Description The 4000 Series offers up to 8600 in-lb of torque and 25 gpm (continuous ratings). This is the corner stone of the Char-Lynn line.

Transcription

1 Highlights Features displacements, a variety of mounting flanges and output shafts Reliable, proven design High efficiency Environmental protection options Benefits Flexiblilty in designing this motor into a system Options that fit well into tough applications Applications Mowing Snow Removal Sprayer Trencher Wood Products Description The offers up to 0 in-lb of torque and gpm (continuous ratings). This is the corner stone of the Char-Lynn line. Motors Geroler Element Flow l/min [GPM] Speed RPM Pressure bar [PSI] Torque Nm [lb-in] Displacements Continuous** 0 [40] Intermittent* 7 Cont.** Inter.* 0 Cont.** 0 [00] Inter.* 9 [0] Cont.** 1 [0] Inter.* ** Continuous (Cont.) Continuous rating, motor may be run continuously at these ratings * Intermittent (Inter.) Intermittent operation, % of every minute. Mowing Snow Removal Sprayer Trencher -1

2 Specifications Motors Displ. cm 3 /r [in3/r] 1 [ 6.7] 1 [ 7.9] 1 [ 9.9] [.] [.0] 0 [17.1] [19.0] 3 [4.0] 4 [.0] 6 [.0] Speed Continuous (RPM) Intermittent Flow Flow Continuous 7 l/min [GPM] Intermittent 1 [] 1 [] 1 [] 1 [] 1 [] 1 [] 0 [40] 0 [40] 0 [40]. Torque* Continuous 3 [0] 37 [33] 4 [4] 0 [0] 7 [6666] 0 [7] 9 [ ] 9 [ 7] 9 [ ] Nm [lb-in] Intermittent 4 [41] [4940] 00 [70] [74] 7 [471] 6 [94] [4] [0] 1 [0] Pressure Continuous 1 [70] 1 [] bar Intermittent [00] [00] [00] [370] [00] [370] [370] [00] 1 [ PSI] Peak [00] [00] [00] [00] [00] [00] [00] [40] 0 [0] Weight Standard or 17.9 [39.] 1.1 [40.0] 1.1 [40.0] 1.4 [40.] 1.6 [41.0] 19.1 [4.0] 19. [43.0].4 [.0] 1. [4.0].1 [1.0] kg [lb] Wheel Mount Bearingless.1 [31.0].3 [31.].1 [31.0]. [3.0].7 [3.]. [33.].6 [34.] 16.6 [36.] 17.9 [39.] 19.3 [ [4.] Maximum Case Pressure: See case pressure seal limitation graph. *See shaft torque ratings for limitations.. Note: To assure best motor life, run motor for approximately one hour at % of rated pressure before application to full load. Be sure motor is filled with fluid prior to any load applications. Maximum Inlet Pressure: bar [00 PSI] Do not exceed pressure rating (see chart above). Maximum Return Pressure: bar [00 PSI] with case drain line installed. Do not exceed pressure rating (see chart above). bar [ PSI] : The true pressure difference between inlet port and outlet port Continuous Rating: Motor may be run continuously at these ratings Intermittent Operation: % of every minute Recommended Fluids: Premium quality, anti-wear type hydraulic oil with a viscosity of not less than SUS at operating temperature. Recommended System Operating Temp.: -34 C to C [- F to F] Peak Operation: 1% of every minute Recommended Filtration: per ISO Cleanliness Code, 6: /1/13 -

3 Performance Data 1 c3m/r [6.3/7r ]in Pressure Bar [PSI] 1 [00] [0] 7 [00] Motors run with high efficiency in all areas designated with a number for torque and speed. For best motor life select a motor to run with a torque and speed range shown in the light shaded area. Performance data is typical at 0 SUS. Actual data may vary slightly from unit to unit in production. [ ] [ ] [ ] [16 ] [1 ] [] [] Continuous Intermittent [] [] [0] 7 [] 6 [] 173 [0] [] [0] 341 [] [1] 7 [1] 16 [1] 74 [] 633 [0] 7 [] 9 [] [] 6 [] [] 1 [] [] 3 [4] 396 [4] 3 [] 69 [0] 0 6 [4] 0 71 [] 6 [] 0 [0] 0 [10] [10] 1 [10] 167 [0] 0 [0] 0 7 [] 0 3 [] 0 39 [0] 0 [] [10] 19 [16] 1 47 [1] 1 [1] 1 1 [1640] 1 16 [1640] 1 7 [1640] 1 39 Peak No Operation 1 c3m/r [7.3/9r ]in Pressure Bar [PSI] 449 [0] 0 06 [40] 0 64 [] [940] [1640] 1 6 [16] [16] 1 00 [16] 1 9 [] [0] 1 4 [1] 4 [0] 0 0 [0] 0 6 [] 0 [] 0 66 [] 0 3 [] 0 0 [] [] [] 0 1 [1] 4 6 [1] 6 [0] 7 1 [640] 0 13 [6] 0 40 [7] 9 [740] [70] 6 [70] 3 [70] 3 [] 44 [] [] 6 [70] [7] 67 [6] 0 06 [] 34 [3] 3 [3] 36 [3] 36 [3] [3] 37 [3] 37 4 [33] [33] 37 [33] [30] 3 7 [00] 3 4 [30] 40 9 [36] 4 [37] 4 1 [37] [40] 4 [] 4 3 [] 4 [] 4 44 [] 4 [0] 47 [] 4 6 [3740] [0] 7 [40] [40] 46 0 [4] 4 4 [4] [40] 4 [43] 4 63 [43] [4] [44] [4] 00 4 [4] 00 [44] 00 [00] [400] 4 [] 37 [46] 91 [] 1 [440] 19 [4] 0 7 [4] 0 6 [49] 3 [4940] 4 [ ] [ ] [ ] [16 ] [1 ] [0] 34 [] [1] 1 [0] 7 [1] 77 [] 347 [1] 417 [] 47 [1] 6 [0] 66 [0] 697 [3] [] 0 33 [0] 0 67 [4] [4] 0 74 [4] [0] 0 4 [] 0 44 [] 0 [] 0 6 [4] [0] [0] 0 31 [9] 6 [940] 1 [9] 1 0 [0] [0] 340 [940] 4 [9] [9] 49 [9] [0] 0 6 [] 1 [] [13] 6 [0] 1 1 [] [] 1 6 [] [] 1 [] [] 1 7 [0] 1 6 [13] 677 [1] [1] 0 [1] 97 [10] 14 [10] [1] 3 [10] 3 [10] [1] [1] 93 [1] 664 [] [0] [40] [7] [] 163 [7] 3 [] 3 9 [] 3 [] [40] 3 4 [40] 3 [0] 3 1 [31] 0 [30] [3] 6 [30] 3 0 [] [3] 3 74 [3] 3 3 [30] [33] [] 4 [3640] [36] [] 4 [37] [37] [370] 4 4 [37] 4 4 [37] 4 [0] 1 [40] 179 [40] 4 6 [400] 4 9 [41] [40] [41] 4 1 [ 37 0 ] Torque [lb-in ] 4} Nm 69 0 Speed RPM -3

4 1 cm 3 /r [9.9 in 3 /r] Performance Data 1 [00] [0] 7 [00] Motors run with high efficiency in all areas designated with a number for torque and speed. For best motor life select a motor to run with a torque and speed range shown in the light shaded area. Performance data is typical at 0 SUS. Actual data may vary slightly from unit to unit in production. [] [] [] [16] [1] [] [] Continuous Intermittent [00] [0] [00] 1 7 [] [] 1 1 [4] [] [] [] [4] [] [4] [4] 0 73 [17] 0 71 [] [4] [0] [6] [4] [1] [6] [1] [3] 1 [0] [3] 6 [] [0] 366 [1] 40 [0] 9 [0] 0 73 [0] [] [0] 16 [40] 4 [] [] 37 [1] [17] 0 [17] 0 9 cm 3 /r [. in 3 /r] [6] [6] 0 4 [] 0 4 [640] 0 31 Peak No Operation [] 3 [3] 9 [3] [] 1 [] 136 [0] 40 1 [] 40 [] 43 [40] 0 [170] [00] [17] 1 [6] [] [70] [16] 1 [0] [00] [70] [1640] 1 [] [3] [7] [40] [] [] [] 4 [40] 4 7 [4] [43] 4 9 [44] [44] [4] 00 0 [44] 00 7 [44] 00 7 [4] 4 [40] 4 3 [43] 4 0 [43] [41] 47 [] [] 0 9 [] 6 3 [0] [4] [00] [6] [040] [7] [6340] [6740] [1] [0] [6] [70] [] [0] 0 1 [] 0 6 [] 6 [0] [] [0] 6 64 [] [] [] 3 [] 41 [0] 04 [67] 9 [] 70 3 [] [] [] [16] [1] [] [] [0] [13] [0] [0] [70] [3] [0] [] [70] [3940] [44] [40] [3] [0] [13] [0] [7] [3340] [39] [] [0] [] [3] [7] 0 [0] 1 [0] [] 3 [34] [40] [46] [] [7] [0] [7] [] [0] [] [4] [40] [40] [] [0] [7] 0 [] 16 [] [0] 3 [] [40] [] 0 [4] 6 [] [] [7] 0 [0] 16 [] 0 [] 3 4 [4] 4 [49] [] 6 [] [] [0] 0 [] 16 [1] [9] 3 [] 40 [] 4 [49] [] 6 [0] [] [0] 7 [] 1 [1] [] 3 [] 40 [4] [49] [0] 6 [] [0] 7 [0] 1 [1] [] 3 [0] [4] [49] [] 6 [6] [] [] [13] [0] [] [] [40] [49] [0] [0] [6] [1340] [00] [] [49] [0] [0] [6] [13] [] [7] [00] [4] [49] [0] [] [0] [13] [0] [70] [3] [4] [40] [] [] [0] [19] [34] [39] [4640] [19] 67 Torque [lb-in] } Nm Speed RPM -4

5 - [] [] 1 [] 17 [0] [0] 9 [31] 9 [] 91 [40] 0 [] 17 [0] 9 [6] [31] 1 [] 1 1 [] 17 0 [1] 9 [6] [] [40] 17 0 [0] [6] [] [3] 7 [70] 0 [0] [] cm 3 /r [.0 in 3 /r] [36] 4 [36] [36] 4 1 [170] 0 [4] 0 [90] 1 [] [9] 1 [] 1 [19] 13 [] 0 13 [9] [40] 0 9 [40] [0] 3 7 [3] [34] 6 [41] 46 6 [40] 47 [4] 47 3 [40] 3 [] 4 [39] 4 4 Torque [lb-in] Nm } Speed RPM [46] [47] 0 [] [4] 00 [0] 0 49 [90] [] 17 [0] [] 1 [9] [] [0] 9 [31] [] [36] 4 6 [0] [40] 0 41 [0] [30] 9 [16] [36] 4 6 [9] 74 [0] [] 0 7 [] [31] 0 69 [1] [3] 4 66 [9] [] [0] [ 0] [] 1 3 [19] [0] 3 3 [] [] [] 1 [19] 0 [4] 0 37 [90] 3 3 [0] 6 [1] [] [0] 0 1 [4] 13 [] 44 [0] 7 [0] 40 [] 337 [40] [40] [] 7 [] 3 [0] 7 7 [] 3 [0] 3 0 [3640] 4 96 [47] [40] 40 1 [4] 47 [40] 47 3 [41] 47 [4] 4 6 [] [40] 37 [34] 3 4 [41] 4 9 [] [1740] 1 1 [] 13 [] [7] 3 [3340] [3340] [40] [4640] 36 [39] 4 44 [44] [] 7 [40] 47 [39] [4] [40] 319 [ 0] 313 [0] [47] 9 [0] 4 [7] 6 4 [40] [] [7] 6 [6 0] 0 41 [70] 1 [30] [00] [370] [40] [0] 6 4 [] [] 6 47 [6] 6 7 [] [740] 1 [6] 7 4 [66] [] 6 16 [] [0] 7 63 [6640] 70 [7340] 36 [70] [74] 40 9 [6] [67] [] 0 [7] [0] 166 [70] 1 [] 7 7 [4740] 0 [] 1 [740] 1 [6] 1 [47] 9 [0] [7] 19 [6] 0 13 [79] 6 [67] 13 [74] [96] 3 1 [7] 40 1 [4139] 4 0 [] [77] [] 71 7 [97] 3 77 [31] [4193] 474 [73] 6 6 [167] [07] [41] 477 [6] [] [997] [369] 4 1 [4] [70] 0 [0] [] 0 cm 3 /r [17.1 in 3 /r] [47] 49 [4793] 4 74 [4] 44 1 [47] 47 7 [170] 0 [3] 4 [74] 1 [] 6 [36] [7] [41] 31 [3394] 4 [] 437 [] 64 6 [6] 1 6 [] 63 [] 3 4 [34] [3] 447 [49] 496 [4] [] [] 7 7 [4] 1 99 [44] 6 6 [4] [9] 3 1 [] [63] 7 44 [16] 7 1 [69] [991] 3 7 [39] 40 7 [4] 47 6 [] [4] [16] 17 [44] 6 16 [97] [] [413] 4 1 [] [416] 44 [96] 4 [4] 63 [947] 333 [6] 403 [43] 47 [16] [7] 1 41 [99] 9 [917] 3 7 [41] 6 [41] [1] [ ] 19 [74] 7 67 [9] [1] [417] 47 [0] [7] 94 [6] 3 9 [3] 393 [4136] 467 [940] [1] 334 [] [3419] [406] 46 3 [] [1] 43 [79] 3 39 [] 13 [6] [47] [7] 1 [497] 6 17 [47] [437] [40] [366] [46] [6666] 7 17 [7191] [7749] [] [] [31] [33] [] [394] 0 39 [4] 44 6 [1] 4 1 [4791] 41 [476] 7 [441] 6 [] [1] [] [7] 466 [1771] 0 [171] 1 7 [170] 1 [1] [17] 194 [1740] 197 [17] [17] 1 16 [171 ] [16] 191 [1669] 19 [169] 14 [] [0] [134] 4 [47] 3 [4] 4 17 [61] [6946] 7 4 [3] 7 6 [70] 1 [30] [00] [370] [] 7 6 [79] 1 [4] 6 4 [70] 4 41 [0] 6 40 [471] 7 [] [07] 9 6 [097] 9 64 [66] [] [61] [] [71] 49 [71] 49 1 [6940] 74 1 [6940] [66] [4] 6 [6] 636 [0] [9] [994] [] [34] [6] [6436] 77 1 [636] [] [919] [919] [1] 6 49 [4] 3 [] 0 9 [94] 9 [] 79 [] 3 [44] [73] 17 9 [01] Performance Data Motors run with high efficiency in all areas designated with a number for torque and speed. For best motor life select a motor to run with a torque and speed range shown in the light shaded area. Performance data is typical at 0 SUS. Actual data may vary slightly from unit to unit in production. Continuous Intermittent Peak No Operation

6 cm 3 /r [19.0 in 3 /r] Performance Data [70] 0 [0] [170] 0 [] 1 [70] 1 [30] [00] [370] Motors run with high efficiency in all areas designated with a number for torque and speed. For best motor life select a motor to run with a torque and speed range shown in the light shaded area. Performance data is typical at 0 SUS. Actual data may vary slightly from unit to unit in production. Continuous Intermittent Peak No Operation 3 cm 3 /r [4.0 in 3 /r] [] [] [] [16] [1] [] [] [] 13 [0] 4 [] 1 [6] [6] [640] 47 [] 7 71 [640] 96 [6] 1 [0] 1 [] [40] 193 [4] 17 [0] 0 4 [4] 67 [340] 40 3 [] 1 [0] 1 [] 1 47 [] 71 [] 1 96 [0] 1 0 [] [] 193 [] 1 17 [] 1 4 [] 1 66 [0] 0 3 [] [19] [1940] [19] 46 [19] [] [19] 0 [1940] 4 [19] 1 [10] 19 [10] 16 [1] 4 [1] 66 [170] 0 [1 0] 1 36 [0] 4 [] [] [640] 0 46 [6] 0 [6] 0 [6] 0 9 [6] 3 [0] 1 [0] 19 [0] 16 [] 41 [] 6 [] 1 [4] 7 3 [] 6 4 [31] 3 [] 36 1 [3] 3 [33] [] 0 94 [3340] 37 9 [3340] 37 [3] [30] 3 1 [3] 36 [3] 36 [3] 3 64 [31] 0 [ 0] 0 9 [] [370] 4 [] 4 1 [3940] 4 [0] 0 69 [40] 94 [40] 4 [4040] [0] [39] 0 19 [39] 4 13 [30] [] [37] 4 [40] 41 [4] 4 9 [40] 0 [] 44 [] 0 67 [] 9 [] 0 6 [40] 44 [40] [47] 93 [4740] 7 [47] 1 [47] 16 [40] 1 [40] [46] 6 [4640] [] 96 [00 ] 4 [43] [40] 9 [0] 7 [] 0 [0] [0] 0 17 [] 9 [] 4 0 [0] 93 [] 0 1 [4] 6 9 [0] [0] 640 [] [6] 7 4 [0] [90] [] 0 91 [0] 1 [] 139 [] 163 [0] 1 [40] 0 7 [] 0 [66] [66] 7 9 [67] 0 1 [67] 0 1 [67] 0 9 [66] 7 [69] 70 1 [70] 4 [70] 64 [73] [73] 9 [7] 7 [70] 7 [4] 9 6 [0] [7] 0 17 [77] 0 41 [7940] 63 [1] 9 17 [0] 41 [7] 9 16 [9 0] 40 [94] 6 [70] 0 [0] [170] 0 0 [] 1 [70] 1 [30] [00] [] [] [] [16] [1] [] [] [] 13 [40] 1 [0] 0 4 [70] 9 [00] 1 [] [] 7 [40] [00] [0 ] [740 ] 133 [7] 0 3 [0] 7 17 [0] 19 [] 6 [4] 9 [1340 ] 0 [ ] [16] 1 [16] 1 7 [] 1 [] 1 [16 ] 1 [1 640 ] [16] 1 3 [10] 17 [0] [] 1 [] [0] 0 [1] [] 17 [4] 0 37 [40] 6 [0] 7 [0] 94 [] 3 [4] 0 13 [4] 0 [4] [0] 1 [40] 6 9 [] 7 [1] [7] 3 [] [3] [34] [3] 74 [3] [33] [] 0 1 [3340] 37 1 [33] [3] 36 [0] 0 6 [] [] 3 [0] 0 3 [34] 3 [0] 4 16 [40] [4] 4 4 [4] 73 [4] 9 [4] 1 [4] 1 9 [4] 47 1 [4] [41] 4 6 [40] [] 3 3 [7] [41] 4 7 [46] [40] [490] 6 [0] 7 7 [ 0] 7 91 [1] 7 1 [0] 7 9 [00] 7 7 [0] 166 [040] 1 [0] 6 4 [49] 3 [0] [36] [4] 0 7 [] 0 [640] 6 [70] 6 [] 66 [9] 6 9 [0] 66 [0] 66 7 [40] 6 1 [] [70] 6 1 [740] 1 [0] 6 0 [0] 6 7 [00] 0 [63] 7 34 [60] 7 0 [6] 70 [67] 0 6 [66] 7 [6] [670] 13 [71] 34 [7] 49 [7] 66 [7] 4 [] 7 4 [74] 13 [7] 33 [] 9 47 [70] 9 [70] 9 3 [9] [97] 10 [4] [43] Torque [lb-in] 4 } Nm 413 Speed RPM -6

7 Performance Data [70] 0 4 cm 3 /r [.0 in 3 /r] [0] [170] 0 0 [] 1 Motors run with high efficiency in all areas designated with a number for torque and speed. For best motor life select a motor to run with a torque and speed range shown in the light shaded area. Performance data is typical at 0 SUS. Actual data may vary slightly from unit to unit in production. [] [] [] [16] [1] [] [] 13 [40] 1 Continuous Intermittent 1 [0 ] 0 [] [] [] [10] 4 [] 13 0 [] [0] 0 96 [9] 1 [9] 1 [70] 1 [0] 11 [40] 6 [0] [4] 7 [4] [0] [0] 7 4 [46] 0 [] [17] 0 [197] [70] 0 [30 ] 40 [367] 4 [370] 4 4 [30] 47 [397] 0 9 [400] 4 71 [396] 0 [0] 4 7 [37] 4 0 [30] 40 9 [3] 179 [3] [0] cm 3 /r [.0 in 3 /r] [] 0 4 [0] 6 13 [17] [] 34 [] 46 0 [7] 0 [7] 94 [] [] [000] 6 7 [0] 177 [] [4] 4 9 Peak No Operation [0] [00] 6 4 [] 7 [60] 7 1 [66] [6640] 70 [66] 7 7 [] 7 69 [6] 7 1 [66] 7 93 [66] 70 4 [6640] 70 6 [6] 7 6 [] 0 1 [] 3 [70] 19 [70] 0 31 [79] 43 [0] 9 4 [0] 9 6 [06] 9 77 [0] 9 9 [73] 0 [10] 0 [7] 3 [1] 9 [4] 0 1 [4] 0 [4] 43 [] 9 [6] [6] 97 [0] 9 [] 1 [] 9 [] 9 9 [00] 17 [9] 0 9 [9] 4 [] [0] [0] 9 [] [] 16 [94] [07] 1 7 [0] 1 [] [] [] [16] [1] [] [] 13 [40] 1 [00 ] [170] [0] [17] [7] [477] [7] [1940] [39] [0] [] [] 0 1 [9] [9] [] 0 [0] 0 [] 91 [] 6 [0] [740] 137 [0] 7 3 [] [0] 9 [] 44 0 [19] 7 [197] [19] [19] 0 [1] 136 [1] [166] [97] 3 17 [7] 3 [0] 0 43 [3] 9 [] 0 74 [] 0 9 [] [90] [940] 3 0 [00] 3 17 [6] 0 6 [0] 6 [0] Torque [lb-in] 3 } Nm 41 Speed RPM [41] 4 7 [41] [40] 47 7 [416] 4 [41] [40] 4 7 [] 14 [3] 4 [] 3 63 [3] 3 3 [] 6 [6] 40 [] 0 [] 0 [] 0 [7] 0 [] 1 [] 1 [] 1 [] 1 [4] 0 [] 7 [63] 7 37 [6] 7 [63] 7 66 [63] 7 1 [63] 7 96 [63] 7 1 [6] 7 [6] 7 [] [9] 67 [66] 7 [1 0] 7 [7] 1 [74] 40 [74] 49 [7] 63 [747] 77 [74] 40 9 [74] 40 7 [70] 1 [00] 1 [000] [7] 9 19 [4] 3 [] 9 46 [] 9 9 [90] [9] 17 [946] [0] -7

8 Dimensions Standard Mount Standard Mount Ports 1 1/16 - UN-B SAE O-ring Staggered Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or 4 Bolt 3/4 inch Split Flange Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or G 3/4 (BSP) Staggered Ports () G 1/4 (BSP) Case Drain Port (1) Standard Rotation Viewed from Shaft End Port A Pressurized CW Pressurized CCW YY XX Y X,4/1, [./.6] 7,0 [.00] Dia. Bolt Circle 1,/1,47 [4.000/3.9] Dia. 9,9 [4.7] Max, Square 4 Bolt 3/4 Inch Split Flange Ports Case Drain Port,7/9,1 [.4/.36] 9,0 [3.6] Square,/, [./.7] (4) SAE C Flange Add 4,3 [.17] to X and Y Dim. (see Chart),7/,4 [.0/.49],/, [.7/.7] Dia. Thru Flange Comparison SAE B/ SAE C 6,7/6. [1.0/1.03] 4,3/3,3 [.17/.13] 7,00/6,7 [.000/4.9] Pilot Dia.,3 [.4] Square 16 [6.37] Dia. B.C.,/63, [3.00/.0] Standard Mount Motor Dimensions Displacement X Y XX YY cm 3 /r [in 3 /r] mm [inch] mm [inch] mm [inch] mm [inch] 1 [ 6.7],3 [6.],4 [.44] 167,3 [6.9] 46,3 [ 9.] 1 [ 7.9] 16,3 [6.39] 1,4 [.] 171,3 [6.7] 0,4 [ 9.6] 1 [ 9.9] 1,7 [6.64] 4,7 [.] 177,7 [7.00] 6,7 [.] [.] 177, [6.9] 3, [ 9.1] 16, [7.33] 6, [.44] [.0] 1,7 [6.64] 4,7 [.] 177,7 [7.00] 6,7 [.] [19.0] 177, [6.9] 3, [ 9.1] 16, [7.33] 6, [.44] 3 [4.0] 17,9 [7.40] 43,9 [ 9.] 196,9 [7.7] 7,9 [.6] 4 [.0] 0,7 [7.] 6, [.] 9,7 [.6], [.37] 6 [.0] 17, [.] 73,9 [.7] 6,7 [.93],9 [.04] -

9 Dimensions Wheel Mount Wheel Mount Ports 1 1/16 - UN-B SAE O-ring Staggered Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or 4 Bolt 3/4 inch Split Flange Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or G 3/4 (BSP) Staggered Ports () G 1/4 (BSP) Case Drain Port (1) Standard Rotation Viewed from Shaft End Port A Pressurized CW Pressurized CCW YY XX Y X 4 Bolt 3/4 inch Split Flange Ports Case Drain Port Case Drain Port 1,/1,3 [.6/.4] 1, [3.], [.6] Square 4, [4.9] 139,/139,7 [.00/.4] Dia.,7 [4.] Dia. 6,74 [4.96] Square 9,7/,6 [./.34],/, [.7/.7] Thru (4) 16,0 [6.0] Dia. Bolt Circle Wheel Mount Motor Dimensions Displacement X Y XX YY cm 3 /r [in 3 /r] mm [inch] mm [inch] mm [inch] mm [inch] 1 [ 6.7] [3.] 3,3 [.64] 96,4 [3.0] 17,3 [6.] 1 [ 7.9] 91,6 [3.] 7,3 [.0] 0, [3.96] 179,3 [7.06] 1 [ 9.9] 97, [3.] 3,7 [6.0] 6, [4.1] 1,7 [7.31] [.] 6,4 [4.19] 16,3 [6.39] 1,4 [4.] 194,3 [7.6] [.0] 97, [3.] 3,7 [6.0] 6, [4.1] 1,7 [7.31] [19.0] 6,4 [4.19] 16,3 [6.39] 1,4 [4.] 194,3 [7.6] 3 [4.0] 7,1 [4.] 173,0 [6.1] 6,1 [4.97],0 [.07] 4 [.0] 9,9 [.] 1,7 [7.31] 1, [.47] 17,7 [.7] 6 [.0] 6,9 [.79],9 [7.99] 6,0 [6.],0 [9.] -9

10 Dimensions Bearlingless Bearingless Ports 1 1/16 - UN-B SAE O-ring Staggered Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or 4 Bolt 3/4 inch Split Flange Ports () 7/16 - UNF-B SAE O-ring Case Drain Port (1) or G 3/4 (BSP) Staggered Ports () G 1/4 (BSP) Case Drain Port (1) Standard Rotation Viewed from Shaft End Port A Pressurized CW Pressurized CCW YY XX Y X 16 [6.37] Bolt Circle.0/, [.7/.7] 7,0/6,9 [.000/4.9] Dia., [4.0] Square 4 Bolt 3/4 inch Split Flange Ports Case Drain Port Case Flow Hole 7,6 [.1] Square For Bearingless Motor application information contact your Eaton representative (mating coupling blanks available from Eaton Hydraulics). Note: After machining blank, part must be hardened per Eaton specification. J C K E D,9 [1.0] 4,1/1,1 [./.] Face Seal or O-ring Seal,4 [.49] C 47, [1.6] Dia. D 1, [4.43] E 7,4 [4.] Full Form Dia. F 7,4 [.9]Min. Full Form Dia. G, [.71] H 6,9 [.4] Dia. J 1,9 [.7] K º Mating Coupling Blank Eaton Part No H F G Bearingless Motor Dimensions Displacement X Y XX YY cm 3 /r [in 3 /r] mm [inch] mm [inch] mm [inch] mm [inch] 1 [ 6.7] 91,0 [3.] 6, [.7] 0,1 [3.94] 17, [7.04] 1 [ 7.9],0 [3.74] 0, [.94] 4,1 [4.] 1,9 [7.] 1 [ 9.9] 1,4 [4.00] 7,1 [6.19] 1, [4.] 19, [7.] [.] 9,9 [4.33] 16,7 [6.],9 [4.] 197,6 [7.7] [.0] 1,4 [4.00] 7,1 [6.19] 1, [4.] 19, [7.] [19.0] 9,9 [4.33] 16,7 [6.],9 [4.] 197,6 [7.7] 3 [4.0] 0,6 [4.7] 1,3 [6.94] 9, [.],3 [.] 4 [.0] 133, [.6] 19, [7.], [.] 1, [.71] 6 [.0] 0, [.93] 6,3 [.] 9, [6.],3 [9.] -

11 Installation Information Bearingless 1 Internal spline in mating part to be as follows: Material to be ASTM A4, 6H. Carbonize to a hardness of -64 HRc with case depth (to 0HRc) of 0,0-1,7 [ ] (dimensions apply after heat treat). Mating part to have critical dimensions as shown. Oil holes must be provided and open for proper oil circulation. 3 Seal to be furnished with motor for proper oil circulation thru splines. 4 Some means of maintaining clearance between shaft and mounting flange must be provided. Counterbore designed to adapt to a standard sleeve bearing 0,0-0,040 [ ] ID by,00 -,00 [ ] (Oilite bronze sleeve bearing). 6 Similar to SAE C Four Bolt Flange. 7, [.0] dimension to be maintained when assembling shipping and installing unit to insure valve drive engagement with valve (this is required on displacement code number 4 only).,0/13, [./.],9/,4 [./.33],6/,6 [./.07] Coupling Depth 7 16 º º 1,/0, [.06/.03],1/4,6 [./.1] Dia. () Thru Oil Hole 31º 9º Case Flow 49,4/49, [1.96/1.96] Dia. -D- 0,13 [.00] B,37 [.06] R Dia. Min. 1,/1, [.07/.0],6/,1 [./.] Case Flow ( ) -B- 6,0/64, [.6/.4],1/,6 [.91/.9] 3 Circular Finish 4 6 Major Tip R. Minor Finish Fillet R. Pitch Form Spline Pitch.../ Pressure Angle... Number of teeth... Class of Fit... Ref. Type of Fit... Side Pitch Diameter...Ref.,000 [ ] 0, [.00] D Base Diameter... Ref. 6,396 [1.03] Major Diameter...33,43 [1.316] 33, [1.] Min. Min. Minor Diameter...,40 -, [ ] Form Diameter, Min...3,9 [1.] Fillet Radius... 0,63-0, [.0 -.0] Tip Radius... 0,6-0,1 [.0 -.0] Finish...1,6 (63) Involute Profile Variation...+0,000-0,0 [ ] Total Index Variation...0,0 [.00] Lead Variation...0,013 [.000] Circular Space Width: Maximum Actual...,0 [.196] Minimum Effective...4,9 [.] Maximum Effective...Ref.,009 [.197] Minimum Actual...Ref. 4,96 [.1963] Dimension Between Two Pins...Ref.,7 -,99 [.9 -.7] Pin Diameter...,334 [.0] Pins to Have 3,73 [.7]. Wide Flat for Root Clearance -

12 Dimensions Shafts 1 1/4 Inch Straight 7 [00] Torque Nm [lb-in] 7,963/7,937 [.31/.3] Square Key,9/,6 [.79/.] End of Shaft to Mounting Surface (Std) 4,0/40,6 [1.6/1.],33/,07 [1.391/1.1] 3/-16 UNC 1,7[.74] Deep 31,7/31,69 [1.0/1.4] Dia.,1 [.09] Coupling 1 1/4 - Tooth Splined 7 [00] Torqu e Nm [lb-in] 3/-16 UNC 1,7 [.74] Deep Spline to Fit ANSI B Flat Root Side Fit Tooth /4 Spline,1 [1.0] Min. Full Spline 31,7 [1.0] Dia.,9/,6 [.79/.] End of Shaft to Mounting Surface (Std),1 [.09] Coupling 1 / Tapered 1-1/4-1 UNEF-A 97 [0] Torque Nm [lb-in] 41,36/41,7 [1.6/1.] Dia. 4,1 [.16] Dia. Thru SAE J01 Standard Tapered Shaft,00 0,17 Taper per Mete r [ Taper per Foot] 164,/16,1 [6.49/6.] End of Shaft to Mounting Surface (Whl),6 [3.00] 31,7 [1.],1/,1 [./.437] Sq. Key 40 mm Straight 97 [0] Torque Nm [lb-in] 43,03/4,7 [1.694/1.] M x 1,7-6H 4,9 [.9] Deep,000/7,0 [.39/.31],000/.7 [.474/.4] 40,0/39,99 [1./1.7] Dia. 93,9/9,0 [3.696/3.6] End of Shaft to Mounting Surface (Std) 9,/4, [.36/.1],7/69,3 [.7/.73] 1,3 [3.] Coupling Tapered Shaft Hub Data Recommended Torque : (6 Nm [47 lb-ft] Dry) ( Nm [37 lb-ft] Lub) Plus Torque required t o align the slotted nut with the Shaft Crosshole. 9,1/6, [.3/.] Hub,4/, [.1/.] 1 1/ Inch 17-Tooth Splined 97 [0] Torque Nm [lb-in] 31, [1.] Min. Full Spline 66,/6,0 [.63/.6] End of Shaft to Mounting Surface (Std) 33,/33,0 [1./1.0] Dia. Slotted Hexagon Nut,4 [.1] 4,6 [.1], [.44], [1.00] Dia. 3/-16 UNC Spline to 1,7 [.74] Deep Fit ANSI B Flat Root Side Fit 17 Tooth /4 Spline 1, [.04] Coupling 1-1/4-1 UNEF,7 [.6] -

13 Shaft Side Load Capacity These curves indicate the radial load capacity on the motor shaft(s) at various locations with an allowable external thrust load of 4 kg [00 lb]. Note: Case pressure will increase the allowable Inward thrust load and decrease the allowable outward thrust load. Case pressure will push outward on the shaft at 94 kg/7 Bar [ lb/0 PSI]. Each curve is based on Thrust Load Standard Motor Straight and Splined Shafts [lb] [000] [00] [00] [000] [0] kg mm [inch] [-4] [-3] [-] [-1] 0 [3] [] Mounting Surface Axial Loads 4 kg [00 lb] Wheel Motor Tapered Shaft [lb] kg B bearing life (00 hours of,000,000 shaft revolutions at 0 RPM) at rated output torque. To determine radial load at speeds other than 0 RPM, multiply the load values given on the bearing curve by the factors in the chart below. RPM Multiplication Factor [00] [000] [00] [00] [000] [0] mm [inch] [-1] 0 [3] [] [7] Mounting Surface For 3,000,000 shaft revolutions or 00 hours Increase these shaft loads %. -13

14 Case Pressure and Case Port Char-Lynn motors are durable and have long life as long as the recommended case pressure is not exceeded. Allowable case pressure is highest at low shaft speeds. Consequently, motor life will be shortened if case pressure exceeds these ratings (acceptability may vary with application). Determine if an external case drain is required from the case pressure seal limitation chart. Case Porting Advantage Contamination Control flushing the motor case. Cooler Motor exiting oil draws motor heat away. Extend Motor Seal Life maintain low case pressure with a preset restriction in the case drain line. 0 Case Pressure Bar 0 [PSI] 0 0 [ 00] 0 Intermittent -- Case Drain Optional Case Pressure Seal Limitation Case Drain Required Continuous -- Case Drain Optional Speed RPM -

15 Dimensions Ports 1-1/16- O-ring Ports () or G 3/4 (BSP) Ports () 4 Bolt 3/4 Inch Split Flange Ports to Fit SAE J1 c () 7/16- UNF O-ring or G 1/4 (BSP) Case Drain Port,16/1,40 [.0/.0] 7/16- UNF O-ring Case Drain Port,9/9, [.417/.7] 9,/9,0 [1.16/1.] 13, [.],7 [.6] 17º Port A,3/1, [.06/.04] Port A 47,63 [1.7],9 [.94] º 19,0/1,77 [.749/.739] 17º, [.44] 4,9 [.16], [.7],3/1, [.06/.04] 69,6 [.74] 4,7/,1 [1./1.0] 73,4 [.9] 4,7/,1 [1./1.0],9 [.3],7 [.31],9 [.3], [3.01],7 [.31], [3.01] 7/- O-ring Ports () or M x 1,-6H Ports () 9/16-1 UNF O-ring or M x 1,-6H O-ring Case Drain Port 9,/9,0 [1.16/1.] 13, [.] 17º,7 [.6] 6,73/,99 [.6/.] Port A 6,9 [.7] Material Removed from this Housing for 7/- O-ring Ports and M x 1,-6H Ports 69,6 [.74] 4,7/,1 [1./1.0],9 [.3],9 [.3], [3.01] -

16 Product Numbers Note: For Motors with a configuration Not Shown in the charts below: Use model code number system on the next page to specify product in detail. Use digit prefix 9-, 1-, or 1- plus four digit number from charts for complete product number Example 1-7. Orders will not be accepted without three digit prefix. Mounting Shaft Port Size Displ. cm 3 / r [in 3 / r] / Product Number 1 1/4 Inch Straight * [ 6.7] [ 7.9] [ 9.9] [.] [.0] [17.1] [19.0] [4.0] [.0] [.0] 1 1/16 O-ring /4 inch Split Flange Standard SAE B-Mount 1 / Inch Tapered 1 1/4 Inch T Splined 1 1/16 O-ring /4 inch Split Flange /16 O-ring /4 inch Split Flange Standard SAE C-Mount 40 mm Straight G 3/4 (BSP) /4 Inch 17 T Splined G 3/4 (BSP) /4 Inch Straight 1 1/16 O-ring /4 inch Split Flange Wheel Motor 40 mm Straight G 3/4 (BSP) / Inch Tapered 1 1/16 O-ring /4 inch Split Flange /4 Inch T Splined 1 1/16 O-ring /4 inch Split Flange /16 O-ring Bearingless 3/4 inch Split Flange G 3/4 (BSP) * New Release

17 Model Code The following -digit coding system has been developed to identify all of the configuration options for the motor. Use this model code to specify a motor with the desired features. All digits of the code must be present when ordering. You may want to photocopy the matrix below to ensure that each number is entered in the correct box. M 0 4 * ** ** * * ** ** * ** * * ** ** ** ** ** * Product M - Motor, 3 Series 04 4,, 6 Displacement cm3/r [in3/r] cm 3 /r [6. in 3 /r] cm 3 /r [7. in 3 /r] cm 3 /r [9. in 3 /r] -. cm 3 /r [.4 in 3 /r] cm 3 /r [.03 in 3 /r] cm 3 /r [17.09 in 3 /r] 1-3. cm 3 /r [19.03 in 3 /r] cm 3 /r [. in 3 /r] cm 3 /r [4.04 in 3 /r] cm 3 /r [.06 in 3 /r] cm 3 /r [34.1 in 3 /r] cm 3 /r [.07 in 3 /r] 7, Mounting Type AA Bearingless, 4 Bolt: 7.00 [.000] Pilot Dia..7 [.6] Dia. Holes on 1.9 [6.37] Dia. Bolt Circle AB Standard, 4 Bolt: 1. [4.000] Pilot Dia..7 [.] Slots on 7.00 [.000] Dia. Bolt Circle. (SAE B) AC Wheel, 4 Bolt: 139. [.00] Pilot Dia..7 [.6] Dia. Holes on 16. [6.00] Dia. Bolt Circle. AD Wheel, 4 Bolt: 7.00 [.000] Pilot Dia UNC-B Threaded Holes on 7.6 [.] Dia. Bolt circle. AF Standard, 4 Bolt: 7.00 [.000] Pilot Dia..7 [.6] Dia. Holes on 1.9 [6.37] Dia. Bolt Circle. (SAE C) AH Standard: ISO Flange B4hw (ISO 19/) 4.97 [4.9] Pilot Dia..7 [.6] Dia. Holes on 1.00 [6.99] Dia. Bolt Circle AP Wheel, 4 Bolt: 1.0 [6.] Pilot Dia. with. [.] Pilot Length and 1.00 [.9] Dia Holes on 0.00 [7.74] Bolt Circle (ISO Compatible) 9, Output Shaft 00 None (Bearingless) [1.0] Dia. Straight With.37-16UNC- B Thread,.1 [.09] Max Coupling Length, 7.9 [.3] Sq x 41.7 [1.6] Straight Key [1.6] Dia. Tapered with.1 [.437] Sq x 31.7 [1.0] Straight Key, 1.0-1UNEF-A Thread with Slotted Hex Nut [1.0] Dia. Flat Root Side Fit, Tooth, /4 DP Involute Spline,.1 [1.0] Minimum Full Spline Length with.37-16unc-b Thread. [1.00] Dia. Flat Root Side Fit, 17 Tooth, /4 DP. Involute Spline, 31. [1.] Minimum Full Spline Length, with UNC-B Thread in End [1.7] Dia. Straight with M x 1.7-6H Thread, 7. [.313] x.979 [.4716] Wide X 69.9 [.7] Straight Key [1.7] Dia. :1 Tapered Shaft per ISO R77 with UNF-B Threaded in End, W x H L [.47W x.313h x.l] Key None (Bearingless) European Spline 4.00 [1.64] Dia. :1 Tapered Shaft per ISO R77 with UNF-B Thread in End, W x H X 63L [.47W X.313H X.4L] Key, Ports AA.7- UNF-B SAE O-Ring Ports - Staggered Ports AB UN-B SAE O-Ring Ports - Staggered Ports AC G 3/4 Ports - Staggered Ports AD 19.0 [.70] 4 Bolt Split Flange Staggered Ports Standard Pressure Series (Code ) AE M X 1.-6H O-Ring Port - Staggered Ports AG. [.00] Dia. Manifold Ports AJ Dash Stc Type II+ (Snap to Connect) Ports - Staggered Ports 13, Case Flow Options 00 None UNF-B SAE O-Ring Port with Shuttle UNF-B SAE O-ring Port with Check Valve 03 G 1/4 BSP Straight Thread with Check Valve UNF-B SAE O-ring Port with Reverse Flow Shuttle Dash 6 Stc Type II + (Snap to Connect) Port Low Pressure Relief 0 None A Set at 4. Bar [6 lbf/in ] B Set at. Bar [ lbf/in ] 16, 17 Pressure/Flow Option 00 None 1 Geroler Option 0 Standard 19 Seal Option 0 Standard 1 Viton 4 Seal Guard, 1 Accessories 00 None AC M Threaded Connector, Long Body Digital Speed and Direction Pickup (Two 36 Pulse Signals in Quadrature per Revolution Pin 1=Power Supply, Pin =Output Signal 1, Pin 3=Common, Pin 4=Output Signal ) AD M Threaded Connector, Digital Speed And Direction Pickup (One 7 Pulse per Rev Speed Signal and One Directional Signal (Pin 1=Power, Pin =Direction, Pin =Common, Pin 4=Speed), Special Features (Hardware) 00 None 17 Low Noise Valve Plate 4, Special Features (Assembly) 00 None 6, 7 Paint/Packaging 00 No Paint, Individual Box AA Low Gloss Black Primer, Individual Box AB Epoxy Coated (Frost Gray), Individual Box, 9 Customer Identification 00 None Design Code F Sixth Feature in bold are preferred and allow for shorter lead time. -17