LH LHP LHR LHH
SPOOL VALVE HYDRAULIC OTORS CONTENTS Page Hydraulic otors Series LH... 4 Hydraulic otors Series LHP... 13 Hydraulic otors Series LHR... 33 Hydraulic otors Series LHPL... 44 Hydraulic otors Series LHRL... 49 Hydraulic otors Series HP... 3 Hydraulic otors Series HR... 61 Hydraulic otors Series LHRW... 66 Hydraulic otors Series LHH... 76 Hydraulic otors Series HW... 84 otor Special Features... 98 otors with Speed Sesor...99. Applicatio Calculatios...11 +S HYDRAULIC ca accept o resposibility for possible errors i catalogues, brochures ad other prited material. +S HYDRAULIC reserves the right to alter its products without otice. This also applies to products already o order provided that such alteratios ca be made without subsequetial chages beig ecessary i specificatios already agreed.
SPOOL VALVE HYDRAULIC OTORS GENERAL INFORATION: Orbit motors covert hydraulic eergy (pressure, oil flow) ito mechaical eergy (torque, speed). Hydraulic orbit motors operate o the priciple of a iteral gear (rotor) rotatig withi a fixed exteral gear (stator). The iteral gear trasmits the torque geerated by the applicatio of pressure from hydraulic oil fed ito motor which is the delivered via the motor's output shaft. Orbit motors have high startig torque ad costat output torque at wide speed rage. DISTIBUTOR VALVE LH, LHP, LHR, LHH, LHPL, LHRL, HP, HR, LHRW, HW series motors have spool valve: the distributor valve has bee itegrated with the output shaft. The carda shaft rotates distributor valve ad trasfers mechaical eergy from gerotor set to output shaft. The valve has hydrodyamic bearigs ad has ifiite life whe load ratigs are ot exceeded. GEARWHEEL SET There are two forms of gearwheel set: - Gerotor set have plai teeth. These types motors are suitable for log operatig periods at moderate pressures or short operatig periods at high pressures. LH, LHP, LHPL ad HP series motors have gerotor set. - Roll-gerotor set have teeth fitted with rollers. The rollers reduce local stress ad the tagetial reactio forces o the rotor reducig frictio to a miimum. This gives log operatig life ad better efficiecy eve at cotiuous high pressures. Roll-gerotor sets are recommeded for operatio with thi oil ad for applicatios with cotiually reversig loads. LHR, LHRL, HR, LHH, LHRW ad HW series motors have roll-gerotor set. FEATURES: Stadard otor The stadard motor moutig flage is located as close to the output shaft as possible. This type of moutig supports the motor close to the shaft load. This moutig flage is also compatible with may stadard gear boxes. Wheel otor W moutig flage makes the motors possible to fit a wheel hub or a wich drum so that the radial load acts closer to motor bearigs. This gives the best utilizatio of the bearig capacity ad is a very compact solutio. Needle Bearig LHPN ad LHRN have a output shaft supported i eedle bearig. These types motors are suitable for operatig coditios such us frequet start ad stops, vibratio o the shaft, high static ad dyamic radial loads i short operatig terms. Low Leakage LL Series hydraulic motors are desiged to operate at the whole stadard rage of workig coditios (pressure drop ad frequecy of rotatio), but with cosiderable decreased volumetric losses i the drai ports. This motors are suitable for hydraulic systems with series-coected motors with demads for low leakage. Low Speed LSV feature optimizes the motor for low-speed performace. otors with this valvig provide very Valve low speed while maitaiig high torque. They are desiged to ru cotiuously at low speed (up to RP) at ormal pressure drop ad reduced flow. Optimal ru is guarateed at frequecy of rotatio from to RP. otors with this valvig have a icreased startig pressure ad are ot recommeded for usig at pressure drop less tha 8 PSI [4 bar]. Free Ruig FR motors are with icreased clearace at all frictio parts, allowig the shaft to rotate more freely with less mechaical drag. The icreased clearace also improves lubricatio of the wear surfaces of gear set ad frictio parts. Additioal advatages of FR versio are prologig of the life of the hydraulic motors at high speeds, as well as the possibility to use them i systems with wide variatio of the loadig. FR Series motors are desiged to operate with high speed over tha 3 RP ad low pressure drop. Volumetric efficiecy may be reduced slightly. High Pressure Shaft Seal The high pressure shaft seals allow the motors to withstad high case pressures at high speeds without exteral drai lie. otors with Speed Sesor otors are available with itegrated iductive speed sesor. The output sigal is a stadardized voltage sigal that ca be used to cotrol the speed of a motor. The torque ad the radial load of the motor are ot affected by the istallatio of speed sesor. 3
HYDRAULIC OTORS LH CONTENTS Specificatio data... Fuctio diagrams... 6 8 Dimesios ad moutig... 9 1 Shaft extesios... 11 Permissible shaft loads... 11 Order code... 1 GENERAL APPLICATION»»»»»» Coveyors Textile machies iig machiery achie tools Vetilators Costructio plat equipmet ad access platforms etc. OPTIONS» odel- Spool valve, gerotor» With or without flage» Side ad rear ports» Series with pressure valve(s)» Shafts- straight ad splied» etric ad BSPP ports» Speed sesorig;» Other special features ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [ kw] PSI [ bar] GP [ lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 3. [ ] 44 : 398 [ 4,] it.: 13 [,8] 4,3 [ 3,] : 1 [ 1] it.: 3 [14] 6.6 [] ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) LHP Series with Itegrated Iteral Crossover Relief Valve A B, p= 14 or 7 PSI [ 1 or bar] A LHP Series with Itegrated Iteral Crossover Relief Valve B A, p= 14 or 7 PSI [ 1 or bar] A p bar 14 1 1 8 6 4 p PSI 1 1. 7. 1 1. 1 17.. Q, GP 1 3 4 B Pressure Losses 6 7 8 9 Q, lpm 4 A B LHD Series with Itegrated Iteral Crossover Relief Valves B, p=1 or bar [14 or 7 PSI] A B
LH OTORS SPECIFICATION DATA Type Displacemet, i rev. [cm rev.] ax. Speed, [RP] ax. Torque lb- i [] LH 8. [8,] 19 44 16 [1,] 133 [1,] LH 1..79 [1,9] 1 194 1 [1,7] [,3] LH 1. [] 1 1 3 [,6] 311 [3,] LH 3 1.93 [31,8] 63 79 37 [4,] 6 [,7] LH 4.44 [4] 6 37 [4,] 6 [,7] LH 3. [] 4 398 [4,] 13 [,8] 187 [,1] 93 [3,3] 43 [,1] 68 [6,4] 84 [6,6] 78 [8] ax. Output.4 [1,8] 3.3 [,4] 3.3 [,4] 3.3 [,4]. [1,8].48 [1,7] HP [kw] 3.6 [,6] 4.3 [3,] 4.3 [3,] 4.3 [3,] 4 [3,].8 [,1] ax. Pressure Drop 1 [1] 1 [1] 1 [1] 1 [1] 1 [8,] 11 [7] 3 [14] 3 [14] 3 [14] 3 [14] 16 [11] 13 [9] 9 [] 9 [] 9 [] 9 [] [14] 181 [1] ax. Oil Flow 4. [16]. []. []. []. []. [] GP [lpm]. [] 6.6 [] 6.6 [] 6.6 [] 6.6 [] 6.6 [] ax. Ilet Pressure 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] ax. Retur Pressure -1 RP 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] without Drai Lie or 1-4 RP 1 [1] 1 [1] 1 [1] 1 [1] 1 [1] 1 [1] ax. Pressure 4-8 RP 7 [] 7 [] 7 [] 7 [] 7 [] 7 [] i Drai Lie, >8 RP 9 [] 9 [] 9 [] - - - -. RP 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] ax. Retur Pressure 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] with Drai Lie ax. Startig Pressure with Uloaded Shaft, 6 [4] 6 [4] 6 [4] 6 [4] 6 [4] 6 [4] i. Startig Torque At. press. drop 6 [,7] 1 [1,] 19 [,1] 3 [3,4] 9 [3,3] 33 [3,7] lb- i [] At. press. drop 9 [1,] 1 [1,7] 6 [,9] 4 [4,8] 4 [4,6] 4 [4,8] i. Speed***, [RP] 4 3 3 Weight, lb [kg] LH() rear ports 4. [1,9] 4.41 [] 4.63 [,1] 4.8 [,].7 [,3].1 [,] For "F" flage: +.441 [,] LH() LH()...P LH()...D 4.41 [,] 4.8 [,].73 [,6] 4.63 [,1].7 [,3].9 [,7] 4.8 [,].9 [,4] 6.17 [,8].7 [,3].1 [,] 6.39 [,9].9 [,4].73 [,6] 6.61 [3,].73 [,6] 6.17 [,8] 7. [3,] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-3 miutes.
LH OTORS FUNCTION DIAGRAS LH 8 lb-i Q=1 lmi.6 GP lmi.3 GP 4 lmi 1.6 GP 8 lmi.11 GP 1 lmi 3.17 GP 16 lmi 4.3 GP lmi.8 GP 1 1,4 3kW p=14 bar 3 PSI 1 7 1, 1,,8,6 it. N=, kw, kw 1kW t =73% 1, kw, kw kw 1 bar 174 PSI 1 bar 14 PSI 7 bar 1 PSI,4 6%, % bar 7 PSI it. 3 bar 44 PSI 7 1 1 1 17 LH 1, RP lb-i Q=1 lmi.6 GP 3 lmi.8 GP lmi 1.3 GP 1 lmi.6 GP 1 lmi 3.96 GP lmi.8 GP lmi 6.6 GP 17,4,,, kw 3kW p=14 bar 3 PSI 1 1 1 1,8 1,6 1,4 1, it. 1kW kw 1, kw 1 bar 174 PSI 1 bar 14 PSI 7 1,,8, kw t =73% 7 bar 1 PSI,6,4, N=, kw 7% 6% % it. bar 7 PSI 3 bar 44 PSI 4 6 8 1 1 14 16 18 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 6
LH OTORS FUNCTION DIAGRAS LH lb-i Q=3 lmi.79 GP lmi 1.3 GP 1 lmi.64 GP 1 lmi 3.96 GP lmi.8 GP lmi.6 GP 3 3, 3,,, it. 1kW 1, kw kw, kw 3kW p=14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 1 1 1, 1,, N=, kw, kw t =73% 7% 6% % 7 bar 1 PSI bar 7 PSI 3 bar 44 PSI it. 1 3 4 6 7 8 9 1 11 1 13 LH 3 RP lb-i Q=3 lmi.79 GP lmi 1.3 GP 1 lmi.64 GP 1 lmi 3.96 GP lmi.8 GP lmi.6 GP 6,, 4 4 3 3, 4, 4, 3, 3, 1kW 1, kw kw, kw 3kW p=14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 1 1,, 1, 1,,, kw N=, kw t =73% 7% 6% % 7 bar 1 PSI bar 7 PSI 3 bar 44 PSI it. 1 3 4 6 7 8 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 7
LH OTORS FUNCTION DIAGRAS LH 4 lb-i 6 7 Q=3 lmi.79 GP lmi 1.3 GP 1 lmi.64 GP 1 lmi 3.96 GP lmi.8 GP lmi.6 GP 4 3 6 4 3 it. % 6% 6% t =7 % 7% 3kW, kw kw 1, kw p=1 bar 174 PSI 1 bar 14 PSI 8 bar 1 PSI N=, kw, kw 1kW bar 7 PSI 1 1 3 bar 44 PSI it. 1 3 4 6 RP LH lb-i 6 Q=3 lmi.79 GP lmi 1.3 GP 1 lmi.64 GP 1 lmi 3.96 GP lmi.8 GP lmi.6 GP 4 3 4 it. t =7% 1kW 1, kw 7% kw p=9 bar 13 PSI 7 bar 1 PSI 3 N=, kw, kw 6% 6% % bar 7 PSI 1 1 3 bar 44 PSI 1 bar PSI it. 1 3 4 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 8 RP
LH OTORS Three Bolts out H Shaft G Shaft C Shaft Shaft DIENSIONS AND OUNTING DATA LH, LHP, LHD Shaft Dim. See Page 11 F Oval out ( Holes) 1.44 [ 36,7] Flage Dim. See Page 1 1.31 [ 33,4] Rear Ports Versio 6 7 9 Side Ports Versio 3 4 L.17 [4] L1 Port A L Port A.17 [4] P Side Ports Port A.37.34 Dia. [ 6,9,8] T Port B Port B Port B L1 P (A,B) L1 Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW Port Dim. See Page 1 Type LH() 8 LH()1. LH() LH() 3 LH() 4 LH() Type LHF 8 LHF 1. LHF LHF 3 LHF 4 LHF P T (A,B), 6 xg G1 8 3 8 Side Ports L, i [mm] 4.134 [1,] 4.13 [17,] 4.331 [11,] 4.8 [11,] 4.66 [118,] 4.83 [1,] Side Ports L, i [mm] 4.7 [18, ] 4.3 [11,] 4.87 [116,] 4.66 [118,] 4.83 [1,] 4.961 [16,] Rear Ports L, i [mm] 4.94 [14,] 4.173 [16,] 4.91 [19,] 4.488 [114,] 4.66 [117,] 4.783 [11,] Rear Ports L, i [mm] 4.3 [17,] 4.311 [19,] 4.47 [11,] 4.66 [117,] 4.764 [11,] 4.91 [1,] L Versios 3, 9 4, 7 x18x1, 9 x 16-18UNF 1x1 3 8-4UNF L1 i [mm].138 [3,].17 [,].33 [8,].31 [13,].669 [17,].87 [1,] L1 i [mm].138 [3,].17 [,].33 [8,].31 [13,].669 [17,].87 [1,].17 [4] D Side Ports i [mm] L L.98 [,] Port A Port B P (A,B) L1 P (A,B) Type L, i [mm] Type L, i [mm] LH() 8...P 4.8 [11,] LHF 8...P 4.66 [118,] LH()1,..P 4.66 [117,] LHF1,...P 4.744 [1,] LH()...P LH() 3...P LH() 4...P LH()...P 4.74 [1,] LHF...P 4.91 [1,] LHF 3...P.39 [18,] LHF 4...P.17 [13,] LHF...P 4.86 [13,].9 [18,].197 [13,].34 [136,] Type L, i [mm] Type L, i [mm] LH() 8...D.76 [134,] LHF 8...D.433 [138] LH()1,...D.34 [136,] LHF1,...D.1 [14] LH()...D LH() 3...D LH() 4...D LH()...D.47 [139,] LHF...D.669 [144,] LHF 3...D.87 [147,] LHF 4...D.96 [11,] LHF...D.748 [146].87 [148].94 [11] 6.1 [1] 9 L 1, i [mm].13 [3,].1 [,].33 [8,].31 [13,].669 [17,].88 [1,]
LH OUNTING.197 [] Three Bolts out 4 o F Oval out ( Holes).17 [,] 1.77 Dia. [4] x.36.346 [ 9,8,8] Dia. Thru.37.3 Dia. [ 6,9,8].48.478 [636,9] Pilot Dia. 3.819 [97] 3.173.14 [8,79,8] 1.41.38 [ 31,31,44] Pilot Dia. 1.7791.764 Dia. [ 4,44,8] 3x14-8 UNF 3x6*.433 [11] deep.86.71 [,1,8].874 [73] * For Flage Rear Ports Versio 6 7 9 PORTS Side Ports, without valves Versio 3 4 L T P (A,B).61.87 [1,14,9] Port A T.17 [4] Port A Port B 1.1.193 [3,63,3].417.49 [1,61,4].1.193 [,14,9].61.87 [1,14,9]. [64].47.449 [111,4] Port B P (A,B) P Side Ports with Sigle Crossover Relief Valve D Side Ports with Dual Crossover Relief Valve.17 [4] Port A L L.98 [,] Port A T.716 [69] 1.1.193 [3,63,3] T.716 [69] 1.1.193 [3,63,3]. [64].841.89 [ 1,31,] Port B P (A,B). [64] 1.991.7 [4,64] Port B P (A,B) Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW i [mm] P T (A,B), 6 xg G 1 8 3 8 Versios 3, 9 x18x1, 1x1 x 3 8 9 16 4, 7-18UNF -4UNF 1
LH OTORS SHAFT EXTENSIONS 8 C [1,8] straight, Parallel key 316"x 316"x¾" BS 46 ax.torque 34 lb- i [3,9 ] G Splied - etric B 17x14 DIN 48 ax. Torque 39 lb-i [4,4 ].189.188 [4,84,77].669 Dia. [ 17].6.64 Dia. [ 1,871,8].74.699 [ 17,917,77].669 Dia. [ 17].649.64 Dia. [ 16,16,39] 8 1.1181.1 [8,48,] H 14-8 UNF.433 [11] deep " [1,8] straight, w.19 [4,8] Crosshole ax. Torque 34 lb-i [3,9 ].63.1 [1614] 1.1181.1 [8,48,] 14-8 UNF.433 [11] deep ø16 straight, Parallel key Axx16 DIN 688 ax. Torque 34 lb-i [3,9 ].19.187 [ 4,84,7] Dia. Thru.197.196 [4,97].669 Dia. [ 17].6.64 Dia. [ 1,871,8].669 Dia. [ 17].63.69 Dia. [ 16,61,99].79.74 [ 1817,87] 1.1181.1 [8,48,].4.386 [1,9,8] 1.1181.1 [8,48,] 6.433 [11] deep Requiremet. Torque must be ot exceeded. i [mm] Pa = 18 lbs [ 8 dan] P rad= 36 lbs [ 16 dan] PERISSIBLE SHAFT LOAD The permissible radial shaft load [Prad] is calculated from the distace [L] betwee the poit of load applicatio ad the moutig surface: 6 134 P rad = X, [dan] 61,+L [L i mm; L 8 mm] Prad lbs Prad dan.79 i [ mm] 6 11 P rad =, [lbs] X.4 + L [L i ich; L 3.1 i] 4 36 3 18 16 1 8 The drawig shows the permissible radial load whe L=.79 i [ mm]. If the calculated shaft load exceeds the permissible, a flexible couplig must be used. 1 4 4 6 8 1 1 14 16 18 RP 11
LH OTORS LH ORDER CODE 1 3 4 6 7 8 9 Pos.1 - outig Flage omit - roud, three bolts 14-8 UNF F - flage, two holes - roud metric, three bolts 6 Pos. - Displacemet code 8 -. [ 8,] i rev [cm rev] 1. -.79 [1,9] i rev [cm rev] - 1. [,] i rev [cm rev] 3-1.93 [31,8] i rev [cm rev] 4 -.44 [4,] i rev [cm rev] - 3. [,] i rev [cm rev] Pos.3 - Shaft Extesios* [for dimesios data see page 1] C - 8" [1,8] straight, Parallel key VC - 8" [1,8] straight, Parallel key w corrosio resistat bushig G - Ivolute Splied- etric B17x14 DIN48 H - 8" [1,8] straight, Parallel key w.19 [4,8] Crosshole - 16 mm straight, Parallel key V - 16 mm straight, Parallel key w corrosio resistat bushig Pos.4 - Port SizeType [stadard maifold to each] 3 4 - side ports, xg38, G18, BSP thread, ISO 8 - side ports, x18x1,; 1x1; metric thread, ISO 6 - side ports, x916-18 UNF, O-rig, 38-4 UNF 6 - rear ports, xg38, G18, BSP thread, ISO 8 7 9 - rear ports, x916-18 UNF, O-rig, 38-4 UNF - rear ports, x18x1,; 1x1; metric thread, ISO 6 Pos. - Optio** omit - without valves D - side ports with dual crossover relief valve P - side ports with sigle crossover relief valve Pos. 6 - Directios for Cotrol [for P optio oly] L - B A (left cotrol) R - A B (right cotrol) Pos. 7 - Valve Rated Pressure [for P ad D optio oly] - p= 7 PSI [ bar] 1 - p=14 PSI [1 bar] Pos. 8 - Special Features [see page 98] Pos. 9 - Desig Series omit - Factory specified Notes: * The permissible output torque for shafts must ot be exceeded! ** Optios P, D - for side ports (, 3, 4) oly. The hydraulic motors are magao-phosphatized as stadard. LHP ad LHD are available with ew crossover relief valves with improved characteristics. The ew valves allow easier pressure settig i more wide rage: from 7 PSI to 3 PSI [ 14 bar]. For more iformatio about LHP ad LHD - series please cotact with "+S Hydraulic". F - Flage ( Holes) Order No for Flage: 48443 9.17 [,] x.36.346 [ 9,8,8] Dia. Thru.48.478 [636,9] Pilot Dia. 3.819 [97] 3.173.141 [8,78,8] F Flage is mouted to the motor with 3 screws - 14-8 UNF. Tighteig Torque: 4 3 lb-i [ 6 Nm]..86.71 [,1,8].874 [73] 1
HYDRAULIC OTORS LHP APPLICATION»»»» Coveyors Feedig mechaism of robots ad maipulators etal workig machies Textile machies» Agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data...14 17 Fuctio diagrams...18 4 Dimesios ad moutig... 6 Wheel motor... 7 Shaft extesios... 8 9 Permissible shaft loads... 3 Permissible shaft Seal Pressure... 31 Order code...3 OPTIONS» odel- Spool valve, gerotor» Flage ad wheel mout» otor with eedle bearig» Side ad rear ports» Shafts- straight, splied ad tapered» Shaft seal for high ad low pressure» SAE, etric ad BSPP ports» Speed sesorig» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 38. [ 63,6] 181 :441 [] it.: 6 [ 64 ] 17.1 [ 1,8] :3 [ 14] it.: 19.8 [ 7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop PSI [ bar] 14 [1] 3 [ 14] Oil flow i drai lie Viscosity Oil flow i drai lie SUS [ mm s] GP [ lpm] 98 [ ] 164 [ 3] 98 [] 164 [3].66 [,].476 [ 1,8].9 [ 3,].74 [,8] p bar 3 1 1 13 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm
LHP OTORS SPECIFICATION DATA Specificatio Data for LHP... motors with C, D, G, H,, S ad T shafts. (1.14 [8,6] sealig diameter) Type LHP LHP 3 LHP 4 LHP LHP 8 LHP 1 LHP 1 Displacemet, i³rev [cm³rev] 1. [] 1.9 [3].44 [4] 3. [49,] 4.83 [79,] 6.4 [99] 7. [13,8] ax. Speed, 16 16 1 11 7 6 486 [RP] 181 17 17 11 94 7 6 ax. Torque 9 [3,3] 38 [4,3] [6,] 83 [9,4] 134 [1,1] 171 [19,3] 1 [3,7] lb-i [] 41 [4,7] 4 [6,1] 73 [8,] 1 [11,9] 17 [19,] 1 [3,7] 64 [9,8] 9 [6,7] 76 [8,6] 9 [1,7] 18 [14,3] 198 [,4] 43 [7,] 33 [36,] ax. Output 6. [4,] 7.8 [,8] 11. [8,4] 13. [1,1] 13.7 [1,] 14.1 [1,] 13.7 [1,] HP [kw] 8. [6,1] 1. [7,8] 1. [11,6] 16.1 [1,] 16.8 [1,] 17.1 [1,8] 16.1 [1] ax. Pressure Drop 14 [1] 14 [1] 17 [1] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] [1] ax. Oil Flow 1. [4] 13. [] 1.9 [6] 1.9 [6] 1.9 [6] 1.9 [6] 1.9 [6] GP [lpm] 11.9 [4] 14. [] 18. [7] 19.8 [7] 19.8 [7] 19.8 [7] 19.8 [7] ax. Ilet Pressure 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Retur Pres- sure with Drai Lie 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 36[] ax. Startig Pressure with Uloaded Shaft, 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 131 [9] i. Startig Torque At.press. drop 6 [3,] 3 [4,] 48 [,4] 69 [7,8] 117 [13,] 147 [16,6] 183 [,7] lb-i [] At.press. drop 37 [4,] [,6] 6 [6,8] 88 [1] 149 [16,8] 186 [1] 36 [6,6] i. Speed***, [RP] 1 1 1 1 1 1 Weight, lb [kg] LHP(F)(N) 1.3 [,6] 1.4 [,6] 1.6 [,7] 1.8 [,8] 13. [,9] 13. [6,1] 13,7 [6,] For rear ports LHPW(N) 11.7 [,3] 11.7 [,3] 11.9 [,4] 1.1 [,] 1.4 [,6] 1.8 [,8] 13 [,9] +.99 [,4] LHPQ()(N) 11.1 [,] 11.1 [,] 11. [,1] 11. [,] 11.7 [,3] 1.1 [,] 1.3 [,6] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 14
LHP OTORS SPECIFICATION DATA (cotiued) Specificatio Data for LHP... motors with C, D, G, H,, S ad T shafts. (1.14 [8,6] sealig diameter) Type Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure with Drai Lie ax. Startig Pressure with Uloaded Shaft, i. Startig Torque At.press. drop lb-i [] At.press. drop i. Speed***, [RP] Weight, lb [kg] LHP(F)(N) For rear ports LHPW(N) +.99 [,4] LHPQ()(N) LHP 16 9.66 [18,4] 378 47 77 [31,3] 334 [37,8] 388 [43,8] 13. [1,1] 16. [1,1] 3 [14] 1.9 [6] 19.8 [7] 9 [] 9 [] 116 [8] [8,] 314 [3,] 1 14.1 [6,4] 13. [6,1] 1.8 [,8] LHP 1.1 [198] 33 378 34 [36,6] 487 [] 13. [1] 16.1 [1] 3 [14] 1.9 [6] 19.8 [7] 9 [] 9 [] 1 [7] 1 14.6 [6,6] 13.9 [6,3] 13. [6] LHP 1.1 [47,] 4 33 336 [38] 66 [68,] 1 [7,] 16.1 [1] 16 [11] 1.9 [6] 19.8 [7] 9 [] 9 [] 87 [6] 1 1 [6,8] 14.3 [6,] 13.7 [6,] LHP 31 19.3 [316,8] 4.16 [396] 19 36 336 [38] 43 [4,6] 16 [8,3] 496 [6] 7 [8] 7.9 [,8] 1.1 [9] 13 [9] 3 [14] 1.9 [6] 19.8 [7] 9 [] 9 [] 73 [] 1 1.6 [7,1] 1 [6,8] 14.3 [6,] LHP 4 1 189 319 [36] 4 [9] 76 [8,4] 6. [4,6] 1. [7,8] 11 [7] 166 [11] 61 [18] 1.9 [6] 19.8 [7] 9 [] 9 [] 36 [] 73 [] 1 16.8 [7,6] 1.9 [7,] 1 [6,8] LHP 3. [49] 1 1 34 [39] 4 [7] 693 [78] 4.7 [3,] 9,7 [7,] 87 [6] 13 [9] 188 [13] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 73 [] 9 [33,] 97 [33,6] 34 [34,4] 3 [34,] 318 [36] 377 [4,6] 479 [4,] 48 [61,9] 39 [6,8] 478 [4] 1 [8,9] 19. [8,6] 18.3 [8,3] LHP 63 38. [63,6] 9 1 389 [44] 66 [64] 77 [8] 4.4 [3,3] 7. [,6] 8 [] 116 [8] 174 [11] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 73 [] 367 [41,] 48 [6] 1 1.4 [9,].3 [9,] 19.8 [9] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 1
LHP OTORS SPECIFICATION DATA (cotiued) Specificatio Data for LHP... motors with B, K, R ad L shafts. (1.378 [3] sealig diameter) Type LHP LHP 3 LHP 4 LHP LHP 8 LHP 1 LHP 1 Displacemet, i³rev [cm³rev] 1. [] 1.9 [3].44 [4] 3. [49,] 4.83 [79,] 6.4 [99] 7. [13,8] ax. Speed, 16 16 1 11 7 6 486 [RP] 18 17 17 11 94 7 6 ax. Torque 9 [3,3] 38 [4,3] [6,] 83 [9,43] 134 [1,1] 171 [19,3] 1 [3,7] lb-i [] 41 [4,7] 4 [6,1] 73 [8,] 1 [11,9] 17 [19,] 1 [3,7] 64 [9,8] 9 [6,7] 76 [8,6] 9 [1,7] 18 [14,3] 198 [,4] 43 [7,] 33 [36,] ax. Output 6. [4,] 7.8 [,8] 11. [8,] 13. [1,1] 13.7 [1,] 14.1 [1,] 13.7 [1,] HP [kw] 8. [6,1] 1. [7,8] 1. [11,6] 16.1 [1,] 16.8 [1,] 17.1 [1,8] 16.1 [1] ax. Pressure Drop 14 [1] 14 [1] 17 [1] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] [1] ax. Oil Flow 1. [4] 13. [] 1.9 [6] 1.9 [6] 1.9 [6] 1.9 [6] 1.9 [6] GP [lpm] 11.9 [4] 14. [] 18. [7] 19.8 [7] 19.8 [7] 19.8 [7] 19.8 [7] ax. Ilet Pressure 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Retur Pres- sure with Drai Lie 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 36[] ax. Startig Pressure with Uloaded Shaft, 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 131 [9] i. Startig Torque At.press. drop 6 [3,] 3 [4,] 48 [,4] 69 [7,8] 117 [13,] 147 [16,6] 183 [,7] lb- i [] At.press. drop 37 [4,] [,6] 6 [6,8] 88 [1] 149 [16,8] 186 [1] 36 [6,6] i. Speed***, [RP] 1 1 1 1 1 1 Weight, lb [kg] LHP(F) 1.3 [,6] 1.4 [,6] 1.6 [,7] 13[,9] 13.[6] 13.7[6,] 13.9[6,3] For rear ports: +.99 [,4] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 16
LHP OTORS SPECIFICATION DATA (cotiued) Specificatio Data for LHP... motors with B, K, R ad L shafts. (1.378 [3] sealig diameter) Type Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure with Drai Lie ax. Startig Pressure with Uloaded Shaft, i. Startig Torque lb-i [] i. Speed***, [RP] Weight, lb [kg] For rear ports: +.99 [,4] At.press. drop At.press. drop LHP(F) LHP 16 9.66 [18,4] 378 47 77 [31,3] 334 [37,8] 387 [43,8] 13. [1,1] 16. [1,1] 3 [14] 1.9 [6] 19.8 [7] 9 [] 9 [] 116 [8] [8,] 314 [3,] 1 14.3[6,] LHP 1.1 [198] 33 378 34 [36,6] 487 [] 13. [1] 16.1 [1] 3 [14] 1.9 [6] 19.8 [7] 1 [7] 1 14.8[6,7] LHP 1.1 [47,] 19.3 [316,8] 4.16 [396] 4 33 416 [47] 66 [68,] 1.1 [9] 16.1 [1] 33 [14] 1.9 [6] 19.8 [7] 87 [6] 1 1.[6,9] LHP 31 19 36 436 [48] 43 [4,6] 16 [8,3] 496 [6] 7 [8] 1. [7,6] 1.1 [9] 174 [1] 3 [14] 167 [11] 1.9 [6] 19.8 [7] 73 [] 1 1.9[7,] LHP 4 13 189 441 [] 4 [9] 76 [8,4] 8.3 [6,] 1. [7,8] 14 [9] 1.9 [6] 19.8 [7] 73 [] 1 17[7,7] LHP 3. [49] 1 1 34 [39] 4 [7] 693 [78] 4.7 [3,] 9,7 [7,] 87 [6] 13 [9] 61 [18] 188 [13] 1.9 [6] 19.8 [7] 73 [] 9 [33,] 379 [4,8] 4 [4,8] 414 [46,8] 318 [36] 377 [4,6] 479 [4,] 48 [61,9] 39 [6,8] 478 [4] 1 19.9 [9,] LHP 63 38. [63,6] 9 1 389 [44] 66 [64] 77 [8] 4.4 [3,3] 7. [,6] 8 [] 116 [8] 174 [11] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 9 [] 9 [] 9 [] 9 [] 3 [14] 3 [14] 9 [] 9 [] 9 [] 9 [] 36 [] 73 [] 367 [41,] 48 [6] 1 1. [9,6] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 17
LHP OTORS FUNCTION DIAGRAS LHP lb-i 4 Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP lmi 6.6 GP 3 lmi 7.9 GP 3 lmi 9. GP 4 lmi 1.6 GP 4 lmi 11.9 GP 4 3 3 1 1 4 3 1 it. 4 6 8 1 1 14 16 18 RP LHP 3 1kW. kw N=. kw kw 4kW t=73% 6% % 6kW it. p=14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI lb-i 6 Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP lmi 6.6 GP 3 lmi 7.9 GP 3 lmi 9. GP 4 lmi 1.6 GP 4 lmi 11.9 GP lmi 13. GP lmi 14. GP 6 p=14 bar 3 PSI 4 4 3 3 4 3 it. N=. kw 1 kw kw 4kW 6kW 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 1 t=78% 6 bar 87 PSI 1 1 7% 4 6 8 1 1 14 16 18 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 18 6% % it. 3 bar 43 PSI
LHP OTORS FUNCTION DIAGRAS LHP 4 lb-i 7 7 6 6 4 4 3 3 1 1 8 7 6 4 3 1 it. Q= lmi 1.3 GP 1 lmi.6 GP N=. kw lmi.3 GP 1kW t=78% 3 lmi 7.9 GP kw 7% 7% 4kW 6% 4 lmi 1.6 GP 4 6 8 1 1 14 16 18 RP 6kW % lmi 13. GP 6 lmi 1.9 GP 8kW 1 kw 7 lmi 18. GP it. p=1 bar PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI LHP lb-i 11 1 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 1 9 8 7 6 4 3 11 1 9 8 7 6 4 3 it. N=1 kw kw 4kW t=7% 6kW 7% 8kW 6% 1 kw 1 kw % p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 1 1 3 bar 43 PSI it. 4 6 8 1 1 14 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 19
LHP OTORS FUNCTION DIAGRAS LHP 8 lb-i 18 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 16 14 1 1 8 6 4 18 16 14 1 1 8 6 4 it. % 6% 7% 4kW t=7% kw N=1 kw 1 kw 1 kw 8kW 6kW p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 1 3 4 6 7 8 9 RP LHP 1 it. 3 bar 43 PSI lb-i 4 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 18 16 14 1 1 8 6 4 18 16 14 1 1 8 6 4 it. % 6% 7% 7% N=1 kw t=78% kw 4kW 6kW 1 kw 1 kw 8kW p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 1 3 4 6 7 RP it. 3 bar 43 PSI The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C].
LHP OTORS LHP 1 FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 8 1 1 4 16 1 8 4 it. % 6% 7% N=1 kw 7% t=78% kw 4kW 6kW 8kW 1 kw p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI it. 3 bar 43 PSI 1 3 4 6 RP LHP 16 lb-i 36 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 3 36 8 4 16 1 8 3 8 4 16 1 8 it. % 6% 7% 7% t=78% N=1 kw kw 4kW 6kW 8kW 1 kw 1 kw p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 4 4 it. 3 bar 43 PSI 1 1 4 4 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 1
LHP OTORS lb-i 4 LHP Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP FUNCTION DIAGRAS 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 4 3 3 1 1 4 3 3 1 1 it. % 6% 7% 7% t=77% N=1 kw kw 4kW 6kW 8kW 1 kw p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 11 bar 167 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI it. 3 bar 43 PSI 1 1 RP LHP lb-i 4 4 3 3 1 1 6 4 4 3 3 1 1 Q= lmi 1.3 GP it. 1 lmi.6 GP lmi.3 GP % 3 lmi 7.9 GP 6% N=1 kw t=8% 7% 7% kw 4 lmi 1.6 GP 4kW 1 1 3 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. lmi 13. GP 6kW 6 lmi 1.9 GP 8kW 7 lmi 18. GP 1 kw 7 lmi 19.8 GP it. p=17 bar 4 PSI 16 bar 3 PSI 14 bar 3 PSI 1 bar 181 PSI 1 bar 14 PSI 8 bar 13 PSI 6 bar 87 PSI 3 bar 43 PSI
LHP OTORS FUNCTION DIAGRAS LHP 31 lb-i 6 64 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 4 3 3 1 1 6 48 4 3 4 16 8 it. % 6% 7% t=73% N=1 kw 6kW 4kW 8kW kw 7 1 1 1 17 RP it. p=16 bar 3 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 13 PSI 7 bar 1 PSI bar 73 PSI 3 bar 43 PSI LHP 4 lb-i 6 6 6 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 3 3 1 1 4 4 4 3 3 1 1 it. % 6% 7% N=1 kw 7% t=8% kw 4kW 6kW p=1 bar 181 PSI 11 bar 16 PSI 9 bar 138 PSI 8 bar 116 PSI 6 bar 94 PSI bar 8 PSI 4 bar 6 PSI 3 bar 43 PSI it. 7 1 1 1 17 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 3 RP
LHP OTORS LHP FUNCTION DIAGRAS lb-i 7 6 6 4 4 3 3 1 1 7 7 6 6 4 4 3 3 1 1 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP LHP 63 N=,kW 3 lmi 7.9 GP 1kW 8% 4 lmi 1.6 GP kw 3kW 7% lmi 13. GP 4kW 7% 6 lmi 1.9 GP kw 6kW 6% % 7 lmi 18. GP 6% it. 7 lmi 19.8 GP 1 3 4 6 7 8 9 1 11 1 13 14 1 p=11 bar 16 PSI 9 bar 13 PSI 7 bar 19 PSI 6 bar 87 PSI 4 bar 6 PSI 3 bar 43 PSI 1 bar PSI RP lb-i 6 6 7 6 6 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 4 3 3 1 1 4 4 3 3 1 1 N=,kW 1kW 8% kw 7% 1 3 4 6 7 8 9 1 11 1 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 4 3kW 7% 6% 4kW 6% kw % it. p=8 bar 116 PSI 7 bar 1 PSI bar 8 PSI 4 bar 6 PSI 3 bar 43 PSI 1 bar PSI RP
LHP OTORS DIENSIONS AND OUNTING DATA S Shaft LHP, LHPF T Shaft Shaft D Shaft C,H Shaft G Shaft Shaft Dim. See Page 8 S Shaft LHPQ, LHP T Shaft D Shaft Shaft C,H Shaft G Shaft.4 [6,] 1.661 [4,] 1.84 [46,7] 1.984 [,4].4 [6,] 1.661 [4,] 1.84 [46,7] 1.984 [,4] 1.81.69 [4,139,8] Port A 3.4.98 [76,37,7] Flage Dim. See Page 6 1.7381.76 [44,143,8] Port A 3.1613.138 [8,379,7] L Port B L Port B P P (A,B) (A,B) C C Port Dim. See Page 6 L1 L1 T 3.4 [91] Dia. Versio 6 7 8 9 Rear ports T 3.4 [91] Dia. R Shaft B Shaft K Shaft L Shaft i [mm] L.61 [66,4].7 [6,8].4 [6,8] Versios, 6 3, 9 4, 7, 8 C 4x8 4x8 4x 16-18 UNC 4x 16-18 UNC Stadard Rotatio Reverse Rotatio 7 P(A,B) xg½ xx1, x 8-14 UNF x½-14 NPTF Viewed from Shaft Ed Viewed from Shaft Ed Port A Pressurized - CW Port A Pressurized - CCW 7 7 T G¼ 14x1, 16 - UNF 16- UNF Port B Pressurized - CCW Port B Pressurized - CW Type L, i [mm] L, i [mm] Type L 1, i [mm] Versios,3,4, *Versios 6,7,8,9 Versios,3,4, *Versios 6,7,8,9 LHP(F).3 [136,] 6.6 [14,] LHPQ().3 [14,] 6. [18,].1 [,] LHP(F) 3.39 [137,] 6.1 [1,] LHPQ() 3.7 [141,] 6.6 [19,]. [6,3] LHP(F) 4.4 [138,] 6.14 [16,] LHPQ() 4.61 [14,] 6.3 [16,].9 [7,4] LHP(F).41 [137,] 6.1 [1,] LHPQ().9 [14,] 6.3 [16,].6 [6,67] LHP(F) 8.7 [141,] 6.8 [19,] LHPQ() 8.7 [146,] 6.44 [163,].4 [1,67] LHP(F) 1.67 [144,] 6.38 [16,] LHPQ() 1.8 [148,] 6.4 [166,]. [13,33] LHP(F) 1.81 [147,] 6. [16,] LHPQ() 1.98 [1,] 6.69 [17,].66 [16,67] LHP(F) 16.98 [1,] 6.69 [17,] LHPQ() 16 6.16 [16,] 6.8 [174,].84 [1,33] LHP(F) 6. [17,] 6.91 [17,] LHPQ() 6.38 [16,] 7.7 [179,] 1. [6,67] LHP(F) 6.46 [164,] 7.17 [18,] LHPQ() 6.63 [168,] 7.3 [186,] 1.31 [33,33] LHP(F) 31 6.83 [173,] 7.4 [191,] LHPQ() 31 7.1 [178,] 7.7 [19,] 1.68 [4,67] LHP(F) 4 7.4 [184,] 7.9 [,] LHPQ() 4 7.4 [188,] 8.11 [6,].1 [3,33] LHP(F) 7.78 [197,] 8.48 [1,] LHPQ() 7.9 [,] 8.64 [19,].6 [66,63] LHP(F) 63 8.47 [1,] 9.17 [33,] LHPQ() 63 8.6 [19,] 9.37 [38,] 3.31 [84,] * -For Rear Ported otors.
LHP OTORS. [6,4] SAE A Flage x.41. [ 13,713,3] Dia. Thru OUNTING 3.3.46.17 [8,8,4] [ 131] Pilot Dia. 4.1974.181 Dia. [16,616,] F - ageto Flage.79 [18].169.161 [,14,9] 3.976 [11]. [6,4] 4 4x.41. [ 13,713,3] Dia. Thru 4.1974.181 Dia. [16,616,] 3.3.46 [8,8,4] Pilot Dia..17 [ 131] ad Q - Square Flage.9 [ 1] mi deep 4x1* 4x38-16 UNC**.169.161 3.43.46 Dia. [,14,9] [8,68,4].79 [18].169.161 [,14,9] 3.976 [11] ***.11.87 [,6,] 1.7491.746 [44,444,3] Pilot Dia. 3.8 [8] 3.976 [11] 3.8 [8] * For Flage ** For Q Flage *** Perform at customer's request i [mm] PORTS Side Ports Rear Ports Versio 3 4 Versio 6 7 8 9 3.976 [11].169.161 [,14,9] C.79.768 [,319,7] Port A.79.768 [,319,7].787 [].169.161 [,14,9].197 [ ] L.713.7 [18,117,9] Port A.984 [] Port B T.713.7 [18,117,9] Port B P (A,B) P (A,B) T.47 [13,9].79.768 [,319,7].79.768 [,319,7] 1.134 [8,8] Versios Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW C P T (A,B), 6 4x8 xg½ G¼ 3, 9 4x8 xx1, 14x1, 4x 7 16 4, 7, 8 16-18 UNC - UNF 4x 16-18 UNC 7 x 8-14 UNF x½-14 NPTF 7 16- UNF 6
LHP OTORS 4.134 [1] DIENSIONS AND OUNTING DATA - LHPW (WHEEL OTOR) 4.94,1 Dia. [13,11,9].18.146 [,4,] Shaft versio C, G, H S, D T L, i [mm] 4.17 [16] 3.99 [11,4] 4.3 [19,6] 4.78 [11,] C P T (A,B) Versios 4x1 3 4x1 4 3 8-16 UNC 3 8-16 UNC xg½ xx1, 7 x 8-14 UNF x½-14 NPTF G¼ 14x1, - UNF 7 16- UNF 7 16.9.76 [7,7,] 3.9373.88 [198] 3.1493.148 [8,79,94] Pilot Dia. Port A Port B L.81.69 [6,6,] C 3.1113.1 Dia. [79,78,8] Type LHPW(N) LHPW(N) 3 LHPW(N) 4 LHPW(N) LHPW(N) 8 LHPW(N) 1 LHPW(N) 1 LHPW(N) 16 LHPW(N) LHPW(N) LHPW(N) 31 LHPW(N) 4 L, i [mm] 3.1 [76,] 3.7 [78,] 3.13 [79,] 3.7 [78,] 3.3 [8,] 3.3 [8,] 3.47 [88,] 3.66 [93,] 3.86 [98,] 4.13[1,] 4.49[144,] 4.9[1,] L 1, i [mm].1 [,]. [6,3].9 [7,4].6 [6,67].4 [1,67]. [13,33].66 [16,67].84 [1,33] 1. [6,67] 1.31 [33,33] 1.68 [4,67].1 [3,33].791.783 [,119,9].73.74 [18,618,4].73.74 [18,618,4] 1.941. [4,39,] P (A,B).787 mi [] L1 L Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW T 3.113.31 [7977] 3.3943.377 Dia. [86,8,8] i [mm] PERISSIBLE SHAFT LOADS LHPWN LHPW P rad dan 16 14 1 1 8 6 The curves apply to a B1 bearig life of hours. 1. ax. radial shaft load. = RP 3. = RP P rad lbs 4. =8 RP 36 3 3 1 Pa =33 lbs [ 1 dan] Pa =44 lbs [ dan] 1 + - 3 4 P rad dan 16 14 1 1 8 6 P rad lbs 36 3 3 1 Pa =33 lbs [ 1 dan] Pa =44 lbs [ dan] 1 1. ax. radial shaft load. =3 RP 3. = RP 4. =8 RP + - 3 4 4 1 4 1 4 3 1 i 4 3 1 i 1 1 8 6 4 mm 1 1 8 6 4 mm 7
LHP+LHR OTORS SHAFT EXTENSIONS FOR LHP AND LHR OTORS 1.14 [8,6] sealig diameter C 1" [,4] straight, Parallel key ¼"x¼"x1¼" BS 46 ax. Torque 39 lb-i [34 ] " [,] straight, Parallel key ¼"x¼"x1" BS 46 ax. Torque 3 lb-i [36 ] 7 8 D 1.61.474* [38,37,4].1. [ 6,376,3] 1.331.99* [33,633].1. [ 6,376,3] 1.14 Dia [8,6] 1..999 Dia. [,4,37] 1. 11 1.11 [8,7,97] 1.14 Dia [8,6].87.874 Dia. [,,].987.976 [4,8] 1.641.7** [4,739,9] G 1" [,4], SAE 6B Splied ax. Torque 34 lb-i [4 ] 1.1.498* [38,138,] 14- UNC. [14] mi. deep.47.44 [ 6,76,] 1.4331.46** [36,43,7] H 1" [,4] straight, w.46 [1,3] Crosshole ax. Torque 39 lb-i [34 ] 1.1.498* [38,138,] 14- UNC. [14] mi. deep.638.98 [16,31,] 14- UNC. [14] mi. deep 1.14 Dia [8,6].998.996 Dia. [, 3,3] 1.14 Dia [8,6] 1..999 Dia. [,4,37] 1.4 mi [6,4] 1.61.93** [41,14,4] 14- UNC. [14] mi. deep.848.843 Dia. [ 1,41,4] 1.61.93** [41,14,4].411.41 [1,441,19] Dia. Thru ø straight, Parallel key A8x7x3 DIN 688 ax. Torque 39 lb-i [34 ] 1.14 Dia [8,6] 1.6481.616* [41,841,].984.983 Dia. [ 4,97].31.313 [ 87,964] 1.11.9 [87,7] 13T Splied, " [,], ANS B 9.1-1976 ax. Torque 3 lb-i [36 ] 1.14 Dia [8,6] 7 8 S 1.331.99* [33,633].866 mi [].71.69 Dia. [18,1617,64].87.874 Dia. [,,] 1.7461.71** [44,343,] 8.63 [16] mi. deep T 1.4331.46** [36,43,7] 14- UNC. [14] mi. deep 1" [,4], SAE J1 Tapered Woodruff key ¼"x1" SAE J ax. Torque 34 lb- i [4 ] 1..99 Dia. [,4,1].116.8* [3,7,9] Nut 34-16 UNF 1.63[7] across flat Tighteig torque for Nut 79 97 i-lb [1±1 ].161.14 Dia. [4,13,9].1.49 [6,376,3].134.118 [3,43] 1.14 Dia [8,6] 1.1.999 Dia. [,4,37] 34-16 UNF i [mm] 1. Taper per Foot [coe 1:8] Requiremet. Torque must be ot exceeded. 1.39 [34,4].1.183** [6,,4] 8.18.14 [4,3,6] * For SAE A ad F Flage ** For ad Q Flage
LHP+LHR OTORS SHAFT EXTENSIONS FOR LHP AND LHR OTORS (cotiued) 1.378 [3] sealig diameter B ø3 straight, Parallel key A1x8x4 DIN 688 ax. Torque 681 lb-i [77 ].394.39 [ 19,96] 1. 378 Dia. [3] 1. 611.6 Dia. [3,183,] 1.3781.366 [ 334,7].76.18 [6,9,] 8.63 [16] mi. deep K 1¼" [31,7] straight, Parallel key 16 "x 16 "x1¼" BS 46 ax. Torque 681 lb-i [77 ].1.841.8 [47,146,3]. 313.31 [ 7,967,94] 1. 378 Dia. [3] 1.1.48 Dia. [31,731,7] 1. 3911. 381 [ 3,33 3,8] L 14T Splied,1 ¼" [31,7], ANS B 9.1-1976 ax. Torque 681 lb-i [77 ] 38-16 UNC.63 [16] mi. deep 1. 3 mi [ 33] 1. 378 Dia. [3] 1.1.49 Dia. [31,731,7] 1.861.81 [47,346,1] 38-16 UNC.63 [16] mi. deep DP 14 Teeth 14 pressure agle 3 R 1¼" [31,7],SAE J1 Tapered Parallel key 16 "x 16 "x1" ax. Torque 681 lb-i [77 ] 1. 378 Dia. [3].44.8 [6,,8]. 313.31 [ 7,967,94] 1.11.49 Dia. [31,7731,7] 1- UNEF. 16.1 [ 3,963,86] i [mm] 1. Taper per Foot [coe 1:8].16 Dia. [4,].177.14 [,94,71] Nut 1- UNEF 17 16 " [36,] across flat Tighteig torque for Nut 168 186 lb- i [±1 ].83 [8] Requiremet. Torque must be ot exceeded. 9
LHP+LHR OTORS PERISSIBLE SHAFT LOADS FOR LHP AND LHR OTORS The permissible radial shaft load Prad depeds o the speed, RP, moutig flage, distace L from the poit of load to the moutig flage ad shaft versio. outig Flage Shaft Versio Keyed C Splied G 8 Radial Shaft Load P rad,i mm x, dan* 9+L Radial Shaft Load P rad,i ich * < RP; Prad=18 lbs [8 dan] RP; L <. i [ mm] 8 1 x,lbs* RP 3.74+L LHP AND LHR Keyed B Splied L Radial Shaft Load Prad for C, G Shaft Extesios by L=3 mm [1.18 i] (4 mm [.94 i]) 8 x 187 9+L, dan* 8 166 x,lbs* RP 3.74+L 8 Keyed C Splied G x, dan* 11+L 8 1 x,lbs* RP 3.98+L P rad P rad dan 9 8 6 4 P rad lbs 16 1 8 4 4 6 8 P RP a = P a = 33 lbs [1 dan] 44 lbs [ dan] SAE A ad Flage L= 1.18 i [ 3 mm] ad Q Flage F L=.94 i [ 4 mm] P rad dan P rad lbs LHPN AND LHRN The curves apply to a B1 bearig life of hours. 16 14 1 1 8 6 4 3 3 1 1 Pa =33 lbs [ 1 dan] Pa =44 lbs [ dan] + - 1 3 4 1. ax. radial shaft load. = RP 3. = RP 4. =8 RP 8 3 1-1 i 6 4 - mm 3
LHP+LHR OTORS AX. PERISSIBLE SHAFT SEAL PRESSURE FOR LHP AND LHR OTORS LHPLHR...U1 motors with high pressure seal ad without drai coectio: The shaft seal pressure equals the average of iput pressure ad retur pressure. LHPLHR...U motors with high pressure seal ad drai coectio: The shaft seal pressure equals the pressure i the drai lie. P = P iput +P seal retur LHPLHR...1 motors with stadard shaft seal ad without drai coectio: The shaft seal pressure ever exceeds the pressure i the retur lie. LHPLHR... motors with stadard shaft seal ad with drai coectio: The shaft seal pressure equals the pressure i the drai lie. P bar 1 P PSI 3 3 1: Drawig for Stadard Shaft Seal ( B, K, L, R shafts) : Drawig for Stadard Shaft Seal 1 1 ( C, G, D, H,, S, T shafts) 3: Drawig for High Pressure Seal (" U" Seal) 1 1 - cotiuous operatios - itermittet operatios 1 4 6 8 1, RP 31
LHP OTORS ORDER CODE LHP 1 3 4 6 7 8 9 Pos.1 - outig Flage omit - SAE A, two holes F - ageto, four holes - Square metric, four bolts 1 Q - Square, four bolts W - Wheel motor Pos. - Displacemet code - 1. [,] i rev [cm rev] 3-1.9 [3,] i rev [cm rev] 4 -.44 [4,] i rev [cm rev] - 3. [49,] i rev [cm rev] 8-4.83 [79,] i rev [cm rev] 1-6.4 [99,] i rev [cm rev] 1-7. [13,8] i rev [cm rev] 16-9.66 [18,4] i rev [cm rev] - 1.1 [198,] i rev [cm rev] - 1.1 [47,] i rev [cm rev] 31-19.3 [316,8] i rev [cm rev] 4-4.16 [396,] i rev [cm rev] - 3. [49,] i rev [cm rev] 63-38. [63,6] i rev [cm rev] Pos.3 - Shaft Extesios* [see pages 8 ad 9] C VC D G H V S T B K L R (six holes at customer's request) - 1" [,4] straight, Parallel key - 1" [,4] straight, Parallel key w corrosio resistat bushig 7-8" [,] straight, Parallel key - 1" [,4] SAE 6B Splied - 1" [,4] straight w.46 [1,3] Crosshole - mm straight, Parallel key - mm straight, Parallel key w corrosio resistat bushig 7-8" [,] 13T Splied - 1" [,4] SAE J1 Tapered - 3 mm straight, Parallel key - 1¼" [31,7] straight, Parallel key - 1¼" [31,7] 14T Splied - 1¼" [31,7] SAE J1 Tapered Pos. 4 - Optio [eedle bearigs] omit - oe N - with eedle bearigs Pos. - Port SizeType [stadard maifold to each] 3 4 6 7 8 9 - side ports, xg1, G14, BSP thread, ISO 8 - side ports, xx1,, 14x1,, metric thread, ISO 6 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF - rear ports, xg1, G14, BSP thread, ISO 8 - rear ports, x78-14 UNF, O-rig, 716- UNF - rear ports, x1-14 NPTF, 716- UNF - rear ports, xx1,, 14x1,, metric thread, ISO 6 Pos. 6 - Shaft Seal Versio [see page 31] omit - Stadard shaft seal U - High pressure shaft seal (without check valves) Pos. 7 - Drai Port omit - with drai port 1 - without drai port Pos. 8 - Special Features [see page 98] Pos. 9 - Desig Series omit - Factory specified Notes : The followig combiatios are ot allowed: - Q,, W flage with B, K, L, R shafts. - N optio with B, K, L, R shafts, U optio or RS optio. - W flage with rear ports. - B, K, L, R shafts with U optio. * The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 3
HYDRAULIC OTORS LHR APPLICATION»»»» Coveyors Feedig mechaism of robots ad maipulators etal workig machies Textile machies» Agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data...34 3 Fuctio diagrams...36 4 Dimesios ad moutig... 41 4 Shaft extesios... 8 9 Permissible shaft loads... 3 Permissible shaft Seal Pressure... 31 Order code... 43 OPTIONS» odel- Spool valve, roll-gerotor» Flage mout» otor with eedle bearig» Side ad rear ports» Shafts- straight, splied ad tapered» SAE, etric ad BSPP ports» Speed sesorig» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 4.4 [ 397] 97 : 4 [ 61] it.: 61 [ 69].1 [ 1] : 4 [ 17] it.: 9 [] 19.8 [ 7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 3 1 1 33 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm
LHR OTORS SPECIFICATION DATA Specificatio Data for LHR... motors with C, D, G, H,, S ad T shafts. (1.14 [8,6] sealig diameter) Type Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure LHR 3.14 [1,] 77 979 LHR LHR 8 1 4. 9 6.9 [8,3] 7 94 9 [1,1] 17 [19,] 1 [4] 6 [3] 34 [39] 341 [38,] 34 [39] 34 [39] 336 [38] 11 [13] 1 [17] 1947 [] 39 [7] 48 [8] 83 [3] 31 [34] 37 [37] 38 [43] 47 [46] 47 [46] 496 [6] 1 [8] 68 [71] 4 [7] 74 [83] 31 [6] 77 [87] 9. [7] 17 [1,] 17.4 [13] 16.8 [1,] 1.4 [11,] 1 [9] 8.7 [6,] 8 [6] 6.4 [4,8] 11.9 [8,].1 [1].1 [1] 19. [14,] 18.8 [14] 1.4 [11,] 14.1 [1,] 1.9 [9,6] 11.8 [8,8] 3 [14] 3 [14] 16 [11] 13 [9] 1 [7] 9 [] 9 [] 9 [] 9 [] 3 [14] 167 [11] 34 [1] 1. [4] 13. [] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 1.8 [6] 19.8 [7] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Retur Pressure with Drai Lie 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Startig Pressure with Uloaded Shaft, 14 [1] 14 [1] 14 [1] 13 [9] 1 [7] 73 [] 8 [4] 44 [3] 44 [3] i. Startig Torque lb- i [] At.press. drop 71 [8] 133 [1] 177 [] 1 [] 83 [3] 9 [33] 74 [31] 9 [33] 6 [3] At.press. drop 8 [1] 1 [17] i. Speed***, [RP] Weight, lb [kg] LHR(F)(N) 1 1 [6,8] 1 1, [6,9] For rear ports +1.433 [,6] LHRQ()(N) 13.7 [6,] 13.9 [6,3] [99,8] 6 7 3 [3] 1 1.9 [7,] 14.6 [6,6] LHR 1 7.67 [1,7] 47 6 48 [8] 1 16.1 [7,3] 1 [6,8] LHR 16 9.74 [19,6] 37 47 37 [37] 1 1. [7,] 1.4 [7,6] LHR 1.19 [199,8] 3 37 34 [4] 1 17.6 [8] 14.7 [7,] LHR 1.6 [,1] 4 3 4 [48] 1 18. [8,4] 17. [7,8] LHR 31 19.6 [31,7] 19 4 [8] 1 [9,1] 19 [8,6] LHR 4 4.4 [397] 1 19 44 [] 1 1.6 [9,8]. [9,3] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H ( ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 34
LHR OTORS Type Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure SPECIFICATION DATA (cotiued) Specificatio Data for LHR... motors with B, K, R ad L shafts. (1.378 [3] sealig diameter) LHR 3.14 [1,] 77 97 LHR 8 4.9 LHR 1 6.9 9 [1,1] 17 [19,] 1 [4] 11 [13] 1 [17] 9. [7] 11.9 [8,] LHR 1 7.67 LHR 16 9.74 LHR 1.19 LHR 1.6 LHR 31 19.6 LHR 4 4.4 3 [14] 196 [13] 167 [11] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 3 [16] 3 [14] 34 [1] 1. [4] 13. [] [8,3] 7 94 1947 [] 39 [7] 17 [1,].1 [1] 1.8 [6] 19.8 [7] [99,8] 6 7 48 [8] 83 [3].1 [1] 1.8 [6] 19.8 [7] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Retur Pressure with Drai Lie 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] ax. Startig Pressure with Uloaded Shaft, 14 [1] 14 [1] 14 [1] 13 [9] 1 [7] 73 [] 8 [4] 44 [3] 44 [3] i. Startig Torque lb-i [] At.press. drop At.press. 71 [8] 133 [1] 177 [] 1 [] 83 [3] 363 [41] 4 [4] 4 [4] 434 [49] drop 88 [1] 1 [17] 3 [3] 48 [8] 37 [37] 47 [46] 487 [] 84 [66] 4 [61] i. Speed***, [RP] Weight, lb [kg] 1 1 1 1 1 1 1 1 1 For rear ports +1.433 [,6] 1, [6,9] 1,4 [7] 16.1 [7,3] 16.3 [7,4] 1.4 [7,6] 18.9 [8,1] 18.7 [8,].3 [9,] 1.8 [9,9] [1,7] 47 6 6 [3] 31 [34] 37 [37] 19. [14,] 1.8 [6] 19.8 [7] [19,6] 37 47 34 [39] 38 [43] 47 [46] 18.8 [14] 1.8 [6] 19.8 [7] [199,8] 3 37 4 [4] 44 [] 496 [6] 17.4 [13] 16.8 [1,] 1.4 [11,] 14.8 [11] 17.4 [13] 1.8 [6] 19.8 [7] [,1] 4 3 478 [4] 4 [61] 68 [71] 13.4 [1] 16.1 [1] 1.8 [6] 19.8 [7] [31,7] 19 4 487 [] 8 [63] 73 [83] 1 [9] 14.8 [11] 1.8 [6] 19.8 [7] [397] 1 19 4 [61] 61 [69] 77 [87] 1. [7,8] 14. [1,6] 1.8 [6] 19.8 [7] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H ( ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 3
LHR OTORS LHR FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP lmi 6.6 GP 3 lmi 7.9 GP 3 lmi 9. GP 4 lmi 1.6 GP 4 lmi 11.9 GP lmi 13. GP 11 1 9 8 7 6 4 3 1 1 11 1 9 8 7 6 4 3 1 it.,kw 1kW kw 4kW 6kW 8kW p=17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 7 bar 1 PSI bar 73 PSI 3 bar 43 PSI it. 1 3 4 6 7 8 9 1 RP LHR 8 lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 18 p= bar 9 PSI 16 18 17 bar 4 PSI 14 16 1 1 8 6 4 14 1 1 8 6 4 1 3 4 6 7 8 9 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 36 it. 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI
LHR OTORS LHR 1 FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 8 1 1 4 16 1 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 8 bar 116 PSI 4 6 bar 87 PSI it. 3 bar 43 PSI 1 3 4 6 7 RP LHR 1 lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 3 36 8 4 16 1 8 4 3 p= bar 9 PSI 8 4 16 1 8 4 it. 1 3 4 6 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 37 it. 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI
LHR OTORS LHR 16 FUNCTION DIAGRAS lb-i 4 44 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 36 3 8 4 16 1 8 4 36 3 8 4 16 1 8 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 4 4 it. 1 1 4 4 3 bar 43 PSI RP LHR lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 4 3 3 1 4 4 3 3 1 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 1 PSI 8 bar 116 PSI 1 1 6 bar 87 PSI 1 1 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 38 it. 3 bar 43 PSI RP
LHR OTORS LHR FUNCTION DIAGRAS lb-i 6 4 4 3 3 1 1 6 6 4 4 3 3 1 1 Q= lmi 1.3 GP it. 1 lmi.6 GP lmi.3 GP 7 1 1 1 17 7 3 LHR 31 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 11 bar 16 PSI 1 bar 1 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI RP lb-i 6 6 4 4 3 7 64 6 48 4 Q= lmi 1.3 GP it. 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP p=17 bar 4 PSI 16 bar 3 PSI 13 bar 174 PSI 1 bar 181 PSI 3 1 1 3 4 16 8 39 it. 8 bar 116 PSI 6 bar 94 PSI 4 bar 6 PSI 3 bar 43 PSI 7 1 1 1 17 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C].
LHR OTORS FUNCTION DIAGRAS LHR 4 lb-i Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 6 64 48 44 4 36 3 8 4 16 1 8 4 6 6 48 44 4 36 3 8 4 16 1 8 4 it. p=1 bar 181 PSI 11 bar 16 PSI 9 bar 13 PSI 8 bar 116 PSI 6 bar 94 PSI bar 8 PSI 4 bar 8 PSI 3 bar 43 PSI 1 3 4 6 7 8 9 1 11 1 13 14 1 16 17 18 19 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 4
LHR OTORS DIENSIONS AND OUNTING DATA S Shaft LHR, LHRF T Shaft D Shaft Shaft C,H Shaft G Shaft Shaft Dim. See Page 8 S Shaft LHRQ, LHR T Shaft D Shaft Shaft C,H Shaft G Shaft.4 [6,] 1.661 [4,] 1.84 [46,7] 1.984 [,4].4 [6,] 1.661 [4,] 1.84 [46,7] 1.984 [,4] 1.81.69 [4,139,8] Port A Flage Dim. See Page 4 1.7381.76 [44,143,8] 3.1613.138 3.4.98 [76,37,7] Port A [8,379,7] L P (A,B) Port B L P (A,B) Port B C C L1 Port Dim. See Page 4 L1 T 4. 134 [1] Dia. Versio 6 7 8 9 Rear ports 4. 134 [1] Dia. R Shaft B Shaft K Shaft L Shaft L.61 [66,4].7 [6,8] Shaft Dim. See Page 9.4 [6,8] i [mm] Versios C P T (A,B), 6 4x8 xg½ G¼ 3, 9 4x8 xx1, 14x1, 4x 7 16 4, 7, 8 16-18 UNC - UNF 4x 16-18 UNC 7 x 8-14 UNF x½-14 NPTF 7 16- UNF Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW Type L, i [mm] Versios,3,4, *Versios 6,7,8,9 Type, i [mm] L 1, *Versios 6,7,8,9 i [mm] LHR(F) LHR(F) 8 LHR(F) 1 LHR(F) 1 LHR(F) 16 LHR(F) LHR(F) LHR(F) 31 LHR(F) 4.1 [14,].71 [14,].8 [148,] 6. [13,] 6.6 [19,] 6.4 [166,] 6.87 [174,] 7.3 [186,] 7.89 [,] * -For Rear Ported otors. 6.4 [18,] 6.44 [163,] 6.8 [167,] 6.7 [171,] 6.99 [177,] 7.6 [184,] 7.6 [193,] 8. [4,] 8.6 [19,] LHRQ() LHRQ() 8 LHRQ() 1 LHRQ() 1 LHRQ() 16 LHRQ() LHRQ() LHRQ() 31 LHRQ() 4 41 L Versios,3,4,.69 [144,].88 [149,] 6. [13,] 6.18 [17,] 6.4 [163,] 6.69 [17,] 7. [179,] 7.48 [19,] 8.7 [,] 6.4 [163,] 6.61 [168,] 6.73 [171,] 6.91 [17,] 7.14 [181,] 7.4 [188,] 7.78 [187,] 8.1 [8,] 8.78 [3,].3 [9,]. [14,].69 [17,4].86 [1,8] 1.9 [7,8] 1.37 [34,8] 1.71 [43,].16 [4,8].73 [69,4]
LHR OTORS. [6,4] SAE A Flage x.41. [ 13,713,3] Dia. Thru OUNTING 3.3.46.17 [8,8,4] [ 131] Pilot Dia. 4.1974.181 Dia. [16,616,] F - ageto Flage.79 [18].169.161 [,14,9] 4,3 [17,]. [6,4] 4 4x.41. [ 13,713,3] Dia. Thru 4.1974.181 Dia. [16,616,] 3.3.46 [8,8,4] Pilot Dia..17 [ 131] ad Q - Square Flage.9 [ 1] mi deep 4x1* 4x38-16 UNC**.169.161 [,14,9] 3.43.46 Dia. [8,68,4].79 [18].169.161 [,14,9] *** 4,3 [17,].11.87 [,6,] 1.7491.746 [44,444,3] 3.8 [8] 4,3 [17,] 3.8 [8] * For Flage ** For Q Flage *** Perform at customer's request i [mm] 4,3 [17,].169.161 [,14,9] PORTS Side Ports Rear Ports Versio 3 4 Versio 6 7 8 9 C.79.768 [,319,7] Port A.79.768 [,319,7].169.161 [,14,9].787 [] L.713.7 [18,117,9] Port A.984 [] T.713.7 [18,117,9].79.768 [,319,7].79.768 [,319,7] Port B P (A,B) 1.3 [31,] Port B T.79 [ 7,1] P (A,B).197 [ ] Versios Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW C P T (A,B), 6 4x8 xg½ G¼ 3, 9 4x8 xx1, 14x1, 4x 7 16 4, 7, 8 16-18 UNC - UNF 4x 16-18 UNC 7 x 8-14 UNF x½-14 NPTF 7 16- UNF 4
LHR OTORS ORDER CODE LHR 1 3 4 6 7 8 9 Pos.1 - outig Flage Pos. 4 - Optio [eedle bearigs] omit - SAE A, two holes omit - oe F - ageto, four holes (six holes at customer's request) N - with eedle bearigs - Square metric, four bolts 1 Pos. - Port SizeType [stadard maifold to each] Q - Square, four bolts Pos. - Displacemet code - 3.14 [1,] i rev [cm rev] 8-4.9 [8,3] i rev [cm rev] 1-6.9 [99,8] i rev [cm rev] 1-7.67 [1,7] i rev [cm rev] 16-9.74 [19,6] i rev [cm rev] - 1.19 [199,8] i rev [cm rev] - 1.6 [,1] i rev [cm rev] 31-19.6 [31,7] i rev [cm rev] 4-4.4 [397,] i rev [cm rev] Pos.3 - Shaft Extesios* [see pages 8 ad 9] C VC D G H V S T B K L R - 1" [,4] straight, Parallel key - 1" [,4] straight, Parallel key w corrosio resistat bushig 7-8" [,] straight, Parallel key - 1" [,4] SAE 6B Splied - 1" [,4] straight w.46 [1,3] Crosshole - mm straight, Parallel key - mm straight, Parallel key w corrosio resistat bushig 7-8" [,] 13T Splied - 1" [,4] SAE J1 Tapered - 3 mm straight, Parallel key - 1¼" [31,7] straight, Parallel key - 1¼" [31,7] 14T Splied - 1¼" [31,7] SAE J1 Tapered 3 4 6 7 8 9 - side ports, xg1, G14, BSP thread, ISO 8 - side ports, xx1,, 14x1,, metric thread, ISO 6 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF - rear ports, xg1, G14, BSP thread, ISO 8 - rear ports, x78-14 UNF, O-rig, 716- UNF - rear ports, x1-14 NPTF, 716- UNF - rear ports, xx1,, 14x1,, metric thread, ISO 6 Pos. 6 - Shaft Seal Versio [see page 31] omit - Stadard shaft seal U - High pressure shaft seal (without check valves) Pos. 7 - Drai Port omit - with drai port 1 - without drai port Pos. 8 - Special Features [see page 98] Pos. 9 - Desig Series omit - Factory specified Notes : The followig combiatios are ot allowed: - Q ad flage with B, K, L, R shafts; - N optio with B, K, L, R shafts, U optio or RS optio; * The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 43
HYDRAULIC OTORS LHPL APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies» Agriculture machies» Food idustries» iig machiery etc. CONTENTS Specificatio data... 4 Dimesios ad moutig... 46 Shaft extesios... 47 Permissible shaft loads... 48 Order code... 48 OPTIONS» odel- Spool valve, gerotor» Atifrictio coical bearig» Flage mout» Shafts- straight, splied ad tapered» etric ad BSPP ports» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 4.16 [ 396] 11 : 441 [ ] it.: [ 9] 3. [ 17,] : 3 [ 14] it.: 4 [ 17] [ 7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop PSI [ bar] 14 [ 1] 3 [ 14] Oil flow i drai lie Viscosity Oil flow i drai lie SUS [ mm s] GP [ lpm] 98 [ ] 164 [ 3] 98 [ ] 164 [ 3].66 [,].476 [ 1,8].9 [ 3,].74 [,8] p bar 3 1 1 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm 44
LHPL SPECIFICATION DATA Type LHPL LHPL 8 LHPL 1 LHPL 1 LHPL 16 LHPL LHPL LHPL 31 LHPL 4 Displacemet, i rev [cm rev] 3. [ 49,] 4.83 [ 79,] 6.4 [ 99] 7. [ 13,8] 9.66 [ 18,4] 1.1 [ 198] 1.1 [ 47,] 19.3 [ 316,8] 4.16 [ 396] ax. Speed, [RP] 11 11 7 94 6 7 48 6 378 47 33 378 4 33 19 36 1 189 ax. Torque 83 [ 9,4] 1336 [ 1,1] 178 [ 19,3] 1 [ 3,7] 77 [ 31,3] 34 [ 36,6] 416 [ 47] 43 [ 48,6] 44 [] lb-i [] 14 [ 11,9] 17 [ 19,] 97 [ 3,7] 637 [ 9,8] 334 [ 37,8] 43 [ 4,6] 16 [ 8,3] 496 [6] [9] 14 [ 14,] 1947 [,] 39 [ 7,] 33 [ 36,] 3717 [ 4] 47 [ 3] 93 [ 67] 73 [8] 76 [ 8,4] ax. Output HP [kw] ax. Pressure Drop 13.3 [ 9,9] 16.8 [ 1,] 3 [ 14] 4 [ 17] 36 [ ] 13.3 [9,9] 16.8 [1,] 3 [14] 13.3 [9,9] 16.8 [1,] 3 [14] 13.3 [9,9] 16.8 [1,] 3 [14] 1.7 [ 11,7] 16.8 [1,] 3 [14] 13.8 [ 1,3].8 [ 1,] 3 [14] 13.1 [ 9,8] 3. [ 17,] 3 [14] 1. [ 7,6] 11 [8,] 13 [1] 3 [14] 8.9 [ 6,6] 1.3 [ 9,] 11 [9] 166 [11] 61 [18] ax. Oil Flow GP [lpm] ax. Ilet Pressure 16 [ 6] [ 7] 4 [ 17] 9 [ ] 36 [ ] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] 16 [6] [7] 9 [] ax. Retur Pressure -1 RP 14 [ 1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] without Drai Lie or ax. Pressure 1-3 RP 3-6 RP 7 [ ] 36 [ ] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] 7 [ ] 36 [] i Drai Lie, >6 RP [ 1] [1] [1] [1] [1] [1] [1] [1] [1] ax. Retur Pressure with Drai Lie -. RP 14 [ 1] 4 [ 17] 9 [ ] 36 [ ] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] 14 [1] 9 [] ax. Startig Pressure with Uloaded Shaft, 14 [ 1] 14 [1] 14 [1] 131 [9] 116 [8] 1 [ 7] 87 [6] 73 [] 73 [] i. Startig Torque lb- i [] 681 [ 7,7] 11 [13] 1487 [ 16,8] 1, [186] 8, [478] 8 [ 3,] 366 [ 41,4] 38 [ 43,] 39 [ 44,] i. Speed***, [RP] Weight, lb [kg] 1 18. [ 8,4] 1 18.7 [ 8,] 1 19.4 [ 8,8] 1 19.6 [ 8,9] 1 [ 9,1] 1.9 [ 9,] 1 [ 1,] 1 3.6 [ 1,7] 1.1 [ 11,4] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 4
LHPL DIENSIONS AND OUNTING DATA C Shaft G Shaft L Shaft R Shaft B Shaft K Shaft.67 [ 67,].16 [4].3 [9].4 [61].717 [ 69] Shaft Dim. See Page 47 P (A,B) L.793. 781 [,119,8].31.39 [ 8,17,8] 3.1 [ 81,].793. 781 [,119,8] Type LHPL LHPL 8 LHPL 1 LHPL 1 LHPL 16 LHPL LHPL LHPL 31 LHPL 4 L, i [mm].83 [148].98 [1] 6.1 [1] 6. [18] 6.4 [163] 6.61 [168] 6.89 [17] 7.4 [184] 7.68 [19] L, 1 i [mm].6 [ 6,67].4 [ 1,67]. [ 13,33].66 [ 16,67].84 [ 1,33] 1. [ 6,67] 1.31 [ 33,33] 1.68 [ 4,67].1 [ 3,33] L1 P T (A,B) xg½ x G¼ 7 16 Versios 4-14 UNF x½-14 NPTF - UNF 7 16 - UNF 7 8 Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW T 3.386 [86] Dia. 4.16 [1] Dia. Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW Side Ports Versio Versio 4 Port A Port A Port B Port B OUNTING Square out (4 Holes) F Oval out (4 Holes).16 [].119 [13] 4x.31 Dia. [ 13,].669 [17].37.33 [8,37,7] 4x.31 Dia. [ 13,] 4 o 4.1974.181 Dia. [16,616,].669 [17].37.33 [8,37,7].34 [136] 4.16 [1] 4.1984.18Dia. [ 16,616,] 3.1 [ 81,] 3.3.46 [ 8,8,4] Pilot Dia..16 [] 3.779 [96] 3.9 [ 81,] 3.3.46 [ 8,8,4] Pilot Dia. i [mm] 46
LHPL+LHRL OTORS 1.378 Dia. [3] B ø3, Parallel key A1x8x4 DIN 688 ax. Torque 681 lb-i [77 ] SHAFT EXTENSIONS FOR LHPL AND LHRL 1.611.6 Dia. [3,183,].394.39 [19,964] 1.3781.37 [334,8] L 14T Splied, 1¼'' [31,7], ANS B9.1-1976 ax. Torque 681 lb-i [77 ] 1.969 [] 8.866 [] mi. Deep 1.161.476 [38,37,] 38-16 UNC.63[16] mi Deep K 1¼" [31,7] straight, Parallel key 16 "x 16 "x1¼" BS 46 ax. Torque 681 lb-i [77 ] 1.8891.88 [4847,].313.31 [7,967,94] 1.378 Dia. [3].[6] 1.481.46 Dia. [31,731,6] DP 14 Teeth 14 Pressure agle 3 1.378 Dia. [3] 1.1.48 Dia. [31,731,7] 38-16 UNC.63[16] mi Deep 1.3811.371 [3,834,83] 1'' [,4] straight, Parallel key ¼''x ¼''x 1 ¼'' BS46 ax. Torque 31 lb-i [34 ].17 [,].1 [1,3] C.313.31 [6,46,3] G 1'' [,4], Splied BS 9 (SAE 6B) ax. Torque 31 lb-i [34 ] 1.161.1 [,8,7].46.4 [6,6,] 1.378 Dia. [3] 1.693 [43].941.937 [3,93,8] 1.999 Dia. [,4,38] 1.111.11 [8,7,97] 14- UNC.63[16] mi Deep 1.378 Dia. [3].1 [1,3] 1.693 [43].941.937 [3,93,8].76 [7] - otor outig Surfase Requiremet. Torque must be ot exceeded..99.99 Dia. [,,1].847.84 Dia. [1,1,47] 14- UNC.63[16] mi Deep 1.378 Dia. [3] 1.1 Dia. [31,77] R 1¼" [31,7],SAE J1 Tapered Parallel key 16 "x 16 "x1" ax. Torque 681 lb- i [77 ].16 Dia. [4] A A.36 [6] 1-UNEF A-A.313.31 [7,967,94].16.1 [3,963,86] i [mm] 1. Taper per Foot [coe 1:8] 1.378 [3].177.14 [,34,7].83 [8] Nut 1-UNEF 7 1 16" [36,] across flat Tighteig torque for Nut 168 186 lb- i [±1 ] 47
LHPL PERISSIBLE SHAFT LOADS FOR LHPL AND LHRL The load diagrams are valid for a average bearigs life of 16 hrs at RP. Pa=11 lbs. [ dan] Pr Pr dan 3 1 1 Pr lbs. 7 6 4 3 1 4 3 1-1 -1.7 i. A- ax. static load affordable by the bearigs B- ax. radial load at a axial load Pa=4 lbs. [ dan] 1 8 6 4 - -4 mm C- ax. radial load at a axial load Pa=11 lbs. [ dan] A B C ORDER CODE LHPL 1 3 4 6 Pos.1 - outig Flage omit - Square mout, four holes F -Oval mout, four holes Pos. - Displacemet code* - 3. [49,] i rev [cm rev] 8-4.83 [79,] i rev [cm rev] 1-6.4 [99,] i rev [cm rev] 1-7. [13,8] i rev [cm rev] 16-9.66 [18,4] i rev [cm rev] - 1.1 [198,] i rev [cm rev] - 1.1 [47,] i rev [cm rev] 31-19.3 [316,8] i rev [cm rev] 4-4.16 [396,] i rev [cm rev] Pos. 4 4 - Port SizeType [stadard maifold to each] - side ports, xg1, G14, BSP thread, ISO 8 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF Pos. - Special Features [see page 98] Pos. 6 - Desig Series omit - Factory specified Pos.3 - Shaft Extesios** B - ø3 straight, Parallel key K - 1¼ [31,7] straight, Parallel key L - 1¼ [31,7] splied 14T ANS B 9.1-1976 R - 1¼ [31,7] tapered SAE J 1 C - ø,4 straight, Parallel key G - ø,4 splied BS 9 (SAE 6B) NOTES: * For the Fuctio Diagrams please look at "+S Hydraulic" Catalogue for LHP motors, pages 19 3. ** The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 48
HYDRAULIC OTORS LHRL APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies» Agriculture machies» Food idustries» iig machiery etc. CONTENTS Specificatio data... Dimesios ad moutig... 1 Shaft versios... 47 Permissible shaft loads... 4 Order code... OPTIONS» odel- Spool valve, roll-gerotor» Atifrictio coical bearigs» Flage mout» Shafts- straight, splied ad tapered» SAE ad BSPP ports» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 4.4 [ 397] 97 : 4 [ 61] it.: 61 [ 69] 1. [ 16] : 4 [ 17] it.: 9 [ ] [ 7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 3 1 1 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm 49
LHRL OTORS SPECIFICATION DATA Type LHRL Displacemet, i³rev [cm³rev] 3.14 [1,] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure -1 RP 77 97 9 [1,1] 11 [13] 1 [17] 9. [7] 11.9 [8,] 3 [14] 11 [4] 13 [] 9 [] 14 [1] without Drai Lie or ax. Pressure 1-3 RP 3-6 RP 7 [] 36 [] i Drai Lie, >6 RP [1] -. RP 14 [1] ax. Retur Pressure with Drai Lie 3 [14] 4 [ 17] ax. Startig Pressure with Uloaded Shaft, i. Startig Torque lb- i [] i. Speed***, [RP] Weight, lb [kg] 14 [ 1] 71 [8] 1 18.7 [8,] LHRL 8 4.9[8,3] 7 94 177[] 1947[,] 39[7,] 17[1,].1[1] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 14 [ 1] 133[1] 1 19 [8,6] LHRL 1 6.9[99,8] 6 7 1[4] 48[8] 83 [3] 17.4[13].1[1] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 14 [ 1] 177[] 1 19.6 [8,9] LHRL 1 7.67[1,7] 47 6 6[3] 31[34] 37[37] 16.8[1,] 1.[16] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 13 [ 9] 1[] 1 19.8 [9,] LHRL 16 9.74 [19,6] 37 47 34[39] 38 [43] 47[46] 1.4[11,] 18.8[14] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 1 [ 7] 83[3] 1.3 [9,] LHRL 1.19[199,8] 3 37 4[4] 44[] 496 [6] 14.8[11] 17.4[13] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 73 [ ] 37[37] 1 1. [9,6] LHRL 1.6[,1] 4 3 478[4] 4[61] 68[71] 13.4[1] 16.1[1] 9 [] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 8 [ 4] 4[4] 1.3 [1,1] LHRL 31 19.6[31,7] 19 4 487[] 8[63] 73[83] 1[9] 14.8[11] 196[13] 3[16] 34[1] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 44 [ 3] 4[4] 1 3.8 [1,8] LHRL 4 4.4[397] 1 19 4[61] 61[69] 77[87] 1.[7,8] 14.[1,6] 167[11] 3 [14] 4[17] 16 [6] [7] 9 [] 14 [1] 7 [] 36 [] [1] 14 [1] 9 [] 36 [ 44 [ 3] 434[49] 1.4 [11,] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes.
LHRL DIENSIONS AND OUNTING DATA C Shaft G Shaft L Shaft R Shaft B Shaft K Shaft Shaft Dim. See Page 47.67 [ 67,].16 [4].3 [9].4 [61].717 [ 69] P (A,B) L.793. 781 [,119,8].31.39 [ 8,17,8].793. 781 [,119,8] L1 3.1 [ 81,] P T (A,B) Type LHRL LHRL 8 LHRL 1 LHRL 1 LHRL 16 LHRL LHRL LHRL 31 LHRL 4 xg1 G14 L, i [mm].98 [ 1] 6.18 [ 17] 6.3 [ 16] 6. [ 16] 6.73 [171] 7.1 [178] 7.36 [187] 7.8 [198] 8.3 [1] L, 1 i [mm].3 [ 9,]. [ 14,].69 [ 17,4].86 [ 1,8] 1.9 [ 7,8] 1.37 [ 34,8] 1.71 [ 43,].16 [ 4,8].73 [ 69,4] Versios 4 7 x 8-14 UNF x1-14 NPTF 7 7 16 - UNF 16 - UNF T Side Ports Versio Versio 4 3.937 [1] Dia. 4.16 [1] Dia. Stadard Rotatio Reverse Rotatio Viewed from Shaft Ed Viewed from Shaft Ed Port A Pressurized - CW Port A Pressurized - CCW Port B Pressurized - CCW Port B Pressurized - CW Square out (4 Holes) OUNTING Port A Port B Port A Port B F Oval out (4 Holes).16 [].119 [13] 4x.31 Dia. [ 13,].669 [17].37.33 [8,37,7] 4x.31 Dia. [ 13,] 4 o 4.1974.181 Dia. [16,616,].669 [17].37.33 [8,37,7].34 [136] 4.16 [1] 4.1984.18Dia. [ 16,616,] 3.1 [ 81,] 3.3.46 [ 8,8,4] Pilot Dia..16 [] 3.779 [96] 3.9 [ 81,] 3.3.46 [ 8,8,4] Pilot Dia. i [mm] 1
LHRL OTORS ORDER CODE LHRL 1 3 4 6 Pos.1 - outig Flage omit - Square mout, four holes F -Oval mout, four holes Pos. - Displacemet code* 8 1 1 16 31 4-3.14 [1,] i rev [cm rev] - 4.9 [8,3] i rev [cm rev] - 6.9 [99,8] i rev [cm rev] - 7.67 [1,7] i rev [cm rev] - 9.74 [19,6] i rev [cm rev] - 1.19 [199,8] i rev [cm rev] - 1.6 [,1] i rev [cm rev] - 19.6 [31,7] i rev [cm rev] - 4.4 [397,] i rev [cm rev] Pos. 4 - Port SizeType [stadard maifold to each] 4 - side ports, xg1, G14, BSP thread, ISO 8 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF Pos. - Special Features [see page 98] Pos. 6 - Desig Series omit - Factory specified Pos.3 - Shaft Extesios** [see page 7] B K L R C G - ø3 straight, Parallel key - 1 ¼ [31,7] straight, Parallel key - 1 ¼ [31,7] splied 14T ANS B 9.1-1976 - 1 ¼ [31,7] tapered SAE J 1 - ø,4 straight, Parallel key - ø,4 splied BS 9 (SAE 6B) NOTES: * For the Fuctio Diagrams please look at "+S Hydraulic" Catalogue for LHR motors, pages 36 4. ** The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard.
HYDRAULIC OTORS HP APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies»agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data... 4 Dimesios ad moutig... 6 7 Shaft versios... 8 Permissible shaft loads... 9 Permissible shaft seal pressure... 9 Order code... 6 OPTIONS» odel- Spool valve, gerotor» Flage mout» Side ports» Shafts- straight, splied ad tapered» SAE ad maifold ports» Speed sesorig» Other special features GENERAL ax.displacemet, i rev [cm rev] ax. Speed, [RP] ax. Torque, lb-i [] ax. Output, HP [kw] ax. Pressure Drop, ax. Oil Flow, GP [lpm] i. Speed, [RP] Pressure fluid O O Temperature rage, F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio 4.16 [396] 16 366 [41,4] it. 4 [1,1] 19.3 [14,4] 181 [ 1] it. 19.8 [7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 3 1 1 3 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm
HP OTORS SPECIFICATION DATA Type HP HP 3 HP 4 HP HP 8 HP 1 Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-ilb-i [] At.press. drop [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure with Drai Lie ax. Startig Pressure with Uloaded Shaft, i. Startig Torque At.press. drop i. Speed***, [RP] Weight, lb [kg] HP HPQ 1. [] 1 16 9 [3,3] 4 [4, ] 61 [6,9] 4.6 [ 3,4] 8. [6,1] 14 [1] 3 [14] 8 [3] 1. [4] 3 [14] 3 [14] 14 [1] 6 [3,] 36 [4, 1] 11.9 [,4] 1.6 [4,8] 1.9 [3].44 [4] 3. [49,] 4.83 [79,] 6.4 [99,] 1 146 46 [,] 6 [7,] 78 [8,8] 7. [, 6] 11.3 [ 8,4] 181 [1] 46 [17] 1. [4] 11.9 [ 4] 3 [14] 3 [14] 1 11 7 [6, ] 79 [9,] 97 [11] 7. [,6] 11. [ 8,6] 181 [1] 1. [4] 11.9 [ 4] 3 [14] 3 [14] 11 1111 717 [8, 1] 99 [11, ] 11 [13,7] 11. 3 [8, 4] 14.1 [1,] 181 [1] 11.9 [ 4] 14. [ ] 3 [14] 3 [14] 78 947 1141 [1,9] 18 [17,9] 193 [1,8] 11. 3 [8, 4] 19. 3 [14, 4] 181 [1] 66 78 1434 [16,] 1974 [, 3] 4 [7,3] 11. 3 [8, 4] 19. 3 [14, 4] 181 [1] 1.9 [6] 1.9 [6] 19.8 [7] 19.8 [7] 3 [14] 3 [14] 3 [14] 3 [14] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 4 [4, 8] 6 [ 6,4] 1 11.9 [,4] 1.6 [4,8] [, 9] 7 [ 8,] 1 1.1 [,] 1.8 [4,9] 6 [ 7,4] 9 [1,] 1 1.3 [,6] 11. [,] 14 [11, 8] 144 [16, 3] 1 1.6 [,7] 11. [,1] 13 [14, 7] 18 [,3] 1 13. [,9] 11.69 [,3] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 4
HP OTORS SPECIFICATION DATA (cotiued) Type HP 1 HP 16 HP HP HP 31 HP 4 Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure with Drai Lie ax. Startig Pressure with Uloaded Shaft, i. Startig Torque At.press. drop lb-i [] At.press. drop i. Speed***, [RP] Weight, lb [kg] HP HPQ 7. [13,8] 9.66 [18,4] 48 66 179 [,] 47 [7,9] 3 [34,] 11. 3 [8, 4] 19.3 [14,4] 181 [1] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 379 473 1 [3,8] 8 [31,7] 387 [43,7 1.3 [ 7,7] 17 [1,7] 167 [11] [1] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 14 [1] 14 [1] 163 [18,4] 191 [1,6] [,1] [ 8,8] 1 1 13.3 [6,] 13.67 [6,] 11.91 [,4] 1.3 [,6] 1.1 [198] 1.1 [47,] 33 4 379 33 4 [ 7,1] 86 [3,3] 339 [38,3] 367 [41,] 483 [4,6] 483 [4,6] 9. [7, 1] 9 [6,7] 16. [1,3] 14. 3 [ 1,7] 1 [1] 14 [1] 17 [1] 188 [13] 61 [18] 1.9 [6] 1.9 [6] 19.8 [7] 19.8 [7] 3 [14] 3 [14] 3 [14] 3 [14] 19.3 [316,8] 4.16 [396] 189 37 39 [37,] 434 [49,] [6,1] 8. [ 6,1] 13.1 [ 9,8] 13 [ 9] 174 [1] 3 [16] 1 189 366 [ 41,4] 4 [ 1,1] 8 [63,1] 7. [,4] 11 [ 8,] 116 [8] 14 [1] 188 [13] 1.9 [6] 1.9 [6] 19.8 [7] 19.8 [7] 3 [14] 3 [14] 3 [14] 3 [14] 1 [7] 1 [7] 1 [7] 1 [7] 19 [4, 7] 6 [ 9,4] 3 [33,9] 333 [37,6] 39 [34,9] 334 [37,8] 39 [44, 6] 411 [46,] 1 1 1 1 14.11 [6,4] 14.6 [6,6] 1. [6,9] 16.3 [7,4] 1.79 [,8] 13.3 [6,] 13.89 [6,3] 1. [6,8] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes.
HP OTORS DIENSIONS AND OUNTING DATA FOR HP HP HPQ H Shaft T Shaft C Shaft G Shaft S Shaft Shaft Dim. See Page 8 H Shaft T Shaft C Shaft G Shaft S Shaft. [6].47 [] 1.811 [46]. [6].47 [] 1.811 [46] Flage Dim. See Page 7 1.6461.63 [41,841,4] 1.6461.63 [41,841,4] Port A Port B Port Dim. See Page 7 Port A Port B L L P (A,B) P (A,B) L1 L1 T 3.43 [9] Dia. T 3.43 [9] Dia. Type HP(Q) HP(Q) 3 HP(Q) 4 HP(Q) HP(Q) 8 HP(Q) 1 HP(Q) 1 HP(Q) 16 HP(Q) HP(Q) HP(Q) 31 HP(Q) 4 L, i [mm] 4.69 [119,] 4.7 [1,] 4.76 [11,] 4.74 [1,] 4.9 [14,]. [17,].14 [13,].3 [13,].3 [14,].79 [147,] 6.16 [16,] 6.7 [167,] L 1, i [mm].1 [,]. [6,3].9 [7,4].6 [6,67].4 [1,67]. [13,33].66 [16,67].84 [1,33] 1. [6,67] 1.31 [33,33] 1.68 [4,67].1 [3,33] C P T (A,B) 4x i [mm] Stadard Rotatio Reverse Rotatio Viewed from Shaft Ed Viewed from Shaft Ed Port A Pressurized - CW Port A Pressurized - CCW Port B Pressurized - CCW Port B Pressurized - CW Versios 1 3-18UNC x.39 Dia. [x1] xg1 x.39 Dia. [x1] 7 16 16 -UNF G14 4x 8 4x 8 7 16 -UNF 4 - - 7 x 8-14UNF 7 16 -UNF 1 x -14NPTF 7 16 -UNF 6
HP OTORS OUNTING.98 [1,].11.94 [,8,4] SAEAFlage 1.7791.76 [4,44,6] x.34. [ 13,13,3] Dia. Thru 3.3.48 [8,8,] Pilot Dia. 3. Dia. [88,8].118 [ 13] 4.4.177 Dia. [16,716,1] 1.6461.63 [41,841,4].81 [,] 3.79 [96] 1.6461.63 [41,841,4].11.94 [,8,4] Q - Square Flage 1.7791.76 [4,44,6] 3.43.46 Dia. [8,68,4] 1.7491.746 [44,444,3] Pilot Dia. 3.8 [8].91 [1].9 [1] deep 4x38-16 UNC [4x1 for Versio ] 3.8 [8] 3.46 [88] PORTS Versio 1, 3 Side Ports Versio 4 Versio, x.688 Dia. [x17,48] A-A x.39 Dia. [x1] Port A.63 [14,3].898 [,8] A.63 [14,3] 1. [31,7].94.89 [,9,6] Port A P (A,B) Port A P (A,B).81.77 [,1,9] i [mm] Port B.898 [,8] C A 1. [31,7] P (A,B).94.89 [,9,6] Port B Port B Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW C P T (A,B) 1 4x 16-18UNC x.39 Dia. [x1] 7 16 -UNF 7 4x 8 xg1 G14 Versios 3 4x 8 x.39 Dia. [x1] 7 16 -UNF 4-7 x 8-14UNF 7 16 -UNF - 1 x -14NPTF 7 16 -UNF
HP+HR OTORS SHAFT EXTENSIONS FOR HP AND HR OTORS C 1" [,4] straight, Woodruff key 1 4 x1" SAE J ax. Torque 39 lb-i [34 ] H 1" [,4] straight, w.31 [8] Crosshole ax. Torque 39 lb-i [34 ] G 1" [,4], SAE 6B Splied ax. Torque 34 lb-i [4 ] 13T Splied, " [,], ANS B 9.1-1976 ax. Torque 3 lb-i [36 ] 7 8 S T 1" [,4], SAE J1 Tapered 3 Parallel key 16 "x 16 "x 4 ax. Torque 34 lb- i [4 ] 1. Taper per Foot [coe 1:8] i [mm] Requiremet. Torque must be ot exceeded. 8
HP+HR OTORS PERISSIBLE SHAFT LOADS FOR HP AND HR OTORS P rad dan 7 6 4 3 1 The permissible radial shaft load Prad depeds o the speed RP ad distace L from the poit of load to the moutig flage. P rad lbs 16 146 1 8 4 6 3 Radial Shat Load Prad= x,dan* RP 89+L * L - i mm. 146 913 Radial Shaft Load: P rad = x,lbs* RP 3. + L * L - i ich RP < > Prad=146 lbs [6 dan] RP ; L <. i. [ mm] 4 6 8 1 Pa = 33 lbs [1 dan] Pa = 44 lbs [ dan] Prad L=1.6 [7] AX. PERISSIBLE SHAFT SEAL PRESSURE FOR HP AND HR OTORS Prad L=1.6 [7] SAE A Flage Q Flage HP...1 ad HR...1 motors without drai coectio: The shaft seal pressure equals the average of iput pressure ad retur pressure. P = P iput +P retur seal HP... ad HR... motors with drai coectio: The shaft seal pressure equals the pressure i the drai lie. HP... K ad HR... K motors with check valves ad drai coectio: The shaft seal pressure equals the pressure i the drai lie. HP... K1 ad HR... K1 motors with check valves ad without drai coectio: The shaft seal pressure ever exceeds the pressure i the retur lie. P bar 1 P PSI 3 ax. retur pressure without drai lie or. pressure i the drai lie 1 1 1 - cotiuous operatios - itermittet operatios 4 6 8 1, RP 9
HP OTORS ORDER CODE HP 1 3 4 6 7 8 U 9 Pos.1 - outig Flage omit - SAE A, two holes Q - Square, four bolts Pos. - Displacemet code* - 1. [,] i rev [cm rev] 3-1.9 [ 3,] i rev [cm rev] 4 -.44 [ 4,] i rev [cm rev] - 3. [ 49,] i rev [cm rev] 8-4.83 [ 79,] i rev [cm rev] 1-6.4 [ 99,] i rev [cm rev] 1-9.66 [13,8] i rev [cm rev] 16-9.74 [18,4] i rev [cm rev] - 1.1 [198,] i rev [cm rev] - 1.1 [47,] i rev [cm rev] 31-19.3 [316,8] i rev [cm rev] 4-4.16 [396,] i rev [cm rev] Pos.3 - Shaft Extesios** C G H S T - 1" [,4] straight, Woodruff key - 1" [,4] SAE 6B Splied - 1" [,4] straight, w.31 [8] Cross-hole 7-8 [,] 13T Splied - 1" [,4] SAE J1 Tapered Pos. 4 - Port SizeType [stadard maifold to each] 1 - side ports, aifold [16-18 UNC outig Threads], 716- UNF - side ports, xg1, G14 3 - side ports, aifold [8 outig Threads], 716- UNF 4 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF Pos. - Shaft Seal Versio [see page 9] U Pos. 7 - Drai Port omit 1 - High pressure shaft seal Pos. 6 - Check Valves omit - Without check valves K - With check valves - with drai port - without drai port Pos. 8 - Special Features [see page 98] Pos. 9 - Desig Series omit - Factory specified Notes : * For the Fuctio Diagrams please look at "+S Hydraulic" Catalogue for LHP motors, pages 18 4. ** The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 6
HYDRAULIC OTORS HR APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies»agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data... 6 Dimesios ad moutig... 63-64 Shaft versios... 8 Permissible shaft seal pressure... 9 Permissible shaft loads... 9 Order code... 6 OPTIONS» odel- Spool valve, roll-gerotor» Flage mout» Side ports» Shafts- straight, splied ad tapered» SAE ad maifold ports» Speed sesorig» Other special features GENERAL ax. Displacemet, i rev [cm rev] ax. Speed, [RP] ax. Torque, lb-i [] ax. Output, HP [kw] ax. Pressure Drop, ax. Oil Flow, GP [lpm] i. Speed, [RP] Pressure fluid O O Temperature rage, F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio 4.4 [397] 971 393 [44,4] it. 439 [49,6] 16. [1,1] 3 [ 14] it. 19.8 [7] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 3 1 1 61 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm
HR OTORS SPECIFICATION DATA Type HR HR 8 HR 1 HR 1 HR 16 HR HR HR 31 HR 4 Displacemet, i³rev [cm³rev] 3.14 [1,] 4.9 [8,3] 6.9 [99,8] 7. 48 [1, ] 9. 37 [13,6] 11.9 [19,8] ax. Speed, [RP] 777 971 747 934 61 7 49 61 391 488 ax. Torque 87 [9,8] 134 [1.] 167 [18,9] [3,] 7 [9,1] lb- i [] 18 [1,] 168 [19,] 9 [3,6] 7 [9,] 3 [36,4] 16 [14,] 196 [.] 43 [7,] 99 [33,8] 37 [4,4] ax. Output HP [kw] ax. Pressure Drop 8.7 [6,] 1.9 [8,1] 3 [14] 13.1 [9,8] 16. [1,1] 3 [14] 13.1 [9,8] 16. [1,1] 3 [14] 13.1 [9,8] 16. [1,1] 3 [14] 13.1 [9,8] 16. [1,1] 3 [14] ax. Oil Flow GP [lpm] ax. Ilet Pressure 1. [4] 13. [] 3 [14] 1.9 [6] 19.8 [7] 3 [14] 1.9 [6] 19.8 [7] 3 [14] 1.9 [6] 19.8 [7] 3 [14] 1.9 [6] 19.8 [7] 3 [14] ax. Retur Pressure with Drai Lie 3 [14] 3 [14] 3 [14] 3 [14] 3 [14] 36 383 93 [33,1] 364 [41,1] 478 [4,] 11.7 [8,7] 14.3 [1,7] 181 [1] [1] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 14.9 [4] 4 36 38 [34,8] 396 [44,8] 479 [4,1] 9.8 [7,3] 1. [9,3] 1 [1] 196 [13] 61 [18] 1.9 [6] 19.8 [7]] 3 [14] 3 [14] 18.67 [36] 196 4 3.6 [386] 1 194 366 [41,4] 393 [44,4] 41 [47,6] 439 [49,6] 31 [6,] 44 [61,] 9.4 [7,] 7.9 [,9] 1.6 [7,9] 8.9 [6,6] 14 [1] 13 [8] 167 [11] 3 [16] 1.9 [6] 19.8 [7] 3 [14] 3 [14] 138 [9] 188 [13] 1.9 [6] 19.8 [7] 3 [14] 3 [14] ax. Startig Pressure with Uloaded Shaft, 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 14 [1] 1 [7] 1 [7] 1 [7] i. Startig Torque lb- i [] At.press. drop 71 [7,9] 19 [1,3] 13 [1,3] 166 [18,8] 9 [3,6] 37 [6,8] 49 [8,] 96 [33,] 319 [36,] At.press. drop 87 [9,8] 134 [1,] 167 [18,9] [3,] 7 [9,1] 91 [3,9] 317 [3,8] 337 [38,1] 31 [39,7] i. Speed***, [RP] Weight, lb [kg] HR 1 13.4 [6, 1] 1 14. 11 [6, 4] 1 14. [ 6,6] 1 14. [ 6,6] 1 1.1 [ 6,9] 1 1.87 [7, ] 1 16.3 [ 7,] 1 17.64 [8, ] 1 18.96 [ 8,6] HRQ 1.7 [,7] 13. 3 [6, ] 13.67 [6, ] 13.67 [6, ] 14. 33 [6, ] 14.77 [ 6,7] 1.6 [7, 1] 16.76 [ 7,6] 18.8 [ 8,] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 6
HR OTORS DIENSIONS AND OUNTING DATA FOR HR HR HRQ H Shaft T Shaft C Shaft G Shaft S Shaft Shaft Dim. See Page 8 H Shaft T Shaft C Shaft G Shaft S Shaft. [6].47 [] 1.811 [46]. [6].47 [] 1.811 [46] Flage Dim. See Page 64 1.6461.63 [41,841,4] 1.6461.63 [41,841,4] Port A Port B Port A Port B L Port Dim. See Page 64 L P (A,B) P (A,B) L1 L1 T T 3.937 [1] Dia. 3.937 [1] Dia. i [mm] Type HR(Q) HR(Q) 8 HR(Q) 1 HR(Q) 1 HR(Q) 16 HR(Q) HR(Q) HR(Q) 31 HR(Q) 4 L, i [mm] 4.8 [13,3]. [18,3].19 [131,7].19 [131,7].36 [136,1].9 [14,1].87 [149,1] 6.1 [17,8] 6.66 [169,1] L, i [mm] 1.3 [9,]. [14,].69 [17,4].69 [17,4].86 [1,8] 1.9 [7,8] 1.37 [34,8] 1.71 [43,].16 [4,8] C P T (A,B) 4x Stadard Rotatio Reverse Rotatio Viewed from Shaft Ed Viewed from Shaft Ed Port A Pressurized - CW Port A Pressurized - CCW Port B Pressurized - CCW Port B Pressurized - CW Versios 1 3-18UNC x.39 Dia. [x1] xg1 x.39 Dia. [x1] 7 16 16 -UNF G14 4x 8 4x 8 7 16 -UNF 4 - - 7 x 8-14UNF 7 16 -UNF 1 x -14NPTF 7 16 -UNF 63
HR OTORS OUNTING.98 [1,].11.94 [,8,4] SAE A Flage 1.7791.76 [4,44,6] x.34. [ 13,13,3] Dia. Thru 3.3.48 [8,8,] Pilot Dia. 3. Dia. [88,8].118 [ 13] 4.4.177 Dia. [16,716,1] 1.6461.63 [41,841,4].81 [,] 3.79 [96] 3.937 [1] 1.6461.63 [41,841,4].11.94 [,8,4] Q - Square Flage 1.7791.76 [4,44,6] 3.43.46 Dia. [8,68,4] 1.7491.746 [44,444,3] Pilot Dia. 3.8 [8].91 [1].9 [1] deep 4x38-16 UNC [4x1 for Versio ] 3.8 [8] 3.937 [1] PORTS Versio 1, 3 Side Ports Versio 4 Versio, x.688 Dia. [x17,48] A-A x.39 Dia. [x1].63 [14,3].898 [,8] A.63 [14,3] 1. [31,7].94.89 [,9,6] P (A,B) P (A,B).81.77 [,1,9].898 [,8] C A 1. [31,7] P (A,B).94.89 [,9,6] i [mm] C P T (A,B) 4x 1-18UNC x.39 Dia. [x1] 7 16 16 -UNF 4x 8 xg1 G14 Versios 3 4x 8 x.39 Dia. [x1] 7 16 -UNF 4-7 x 8-14UNF 7 16 -UNF - 1 x -14NPTF 7 16 -UNF 64
HR OTORS ORDER CODE HR 1 3 4 6 7 8 U 9 Pos.1 - outig Flage omit - SAE A, two holes Q - Square, four bolts Pos. - Displacemet code* 8 1 1 16 31 4 Pos.3 - Shaft Extesios** [see page 8] C G H S T - 3.14 [ 1,] i rev [cm rev] - 4.9 [ 8,3] i rev [cm rev] - 6.9 [ 99,8] i rev [cm rev] - 7.67 [1,7] i rev [cm rev] - 9.74 [19,6] i rev [cm rev] - 1.19 [199,8] i rev [cm rev] - 1.6 [,1] i rev [cm rev] - 19.6 [31,7] i rev [cm rev] - 4.3 [397,] i rev [cm rev] - 1" [,4] straight, Woodruff key - 1" [,4] SAE 6B Splied - 1" [,4] straight, w.31 [8] Cross-hole 7 - " [,] 13T Splied 8-1" [,4] SAE J1 Tapered Pos. 4 - Port SizeType [stadard maifold to each] 1 - side ports, aifold [16-18 UNC outig Threads], 716- UNF - side ports, xg1, G14 3 - side ports, aifold [8 outig Threads], 716- UNF 4 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF Pos. - Shaft Seal Versio [see page 9] U Pos. 7 - Drai Port omit 1 - High pressure shaft seal Pos. 6 - Check Valves omit - without check valves K - with check valves - with drai port - without drai port Pos. 8 - Special Features [see page 98] Pos. 9 - Desig Series omit - Factory specified Notes : * For the Fuctio Diagrams please look at "+S Hydraulic" Catalogue for LHR motors, pages 36 4. ** The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 6
HYDRAULIC OTORS LHRW APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies» Agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data... 67 Fuctio diagrams...68 7 Dimesios ad moutig... 73 Permissible shaft Seal Pressure... 74 Permissible shaft loads... 74 Shaft extesios... 7 Order code... 7 OPTIONS» odel- Spool valve, roll-gerotor» Wheel mout» Shafts- straight ad tapered» Shaft seal for high ad low pressure» SAE, etric ad BSPP ports» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 4.4 [ 397] 19 : 4 [ 61] it.: 61 [ 69].1 [ 1] : 4 [ 17] it.: 9 [ ] 3.8 [ 9] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 3 1 1 66 p PSI 4 3 1 Pressure Losses 4 6 8 1 1 14 16 18 Q, GP 1 3 4 6 7 8 Q, lpm
LHRW OTORS SPECIFICATION DATA Type Displacemet, i³rev [cm³rev] ax. Speed, [RP] ax. Torque lb-i [] ax. Output HP [kw] ax. Pressure Drop ax. Oil Flow GP [lpm] ax. Ilet Pressure ax. Retur Pressure with Drai Lie ax. Startig Pressure with Uloaded Shaft, i. Startig Torque At.press. lb-i [] drop At.press. drop i. Speed***, [RP] Weight, lb [kg] LHRW 3.14 [1,] 77 19 9 [1] 11 [13] 1 [17] 9. [7] 11.9 [8,] LHRW 8 4. 9 [8,3] 7 94 177 [] 1947 [] 39 [7] 17 [1,].1 [1] LHRW 1 6.9 LHRW 1 7.67 LHRW 16 9.74 [19,6] 37 47 34 [39] 38 [43] 47 [46] 18.8 [14] LHRW 1.19 LHRW 1.6 LHRW 31 19.6 LHRW 4 4.4 3 [14] 196 [13] 16 [11] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 3 [16] 3 [14] 34 [1] 11 [4] 13 [] 1.9 [6] 19.8 [7] 1.9 [6] 19.8 [7] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 9 [] 14 [1] 71 [8] 88 [1] 1 1. [9,6] 14 [1] 133 [1] 1 [17] 1 1.4 [9,7] [99,8] 6 7 1 [4] 48 [8] 83 [3] [1,7] 47 6 6 [3] 31 [34] 37 [37] 17.4 [13] 16.8 [1,] 1.4 [11,] 14.8 [11].1 [1] 1.9 [6] 19.8 [7] 14 [1] 177 [] 3 [3] 1 1.7 [9,8] 19. [14,] 1.9 [6] 19.8 [7] 13 [9] 1 [] 48 [8] 9.1 [1,] 1 [7] 83 [3] 37 [37] 7.7 [1,3] [199,8] 3 37 4 [4] 44 [] 496 [6] 17.4 [13] 1.9 [6] 19.8 [7] 73 [] 363 [41] 47 [46] 3.8 [1,8] [,1] 3 36 478 [4] 4 [61] 68 [71] 13.4 [1] 16.1 [1] 19.8 [7] 3.8 [9] 73 [] 44 [] 487 [] 6 4.9 [11,3] [31,7] 4 8 487 [] 8 [63] 73 [83] 1 [9] 14.8 [11] 19.8 [7] 3.8 [9] 73 [] 44 [] 84 [66] 6 [11,8] [397] 19 61 4 [61] 61 [69] 77 [87] 1. [7,8] 14. [1,6] 19.8 [7] 3.8 [9] 73 [] 44 [] 4 [61] 7.63 [1,] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1. Itermittet speed ad itermittet pressure drop must ot occur simultaeously.. Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3. Recommed usig a premium quality, ati-wear type mieral based hydraulic oil HLP(DIN14) or H (ISO 67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4. Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC].. Recommeded imum system operatig temperature is 18ºF [8ºC]. 6. To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 67
LHRW OTORS LHRW FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP lmi 6.6 GP 3 lmi 7.9 GP 3 lmi 9. GP 4 lmi 1.6 GP 4 lmi 11.9 GP lmi 13. GP 11 1 9 8 7 6 4 3 1 1 11 1 9 8 7 6 4 3 1 it.,kw 1kW kw 4kW 6kW 8kW p=17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 7 bar 1 PSI bar 73 PSI 3 bar 43 PSI it. 1 3 4 6 7 8 9 1 RP LHRW 8 lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 18 p= bar 9 PSI 16 18 17 bar 4 PSI 14 16 1 1 8 6 4 14 1 1 8 6 4 1 3 4 6 7 8 9 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 68 it. 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI
LHRW OTORS LHRW 1 FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 8 1 1 4 16 1 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 8 bar 116 PSI 4 6 bar 87 PSI it. 3 bar 43 PSI 1 3 4 6 7 RP LHRW 1 lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 3 36 8 4 16 1 8 4 3 p= bar 9 PSI 8 4 16 1 8 4 it. 1 3 4 6 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 69 it. 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 3 bar 43 PSI
LHRW OTORS LHRW 16 FUNCTION DIAGRAS lb-i 4 44 Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 36 3 8 4 16 1 8 4 36 3 8 4 16 1 8 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 14 PSI 8 bar 116 PSI 6 bar 87 PSI 4 4 it. 1 1 4 4 3 bar 43 PSI RP LHRW lb-i Q= lmi 1.3 GP 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 4 4 3 3 1 4 4 3 3 1 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 1 bar 174 PSI 1 bar 1 PSI 8 bar 116 PSI 1 1 6 bar 87 PSI it. 1 1 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 7 3 bar 43 PSI RP
LHRW OTORS LHRW FUNCTION DIAGRAS lb-i 6 4 4 6 6 4 Q= lmi 1.3 GP it. 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 9 lmi 3.8 GP p= bar 9 PSI 17 bar 4 PSI 3 3 1 1 4 3 3 1 1 14 bar 3 PSI 11 bar 16 PSI 1 bar 1 PSI 8 bar 116 PSI 6 bar 87 PSI it. 3 bar 43 PSI 7 1 1 1 17 7 3 3 3 37 RP LHRW 31 lb-i 6 6 4 4 3 3 7 64 6 48 4 3 4 Q= lmi 1.3 GP it. 1 lmi.6 GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 9 lmi 3.8 GP p=17 bar 4 PSI 16 bar 3 PSI 13 bar 174 PSI 1 bar 181 PSI 8 bar 116 PSI 1 1 16 8 it. 6 bar 94 PSI 4 bar 6 PSI 3 bar 43 PSI 7 1 1 1 17 7 3 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 71
LHRW OTORS FUNCTION DIAGRAS LHRW 4 lb-i Q= lmi 1.3 GP 1 lmi.6 GP 1 lmi 4. GP lmi.3 GP 3 lmi 7.9 GP 4 lmi 1.6 GP lmi 13. GP 6 lmi 1.9 GP 7 lmi 18. GP 7 lmi 19.8 GP 9 lmi 3.8 GP 6 64 48 44 4 36 6 6 48 44 4 p=1 bar 181 PSI 11 bar 16 PSI 3 8 4 16 1 8 4 36 3 8 4 16 1 8 4 it. 9 bar 13 PSI 8 bar 116 PSI 6 bar 94 PSI bar 8 PSI 4 bar 8 PSI 3 bar 43 PSI 1 3 4 6 7 8 9 1 11 1 13 14 1 16 17 18 19 1 3 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 7
LHRW OTORS DIENSIONS AND OUNTING DATA - LHRW (WHEEL OTOR).118 [13]. [64] 4 o.197 [13] Type LHRW LHRW 8 LHRW 1 LHRW 1 LHRW 16 LHRW LHRW LHRW 31 LHRW 4 L, i [mm] 4. [18,] 4.4 [113,] 4.9 [116,] 4.74 [1,] 4.98 [16,].6 [133,].61 [14,] 6.4 [13,] 6.63 [168,] L 1, i [mm].3 [9,]. [14,].69 [17,4].86 [1,8] 1.9 [7,8] 1.37 [34,8] 1.71 [43,].16 [4,8].73 [69,4] 4x.39.8 [13,713,3] Dia. Thru.819.83 Dia. [147,8147,4] 3.3.48 Pilot Dia. [8,8,] R Shaft K Shaft Shaft Dim. See Page 7.9.71 [8,37,7] 1.91.878 [48,347,7] 17 [4.1] 97 [3.819] 1.861.846 [47,346,9].37.3 [9,48,9].736.7 [18,718,3] Port A Port B 1.4611.43 [37,136,9].4.998 Dia. [17,16,96].413.374 [1,9,] L.911.9 [3,1,8].911.9 [3,1,8] P (A,B) L1 T 3.94 [1] Dia. i [mm] Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW P T (A,B) xg½ G¼ Versios 4 x -14UNF 7 8 7 16 -UNF 73
LHRW OTORS Pr dan 3 3 1 1 PERISSIBLE SHAFT LOADS LHRW The curve applies to a B1 bearig life of hours. 1 1 8 6 4 -mm Prad 1 lbs 7 67 lbs. 3 dan 67 lbs. 3 dan 4 3 1 - i. 3 4 6 4 3 1 1. Permissible radial shaft load. Drawig by = RP 3. Drawig by =1 RP 4. Drawig by = RP. Drawig by =4 RP AX. PERISSIBLE SHAFT SEAL PRESSURE LHRW...; LHRW...UK motors with drai coectio: The shaft seal pressure equals the pressure i the drai lie. LHRW...1 motors without drai coectio: The shaft seal pressure ever exceeds the pressure i the retur lie. LHRW...U motors with high pressure seal ad drai coectio: The shaft seal pressure equals the pressure i the drai lie. ax. retur pressure without drai lie or. pressure i the drai lie P bar P PSI 3 3 1 1 1 1 1 1: Drawig for Stadard Shaft Seal : Drawig for High Pressure Seal ("U" Seal) - cotiuous operatios - itermittet operatios 1 3 4 6 7 8, RP 74
LHRW OTORS SHAFT EXTENSIONS K 1¼" [31,7] straight, Parallel key 16 "x 16 "x1¼" BS 46 ax. Torque 681 lb-i [77 ]. 313.31 [ 7,967,94] 1. 3911. 381 [ 3,33 3,8] 1.1.48 Dia. [31,731,7] 38-16 UNC.63 [16] 1.91.878 [48,347,7] 4 1. 378 Dia. [3] R 1¼" [31,7],SAE J1 Tapered Parallel key 16 "x 16 "x1" ax. Torque 681 lb-i [77 ] Requiremet. Torque must be ot exceeded. A-A. 313.31 [ 7,967,94].44.8 [6,,8] 1- UNEF A 1.11.49 Dia. [31,7731,7] 1. 378 Dia. [3]. 16.1 [ 3,963,86].16 Dia. [4,] A 4 i [mm] Nut 1- UNEF.787 17 [] 16 " [36,] across flat Tighteig torque for Nut 168 186 lb- i [±1 ] 1.378 [3].9.7 [8,37,7] 1. Taper per Foot [coe 1:8] ORDER CODE LHRW 1 3 4 6 Pos.1 - Displacemet code - 3.14 [1,] i rev [cm rev] 8-4.9 [8,3] i rev [cm rev] 1-6.9 [99,8] i rev [cm rev] 1-7.67 [1,7] i rev [cm rev] 16-9.74 [19,6] i rev [cm rev] - 1.19 [199,8] i rev [cm rev] - 1.6 [,1] i rev [cm rev] 31-19.6 [31,7] i rev [cm rev] 4-4.4 [397,] i rev [cm rev] Pos. - Shaft Extesios** K R - 1¼" [31,7] straight, Parallel key - 1¼" [31,7] SAE J1 Tapered Pos. 3 4 - Port SizeType [stadard maifold to each] - side ports, xg1, G14, BSP thread, ISO 8 - side ports, x78-14 UNF, O-rig, 716- UNF Pos. 4 - Shaft Seal Versio omit - Stadard shaft seal U - High pressure shaft seal without check valves UK - High pressure shaft seal with check valves Pos. - Drai Port omit - with drai port 1 - without drai port Pos. 6 - Special Features [see page 98] Pos. 7 - Desig Series omit - Factory specified Notes : * The permissible output torque for shafts must ot be exceeded! The hydraulic motors are magao-phosphatized as stadard. 7
HYDRAULIC OTORS LHH APPLICATION» Coveyors» Feedig mechaism of robots ad maipulators» etal workig machies» Textile machies» Agriculture machies» Food idustries» iig machiery etc. CONTENTS Specificatio data... 77 Fuctio diagrams... 78 8 Permissible shaft loads... 8 Dimesios ad moutig... 81 Permissible shaft seal pressure...8 Shaft extesios... 83 Order code... 83 OPTIONS» odel- Spool valve, roll-gerotor» Flage mout» Shafts- straight, splied ad tapered» SAE, etric ad BSPP ports» Speed sesorig» Other special features GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O 3.7 [,4] 44 : 7434 [ 84] it.: 94 [ 14] 4.8 [ 18,] : 4 [ 17] it.: 9 [ ] 3.9 [ 9] ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 347 [ 7] ISO code 16 (i. recommeded fluid filtratio of micro) Oil flow i drai lie Pressure Losses Pressure drop 14 [1] 3 [14] Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] 18 16 14 1 1 8 6 4 1 1 4 6 8 1 1 14 16 18 4GP 1 3 4 6 7 8 9 lpm 76
LHH OTORS SPECIFICATION DATA Type LHH LHH LHH 31 LHH 4 LHH Displacemet, i³rev [cm³rev] 1.3 [1,3] 1.4 [] 16.4 [314,9] 4. [396,8] 3.7 [,4] ax. Speed, 37 9 3 18 1 [RP] 44 3 8 18 ax. Torque 41 [1] 398 [61] 648 [74] 7434 [84] 77 [8] lb- i [] 13 [8] 619 [7] 77 [8] 8673 [98] 94 [14] 64 [64] 699 [79] 8673 [98] 9647 [19] 13 [117] ax. Output 1 [16] 1 [16] 18.7 [14] 16.7 [1,] 14.7 [11] HP [kw] 4.8 [18,] 4.8 [18,].7 [1,].1 [1] 18.7 [14] ax. Pressure 4 [1] 174 [1] Drop 9 [] 9 [] 9 [] 7 [19] 1 [14] 34 [1] 39 [16] ax. Oil Flow 19.8 [7] 19.8 [7] 19.8 [7] 19.8 [7] 19.8 [7] GP [lpm] 3.9 [9] 3.9 [9] 3.9 [9] 3.9 [9] 3.9 [9] ax. Ilet Pressure 9 [] 9 [] 9 [] 9 [] 9 [] 366 [] 366 [] 366 [] 366 [] 366 [] ax. Startig Pressure with Uloaded Shaft, 7 [] 7 [] 7 [] 7 [] 7 [] i. Startig Torque, At.press.dropCot 34 [39] 46 [] 84 [66] 637 [7] 637 [7] i-lb [] At.press.drop 398 [4] 1 [9] 646 [73] 7788 [88] 7788 [88] i. Speed***, [RP] 1 1 8 Weight, lb [kg] 3. [1,] 4.3 [11].4 [11,] 7.1 [1,3] 8.7 [13] * Itermittet operatio: the permissible values may occur for. 1% of every miute. ** Peak load: the permissible values may occur for. 1% of every miute. *** For speeds lower tha give, cosult factory or your regioal maager. 1) Itermittet speed ad itermittet pressure must ot occur simultaeously. ) Recommeded filtratio is per ISO clealiess code 16. A omial filtratio of micro or better. 3) Recommed usig a premium quality, ati-wear type mieral based hydraulic oil, HLP(DIN14) or H(ISO67434). If usig sythetic fluids cosult the factory for alterative seal materials. 4) Recommeded miimum oil viscosity 7 SUS [13 mm²s] at 1ºF [ºC]. ) Recommeded imum system operatig temperature is 18ºF [8ºC]. 6) To assure optimum motor life fill with fluid prior to loadig ad ru at moderate load ad speed for 1-1 miutes. 77
LHH OTORS LHH FUNCTION DIAGRAS lb-i 6 Q= lmi 1.3 GP Q=1 lmi.64 GP Q= lmi.8 GP Q=3 lmi 7.9 GP Q=4 lmi 1.6 GP Q= lmi 13. GP Q=6 lmi 1.8 GP Q=7 lmi 18.49 GP Q=7 lmi 19.81 GP Q=8 lmi 1.13 GP Q=9 lmi 3.78 GP 4 3 4 it. p= bar 9 PSI 17 bar 4 PSI 14 bar 3 PSI 3 1 bar 1 PSI 1 1 7 bar 1 PSI it. 3 bar 1 PSI 1 1 4 4 RP LHH lb-i 6 4 3 7 6 4 3 it. Q= lmi 1.3 GP Q=1 lmi.64 GP Q= lmi.8 GP Q=3 lmi 7.9 GP Q=4 lmi 1.6 GP Q= lmi 13. GP Q=6 lmi 1.8 GP Q=7 lmi 18.49 GP Q=7 lmi 19.81 GP Q=8 lmi 1.13 GP Q=9 lmi 3.78 GP p= bar 9 PSI 17 bar 4 PSI 14 bar 1 PSI 1 bar 174 PSI 9 bar 13 PSI 7 bar 1 PSI 1 1 it. 3 bar 1 PSI 1 1 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 78
LHH OTORS LHH 31 FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP Q=1 lmi.64 GP Q= lmi.8 GP Q=3 lmi 7.9 GP Q=4 lmi 1.6 GP Q= lmi 13. GP Q=6 lmi 1.8 GP Q=7 lmi 18.49 GP Q=7 lmi 19.81 GP Q=8 lmi 1.13 GP Q=9 lmi 3.78 GP 7 6 4 3 8 7 6 4 3 it. p= bar 9 PSI 17 bar 4 PSI 1 bar PSI 13 bar 196 PSI 1 bar 14 PSI 7 bar 19 PSI 1 1 it. 3 bar 1 PSI 1 1 3 RP LHH 4 lb-i 9 1 Q= lmi 1.3 GP Q=1 lmi.64 GP Q= lmi.8 GP Q=3 lmi 7.9 GP Q=4 lmi 1.6 GP Q= lmi 13. GP Q=6 lmi 1.8 GP Q=7 lmi 18.49 GP Q=7 lmi 19.81 GP Q=8 lmi 1.13 GP Q=9 lmi 3.78 GP 8 7 6 4 3 8 6 4 it. p=19 bar 7 PSI 1 bar PSI 1 bar 181 PSI 1 bar 1 PSI 6 bar 87 PSI 1 3 bar 1 PSI 1 1 RP The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. 79
LHH OTORS LHH FUNCTION DIAGRAS lb-i Q= lmi 1.3 GP Q=1 lmi.64 GP Q= lmi.8 GP Q=3 lmi 7.9 GP Q=4 lmi 1.6 GP Q= lmi 13. GP Q=6 lmi 1.8 GP Q=7 lmi 18.49 GP Q=7 lmi 19.81 GP Q=8 lmi 1.13 GP Q=9 lmi 3.78 GP 9 8 7 6 4 3 1 8 6 4 it. p=16 bar 3 PSI 1 bar 181 PSI 1 bar 14 PSI 8 bar 13 PSI bar 7 PSI 1 RP 7 1 1 1 17 The fuctio diagrams data is for average performace of radomly selected motors at back pressure o 7. 14 PSI [ 1 bar] ad oil with viscosity of 1 SUS [ 3 mm²s] at 1 F [ C]. it. bar 36 PSI PERISSIBLE SHAFT LOADS FOR LHH OTORS The permissible radial shaft load Prad depeds o the speed (RP) ad distace (L) from the poit of load to the moutig flage. 11 Radial Shaft Load P rad = x, dan* 13,+L [*L i mm; L 6 mm; > RP] Prad dan 1 1 8 6 4 Prad lbs 3 1 1 11 Radial Shaft Load P rad = x 1, lbs** RP 4.7+L [**L i ich; L.36 i ; > RP] 1 3 4 RP 8 3 dan [67 lbs] 3 dan [67 lbs] Prad 1.18 [3]
LHH OTORS DIENSIONS AND OUNTING DATA ageto outig Flage with 4 hole Type L, i [mm] LHH 6.6 [169] LHH 6.93 [176] LHH 31 7.4 [184] LHH 4 7.7 [196] LHH 8.31 [11] L, 1 i [mm] 1.9 [7,8] 1.37 [34,8] 1.71 [43,].16 [4,8].73 [69,4] Stadard Rotatio Viewed from Shaft Ed Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotatio Viewed from Shaft Ed Port A Pressurized - CCW Port B Pressurized - CW.17 [ 131] 4 O 4.194.183 Dia. [16,16,] Versios C P T (A,B) 4x8 xg½ G¼ 3 4x8 xx1, 14x1, 4x 4-18UNC 7 x 8-14UNF 7 16 16 -UNF 4x -18UNC x½-14nptf 16 7 16 -UNF.44.437 [6,161,9] 4.783 [11,] 4x.31 [13,] Dia. Thru R Shaft B, Shaft K Shaft L Shaft Shaft Dim. See Page 83 3.3.46 [8,8,4] Pilot Dia..618 [66,].4 [6,]..8 [6,4,8] 1.8311.83 [46,46,3].79.768 [,319,7].63 [16] 1.41.49 [36,3,8].79.768 [,319,7].79.768 [,319,7] P (A,B).79.768 [,319,7] L.719.699 [18,17,7].719.699 [18,17,7] C Port A Port B L1 4.646 [118] Dia. T i [mm] 81
LHH OTORS AX. PERISSIBLE SHAFT SEAL PRESSURE FOR LHH OTORS LHH...U1 motors with high pressure seal ad without drai coectio: The shaft seal pressure equals the average of iput pressure ad retur pressure. LHH...U motors with high pressure seal ad drai coectio: The shaft seal pressure equals the pressure i the drai lie. P = P iput +P seal retur LHH...1 motors with stadard shaft seal ad without drai coectio: LHH... motors with stadard shaft seal ad with drai coectio: The shaft seal pressure ever exceeds the pressure i the retur lie. The shaft seal pressure equals the pressure i the drai lie. ax. retur pressure without drai lie or. pressure i the drai lie P bar P PSI 3 1 1: Drawig for Stadard Shaft Seal 1 1 1 : Drawig for High Pressure Seal (" U" Seal) 1 - cotiuous operatios - itermittet operatios 1 4 6 8 1, RP 8
LHH OTORS K 1¼" [31,7]straight, Parallel key 16 "x 16 "x1¼" BS 46 ax. Torque 681 lb-i [77 ] 1. 378 Dia. [3] ø3 straight, Parallel key A1x8x4 DIN 688 ax. Torque 84 lb-i [9 ] 1. 378 Dia. [3] 1.889 [48].4 [6,] 1.1.48 Dia. [31,731,7] B 1.3791.378 Dia. [3,1834,99] ø3 straight, Parallel key A1x8x4 DIN 688 ax. Torque 681 lb-i [77 ] SHAFT EXTENSIONS. 313.31 [ 7,967,94] 1. 3911. 381 [ 3,33 3,8] 38-16 UNC.63 [16] mi. deep.394.39 [ 19,96] 1.4961.49 [ 38,37,98] 8.63 [16] mi. deep.394.39 [ 19,96] L 14T Splied,1¼" [31,7], ANS B 9.1-1976 ax. Torque 84 lb-i [9 ] 1. 378 Dia. [3] R 1¼" [31,7],SAE J1 Tapered, Parallel key 16 "x 16 "x1" ax. Torque 84 lb-i [9 ] 1.11.49 Dia. [31,7731,7] 1. 378 Dia. [3] 1. 3 mi [ 33] 1.889 [48].16 Dia. [4,] 1.378 [3].16 [4].83 [8] 1.1.49 Dia. [31,731,7].197 [,] 1- UNEF 38-16 UNC.63 [16] mi. deep Nut 1- UNEF 17 16 " [36,] across flat Tighteig torque for Nut 168 186 lb- i [±1 ] DP 14 Teeth 14 Pressure agle 3.313.31 [7,977,9].16.1 [3,93,8] 1. Taper per Foot [coe 1:8] 1. 378 Dia. [3] 1. 611.6 Dia. [3,183,] 1.3781.366 [ 334,7] Requiremet. Torque must be ot exceeded..83 [8] 8.63 [16] mi. deep i [mm] ORDER CODE LHH 1 3 4 6 7 Pos.1 - Displacemet code - 1.3 [1,3] i rev [cm rev] - 1.4 [,] i rev [cm rev] 31-16.4 [314,9] i rev [cm rev] 4-4. [396,8] i rev [cm rev] - 3.7 [,4] i rev [cm rev] Pos. - Shaft Extesios* K L B** R - 1¼" [31,7] straight, Parallel key - 1¼" [31,7] Splied 14T ANS B9.1-197 - ø3 straight, Parallel key - 1¼" [31,7] SAE J1 Tapered - ø3 straight, Parallel key Pos.3 3 4 - Port SizeType [stadard maifold to each] - side ports, xg1, G14, BSP thread, ISO 8 - side ports, xx1,, 14x1,, metric thread,iso 6 - side ports, x78-14 UNF, O-rig, 716- UNF - side ports, x1-14 NPTF, 716- UNF Pos.4 - Shaft Seal Versio omit - Stadard shaft seal U - High pressure shaft seal (without check valves) Pos. - Drai Port omit - with drai port 1 - without drai port Pos.6 - Special Features [see page 98] Pos.7 - Desig Series omit - Factory specified Notes : * The permissible output torque for shafts must ot be exceeded! ** The followig combiatio is ot allowed: B shaft with U shaft seal. The hydraulic motors are magao-phosphatized as stadard. 83
HYDRAULIC OTORS HW APPLICATION»»»» Coveyors Feedig mechaism of robots ad maipulators etal workig machies Textile machies» Agriculture machies» Food idustries» Grass cuttig machiery etc. CONTENTS Specificatio data...8 86 Fuctio diagrams... 87 93 Dimesios ad moutig... 94 9 Permissible shaft Seal Pressure... 9 Shaft extesios... 96 Permissible shaft loads... 97 Order code... 97 GENERAL ax. Displacemet, ax. Speed, ax. Torque, ax. Output, ax. Pressure Drop, ax. Oil Flow, i. Speed, Pressure fluid Temperature rage, i rev [cm rev] [RP] lb-i [] HP [kw] GP [lpm] [RP] O F [ C] Optimal Viscosity rage, SUS [mm s] Filtratio O OPTIONS» odel- Spool valve, roll-gerotor» Wheel ad flage mout» Shafts- straight, splied ad tapered» SAE ad BSPP ports» Other special features 33. [] 497 : 8 [96] it.: 993 [1] 31 [3,1] : 3 [] it.: 3.4 [11] 1 ieral based- HLP(DIN 14) or H(ISO 67434) -4 84 [-4 14] 98 34 [7 7] ISO code 16 (i. recommeded fluid filtratio of micro) Pressure drop 14 [1] 3 [14] Oil flow i drai lie Viscosity SUS [mm s] 98 [] 164 [3] 98 [] 164 [3] Oil flow i drai lie GP [lpm].66 [,].476 [1,8].9 [3,].74 [,8] p bar 18 16 14 1 1 8 6 4 p PSI 3 1 1 Pressure Losses. 7. 1 1. 1 17.. Q, GP 1 3 4 6 7 8 9 Q, lpm 84