER2/12 Option blocks for end plate ER2F ype code ER2F... / 0 / E12D ilot oil option valve 1) E1 asic type ilot oil unloading Normally open (Manual emergency operation) Solenoid (supply voltage, connector type) 1_ 12 V E1 2_ 24 V _ M Junior imer _D Deutsch D04-2 X X MHD N# ) See section Solenoid valves and coils 26

27 Solenoid valves and coils Electrohydraulic pilot valves (on/off and proportional): see section Operation units Option valves for connecting plate L17 and option blocks: On/Off valves: With manual emergency operation (push-button) Valve type V W Design oppet valve oppet valve Spool valve Nominal voltage U N V D Nominal current I N Min. current I min Nominal power N W Response time On: ms Off: ms Max. permitted voltage deviation from U N % ±15 Duty cycle at 115% U N % 100 mbient temperature range 2) -4 to 140 F (-20 to +60 ) Max. permitted coil temperature 3) 180 Insulation class as per EN H Integrated free-wheeling diode Yes Yes Yes oil length X mm onnector type and I protection class (with mating connector mounted) Valve body and coil surface protection M Junior imer, 2-pin axial / up to I6K6 4) Deutsch D04, 2-pin axial / up to IX9K 4) inc-nickel (nni) roportional pressure relief valve: bleed screw below coil nut (torque Nm) haracteristic curve (measured at 32 mm²/s) pressure limiting function p/l (rising curve) 360 Valve type Nominal voltage U N V D oil resistance at +20 (±5%) Ω Max. control current I max m 1, WM frequency (recommended) 1) Hz Duty cycle at I max % 100 mbient temperature range 2) F/( ) -4 to 140/(-20 to +60) Max. permitted coil temperature 3) F/( ) 356/(180) Insulation class as per EN H oil length X mm 50 onnector type and I protection class (with mating connector mounted) M Junior imer, 2-pin axial up to I6K6 4) p (/) in psi p (/) in bar Deutsch D04, 2-pin axial up to IX9K 4) 120 Valve body and coil surface protection inc-nickel (nni) ! In order to achieve optimal function, any trapped air should be vented with the bleed screw. Recommended installation position downwards (suspended for self-ventilation) M Junior imer, axial Ø36.5 X Deutsch D04, axial X Ø V: l in m V: l in m! he electro-proportional pressure relief valve is not suitable for acting as an unloading valve. 1) he WM frequency is to be optimized depending on the application 2) Deviation of data on inquiry only 3) Standards ISO and ISO 4413 must be observed in regard to the surface temperatures occurring on the coils 4) Mating plug-in connectors are not included MHD N#

28 onnection type, fastening and tie rods ype code / S ! Only use of fittings with deformable seal materials 1 Valve type 2 Specification type 0X omplete control block No. of working sections (01-08) Single modules (inlet plate, working section, end plate, option block) 3 onnection type S acc. to ISO S SE acc. to ISO or SE J Valve series onnection type ountersink Ø in mm S ountersink Ø in mm Inlet plate L17 ump G /16-12 UN SE UL17 ank G /16-12 UN SE UL17F M ump measuring port G 1/4 25 9/16-18 UNF SE 6 25 Load-sensing G 1/4 25 9/16-18 UNF SE 6 25 Working section 6 / Working ports G 3/ /16-12 UN SE X Hydraulic operation port (spool position a) G 1/4 25 7/16-20 UNF SE F Y Hydraulic operation port (spool position b) G 1/4 25 7/16-20 UNF SE 4 21 MY ilot pressure measuring port (spool position b) G 1/8 15 G 1/8-15 End plate ER1 ump measuring port (for options) G 1/4 25 9/16-18 UNF SE 6 25 ER2 ilot oil supply G 1/4 25 9/16-18 UNF SE 6 25 ER27 ank, depressurized G 1/4 25 9/16-18 UNF SE 6 25 ER2F External Load-Sensing input G 1/4 25 9/16-18 UNF SE 6 25 ump G /16-12 UN SE ank G /16-12 UN SE Option blocks UW1 Load-sensing G 1/4 25 9/16-18 UNF SE 6 25 E1 X ilot oil supply X G 1/4 25 9/16-18 UNF SE 6 25 Fastening: he control block must be mounted at three fixation points without tensioning. see also section Dimensions Fastening thread S Inlet plate End plate L17 UL17 UL17F ER1 ER2 ER27 ER2F 2 x 13 mm deep M10x1.5 7/16-20 UNF SE 4 1 x 13 mm deep M10x1.5 7/16-20 UNF SE 4 MHD N# Fastening screws: l Minimum screw-in depth: 10 mm l Recommended screw clamp length: 30 mm roperty class 10.9 Fastening torque 53 ft-lb (72 Nm) ±2 (±3) Installation, usage, and maintenance information Installation, adjustment, maintenance must be done by authorized and trained staff. he use of this product outside the specified technical limits, use of non specified fluids and/or use of not genuine spare parts will cause the expiration of the warranty. ie rod: M10 tie rod with flange nut WF 16, M = 29.5 ±1.5 ft-lb (40 ±2 Nm)! Only use of genuine -6 tie rod kits. 28

29 Dimensions ll dimensions in mm, subject to change. Example for control block with losed enter inlet plate and end plate with / ports (see also section Modular structure ) onnector types: Deutsch D04, 2-pin, axial 1.1 Inlet plate L (258) 2.1 Working section Working section (30) 2.3 Working section 6F 2.4 Hydraulic operation HY 2.5 Electrohydraulic operation E1Y, EY 2.6 Spring cap 1E 2.7 Option block LW.../LW...M... 1) 3.3 End plate ER (217) 4.1 (105) MY 1.1 (28.5) 7.3 (186) 4.86 (123.5) 2.1 (54.5) 1.1 (26.5) 1.2 (31) (31) (20.5) 1.89 (48) 1.1 (27.5) (144) (13.5) 0.7 (17.5) (48.5) 0.9 (23.5) S L X 3.6 (91) 0.63 (16) 1.9 (48) 2.03 (51.5) 2.04 (52) 2.0 (51) 10.9 (276) (110.5) 13.3 (337) 3.6 (92.5) 4.4 (112) 3.4 (86) 4.7 (119.5) MY Standard lever, short (Emergency operation) pressure relief valve L S 4.1 ilot valve port Stroke limiter port (Dimension X for max. stroke: mm) clockwise rotation for limitation (26) ilot valve port Stroke limiter port (Dimension X for max. stroke: mm) counterclockwise rotation for limitation 0.71 (18) 0.94 (24) 1.1 (28.5) L pressure limitation port 1.3 (32.5) L pressure limitation port S Secondary valves port S Secondary valves port 4.0 ype plate 4.1 3x M10x deep for crane gear 1) Option block LW1... not shown 4.0 MHD N#

30 Dimensions ll dimensions in mm, subject to change. Example for control block with universal inlet plate and option blocks (see also section Modular structure ) onnector types: M Junior imer, 2-pin, axial 1.3 Inlet plate UL17F 1) 12.1 (307) 1.4 Option block UW Working section (30.5) 2.2 Working section Working section 6F 2.5 Electrohydraulic operation E1Y, EY 2.6 Spring cap 1E 2.7 Option block LW.../LW...M... 2) 8.11 (206) 3.92 (99.5) 1.12 (28.5) 3.5 MY 3.4 End plate ER2F 3) 3.5 Option block E (17.5) (175) 4.86 (123.5) 1.22 (31) 1.22 (31) 0.81 (20.5) 1.84 (48) 1.1 (27.5) 3x 1.9 = 5.67 (3x 48 = 144) (48.5) 0.9 (23.5) 0.53 (13.5) (276) 12.1 (307) (52) 2.0 (51) 3.6 (92.5) 4.4 (112) ilot pressure relief valve of main axis 2.03 (51.5) 0.79 (20) 2.91 (74) 1.73 (44) 0.94 (24) 1.12 (28.5) 3.41 (86.5) 0.69 (17.5) 3.4 (86) 4.7 (119.5) 4.1 MY ype plate 4.1 3x M10x deep for crane gear MHD N# ) Inlet plates UL17F and UL17 have the same dimensions 2) Option block LW1... not shown 3) End plates ER2F, ER2, and ER1 have the same dimensions

31 80 ca. 30 Dimensions ll dimensions in mm, subject to change. Hand lever: neutral positions and max. travel (see also section Operation units ) Neutral positions: for all hand lever types 1 3: Max. travel for port / port 19.5 port ca. 30 port Shown: Standard lever, short (emergency operation) ype 2 ontrol block fastening points (3x M10x deep) he fastening points are equal for all types of inlet and end plates L (25) 6.26 (159) 4.19 (106.5) 2.3 (58.5) 0.65 (16.5) 1.89 (48) No. of working sections inches L1 mm MHD N#

32 ype code Structure and sequence: 1. General (control block always defined from left to right) 2. Inlet plate 3. Working section 1 Working section 2 Working section n 4. End plate 1. General Valve type: / S 0 os os./designation: ype code: Description/function omment: 1 Load-sensing valve series -6 Load-sensing X-series Size 6 2 No. of working sections 1) 2-digit, Max. 8 working sections Specification/identification of single modules 0X Inlet plate, working section, end plate or option block 3. onnection thread S acc. to ISO S SE acc. to ISO or SE J Valve series 0 Unchanged installation and connection dimensions 2. Inlet plate ype: L17 / / V2D UL17 / 250 / F UL17F / 350 / / UW1V2 os os./designation: ype code: Description/function omment: 1 asic type Standard for variable displacement pump L17 system Left 1 version 7 port size / ort size 7: Universal for fixed and variable displacement pump UL17 Universal Left 1 version 7 port size / S: G1; SE: 1 5/16-12 UN Universal like UL17 with option block UL17F Flange interface for option block 2 ressure relief valve _ ressure setting in bar, 3-digit (mechanically adjustable) Max. 350 bar lug screw w/o pressure relief valve 3 option valves! For basic type L17 only lug screw w/o option valve V unloading Valve type: V Normally open W unloading Valve type: W Normally closed 0 Electro-prop. pressure adjustment Valve type: Rising curve Orifice setup: 1.0 mm ressure stage : 350 bar Supply voltage D 1 _ 12 V 2 _ 24 V onnector type _ M Junior imer, 2-pin, axial _ D Deutsch D04, 2-pin, axial Logic of main axis! For basic types UL17 and UL17F only F Flow controller (3-way) For fixed displacement pump ump pressure relief valve (pilot-operated) For variable displacement pump 4. Option blocks! For basic type UL17F only UD1 Dummy plate 1 version For logic of main axis F or UW1V unloading L1 channel Valve type V Normally open For channel: UW1W unloading L1 channel Valve type W Normally closed L1 Load signal 1 UW10 Electro-proport. press. adjust. L1 channel Valve type Rising curve Orifice setup: 1.0 mm ressure stage : 350 bar UW1M _ V Second pressure stage L1 channel Valve type V Second pressure level when de-energized (On/Off) Mechanically adjust. in bar, 3-digit UW1M _ W Second pressure stage L1 channel Valve type W Second pressure level when energized (On/Off) Mechanically adjust. in bar, 3-digit Supply voltage D 1 _ 12 V 2 _ 24 V onnector type _ M Junior imer, 2-pin, axial _ D Deutsch D04, 2-pin, axial MHD N# ) Deviation of data on inquiry only 32

33 ype code 3. Working sections ype Working section 1 6 / R RN / EYHS2-1 / 1E Working section 2 6 / S RN / / / EYHS2 / 1E Working section 3 6F / R RY / / / HYHS - 1 / 1H / LWRV2 Working section 4 / / /... os os./designation: ype code: Description/function omment: 1. asic type asic section w/o option valves 6 asic section 6 port size / ort size 6: Section like 6 with option valves 6 Like 6 with pressure limitation and Shock/anti-cavitation valves S: G3/4, SE: 1 1/16-12 UN Section like 6 with option block 6F Like 6 with Flange interface for option block 2 Main spool S ylinder spool Standard os. 0:, closed R ylinder spool Released os. 0:, unloaded to MS Motor spool Standard os. 0:, open to... For other types, see section Main spool and pressure compensator 3 Max. flow rate to actuator See section Main spool valve 1) _ - _ Maximum flow to port / in l/min, 3-digit and pressure compensator 4 ressure compensator axis (spool + spring) ressure compensator released RY Released pressure compensator Y spring identifier yellow bar with load holding function (standard) R spring identifier blue bar RN N spring identifier unmarked bar (nominal) RG G spring identifier green bar Load holding function L Load holding function only w/o pressure compensation Use of compensator spring type G 5. pressure limitation! For basic types 6 and 6F only _ - _ ressure setting for port / in bar, 3-digit (mechanically adjustable) Min. 050 bar, max. 320 bar lug screw w/o pressure limitation U Unloading - permanent 3/3 directional valve function 6 Workport valves! For basic types 6 and 6F only _ - _ Shock/anti-cavitation valve for port / in bar, 3-digit See section Workport valves nti-cavitation valve lug screw w/o workport valves 7 Operation units HY H hydraulic MY port ilot pressure MY spool position (b) E1Y E1 electrohydraulic on/off, orifice setup 1 MY port orifice 1.0 mm EY E electrohydraulic proportional MY port Other options: n/a w/o hand lever axis - w/o stroke limiter _ H Hand lever axis _ S Stroke limiter _ HS Hand lever axis and Stroke limiter! For operation unit E... only Supply voltage D 1 _ 12 V 2 _ 24 V onnector type _ M Junior imer, 2-pin, axial _ D Deutsch D04, 2-pin, axial 8. Hand lever type Hand lever does not come assembled! For operation option _H only n/a No hand lever Standard lever 1 Standard See section Operation units Standard lever, short 2 Standard for emergency operation Universal clamp without hand lever 3 For application-specific solutions Universal clamp with standard lever 31 Lever orientation: left 32 Lever orientation: top 33 Lever orientation: right 9. Spring caps Standard for operation unit H... 1H standard cap 1 version H hydraulic ilot pressure range: bar Standard for operation unit E... 1E standard cap 1 version E electrohydraulic ilot pressure range: bar 1) Deviation of data on inquiry only MHD N#

34 ype code 10 Option blocks! For basic type 6F only For channel: L Load signal port L Load signal port LR Load signal port and or Load Sensing ( circuit) LD1 Dummy plate 1 version LW _ V unloading LW, LW, LWR or LWS channel Normally open Valve type V LW _ W unloading LW, LW, LWR or LWS channel Normally closed Valve type W LW _ 0 Electro-prop. pres. adj. LW, LW, LWR or LWS channel Rising curve Orifice setup: 1.0 mm ressure stage : 350 bar Valve type LW _ M _ V Second pressure stage LW, LW, LWR or LWS channel (On/Off) Mech. adjustable in bar, 3-digit Valve type V LW _ M _ W Second pressure stage LW, LW, LWR or LWS channel (On/Off) Mech. adjustable in bar, 3-digit Valve type W For channel: LW1 basic type Load signal port - Load signal port LW1 V - V L and L Valve type V normally open Valve type W normally closed Supply voltage D 1 _ 12 V 2 _ 24 V onnector type _ M Junior imer, 2-pin, axial _ D Deutsch D04, 2-pin, axial Second pressure level when de-energized Second pressure level when energized Valve type V and W selected as desired 4. End plate ype: ER2 / 0 ER2F E / 0 / E12 / * os os./designation: ype code: Description/function omment 1 asic type Standard with/without external pilot oil supply ER1 End plate Right 1 external pilot oil supply Standard with internal pilot oil supply ER2 2 internal pilot oil supply from channel End plate like ER2 with ports / ER27 7 port size / ort size 7: S: G1; SE: 1 5/16-12 UN End plate like ER2 with option block ER2F F flange interface for option block 2 onfiguration For all basic types For ports:, n/a Standard External depressurized drain line to ank No external signal input ort open ort closed Internal connection with check valve ort closed E External signal input / internal -unloading with plug screw ort open For basic type ER1 only w/o external pilot oil supply for manual and hydraulic operations only ort closed 3 Options! For basic type ER2... only 0 Standard w/o options orts and closed For ports: and 1 ort : ut-off valve, mechanical with knurled screw ort not usable 2 ort : heck valve ort closed ex works 1 ort : ut-off valve, mechanical with knurled screw ort not usable 2 ort : heck valve ort closed ex works 4 Option blocks! For basic type ER2F only E1 E1 asic type ilot oil unloading Valve type Normally open Supply voltage D 1 _ 12 V 2 _ 24 V onnector type _ M Junior imer, 2-pin, axial _ D Deutsch D04, 2-pin, axial 5 Reference to clear text * Special, customer-specific information/data in attached clear text MHD N#

35 Ordering examples Example for control block with losed enter inlet plate and end plate with / ports (see also section Dimensions ) MY MY X Y MY M L L LR General Inlet plate Working section 1 Working section 2 Working section 3 End plate -603/S0 L17/300/V1D 6/MS RG/E1YHS1D-2/1E 6/S RN/ - 200/ - 250/EYHS1D-2/1E 6F/R R/ / /HYHS-2/1H/LWV1D ER27/2 Example for control block with universal inlet plate and option blocks (see also section Dimensions ) MY MY MY L1 X X M L L LR General Inlet plate Working section 1 Working section 2 Working section 3 End plate -603/S0 UL17F/300/F/UW1V2 6/S RG/EYHS2/1E 6/ RN/ - / /EYHS2/1E 6F/ RY/ / - /EYHS2/1E/LWR02 ER2FE/0/E12 MHD N#

36 Global Headquarters HYD INERNIONL GMH Industriegebiet D Sulzbach/Saar Germany el.: Fax: Internet: info@hydac.com North merica Locations US HYD EHNOLOGY ORORION HYD EHNOLOGY ORORION Filter Division ooling System Division 2260 ity Line Road 1051 irlie arkway ethlehem, Denver, N HYD EHNOLOGY ORORION ccessory Division 2204 venue ethlehem, HYD EHNOLOGY ORORION ooling System Division - Industrial Office 445 Windy oint Drive Glendale Heights, IL HYD EHNOLOGY ORORION Electronic Division rocess Filter Division HYD ORORION ccumulator Division 90 Southland Drive ethlehem, HYD EHNOLOGY ORORION Filter System Division rocess Filter Division 580 West ark Road Leetsdale, HYD EHNOLOGY ORORION Hydraulic Division - ompact Hydraulics 450 Windy oint Drive Glendale Heights, IL HYD EHNOLOGY ORORION Mobile Hydraulic Division 1660 Enterprise arkway Suite E Wooster, OH HYD EHNOLOGY ORORION HYD ORORION Sales Office & Operations 1718 Fry Road, Suite 100 Houston, X HYD EHNOLOGY ORORION HYD ORORION NE Sales Office 1660 Enterprise arkway Suite E Wooster, OH HYD EHNOLOGY ORORION HYD ORORION SE Sales Office 1051 irlie arkway Denver, N HYD EHNOLOGY ORORION HYD ORORION NW Sales Office 1201 NE 144th St. ldg., Suite 111 Vancouver, W HYD YLINDERS LL 540 arson Road North irmingham, L anada HYD ORORION 14 Federal Road Welland, Ontario, anada L HYD ORORION Sales Office VE W Edmonton, lberta, anada 5S HYD ORORION Sales Office Montreal, Québec, anada J2M 1K Mexico HYD INERNIONL S de V alle lfredo Nobel No 35 ol uente de Vigas lalnepantla, Edo Mexico Mexico opyright 2015 HYD EHNOLOGY ORORION Mobile Hydraulic Division 6 Series N# / / MHD