11 1/117 ED GP EXTERNA GEAR PUPS OPERATING PRINCIPE The GP pumps are fixed displacement external gear pumps with axial clearance compensation. They give high volumetric efficiency even with high operating pressures, a low noise level, and they have a high endurance thanks to the balancing system of the loads on the guide bushings. They are divided into three size groups, with displacements of up to 9,1-27,9 and 87,6 cm 3 /rev respectively, and with operating pressures of up to 25 bar (standard) and up to 31 bar (version for high pressures H). They are available with clockwise, anticlockwise and reversible rotation, with tapered shaft (standard). Other kind of shaft are available upon request. They are available in multiple versions, and can be combined in multi-flow groups, with a splined connection motion system that guarantees high power performances. TECHNICA SPECIFICATIONS GP PUP SIZE GP1 GP2 GP3 Displacement range cm 3 /rev 1.3 9.1 7 27.9 2.7 87.6 Flow rate and operating pressures see table 3 - Performances Rotation speed see table 3 - Performances Rotation direction clockwise, anticlockwise or reversible (seen from the shaft side) oads on the shaft radial and axial load are not allowed ax torque applicable to the shaft see paragraph 14.1 Hydraulic connection flanged fittings (see paragraph 16) Type of mounting 4 hole flange - rectangular type ass: standard version version H kg 1.2 1.6 1.9 2.3 2.6 3.5 3.8 4.7 6 8.5 8.7 11.2 HYDRAUIC SYBO Ambient temperature range C -2 / +5 Fluid temperature range C -15 / +8 Fluid viscosity range see paragraph 2.2 Fluid contamination degree see paragraph 2.3 Recommended viscosity cst 25 1 11 1/117 ED 1/16
1 - IDENTIFICATION CODE 1.1 - Identification code for single and front pumps G P - / 2 N External gear pump Pump size: 1 = from 1,3 to 9,1 cm 3 /rev 2 = from 7, to 27,9 cm 3 /rev 3 = from 2,7 to 87,6 cm 3 /rev H = version for high pressures. Omit for standard pressure. Seals: N = NBR seals for mineral oils omit for single pumps (standard) F = only for front pump to be coupled Series No. (from 2 to 29 sizes and mounting dimensions remain unchanged) Nominal size (see table 3 - Performances) Rotation direction (seen from the shaft side) R = clockwise (standard) = anticlockwise D = reversible (option available for single pumps only) ounting flange 9 = 4 hole - rectangular type (standard) = SAE J744-2 hole NOTE 1: See at table 1.4 compatibility among mounting flange, type of shaft and type of hydraulic connection Hydraulic connection F = flanged ports (standard) B = BSP threaded ports U = UNF threaded ports Type of shaft - see NOTE 1 7 = tapered with key (standard) 5 = cylindrical with key (available for single pumps only) = cylindrical with key SAE-J744 1 = SAE-J744 splined 1.2 - Identification code for intermediate and rear pumps G P - / 2 N External gear pump Pump size: 1 = from 1,3 to 9,1 cm 3 /rev 2 = from 7, to 27,9 cm 3 /rev 3 = from 2,7 to 87,6 cm 3 /rev Pump position: = Intermediate R = Rear Nominal size (see table 3 - Performances) H = version for high pressures. Omit for standard pressure. Seals: N = NBR seals for mineral oils Series No. (from 2 to 29 sizes and mounting dimensions remain unchanged) Rotation direction (seen from the shaft side) R = clockwise (standard) = anticlockwise Hydraulic connection F = flanged ports (standard) B = BSP threaded ports U = UNF threaded ports NOTE 2: Front, intermediate or rear pumps for multiple groups are supplied without mating joint, which must be ordered separately (see paragraph 1.5). To order a group of one or more pumps completely assembled see paragraph 1.3. 11 1/117 ED 2/16
1.3 - Identification code for multiple pumps identification code front pump identification code intermediate pump (omit for double pumps) + + identification code rear pump 1.4 - Compatibility among mounting flange, type of shaft and type of hydraulic connection FANGE CODE SHAFT CODE HYDRAUIC CONNECTION CODE 7 5 1 F B U 9 yes yes no no yes yes no no no yes yes yes no yes 1.5 - Identification code for mating joints SECOND PUP FIRST PUP GP1 GP2 GP3 GP1 31113 - - GP2 31114 31115 - GP3 31116 31117 31118 1.6 - Examples a) single pump size 1-1,3 cm 3 /rev - anticlockwise rotation - standard flange and shaft GP1-1397F/2N b) single pump size 2-14 cm 3 /rev - clockwise rotation - standard flange and shaft GP2-14R97F/2N c) single pump size 3-22,5 cm 3 /rev - clockwise rotation - SAE flange and shaft GP3-225R1F/2N d) double pump made of: - pump size 2-7 cm 3 /rev - pump size 1-2 cm 3 /rev - high pressure GP2F-7R97F/2N + GP1R-2RF/2NH e) triple pump made of: - pump size 3-22,5 cm 3 /rev - pump size 2-14 cm 3 /rev - pump size 1-2 cm 3 /rev GP3F-225R97F/2N + GP2-14RF/2N + GP1R-2RF/2N 2 - HYDRAUIC FUID 2.1 Type of fluid Use mineral oil based hydraulic fluids with anti-foam and antioxidant additives, in conformity with the requisites of the following standards: - FZG test - 11th stage - DIN 51525 - VDA 24317 For use with other types of fluid (water glycol, phosphate esters and others), consult our technical dept. Operation with fluid at a temperature greater than 8 C causes a premature deterioration of the fluid quality and of the seals. The physical and chemical properties of the fluid must be maintained. 2.2 - Fluid viscosity The operating fluid viscosity must be within the following range: minimum viscosity 12 cst referred to the maximum fluid temperature of 8 C optimum viscosity 25 1 cst referred to the operating temperature of the fluid in the tank maximum viscosity 16 cst limited to only the start-up phase of the pump 11 1/117 ED 3/16
2.3 - Degree of fluid contamination The maximum degree of fluid contamination must be according to ISO 446:1999 class 2/18/15; therefore, use of a filter with β2 75 is recommended. A degree of maximum fluid contamination according to ISO 446:1999 class 18/16/13 is recommended for optimum endurance of the pump. Hence, use of a filter with β1 1 is recommended. If there is a filter installed on the suction line, be sure that the pressure at the pump inlet is not lower than the values specified in paragraph 13. The suction filter must be equipped with a by-pass valve and, if possible, with a clogging indicator. 3 - PERFORANCE RATINGS (values obtained with mineral oil with viscosity of 36 cst at 5 C) PUP SIZE NOINA SIZE DISPACEENT [cm3/rev] GP1 GP2 GP3 13 2 27 34 41 51 61 74 91 7 95 113 14 1,3 2, 2,7 3,4 4,1 5,1 6,1 7,4 9,1 7, 9,5 11,3 14, AX FOW RATE (at 15 rpm) [l/min.] 2, 3, 4, 5,1 6,1 7,6 9,1 11,1 13,6 1,5 14,2 16,9 21, AX OPERATING PRESSURE (at 15 rpm) [bar] AX PEAK PRESSURE (at 15 rpm) [bar] 25 (27) 29 (31) 23 (26) 158 15,8 23,7 178 28 234 279 17,8 2,8 23,4 27,9 26,7 31,2 35,1 41,8 21 (26) 18 (23) 17 (2) 24 (29) 21 (26) 2 (23) 36 32 3 25 5 27 225 264 337 394 427 514 2,7 22,5 26,4 33,7 39,4 42,7 51,4 31, 33,7 39,6 5,5 59,1 64, 77,1 23 (26) 2 18 25 (28) 23 (28) 22 (26) 21 (25) 26 (29) 23 21 29 (31) 27 (3) 27 (31) 26 (29) 25 (28) 2 (23) 24 (26) 6 6, 9, 19 22 696 69,6 14,4 17 2 776 77,6 116,4 16 19 876 87,6 131,4 14 17 AX ROTATION SPEED [rpm] 6 5 4 38 32 26 4 3 4 35 3 28 24 28 25 23 2 IN ROTATION SPEED [rpm] 8 6 6 5 4 NOTE: The values in parentheses refer to the version H, for high pressures. 11 1/117 ED 4/16
4 - CURVES AND CHARACTERISTIC DATA OF GROUP GP1 PUPS (values obtained with mineral oil with viscosity of 36 cst at 5 C) 4.1 - Flow rate curves Q=f (n) obtained with operating pressure bar n [rpm] n [rpm] 4.2 - Efficiencies PUP NOINA SIZE 13 2 27 34 41 51 61 74 91 VOUETRIC EFFICIENCY [%],9,9,95,91,94,96,96,96,96 TOTA EFFICIENCY [%],82,85,9,87,9,92,92,9,88 The volumetric and total efficiencies for the various nominal dimensions of the Group GP1 pumps, measured at 15 rpm and with 15 bar operating pressure, are shown in the table. The total efficiency considers the volumetric efficiency and the mechanical efficiency of the pump in the specified operating conditions. 4.3 - Noise level PUP NOINA SIZE NOISE EVE [db (A)] The noise levels for the various nominal dimensions of the Group GP1 pumps, measured at 15 rpm, with 15 bar operating pressure and measured at a distance of 1 metre from the pump, are shown in the table. 13 2 27 34 41 51 61 74 91 65 66 68 68 7 73 73 73 77 11 1/117 ED 5/16
4.4 - Absorbed power curves N=f (n), measured with operating pressures from 5 to 25 bar 11 1/117 ED 6/16
5 - CURVES AND CHARACTERISTIC DATA OF GROUP GP2 PUPS (values obtained with mineral oil with viscosity of 36 cst at 5 C) 5.1 - Flow rate curves Q=f (n) obtained with operating pressure bar Q [l/min] 5 45 4 35 3 25 2 15 1 GP2-113 GP2-95 GP2-7 Q [l/min] 9 8 7 6 5 4 3 2 GP2-279 GP2-234 GP2-28 GP2-178 GP2-158 GP2-14 5 1 1 2 3 4 5 n [giri/min.] [rpm] 1 2 3 4 5 n n [rpm] [giri/min.] 5.2 - Efficiencies PUP NOINA SIZE 7 95 113 14 158 178 28 234 279 VOUETRIC EFFICIENCY [%],92,95,95,93,95,93,93.97,94 TOTA EFFICIENCY [%],87,88,87,87,86,85,88,89,85 The volumetric and total efficiencies for the various nominal dimensions of the Group GP2 pumps, measured at 15 rpm and with 15 bar operating pressure, are shown in the table. The total efficiency considers the volumetric efficiency and the mechanical efficiency of the pump in the specified operating conditions. 5.3 - Noise level PUP NOINA SIZE NOISE EVE [db (A)] The noise levels for the various nominal dimensions of the Group GP2 pumps, measured at 15 rpm, with 15 bar operating pressure and measured at a distance of 1 metre from the pump, are shown in the table. 7 95 113 14 158 178 28 234 279 75 77 77 72 72 73 74 76 76 11 1/117 ED 7/16
5.4 - Absorbed power curves N=f (n), measured with operating pressures from 5 to 25 bar 11 1/117 ED 8/16
6 - CURVES AND CHARACTERISTIC DATA OF GROUP GP3 PUPS (values obtained with mineral oil with viscosity of 36 cst at 5 C) 6.1 - Flow rate curves Q=f (n) obtained with operating pressure bar n [rpm] n [rpm] 6.2 - Efficiencies PUP NOINA SIZE VOUETRIC EFFICIENCY [%] TOTA EFFICIENCY [%] The volumetric and total efficiencies for the various nominal dimensions of the Group GP3 pumps, measured at 15 rpm and with 15 bar operating pressure, are shown in the table. 27 225 264 337 394 427 514 6 696 776 876,88,97,9,92,91,92,93,85,95,93,89,83,92,84,87,86,82,83,82,9,87,84 The total efficiency considers the volumetric efficiency and the mechanical efficiency of the pump in the specified operating conditions. 6.3 - Noise level PUP NOINA SIZE 27 225 264 337 394 427 514 6 696 776 876 NOISE EVE [db (A)] 75 75 76 72 72 73 75 77 77 76 78 The noise levels for the various nominal dimensions of the Group GP3 pumps, measured at 15 rpm, with 15 bar operating pressure and measured at a distance of 1 metre from the pump, are shown in the table. 11 1/117 ED 9/16
6.4 - Absorbed power curves N=f (n), measured with operating pressures from 5 to 25 bar n [rpm] n [rpm] 11 1/117 ED 1/16
7 - GROUP GP1 PUPS OVERA AND OUNTING DIENSIONS WITH STANDARD FANGE dimensions in mm 1x1 ø12 11.5 23.5 3 -.2 -.5 2 68 56 1 24.5 5.5 18 6 con. 1:8 7.9 86 73 12 -.2 -.53 ø3f8 84.5 tapered shaft end (standard, identification code 7) ø12 1x1 1 11.5 11.5 31.5 cylindrical with key shaft end (identification code: 5) -.2 -.5 3 13.2 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction 71 drainage port 1/4 BSP on reversible pump only pump nominal dimension 6.5 4 holes rectangular mounting flange (standard, identification code 9) 13 4 8,5 2 41 82,5 27 42 84,5 34 43 86,5 41 44 88,5 51 45,5 91,5 61 47 94,5 74 49 98,5 91 51,5 13,5 3 flanged ports (standard, identification code F) also available with BSP ports (identification code B) 1 suction port clockwise 2 delivery port clockwise rotation rotation flange BSP flange BSP Ø13 1/2 Ø13 3/8 1/2 8 - GROUP GP1 PUPS OVERA AND OUNTING DIENSIONS WITH SAE FANGE splined shaft end SAE J744 2/4 d.p. - 9T (standard, id. code 1) 19 15 27 8 2 holes SAE J744 flange - type B (identification code ) 12.6 82.55 1.3 1 dimensions in mm 86.5 84.5 ø12.7 cylindrical shaft end SAE J744 (identification code: ) 19 14.1 27 8 +.3 3.18 12.7 -.3 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction 2 Pump nominal dimension 13 2 27 34 41 51 61 74 91 42 43 44 45 46 68 drainage port 1/4 BSP on reversible pump only 82,5 84,5 86,5 88,5 9,5 47,5 93,5 49 96,5 51 1,5 53,5 15,5 1 12 ø5.8 -.5 6.4 1 suction port clockwise rotation d 2 UNF threaded ports (identification code U) 2 delivery port clockwise rotation flange UNF flange UNF 3/4-16 UNF Ø 13 Ø 13 9/16-18 UNF 7/8-14 UNF 3/4-16 UNF 11 1/117 ED 11/16
9 - GROUP GP2 PUPS OVERA AND OUNTING DIENSIONS WITH STANDARD FANGE dimensions in mm 12x1.5 ø14.7 12 28 -.2 -.5 4 2 88 71.5 1 32.5 5 19 8 tapered shaft end (standard, id. code 7) ø15 con. 1:8 3 36.5 cylindrical with key shaft end (id code: 5) 4 9.7 -.2 -.5 16.5 112.5 96 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction 9 drainage port 1/4 BSP on reversible pump only pump nominal dimension 15.5 8.5 -.25 -.64 ø36.5f8 4 holes rectangular mounting flange (standard, id.code 9) 7 47,5 97,5 95 49,5 11,5 113 51 14,5 14 53 18,5 158 54,5 111,5 178 56 114,5 218 58,5 119,5 234 6,5 123,5 279 64 13,5 1 suction port clockwise rotation Ø13 Ø19 1/2 3/4 4 12 flanged ports (standard, code F) also available with BSP ports id.code B) 2 delivery port clockwise rotation flange BSP flange BSP Ø13 Ø19 1/2 1 - GROUP GP2 PUPS OVERA AND OUNTING DIENSIONS WITH SAE FANGE dimensions in mm splined shaft end SAE J744 6/32 d.p. - 9T (standard, id. code 1) 24 21 32 8 2 holes SAE J744 flange - type B (id. code ) 13 16.4 11.1 12.5 cylindrical shaft end SAE J744 (id. code: ) 17.6 24 ø15.88 32 8 +.3 3.97 +.3 15.85 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction 114 2 9 drainage port 1/4 BSP on reversible pump only Pump nominal dimension 7 95 113 14 158 178 28 234 279 47,5 97,5 49,5 11,5 51 14,5 53 18,5 54,5 111,5 56 114,5 58,5 119,5 6,5 64 123,5 13,5 1 15.5 -.5 ø82.55 6.4 1 suction port clockwise rotation flange Ø 13 Ø 19 UNF 11/16 12 UNF d 19 12 UNF threaded ports (id. code U) 2 delivery port clockwise rotation flange Ø 13 Ø 19 UNF 7/8 14 UNF 11 1/117 ED 12/16
11 - GROUP GP3 PUPS OVERA AND OUNTING DIENSIONS WITH STANDARD FANGE tapered shaft end (standard, id. code 7) 14 33 drainage port 3/8 BSP on reversible pump only 2 12 98.5 1 5 23,5 1 flanged ports (standard, id. code F) 14x1.5 -.2 -.5 4 ø19 43 con. 1:8 cylindrical with key shaft end (id. code: 5) ø2 12.2 5 -.2 -.5 151.5 128 12.5 22 1.5 -.25 -.8 ø5.8 4 holes rectangular mounting flange (standard, id. code 9) H dimensions in mm 4 46 21.5 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction 3. On dimension H, the values marked with * refer to the suction port only, whereas the delivery port dimension is 51 mm Pump nominal dimension 27 225 264 337 394 427 514 6 696 776 876 64 64,5 66 68,5 7,5 72 75 78 81,5 84 87 129,5 13,5 133,5 138,5 142,5 145,5 151,5 157,5 164,5 169,5 175,5 H 56 56 56 56 56 51 56 62* 62* 62* 62* 1suction port clockwise rot. 2 delivery port clockwise rot. flange BSP flange BSP 3/4 Ø 19 3/4 Ø 27 1 1 1/4 1 Ø 27 Ø 33 1 1/2 1 1/4 12 - GROUP GP3 PUPS OVERA AND OUNTING DIENSIONS WITH SAE FANGE SAE J744 splined shaft end 16/32 d.p. - 13T (standard, id. code 1) 41 31.5 2 holes SAE J744 flange type B (id.code ) 174 146 14.3 19 156 148 ø22.2 22 ø11.6 -.5 SAE J744 cylindrical shaft end (id. code: ) 41 33 2 1 12 drainage port 3/8 BSP on reversible pump only 9.7 25 d UNF threaded ports (id. code U) dimensions in mm 24.9 +.3 6.35 +.3 22.22 NOTE: 1. On pumps with anticlockwise rotation the ports (1) and (2) are reversed 2. On reversible pumps the delivery port has the same size of the suction Pump nominal dimension 27 225 264 337 394 427 514 6 696 776 876 1suction port clockwise rot. 11 1/117 ED 13/16 65 65,5 67 69,5 71,5 73 76 79 82,5 85 88 13,5 131,5 134,5 139,5 143,5 146,5 152,5 158,5 165,5 17,5 176,5 Ø 27 Ø 33 15/16 12 UNF 15/8 12 UNF 17/8 12 UNF 2 delivery port clockwise rot. flange UNF flange UNF Ø 19 Ø 27 11/16 12 UNF 15/16 12 UNF
13 - INSTAATION The GP gear pumps can be installed with the shaft oriented in any position. Be sure the control rotation direction corresponds to the direction of the arrow marked on the pump before putting the pump into operation. Before starting, the pump body has to be filled with the fluid. It is necessary to vent the air from the delivery connection before operating it the first time. The pump start up, especially at a cold temperature, should occur with the pump unloading. The suction line must be suitably sized to facility the flow of the oil. Bends and restrictions or an excessive line length can impede correct operation of the pump. It is advisable that the speed of 1 2 m/sec is not exceeded in the suction line. The minimum suction pressure allowed is -,3 bar relative. The pumps can not function with suction pressure. The gear pumps must not operate with a rotation rating of less than the minimum rotation speed (see table 3 - performance ratings). They must be filled with the same plant operation oil before installation. Filling is done through the connection lines. If necessary, rotate the pump manually. The motor-pump connection must be carried out directly with a flexible coupling able to compensate any offsets. Couplings that generate axial or radial loads on the pump shaft are not allowed. 14 - UTIPE PUPS The possibility to couple several pumps makes it possible to create multi-flow groups with independent hydraulic circuits. While sizing coupled pumps, it is necessary to make reference to the following conditions: - The coupling can be carried out between pumps with the same dimensions or to a size of decreasing order. - The max. rotation speed is determined by the pump with the lowest speed. - The values of the max. applicable torque can not be exceeded. 14.1 - aximum applicable torque The input torque () for each pump is given by the following ratio: = 955. N = [Nm] n where the absorbed power (N) is given by: N = Q. p = [kw] 6. η tot n = rotation speed [rpm] Q = flow rate [l/min] p = differential pressure between the pump suction and delivery [bar] η tot = total efficiency (see diagrams in par. 4.2-5.2-6.2). or it can be obtained from the diagrams ABSORBED POWER (see paragraphs 4.4-5.4-6.4). If several pumps are coupled, the torque of each single pump has to be added to the torque of subsequent pumps when they are loaded simultaneously. The obtained torque value for each pump has to be lower than the value specified in the table below. If the obtained torque values are higher than the ones stated in the table, it is necessary to reduce the working pressure value or to replace the overloaded pump with a pump suitable to bear the required torque. AX TORQUE APPICABE TO THE SHAFT OF THE FRONT PUP [Nm] AX APPICABE TORQUE [Nm] (not simultaneously to the front pump) FRONT PUP SIZE tapered shaft with key code 7 SAE J744 splined shaft code 1 SAE J744 cylindrical shaft cod. PUP TO BE ATED GP1 GP2 GP3 GP1 1 1 6 - - GP2 2 185 14 5 1 GP3 3 6 45 22 11 1/117 ED 14/16
15 - UTIPE PUPS OVERA DIENSIONS K B H A dimensions in mm PUP SIZE NOINA SIZE FRONT PUP REAR PUP NOTE: For the dimensions of groups composed of three or more pumps, please consult our Technical Dept. GP1 GP2 GP3 13 2 27 34 41 51 61 74 91 7 95 113 14 158 178 28 234 27 225 264 337 394 427 514 6 696 776 876 H K A B 86 4 86,5 88 41 88,5 9 42 9,5 92 94 97 1 14 19 43 44 45,5 47 49 51,5 92,5 94,5 97,5 1,5 14,5 19,5 135,5 64 137 136,5 64,5 138 139,5 66 141 144,5 68,5 146 148,5 7,5 15 151,5 72 153 157,5 75 159 163,5 78 165 17,5 81,5 172 175,5 84 177 181,5 87 183 46 47 48 49 5 51,5 53 55 57,5 53,5 55,5 57 59 6,5 62 64,5 66,5 11 47,5 13,5 15 49,5 17,5 18 51 11,5 112 53 114,5 115 54,5 117,5 118 56 12,5 123 58,5 125,5 127 6,5 129,5 279 134 64 136,5 7 71,5 72 73,5 76 78 79,5 82,5 85,5 89 91,5 94,5 11 1/117 ED 15/16
16 - CONNECTION FANGES dimensions in mm AUINIU FANGES TYPE RP A C E D STEE FANGES TYPE RPA AUINIU FANGES TYPE RP B 2 F G 1 Fastening bolt and O-rings included Flange code Flange description p max [bar] ØA B C ØD E F G (1) SHC bolts (2) seals GP1 6156 RP1-38 3/8 BSP 3 6,5 12,5 3 26 18 61248 RP1-12 1/2 BSP 3 6,5 12,5 3 26 18 n 3-6x35 OR 121 (15.88x2.62) GP2 6158 RP2-12 1/2 BSP 4 8,5 18,5 4 31 2 18 61249 RP2-34 3/4 BSP 4 8,5 18,5 4 31 2 n 3-8x45 OR 13 (22.22x2.62) GP3 61717 RP3-34 3/4 BSP 51 1,5 25 46 43 26 6125 RP3-1 1 BSP 56 1,5 25 46 43 26 n 3-1x6 OR 4118 (29.75x3.53) STEE FANGES TYPE RPA GP1 GP2 GP3 Flange code Flange description p max [bar] ØA B C ØD E F G (1) SHC bolts 77148 RPA1-38 3/8 BSP 3 6,5 12 24 17 9,5 77149 RPA1-12 1/2 BSP 3 6,5 12 24 17 9,5 n 3-6x2 7715 RPA2-12 1/2 BSP 4 8,5 2 36 22 11,5 77615 RPA2-34 3/4 BSP 4 8,5 2 36 22 11,5 n 3-8x25 77151 RPA3-34A 315 3/4 BSP 51 1,5 24 46 26 13 77617 RPA3-1A 1 BSP 51 1,5 24 46 26 13 77618 RPA3-34B 3/4 BSP 56 1,5 24 46 26 13 77619 RPA3-1B 1 BSP 56 1,5 24 46 26 13 77152 RPA35-114A 1 ¼ BSP 62 13 31 55 35 17 n 3-1x35 (2) seals OR 121 (15.88x2.62) OR 132 (23.81x2.62) n 3-1x3 OR 3125 (31.42x2.62) 11 1/117 ED REPRODUCTION IS FORBIDDEN. THE COPANY RESERVES THE RIGHT TO APPY ANY ODIFICATIONS. 16/16