Introduction INDEX. INTRODUCTION HSE

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3 Introduction INDEX SECTION PAGE INTRODUCTION ORDERING CODE GLOSSARY MOTOR OPTION TECHNICAL SE SE3 / SE5 SE7 / S7 SE9 / S9 SE12 / S12 SE14 / S14 SE14-2 / S14-2 SE17 / S17 SE17-2 / S17-2 SE21 / S21 SE21-2 / S21-2 SE25 / S25 SE25-2 / S25-2 HSE HSE 25 HSE 25-2 SP SP SP311 GB GB-T23/1999 IN/2 IN/3 IN/4 IN/5 SE/1 SE/2 SE/3 SE/4 SE/5 SE/6 SE/7 SE/8 SE/9 SE/1 SE/11 SE/12 HSE/1 HSE/2 SP/1 SP/2 GB/1-GB/2 Young Powertech Inc. reserves the right to make alterations to its products at any time without notice. Young Powertech Inc. cannot be responsible for any errors or omissions in this catalog or any printed material. 1 / In

4 Introduction ORDERING CODE Model CODE GEAR WORM SHAFT hydraulic motor ** ** - ** - * * - * * - * - * HYDRAULIC MOTOR HYDRAULIC MOTOR A Away (oil port) I Inside (oil port) U Up (oil port) D Down (oil port) Hydraulic motor displacement, 16 cc/rev (by design, such as 16) WORM SHAFT WORM SHAFT WORM SHAFT WORM SHAFT R Hydraulic motor position, RIGHT side L Hydraulic motor position, LEFT side NONE Shaft Number, None meaning is only worm 2 Dual worm drive NONE Shaft opposite to motor, capped end H Worm hex extrusion E Shaft opposite to motor, with encoder NONE Omitted with hydraulic motor B SAE 6B spline mm keyed shaft mm keyed shaft mm keyed shaft GEAR 85 Reduction ratio EXAMPLE SE B H - 2 R A CODE CODE 14 Diameter of raceway in inch SE Enclosed housing slewing drive S Open housing slewing drive S Top Plate Slewing Ring Raceway SE Scaling Ring Housing Cover End Cap Motor Adapter Hydraulic Motor Encoder In / 2 O-Ring Shaft opposite to motor Input Hole O-Ring

5 Introduction GLOSSARY Load Load Tilting Moment : Tilting Moment : is the load multiplied by the distance between the position of load and the center of sleewing ring. If the torque generated by load and distance is greater than the rated Tilting Moment, slewing drive will be overturned Holding : it is the reverse torque. When the drive is rotating reversely, and parts are not damaged, the maximum torque archivied is called Holding. Load: Load parallel to the axis of slewing ring. Load: Load vertical to the axis of slewing ring. Self Locking: When loaded, the slewing drive can not reverse rotation and thus called self-locking 3 / In

6 Introduction MOTOR OPTION Oil Ports Oil Ports BMRS Hydraulic Motor, Flat-Key BMRS Hydraulic Motor, Spline AC MOTOR ENCODER DC MOTOR Oil Ports Oil Ports In / 4 BMRS Hydraulic Motor, Flat-Key BMRS Hydraulic Motor, Spline

7 SE SE3 / SE 5 SLEWING DRIVE PERFORMANCE 114 [4.49] 8 [3.15] R76 [2.99] 127,7 [5.3] 93,7 [3.69] R91,5 [3.6] 75 [2.95] 8 [3.15] ø 135 [5.31] 6-M1x2 79 [3.11] 6-M1x2 164 [6.46] PLUG ø 7 [2.76] 7-M1x2 ø 126 [4.96] ø 1 [3.93] 6-ø11 [.43] 6-M1x2 15 [.59] ø 12 [4.72] 8-ø11 [.43] 6.5 [2.38] 2 [.79] 9.75 [3.84] 38 [1.5] 3 [.12] 2 [.79] ø 1 [3.93] ø 126 [4.96] ø 46 SE3 [1.81] 45 5 [.2] +,6 +,2 R7 [.27] 7 [.27] 33 [1.3] 8 [.31] +,39 ø 5 [1.97] ø 32 [1.26] ø 13,5 [4.7] ø 161 [6.4] SE5 19 [.75] 6-ø11 [.43] ø16 [.63] +,55 +,15 68x68 [2.67x2.67] 4-ø6 [.24] ø1 6,5 [.39] [.26] Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears N.m lbf.ft N.m lbf.ft N.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE :1.2 YES SE :1.2 YES SE / 1

8 SE SE7 / S7 15,6 [.61] 166,7 [6.56] 132,7 [5.22] R129 [5.8] 8-M12x18 ø 23,2 [8.] 45 5 [.2] +,6 +,2 ø 46 [1.81] ø 7 [.27] 33 [1.3] 8 [.31] +, [7.32] PLUG ø98 [3.86] ø 12,6 [4.75 ø16 [.63] +,55 +,15 68x68 [2.67x2.67] 4-ø6 [.24] ø1 6,5 [.39] [.26] ø32 [1.26] 1-M12x18 ø 145 [5.71] 42.5 [1.67] 4,3 [.17] 2 [.79] 37.4 [1.47] ø 163 [6.41] ø 237,5 [9.35] 1-ø14 [.55] 39.4 [1.55] 8-ø14 [.55] 17,4 [.68] 8,8 [3.18] Tilting Moment N.m (lbf.ft) [1] 1222 [9] 1847 [8] 9491 [7] 8135 [6] 6779 [5] MOMENT LOAD CHART Load e Tilting Moment [1.2] [15.3] [2.4] 113,39 136,7 [25.5] [3.6] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears N.m lbf.ft N.m lbf.ft N.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE :1.2 YES S :1.2 YES SE / 2

9 SE SE9 / S9 322 [7.32] 21 [.83] 239 [9.41] 174,2 [6.86] R172,5 [6.79] 15-M16 PLUG ø 145 [5.71] 15-M16 16-M16 ø21,59 [.85] ø25,32 [.99] +,15 +,8 6-6,25 [.25] +,3 +,3 ø 16,4 [4.19] 2-M12 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] 56,1 [2.21] 4,3 [.17] ø 24 [8.3] ø 175 [6.88] 35 [1.38] 44 [1.73] ø 222,5 [8.76] ø 27 [1.63] ø 316 [12.45] 16-ø18 [.71] 16-ø17,5 [.69] 44 [1.73] 23 [.9] 18 [4.25] Tilting Moment kn.m (x1 3 lbf.ft) 33,9 [25.] 3,51 [22.5] 27,12 [2.] 23,73 [17.5] 2,34 [15.] 16,95 [12.5] MOMENT LOAD CHART Load e Tilting Moment 181,44 [4.8] 226,79 [51.] 272,15 317,51 [61.2] [71,4] 362,87 [81.6] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE x x x x x x1 3 61:1.17 YES S x x x x x x1 3 61:1.17 YES SE / 3

10 SE SE12 / S [11.22] 22 [8.66] R215,5 [8.48] 332 [13.7] 21 [.82] PLUG ø229 [9.1] 18-M16 19-M16 ø21.59 [.85] ø25.32 [.99] +,15 +,8 6-6,25 [.25] +,3 +,3 16,4 [4.19] 2-M12 33 [1.3] 8 [.31] +,5 ø82,6 [3.25] DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø [2.3] 4,4 [.17] ø 289 [11.37] ø 259 [1.19] ø 38,5 [12.14] ø 358 [14.9] ø 46 [15.98] 39.4 [1.55] 44 [1.73] 18-ø 18 [.7] 8-ø14 [.55] 44 [1.73] 21 [.82] 11,5 [4.35] Tilting Moment kn.m (x1 3 lbf.ft) 54,24 [4.] 47,46 [35.] 4,68 [3.] 33,9 [25.] 27,12 [2.] 2,34 [15.] MOMENT LOAD CHART Load e Tilting Moment 113,39 [25.5] 226,78 [51.] 34,17 [76.5] 453,56 [12.] [127.5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE x x x x x x1 3 78:1.17 YES S x x x x x x1 3 78:1.17 YES SE / 4

11 SE SE14 / S [13.31] 33 [11.92] R228,3 [8.99] 237,6 [9.35] 21 [.83] PLUG ø 265 [1.43] 23-M16 +,15 +,8 6-6,25 [.25] ø21,59 [.85] ø25,32 [.99] +,3 +,3 ø 16,4 [4.19] 2-M12 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] 18-M16 DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø 25 ø 325 [12.8] 59 [2.32] 3,5 [.13] 11,5 [.45] ø 295 [11.61] ø 342,5 [13.48] ø 39 [15.35] ø 435,5 [17.14] 39 [1.53] 43 [1.69] 24-ø18 [.71] 43 [1.69] 18-ø17,5 [.69] 21 [.83] 11 [4.33] Tilting Moment kn.m (x1 3 lbf.ft) 67,8 [5.] 51,2 [45.] 54,24 [4.] 47,46 [35.] 4,68 [3.] 33,9 [25.] MOMENT LOAD CHART Load e Tilting Moment 113,39 [25.5] 226,79 [51.] 34,17 [76.5] 453,56 [12,] 566,95 [127,5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE ,8 5x x x x x x1 3 85:1.17 YES S ,8 5x x x x x x1 3 85:1.17 YES SE / 5

12 SE SE14-2/ S14-2 DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø ,6 [9.35] R 228,3 [8.99] 64 [23.78] 237,6 [9.35] +,15 +,8 ø21,59 [.85] 6-6,25 [.25] +,3 ø 16,4 [4.19] 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] ø25,32 [.99] +,3 2-M12 PLUG 23-M16 ø 265 [1.43] 338 [13.3] A-A ø 435,5 [17.14] ø 39 [15.35] ø 342,5 [13.49] 18-ø17,5 [.69] 21 [.83] 18-M16 ø 295 [11.61] 24-ø18 [.71] 43 [1.69] 21 [.83] 3,5 [.14] 11,5 [.45] ø 325 [12.79] 21 [.83] 59 [2.32] 11 [4.33] Tilting Moment kn.m (x1 3 lbf.ft) 67,8 [5.] 51,2 [45.] 54,24 [4.] 47,46 [35.] 4,68 [3.] 33,9 [25.] MOMENT LOAD CHART Load e Tilting Moment 113,39 [25.5] 226,79 [51.] 34,17 [76.5] 453,56 [12,] 566,95 [127,5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft N.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE ,8 5x x x x x x1 3 85:1.17 YES S ,8 5x x x x x x1 3 85:1.17 YES SE / 6

13 SE SE17 / S [15.15] 21 [.83] 34 [13.38] R275,2 [1.83] 275,3 [1.84] PLUG ø 324 [12.76] 2-M16 2-M16 +,15 +,8 6-6,25 [.25] ø21,59 [.85] ø25,32 [.99] +,3 +,3 ø 16,4 [4.19] 2-M12 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø [2.6] 4,6 [.18] 7,5 [.29] ø 46 [15.98] ø 365,1 [14.37] ø 425 [16.73] ø 479,4 [18.75] ø 522 [2.55] 47 [1.85] 48 [1.89] 2-ø17,5 [.69] 43 [1.69] 23 [.9] 126 [4.96] Tilting Moment kn.m (x1 3 lbf.ft) 2-ø18 [.71] 135,6 [1.] 122,4 [9.] 18,48 [8.] 94,92 [7.] 81,36 [6.] 67,8 [5.] MOMENT LOAD CHART Load e Tilting Moment 226,7 [5.9] 453,5 68,3 97,1 [11.9] [152.9] [29.9] 1133,9 [254.9] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE ,6 1x1 3 72,3 53x x x x x1 3 12:1.15 YES S ,6 1x1 3 72,3 53x x x x x1 3 12:1.15 YES SE / 7

14 SE SE17-2 / S [26.81] 275,3 [1.84] 275,3 [1.84] R275,2 [1.83] ø21,59 [.85] +,15 +,8 6-6,25 [.25] +,3 ø 16,4 [4.19] 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] ø25,32 [.99] +,3 2-M12 DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø 25 2-M16 PLUG ø 324 [12.76] 2-M [15.15] A-A ø 522 [2.55] ø 479,4 [18.87] ø 425 [16.73] 48 [1.89] 2-ø17,5 [.69] 23 [.9] 126 [4.96] 47 [1.85] ø 365,1 [14.37] 2-ø18 [.71] 48 [1.89] 21 [.82] 4,6 [.18] 4,6 [.18] 7,5 [.29] ø 46 [15.98] 21 [.82] 66 [2.6] 126 [4.96] Tilting Moment kn.m (x1 3 lbf.ft) 135,6 [1.] 122,4 [9.] 18,48 [8.] 94,92 [7.] 81,36 [6.] 67,8 [5.] MOMENT LOAD CHART Load e Tilting Moment 226,7 [5.9] 453,5 68,3 97,1 [11.9] [152.9] [29.9] 1133,9 [254.9] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE , ,6 1x1 3 72,3 53x x x x x1 3 12:1.15 YES S , ,6 1x1 3 72,3 53x x x x x1 3 12:1.15 YES SE / 8

15 SE SE21 / S21 21 [.83] 44 [15.9] 339,1 [15.35] R334 [13.15] 35-M2x5 ø21,59 [.85] +,15 +,8 6-6,25 [.25] +,3 ø 16,4 [4.19] 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] 469 [18.46] PLUG ø 324 [12.76] ø25,32 [.99] +,3 2-M12 36-M2x5 DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø 25 76,2 [3.] 3,3 [.13] 6 [.24] ø 533,4 [21.] ø 466,7 [18.37] ø 525,5 [2.69] ø 584,2 [23.] ø 618 [24.33] 2-ø18 [.71] 51 [2.1] 5 [1.97] 5 [1.97] 136,5 [5.37] Tilting Moment kn.m (x1 3 lbf.ft) 216,96 [16.] 189,84 [14.] 162,72 [12.] 135,6 [1.] 18,48 [8.] 81,36 [6.] MOMENT LOAD CHART Load e Tilting Moment 97,1 1133,9 136,7 1587,5 1814,3 [23.9] [254.9] [35.9] [356.9] [47.9] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE x1 3 15,8 78x x x x x :1.15 YES S x1 3 15,8 78x x x x x :1.15 YES SE / 9

16 SE SE21-2 / S [31.81] 339,1 [13.35] 339,1 [13.35] R 334 [13.15] +,15 +,8 ø21,59 [.85] 6-6,25 [.25] ø25,32 [.99] +,3 +,3 ø 16,4 [4.19] 2-M12 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] PLUG ø [12.76] 35-M2x5 36-M2x5 469 [18.46] A-A DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø 25 5,8 [2.] 5 [1.97] ø 618 [24.33] ø 584,2 [23.] ø 525,5 [2.69] ø 466,7 [18.37] 36-ø22,2 [.87] 5 [1.97] 136,5 [5.37] 21 [.82] 3,3 [.13] 6 [2.36] ø 533,4 [21.] ø 618 [21.] 21 [.82] 76,2 [3.] 136,5 [5.37] Tilting Moment kn.m (x1 3 lbf.ft) 216,96 [16.] 189,84 [14.] 162,72 [12.] 135,6 [1.] 18,48 [8.] 81,36 [6.] MOMENT LOAD CHART Load e Tilting Moment 97,1 1133,9 136,7 1587,5 1814,3 [23.9] [254.9] [35.9] [356.9] [47.9] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE21-2 2, x1 3 15,8 78x x x x x :1.15 YES S21-2 2, x1 3 15,8 78x x x x x :1.15 YES SE / 1

17 SE SE25 / S25 21 [.83] 467 [18.3] 41,8 [15.82] R399 [15.71] 35-M2x5 36-M2x5 +,15 +,8 ø21,59 [.85] 6-6,25 [.25] +,3 ø 16,4 [4.19] 47 [1.85] 22 [.86] 1 [.39] +,5 ø 82,6 [3.25] ø25,32 [.99] +,3 2-M [18.46] PLUG ø 324 [12.76] DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø [5.24] 76,2 [3.] 3,3 [.13] 8 [.31] ø 628 [24.72] ø 565 [22.24] ø 62 [24.41] ø 675 [26.57] ø 744 [29.29] 47 [1.85] 5 [1.97] 36-ø22 [.87] 5 [1.97] 5 [1.97] 13 [5.12] Tilting Moment kn.m (x1 3 lbf.ft) 298,28 [22.] 271,16 [2.] 244,4 [18.] 216,93 [16.] 189,81 [14.] 162,7 [12.]] MOMENT LOAD CHART Load e Tilting Moment 8 [179.9] 12 [269.8] 16 [359.7] 2 [449.6] 24 [539.5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE x ,3 117x x x x x1 3 15:1.15 YES S x ,3 117x x x x x1 3 15:1.15 YES SE / 11

18 SE SE25-2 / S25-2 R399 [15.71] 934 [36.77] 41,8 [15.82] 41,8 [15.82] ø25,32 [.99] +,15 +,8 ø21,59 [.85] 6-6,25 [.25] +,3 +,3 ø 16,4 [4.19] 2-M12 47 [1.85] 22 [.86] 1 [.39] ø 82,6 [3.25] DIMENSIONS: Ø 12 - Ø 14 - Ø 16 - Ø 2 - Ø 25 +,5 35-M2x5 PLUG ø 512 [2.16] 36-M2x5 469 [18.46] A-A 47 [ [1.97] ø 744 [29.29] ø 675 [26.57] ø 62 [24.4] ø 565 [22.24] 36-ø22,2 [.87] 5 [1.97] 13 [5.12] 21 [.82] 8 [.31] ø 628 [24.72] 21 [.82] 76,2 [3.] 133 [5.24] Tilting Moment kn.m (x1 3 lbf.ft) 298,28 [22.] 271,16 [2.] 244,4 [18.] 216,93 [16.] 189,81 [14.] 162,7 [12.] MOMENT LOAD CHART Load e Tilting Moment 8 [179.9] 12 [269.8] 16 [359.7] 2 [449.6] 24 [539.5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs SE x ,3 117x x x x x1 3 15:1.15 YES S x ,3 117x x x x x1 3 15:1.15 YES SE / 12

19 HSE HSE [19.13] 416 [16.38] ø43 [15.87] 29-ø18 [.71] ø3 [1.18] 17 [.67] 573 [22.56] 246 [9.68] PLUG : it can be equipped with standard motors, on your request for configuration 3-M16x4 8 [.31] 3 [1.18] ø 628 [24.72] ø 512 [2.16] ø 56 [22.5] ø 685 [26.96] ø 722 [28.42] 23 [.9] 148 [5.82] Tilting Moment kn.m (x1 3 lbf.ft) 298,28 [22.] 271,16 [2.] 244,4 [18.] 216,93 [16.] 189,81 [14.] 162,7 [12.]] MOMENT LOAD CHART Load e Tilting Moment 8 [179.9] 12 [269.8] 16 [359.7] 2 [449.6] 24 [539.5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs HSE x x x x x x1 3 94:1.15 YES HSE / 1

20 HSE HSE [16.38] 416 [16.38] ø43 [15.87] 573 [22.56] 196,7 [7.74] PLUG 29-ø18 [.71] ø3 17 [1.18] [.67] 3-M16x4 : it can be equipped with standard motors, on your request for configuration 8 [.31] ø 628 [24.72] ø 512 [2.16] ø 56 [22.5] ø 685 [26.96] ø 722 [28.42] 972 [38.26] 3 [1.18] 23 [.9] 8 [.31] 148 [5.82] Tilting Moment kn.m (x1 3 lbf.ft) 298,28 [22.] 271,16 [2.] 244,4 [18.] 216,93 [16.] 189,81 [14.] 162,7 [12.]] MOMENT LOAD CHART Load e Tilting Moment 8 [179.9] 12 [269.8] 16 [359.7] 2 [449.6] 24 [539.5] Load kn (x1 3 lbf) Output Tilting Moment Holding Gear Ratio Accuracy Self Locking Gears kn.m lbf.ft kn.m lbf.ft kn.m lbf.ft Kn lbf Kn lbf Kn lbf Kn lbf kg lbs HSE x x x x x x1 3 94:1.15 YES HSE / 2

21 SP SP B 77 [3.3] 26 [8.11] 186 [7.32] A - A Z-ø14 [.55] N B A A 71 [2.79] 15 [.59] 59 [2.32] 2 [.79] F C D M External Dimensions Internal Dimensions Installation Dimensions B C D E ø F ø M ø Y N ø Z mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch SP , , , SP , , SP , , SP , , SP , , SP , , SP , , SP , , SP / 1

22 SP SP311 3 [221.4] MOMENT LOAD CHART Load e Tilting Moment Tilting Moment kn.m (x1 3 lbf.ft) 25 [184.5] 2 [147.6] 15 [11.7] 1 [73.8] 5 [36.9] [56.2] 5 [112.4] 75 [168.6] 1 [224.8] 125 [281.] 15 [337.2] 175 [337.2] Load kn (x1 3 lbf) Output Tilting Moment Holding U.M. SP311 SP411 SP541 SP641 SP741 SP841 SP941 SP191 Nm lbf.ft kn.m lbf.ft 24 x x x x x x x x 1 3 kn.m lbf.ft kn lbf 1 x x x x x x x x 1 3 kn lbf 43 x x x x x x x x 1 3 kn lbf 31 x x x x x x x x 1 3 kn lbf 31 x x x x x x x x 1 3 Module Number of teeth, wheel Number of teeth, pinion Gear Ratio SP / 2

23 GB GB-T SLEWING RING n x Ø D3 DL D2 d n1 H d1 D1 D D3 DL D2 d H d1 D1 D De D3 DL D2 d De H H1 b b H1 h H1 n x Ø n x Ø h n1 nxø n x Ø n1 nxø d1 D1 D h GB / 3

24 GB GB-T SLEWING RING No Without teeth DL GB / 4 Outer teeth DL Inner teeth DL D d H D1 D2 Grease nipple No. (n) ø n1 D3 d1 H1 h b ,2 4,72 9,76 5,98 7,91 7,83 11, ,97 5,67 6 1,71 6,93 8,86 8, ,28 16/M [2.36] [1.97] [1.57] ,99 6,69 11,73 7,95 9,88 9,8 13, ,17 7,87 12,91 9, ,6 1,98 13, [.7] ,6 8,74 14,65 1,16 12,44 12,36 17, ,64 1, ,22 11,73 14,2 13, ,7 18/M [2.76] [2.36] [1.97] ,41 12,9 17,99 13,5 15,79 15,71 2, ,38 14,6 19,96 15,47 17,76 17,68 22, , ,7 15,67 [3.15] 22,28 17,9 M16 [.15] [19.72] [19.6] [2.76] [2.36] 628,8 6 24, , ,7 15,67 [3.15] 22,28 17,9 M16 [.15] [19.72] [19.64] [2.76] [2.36] 628,8 6 24, , ,6 18,3 [3.15] 24,65 19,45 M16 [.15] [22.8] [21,97] [2.76] [2.36] 688,8 6 27, [.39] , ,6 18,3 [3.15] 24,65 19,45 M16 [.15] [22.8] [22.1] [2.76] [2.36] 688,8 6 27,12 772, , ,82 2,79 [3.15] 27,4 22,2 M16 [.15] [24.84] [24.72] [2.76] [2.36] 774,4 8 3,49 772, , ,82 2,79 [3.15] 27,4 22,2 M16 [.15] [24.84] [24.76] [2.76] [2.36] 774,4 8 3,49 85, , ,97 23,94 [3.15] 3,55 25,35 M16 [.15] [28.] [27.87] [2.76] [2.36] 854,4 8 33,64 85, , ,97 23,94 [3.15] 3,55 25,35 M16 [.15] [28.] [27.91] [2.76] [2.36] 854,4 8 33,64 966, , ,3 26,69 [3.94] 34,57 28,43 M2 [.24] [31.53] [31.42] [3.15] [3.15] ,11 966, , ,3 26,69 [3.94] 34,57 28,43 M2 [.24] [31.53] [31.42] [3.15] [3.15] ,11 Deflection X MOD (m) De Teeth No. (z)

25 Technical MOtor choice & performance parameters Hydraulic motor dimension 131,3 [5.17] max 16,4 [4.19] ±,25 ø 13,5 [.53] 44,7 [1.76] max 96,8 [3.81] max Ø 1 [3.3] 42,7 [1.78] 15,5 [.61] L ø 21,47 ±,7 [.84] ±,25 ø 25,325 [.997] 2,8 [.11] 26,4 [1.4] 28 3 [1.1] [.12] 42,5 [1.67] 45 [1.77] 15 [.59] +,25 +,5 ø 82,5 -,5 [3.25] 6-6,25 -,5[.25] -,2 ø 25 -,53 [.98] 4 [1.57] 5 [.2] M8 4 [.16] 18 [.71] 8 -,36 [.31] 28 [1.1] -,3 U.M. YMRS 36 YMRS 5 YMRS 8 YMRS 1 Displacement cm 3 /rev 36 51,3 8,6 1,8 124,9 157,2 199, ,5 37 in 3 /rev,2,3,5,6,8 1, 1,2 1,5 1,9 2,3 Speed rpm N m lbf inch 61,7 22, 352, 44, 55, 74, 726, 774,4 792, 924, Output Power KW 7,5 7,7 12,3 12, , ,5 HP 1,1 1,3 16,5 16,5 16,1 16,5 13,4 12,1 9,4 8,7 Pressure Mpa ,5 8,5 PSI Flow L/min GPM 1,6 1,6 15,9 15,9 15,9 15,9 15,9 15,9 15,9 15,9 Kg 6,7 6,7 6,9 6,9 7,2 7,5 8, 8,5 9, 9,3 lb 14,7 14,7 15,2 15,2 15,8 16,5 17,6 18,7 19,8 2,5 Dimension mm , inch 5,6 5,7 5,9 6,1 6,3 6,5 6,9 7,2 7,7 8,2 YMRS 125 YMRS 16 YMRS 2 YMRS 25 YMRS 315 YMRS M8x12 ø 62 [2.45] Ø 82 [3.23] 228 [8.97] -,1 Ø 42 [1.65] 4 [1.57] -,18 Ø 16 [.63] 112 [4.41] 35 [12.1] 29 [1.14] ø 14 [.55] -,46 ø 65 [2.56] -,46 ø 85 [3.34] ø 1 [3.94] Voltage Current Gear Ratio Speed Rated Output V A rpm N m lbf ft 24/86/25 24 (DC) < /17/15 22 (AC) < /78/64 38 (AC) GB / 5

26 Data Sheet Slew Bearing Data Sheet Company Contact Phone Machine Model 1 Quantity 2 Application 3 Mounting position VERTICAL HORIZONTAL 4 Gear EXTERNAL INTERNAL GEARLESS 5 Type of gear SPUR GEAR HELICAL GEAR 6 Max moment load lb in 7 Max static load lb 8 Module 9 Number of teeth 1 Pressure angle degrees 11 Helix angle degrees 12 Is there a space restriction? YES NO a. If yes, then what is the max space in 13 Is precision required? YES NO 14 Temperature F 15 Required life hours 16 Special inspection/certification required? YES NO a. If yes, please attach the requirement. 17 Tolerance in in 18 Max load lb lb Bearing Load Description Load (lb) Load (lb) Moment LoaD (lb in) Speed (rpm) % Comments: For Internal use: Selection Reviewed by Approved by GB / 6 Date:

27 36 Plaza Dr. Unit 17 Garnet Valley, PA 1961 Tel: (61) Fax: (61) LIMITED ONE YEAR WARRANTY FOR HYDRAULIC MOTORS If the product (products) fails to function within one (1) year after the date of its original shipment, or invoice date whichever come first, due to a defect in the materials or workmanship, Young Powertech Inc. (YPT) will remedy the defect without charge to the consumer purchaser. The foregoing limited warranty does not cover failure to function caused by damage to the product while in your possession, improper installation, unreasonable use or abuse of the product, failure to provide or use of improper maintenance, failure to follow written installation and instructions. THE REMEDIES PROVIDED IN THE ABOVE EXPRESS LIMITED WARRANTY ARE THE SOLE AND EXCLUSIVE REMEDIES AVAILABLE TO YOU. NO OTHER EXPRESS WARRANTIES ARE MADE. ALL IMPLIED WARRANTIES, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PUR- POSE OR USE, ARE LIMITED IN DURATION AS SET FORTH ABOVE. IN NO EVENT SHALL YPT BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES. Some states do not allow limitations on how long an implied warranty lasts or do not allow the exclusion or limitation of incidental or consequential damages, so the above limitations or exclusions may not apply to you. This warranty gives you specific legal rights and you may also have other rights which vary from state to state. The consumer-purchaser must maintain proof of purchase and shipment date of the product to prove the date of purchase and shipment in the unlikely event of a warranty claim. In order to obtain a return authorization number you must contact Young Powertech Inc. at prior to shipping. The customer will be required to ship only the defective parts, freight pre-paid to : Young Powertech Inc 36 Plaza Dr. Unit 17 Garnet Valley, PA 1961 Young Powertech Inc, will repair or replace any part found defective and return the unit prepaid by ground shipment to the customer. In the event that the unit is not found to have a defect the customer will be charged an inspection fee and the unit will be returned freight collect to the customer.

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