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HOW TO MEASURE TORQUE REQUIRED.pdf
HOW TO MEASURE TORQUE REQUIRED.pdf
May 18, 2018 | Author: Juan Ignacio d'Valle III | Category:
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HOW TO MEASURE TORQUEREQUIRED FOR A MOTOR DRIVE RATIOS with PULLEYS & BELTS SAME SPEED & SAME TORQUE K1 A Motor running at 600 RPM Speed and 2,500 pounds pressure requires 16 gallons and develops 1,600 inch-pounds of torque and 15 horsepower. With a 4-inch driving and a 4-inch driven pulley (1 to 1 ratio), this torque and horsepower are transmitted to the driven shaft. The driven shaft has 600 RPM speed and 1,600 inch-pounds of torque and 15 horsepower. SPEED REDUCTION & TORQUE INCREASE A Motor running at 600 RPM Speed and 2,500 pounds pressure requires 16 gallons and develops 1,600 inch-pounds of torque. With a 4-inch drive pulley and a 16-inch driven pulley (1 to 4 ratio) it runs the equipment at 150 RPM speed and develops 6,400 inch-pounds of torque and 15 horsepower. SPEED INCREASE & TORQUE REDUCTION A Motor running at 600 RPM Speed and 2,500 pounds pressure requires 16 gallons and develops 1,600 inch-pounds of torque. With a 16-inch drive pulley and a 4-inch driven pulley (4 to 1 ratio) it runs the equipment at 2,400 RPM speed and develops 400 inch-pounds of torque and 15 horsepower. TORQUE is important because it is the measurement of rotary or turning force. Torque is expressed in inch-pounds. A simple spring scale and a wrench can be used to determine the amount of torque required to turn a shaft. Place a 12 inch pipe wrench on the shaft, attaching the wrench’s handle to the spring scale. Pull on the other end of the scale, reading the dial when the shaft moves. This figure (number of pounds) when multiplied by the length of the wrench (in this case 12 inches) will give the torque required to turn the shaft. EXAMPLE: A 50 pound pull on the end of a 12 inch wrench indicates 600 inch-pounds of torque (50 x 12 = 600). TORQUE HORSEPOWER SPEED RELATIONSHIP FOR HYDRAULIC MOTORS SPEED REDUCTION AND TORQUE INCREASE SPEED INCREASE AND TORQUE REDUCTION TRW ROSS TORQMOTORS MPH vs RPM & Flow with Different Rolling Radius Wheels RULE OF THUMB FOR HYDRAULIC MOTOR APPLICATIONS 1 1 1 1 1 Where Gasoline Engines or Electric Motors Are Now Used Electric Motor H.P. Equals 1-1/2 Hydraulic Motor H.P. Gasoline Engine H.P. Equals 3/4 Hydraulic Motor H.P. Hydraulic Motor H.P. Equals 1-2/3 Gasoline Engine H.P. Hydraulic Motor H.P. Equals 2/3 Electric Engine H.P. Electric Motor H.P. Equals 2-1/2 Gasoline Engine H.P. TF and TG SERIES MODEL NUMBER EXPLANATION Example: TF0080-US-080-AAAA This model number identifies an MB series motor with a 5 in 3/revolution displacement, a standard mount housing with 7/8 inch O-Ring, a long 6B shaft with snapwire groove and standard black paint. TF Series TF0080 TF0100 TF0130 TF0140 TF0170 TF0195 TF0240 TF0280 TF0405 TG Series TG0195 TG0240 TG0280 TG0335 TG0405 TG0475 TG0530 TG0625 TG0785 TG0960 Displacements Cu. Inch/rev 4.9 6.1 7.8 8.6 10.3 12.0 14.5 17.1 20.6 24.7 29.1 32.3 38.0 48.0 58.5 © 2011 by Baum Hydraulics Corporation Housing -MF Standard mount 7/8 O-Ring -US Long wheel mount 7/8 O-Ring snapwire groove -MB Standard mount rearport -UB Long wheel mount rearport -AS SAE 2 bolt 7/8 O-Ring -AB SAE 2 bolt rearport Shaft -01 Long 6B snapwire groove -02 Long Woodruff, 1/4” tap black paint -03 1.25” straight keyed -04 10B spline -05 14 tooth spline -06 19 tooth spline -07 15 tooth spline -08 1.25” tapered shaft -19 1.38” tapered shaft -20 1.38” straight keyed shaft 1-800-228-9222 www.baumhydraulics.com Option -AAAA “Standard” -AAAB Unpainted Prices subject to change without notice* K2 YOUR STANDARD DUTY HYDRAULIC MOTOR GUIDE TB Torqmotor Series Dimensions 5 HP up to 9 HP Roller Stator - Two Bronze Bushings and One Needle Thrust Bearing NEW Ross Motor Number OLD Ross Motor Number TB0045FP130AAAB TB0045FP110AAAB TB0045AP130AAAB TB0045AP110AAAB TB0050FP130AAAB TB0050FP110AAAB TB0050AP130AAAB TB0050AP110AAAB TB0065FP130AAAB TB0065FP110AAAB TB0065AP130AAAB TB0065AP110AAAB TB0080FP130AAAB TB0080FP110AAAB TB0080AP130AAAB TB0080AP110AAAB TB0100FP130AAAB TB0100FP110AAAB TB0100AP130AAAB TB0100AP110AAAB TB0130FP130AAAB TB0130FP110AAAB TB0130AP130AAAB TB0130AP110AAAB TB0165FP130AAAB TB0165FP110AAAB TB0165AP130AAAB TB0165AP110AAAB TB0195FP130AAAB TB0195FP110AAAB TB0195AP130AAAB TB0195AP110AAAB TB0230FP130AAAB TB0230FP110AAAB TB0230AP130AAAB TB0230AP110AAAB TB0260FP130AAAB TB0260FP110AAAB TB0260AP130AAAB TB0260AP110AAAB TB0295FP130AAAB TB0295FP110AAAB TB0295AP130AAAB TB0295AP110AAAB TB0330FP130AAAB TB0330FP110AAAB TB0330AP130AAAB TB0330AP110AAAB MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG MG 021313AAAB 021311AAAB 021213AAAB 021211AAAB 031313AAAB 031311AAAB 031213AAAB 031211AAAB 041313AAAB 041311AAAB 041213AAAB 041211AAAB 051313AAAB 051311AAAB 051213AAAB 051211AAAB 061313AAAB 061311AAAB 061213AAAB 061211AAAB 081313AAAB 081311AAAB 081213AAAB 081211AAAB 101313AAAB 101311AAAB 101213AAAB 101211AAAB 121313AAAB 121311AAAB 121213AAAB 121211AAAB 141313AAAB 141311AAAB 141213AAAB 141211AAAB 161313AAAB 161311AAAB 161213AAAB 161211AAAB 181313AAAB 181311AAAB 181213AAAB 181211AAAB 201313AAAB 201311AAAB 201213AAAB 201211AAAB Similar to CharLynn &/or White 101-1001 101-1026 101-1074 RSAA1 RSAA6 RSDA1 RSDA6 RSAB1 RSAB6 RSDB1 RSDB6 101-1003 101-1051 101-1027 101-1075 RSAC1 RSAC6 RSDC1 RSDC6 101-1004 101-1052 101-1028 101-1076 101-1005 101-1053 101-1029 101-1077 101-1006 101-1054 101-1030 101-1078 RSAE1 RSAE6 RSDE1 RSDE6 RSAG1 RSAG6 RSDG1 RSDG6 RSAK1 RSAK6 RSDK1 RSDK6 101-1007 101-1055 101-1031 101-1079 101-1008 101-1056 101-1032 101-1080 RSAM1 RSAM6 RSDM1 RSDM6 RSAP1 RSAP6 RSDP1 RSDP6 101-1025 101-1073 101-1002 Max. PSI Disp Max. Torq Max. Flow RPM No Load 2300 2300 2300 2300 2300 2300 2300 2300 2200 2200 2200 2200 2200 2200 2200 2200 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 1500 1500 1500 1500 1400 1400 1400 1400 1400 1400 1400 1400 2 2 2 2 3 3 3 3 4 4 4 4 5 5 5 5 6 6 6 6 8 8 8 8 10 10 10 10 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20 707 707 707 707 879 879 879 879 1106 1106 1106 1106 1387 1387 1387 1387 1501 1501 1501 1501 2044 2044 2044 2044 2515 2515 2515 2515 3028 3028 3028 3028 3495 3495 3495 3495 2924 2924 2924 2924 2993 2993 2993 2993 3411 3411 3411 3411 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 12 12 12 12 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 88 88 88 88 76 76 76 76 57 57 57 57 45 45 45 45 38 38 38 38 28 28 28 28 23 23 23 23 19 19 19 19 17 17 17 17 14 14 14 14 13 13 13 13 11 11 11 11 Max. Cont. PSI | | | At 5 GPM Max Cont. PSI RPM HP | | | 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1800 1500 1500 1500 1500 1450 1450 1450 1450 1400 1400 1400 1400 1350 1350 1350 1350 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 395 395 395 395 354 354 354 354 276 276 276 276 208 208 208 208 179 179 179 179 135 135 135 135 110 110 110 110 91 91 91 91 79 79 79 79 68 68 68 68 62 62 62 62 55 55 55 55 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 2.5 2.5 2.5 2.5 3.0 3.0 3.0 3.0 3.125 3.125 3.125 3.125 4.5 4.5 4.5 4.5 3.0 3.0 3.0 3.0 3.187 3.187 3.187 3.187 3-1/5 3-1/5 3-1/5 3-1/5 3.125 3.125 3.125 3.125 3.187 3.187 3.187 3.187 2.36 2.36 2.36 2.36 2-1/5 2-1/5 2-1/5 2-1/5 1.875 1.875 1.875 1.875 HP at 50 RPM Max. Cont. PSI GPM HP .60 .60 .60 .60 .70 .70 .70 .70 .90 .90 .90 .90 1.19 1.19 1.19 1.19 1.40 1.40 1.40 1.40 1.80 1.80 1.80 1.80 2.30 2.30 2.30 2.30 2.70 2.70 2.70 2.70 3.15 3.15 3.15 3.15 3.60 3.60 3.60 3.60 4.00 4.00 4.00 4.00 4.60 4.60 4.60 4.60 .44 .44 .44 .44 .50 .50 .50 .50 .70 .70 .70 .70 .90 .90 .90 .90 1.00 1.00 1.00 1.00 1.46 1.46 1.46 1.46 1.80 1.80 1.80 1.80 2.20 2.20 2.20 2.20 2.00 2.00 2.00 2.00 2.00 2.00 2.00 2.00 2.50 2.50 2.50 2.50 2.60 2.60 2.60 2.60 NOTE: At Constant Pressure and Constant Flow the Horsepower will be the same and the RPM will vary as the displacement varies. With a constant RPM and a constant PSI the horsepower will increase with an increase in displacement. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.baumhydraulics.com Prices subject to change without notice Date: 2500 Use TRW ROSS “TB” SERIES MOTORS For CHAR-LYNN “H” SERIES OR WHITE “RS” SERIES MOTORS TB Series Roller Stator Has Two Bronze Bushings and One Needle Thrust Bearing K3 White Motors and Ross Motors rotate in the same direction as Char-Lynn Motors All Motors are reversible HOW TO IDENTIFY A CHAR-LYNN MOTOR Measure the width of the gerotor gear just before the end cap of the motor. The width will be either 1/4, 3/8, 1/2, 3/4, 7/8, 1, 1-1/4, 1-1/2, or 2 inches. You can easily identify the motor using the fourth column from the left. 4-Bolt Mount has 3-1/4” bolt circle & a 1-3/4” round pilot. 2-Bolt Flange mount will match SAE type A Mount-Bolts are 4-3/16” center to center with 3-1/4” round pilot. The positive displacement hydraulic motor utilizes planetary gear action in the driven members to multiply actual displacement and torque by six; thus creating a low-speed, high torque hydraulic motor. The hydraulic pumping & commutating action takes place at high-speed; & the output shaft rotates at the slow-speed, high torque. The output shaft is designed to accept heavy side loads and has an outboard shaft bearing. The torque that the motor delivers to the output shaft is dependent upon the pressure of the oil. The RPM of the output shaft is dependent upon the gallons per minute being pumped. With 1/2” PIPE PORTS NEW TRW-Ross Motor Number Our Sequence Number Per Each | | Char| Aprox. Lynn | Disp. Gerotor | Cu.In. Width NEW CharLynn Motor Number | OLD TRW-Ross Motor Number White Motor Number | | | | | TB0045FP130AAAB TB0050FP130AAAB TB0065FP130AAAB TB0080FP130AAAB TB0100FP130AAAB TB0130FP130AAAB TB0165FP130AAAB TB0195FP130AAAB TB0230FP130AAAB TB0260FP130AAAB TB0295FP130AAAB TB0330FP130AAAB TB0390FP130AAAB 4-Bolt Light Mounting Flange-1” Straight Shaft with Key 706958 $439.53 | 2 MG 021313AAAB 706963 440.76 | 3 1/4 101-1001 MG 031313AAAB 706968 442.09 | 4 3/8 101-1002 MG 041313AAAB 706969 447.09 | 5 MG 051313AAAB 706973 455.74 | 6 1/2 101-1003 MG 061313AAAB 706974 467.07 | 8 MG 081313AAAB 706978 483.26 | 10 7/8 101-1004 MG 101313AAAB 706983 510.69 | 12 1 101-1005 MG 121313AAAB 706988 545.64 | 14 1-1/4 101-1006 MG 141313AAAB 706989 586.95 | 16 MG 161313AAAB 706993 589.38 | 18 1-1/2 101-1007 MG 181313AAAB 706998 614.35 | 20 2 101-1008 MG 201313AAAB 706995 669.29 | 24 MG 241313AAAB TB0045FP110AAAB TB0050FP110AAAB TB0065FP110AAAB TB0080FP110AAAB TB0100FP110AAAB TB0130FP110AAAB TB0165FP110AAAB TB0195FP110AAAB TB0230FP110AAAB TB0260FP110AAAB TB0295FP110AAAB TB0330FP110AAAB 4-Bolt Light Mounting Flange-1” 6 Spline Shaft 707941 448.31 | 2 MG 021311AAAB 707942 449.53 | 3 1/4 MG 031311AAAB 707943 450.87 | 4 3/8 MG 041311AAAB 707944 455.86 | 5 MG 051311AAAB 707946 464.51 | 6 1/2 101-1051 MG 061311AAAB 707947 475.85 | 8 MG 081311AAAB 707948 492.03 | 10 7/8 101-1052 MG 101311AAAB 707949 519.45 | 12 1 101-1053 MG 121311AAAB 707951 554.42 | 14 1-1/4 101-1054 MG 141311AAAB 707952 595.72 | 16 MG 161311AAAB 707953 598.15 | 18 1-1/2 101-1055 MG 181311AAAB 707954 623.13 | 20 2 101-1056 MG 201311AAAB TB0045AP130AAAB TB0050AP130AAAB TB0065AP130AAAB TB0080AP130AAAB TB0100AP130AAAB TB0130AP130AAAB TB0165AP130AAAB TB0195AP130AAAB TB0230AP130AAAB TB0260AP130AAAB TB0295AP130AAAB TB0330AP130AAAB 2-Bolt A 707041 707043 707048 707049 707053 707054 707058 707063 707068 707069 707073 707078 Straight Shaft with Key MG 021213AAAB 101-1025 MG 031213AAAB 101-1026 MG 041213AAAB MG 051213AAAB 101-1027 MG 061213AAAB MG 081213AAAB 101-1028 MG 101213AAAB 101-1029 MG 121213AAAB 101-1030 MG 141213AAAB MG 161213AAAB 101-1031 MG 181213AAAB 101-1032 MG 201213AAAB | | RSDA1 | RSDB1 | | RSDC1 | | RSDE1 | RSDG1 | RSDK1 | | RSDM1 | RSDP1 | TB0045AP110AAAB TB0050AP110AAAB TB0065AP110AAAB TB0080AP110AAAB TB0100AP110AAAB TB0130AP110AAAB TB0165AP110AAAB TB0195AP110AAAB TB0230AP110AAAB TB0260AP110AAAB TB0295AP110AAAB TB0330AP110AAAB 2-Bolt A Mounting Flange-1” 6 Spline Shaft 707160 448.31 | 2 MG 021211AAAB 707161 449.53 | 3 1/4 101-1073 MG 031211AAAB 707165 450.87 | 4 3/8 101-1074 MG 041211AAAB 707166 455.86 | 5 MG 051211AAAB 707170 464.51 | 6 1/2 101-1075 MG 061211AAAB 707171 475.85 | 8 MG 081211AAAB 707175 492.03 | 10 7/8 101-1076 MG 101211AAAB 707177 519.45 | 12 1 101-1077 MG 121211AAAB 707180 554.42 | 14 1-1/4 101-1078 MG 141211AAAB 707181 595.59 | 16 MG 161211AAAB 707185 598.15 | 18 1-1/2 101-1079 MG 181211AAAB 707190 623.13 | 20 2 101-1080 MG 201211AAAB | | RSDA6 | RSDB6 | | RSDC6 | | RSDE6 | RSDG6 | RSDK6 | | RSDM6 | RSDP6 | Mounting Flange-1” 439.53 | 2 440.76 | 3 1/4 442.09 | 4 3/8 447.09 | 5 455.74 | 6 1/2 467.07 | 8 483.26 | 10 7/8 510.69 | 12 1 545.64 | 14 1-1/4 586.95 | 16 589.38 | 18 1-1/2 614.35 | 20 2 © 2011 by Baum Hydraulics Corporation RSAA1 RSAB1 RSAC1 RSAE1 RSAG1 RSAK1 RSAM1 RSAP1 RSAA6 RSAB6 RSAC6 RSAE6 RSAG6 RSAK6 RSAM6 RSAP6 1-800-228-9222 www.baumhydraulics.com | | | | | | | | | | | | | | With 7/8” O-RING PORTS NEW CharLynn Motor Number Old CharLynn Motor Number 101-1009 101-1010 BA1 BB1 101-1011 BC1 101-1012 101-1013 101-1014 BE1 BG1 BK1 101-1015 101-1016 BM1 BP1 | | | | | | | | 101-1060 | | | | 101-1063 | 101-1064 BA6 BB6 BC6 BE6 BG6 BK6 BM6 BP6 101-1033 101-1034 GA1 GB1 101-1035 GC1 101-1036 101-1037 101-1038 GE1 GG1 GK1 101-1039 101-1040 GM1 GP1 GA6 GB6 101-1083 GC6 101-1084 101-1085 101-1086 GE6 GG6 GK6 101-1087 101-1088 GM6 GP6 OLD TRW-Ross Motor Number MG 020913AAAB MG 030913AAAB MG 040913AAAB MG 050913AAAB MG 060913AAAB MG 080913AAAB MG 100913AAAB MG 120913AAAB MG 140913AAAB MG 160913AAAB MG 180913AAAB MG 200913AAAB MG 020911AAAB MG 030911AAAB MG 040911AAAB MG 050911AAAB MG 060911AAAB MG 080911AAAB MG 100911AAAB MG 120911AAAB MG 140911AAAB MG 160911AAAB MG 180911AAAB MG 200911AAAB MG 020613AAAB MG 030613AAAB MG 040613AAAB MG 050613AAAB MG 060613AAAB MG 080613AAAB MG 100613AAAB MG 120613AAAB MG 140613AAAB MG 160613AAAB MG 180613AAAB MG 200613AAAB MG 020611AAAB MG 030611AAAB MG 040611AAAB MG 050611AAAB MG 060611AAAB MG 080611AAAB MG 100611AAAB MG 120611AAAB MG 140611AAAB MG 160611AAAB MG 180611AAAB MG 200611AAAB White Motor Number RSBA1 RSBB1 RSBC1 RSBE1 RSBG1 RSBK1 RSBM1 RSBP1 RSBA6 RSBB6 RSBC6 RSBE6 RSBG6 RSBK6 RSBM6 RSBP6 RSGA1 RSGB1 RSGC1 RSGE1 RSGG1 RSGK1 RSGM1 RSGP1 RSGA6 RSGB6 RSGC6 RSGE6 RSGG6 RSGK6 RSGM6 RSGP6 Prices subject to change without notice K4 YOUR MEDIUM DUTY HYDRAULIC MOTOR GUIDE TE Torqmotor Series Dimensions 10 Short Woodruff Key Shaft (with internal threaded hole) 2 Holes to be 90º ± 15º apart as shown Applications using .375-.385 diam. hole must be limited to 1500 In.-Lbs. (169.5 Min.) Torque TE Shafts 5 HP up to 12 HP Roller Stator - Two Needle Bearings and One Needle Thrust Bearing NEW Ross Motor Number OLD Ross Motor Number TE0045FP130AAAA TE0045FP110AAAA TE0045AP130AAAA TE0045AP110AAAA TE0050FP130AAAA TE0050FP110AAAA TE0050AP130AAAA TE0050AP110AAAA TE0065FP130AAAA TE0065FP110AAAA TE0065AP130AAAA TE0065AP110AAAA TE0080FP130AAAA TE0080FP110AAAA TE0080AP130AAAA TE0080AP110AAAA TE0100FP130AAAA TE0100FP110AAAA TE0100AP130AAAA TE0100AP110AAAA TE0130FP130AAAA TE0130FP110AAAA TE0130AP130AAAA TE0130AP110AAAA TE0165FP130AAAA TE0165FP110AAAA TE0165AP130AAAA TE0165AP110AAAA TE0195FP130AAAA TE0195FP110AAAA TE0195AP130AAAA TE0195AP110AAAA TE0230FP130AAAA TE0230FP110AAAA TE0230AP130AAAA TE0230AP110AAAA TE0260FP130AAAA TE0260FP110AAAA TE0260AP130AAAA TE0260AP110AAAA TE0295FP130AAAA TE0295FP110AAAA TE0295AP130AAAA TE0295AP110AAAA TE0330FP130AAAA TE0330FP110AAAA TE0330AP130AAAA TE0330AP110AAAA MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF MF 021313AAAA 021311AAAA 021213AAAA 021211AAAA 031313AAAA 031311AAAA 031213AAAA 031211AAAA 041313AAAA 041311AAAA 041213AAAA 041211AAAA 051313AAAA 051311AAAA 051213AAAA 051211AAAA 061313AAAA 061311AAAA 061213AAAA 061211AAAA 081313AAAA 081311AAAA 081213AAAA 081211AAAA 101313AAAA 101311AAAA 101213AAAA 101211AAAA 121313AAAA 121311AAAA 121213AAAA 121211AAAA 141313AAAA 141311AAAA 141213AAAA 141211AAAA 161313AAAA 161311AAAA 161213AAAA 161211AAAA 181313AAAA 181311AAAA 181213AAAA 181211AAAA 201313AAAA 201311AAAA 201213AAAA 201211AAAA Similar to CharLynn &/or White 103-1002 103-1050 103-1026 103-1074 RSAA1 RSAA6 RSDA1 RSDA6 RSAB1 RSAB6 RSDB1 RSDB6 103-1003 103-1051 103-1027 103-1075 RSAC1 RSAC6 RSDC1 RSDC6 103-1004 103-1052 103-1028 103-1076 103-1005 103-1053 103-1029 103-1077 103-1006 103-1054 103-1030 103-1078 103-1007 103-1055 103-1031 103-1079 RSAE1 RSAE6 RSDE1 RSDE6 RSAG1 RSAG6 RSDG1 RSDG6 RSAK1 RSAK6 RSDK1 RSDK6 RSAM1 RSAM6 RSDM1 RSDM6 103-1008 103-1056 103-1032 103-1080 RSAP1 RSAP6 RSDP1 RSDP6 Max. PSI Disp Max. Torq Max. Flow RPM No Load 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2500 2150 2150 2150 2150 1850 1850 1850 1850 1650 1650 1650 1650 1500 1500 1500 1500 2.5 2.5 2.5 2.5 3 3 3 3 4 4 4 4 5 5 5 5 6 6 6 6 8 8 8 8 10 10 10 10 12 12 12 12 14 14 14 14 16 16 16 16 18 18 18 18 20 20 20 20 776 776 776 776 965 965 965 965 1244 1244 1244 1244 1557 1557 1557 1557 1883 1883 1883 1883 2584 2584 2584 2584 3291 3291 3291 3291 3732 3732 3732 3732 3498 3498 3498 3498 3462 3462 3462 3462 3470 3470 3470 3470 3427 3427 3427 3427 9 9 9 9 12 12 12 12 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 88 88 88 88 76 76 76 76 58 58 58 58 45 45 45 45 38 38 38 38 29 29 29 29 23 23 23 23 19 19 19 19 16 16 16 16 14-1/4 14-1/4 14-1/4 14-1/4 13 13 13 13 11 11 11 11 Max. Cont. PSI | | | At 5 GPM Max Cont. PSI RPM HP | | | 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 1750 1750 1750 1750 1650 1650 1650 1650 1550 1550 1550 1550 1450 1450 1450 1450 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 383 383 383 383 347 347 347 347 275 275 275 275 209 209 209 209 175 175 175 175 133 133 133 133 108 108 108 108 90 90 90 90 81 81 81 81 69 69 69 69 62 62 62 62 55 55 55 55 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 3.125 3.125 3.125 3.125 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.50 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.75 3.16 3.16 3.16 3.16 2.40 2.40 2.40 2.40 2.25 2.25 2.25 2.25 2.00 2.00 2.00 2.00 HP at 50 RPM Max. Cont. PSI GPM HP .63 .63 .63 .63 .75 .75 .75 .75 .97 .97 .97 .97 1.19 1.19 1.19 1.19 1.40 1.40 1.40 1.40 1.85 1.85 1.85 1.85 2.34 2.34 2.34 2.34 2.79 2.79 2.79 2.79 3.20 3.20 3.20 3.20 3.60 3.60 3.60 3.60 4.60 4.60 4.60 4.60 4.50 4.50 4.50 4.50 .50 .50 .50 .50 .60 .60 .60 .60 .80 .80 .80 .80 1.00 1.00 1.00 1.00 1.23 1.23 1.23 1.23 1.66 1.66 1.66 1.66 2.00 2.00 2.00 2.00 2.50 2.50 2.50 2.50 2.30 2.30 2.30 2.30 2.50 2.50 2.50 2.50 2.60 2.60 2.60 2.60 2.70 2.70 2.70 2.70 NOTE: At Constant Pressure and Constant Flow the Horsepower will be the same and the RPM will vary as the displacement varies. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.baumhydraulics.com Prices subject to change without notice 72 | 12 1 103-1053 703. Bolts are 4-3/16” center to center with 3-1/4” round pilot and 1” round keyed shaft. IN.Date: 2500 Use TRW ROSS “TE” SERIES MOTORS For CHAR-LYNN “S” SERIES OR WHITE “RS” SERIES MOTORS TE Series Roller stator With Two Needle Bearings and One Needle Thrust Bearing K5 HOW TO IDENTIFY A CHAR-LYNN “S” TYPE MOTOR 2-Bolt Flange mount will match SAE type A Mount.97 | 784.94 | 819.37 | A Mounting Flange . 4-Bolt Mount has 3-1/4” bolt circle and a 1-3/4” round pilot. 1-1/4. 1/2.05 | 772.37 | 20 2 103-1008 .59 | 2 707652 596. You can easily identify the motor using the fourth column from the left.32 | 5 645. 3/4.32 | 5 707655 645.81 | 3 707653 598.80 | 781. Measure the width of the gerotor gear just before the end cap of the motor.52 | 8 707657 661.03 | 4 3/8 103-1050 644.1” 6 Spline Shaft 2 MF 021211AAAA 3 MF 031211AAAA 4 3/8 103-1074 MF 041211AAAA 5 MF 051211AAAA 6 1/2 103-1075 MF 061211AAAA 8 MF 081211AAAA 10 7/8 103-1076 MF 101211AAAA 12 1 103-1077 MF 121211AAAA 14 103-1078 MF 141211AAAA 16 1-1/2 103-1079 MF 161211AAAA 18 MF 181211AAAA 20 2 103-1080 MF 201211AAAA Per Each © 2011 by Baum Hydraulics Corporation | White Motor Number RSAA1 RSAB1 RSAC1 RSAE1 RSAG1 RSAK1 RSAM1 RSAP1 RSAA6 RSAB6 RSAC6 RSAE6 RSAG6 RSAK6 RSAM6 RSAP6 RSDA1 RSDB1 RSDC1 RSDE1 RSDG1 RSDK1 RSDM1 RSDP1 RSDA6 RSDB6 RSDC6 RSDE6 RSDG6 RSDK6 RSDM6 RSDP6 1-800-228-9222 www.29 | 670.32 | 669. 3/8.97 | 16 1-1/2 103-1007 707667 784.03 | 4 3/8 103-1002 707654 644. 7/8.03 | 644. This will match the “S” Char-Lynn motor with 2-bolt mount.1038 103-1039 103-1040 103-1082 103-1083 103-1084 103-1085 103-1086 103-1087 103-1088 OLD TRW-Ross Motor Number MF 020913AAAA MF 030913AAAA MF 040913AAAA MF 050913AAAA MF 060913AAAA MF 080913AAAA MF 100913AAAA MF 120913AAAA MF 140913AAAA MF 160913AAAA MF 180913AAAA MF 200913AAAA MF 020911AAAA MF 030911AAAA MF 040911AAAA MF 050911AAAA MF 060911AAAA MF 080911AAAA MF 100911AAAA MF 120911AAAA MF 140911AAAA MF 160911AAAA MF 180911AAAA MF 200911AAAA MF 020613AAAA MF 030613AAAA MF 040613AAAA MF 050613AAAA MF 060613AAAA MF 080613AAAA MF 100613AAAA MF 120613AAAA MF 140613AAAA MF 160613AAAA MF 180613AAAA MF 200613AAAA MF 020611AAAA MF 030611AAAA MF 040611AAAA MF 050611AAAA MF 060611AAAA MF 080611AAAA MF 100611AAAA MF 120611AAAA MF 140611AAAA MF 160611AAAA MF 180611AAAA MF 200611AAAA White Motor Number RSBA1 RSBB1 RSBC1 RSBE1 RSBG1 RSBK1 RSBP1 RSBA6 RSBB6 RSBC6 RSBE6 RSBG6 RSBK6 RABM6 RSBP6 RSGA1 RSGB1 RSGC1 RSGE1 RSGG1 RSGK1 RSGP1 RSGA6 RSGB6 RSGC6 RSGE6 RSGG6 RSGK6 RAGM6 RSGP6 Prices subject to change without notice .32 | 645.50 | 711. IN. This will match the “S” type CharLynn motor with 4-bolt mount.1” Straight Shaft 2 MF 021213AAAA 3 MF 031213AAAA 4 3/8 103-1026 MF 041213AAAA 5 MF 051213AAAA 6 1/2 103-1027 MF 061213AAAA 8 MF 081213AAAA 10 7/8 103-1028 MF 101213AAAA 12 1 103-1029 MF 121213AAAA 14 103-1030 MF 141213AAAA MF 161213AAAA 16 1-1/2 103-1031 18 MF 181213AAAA 20 2 103-1032 MF 201213AAAA TE0045AP110AAAA TE0050AP110AAAA TE0065AP110AAAA TE0080AP110AAAA TE0100AP110AAAA TE0130AP110AAAA TE0165AP110AAAA TE0195AP110AAAA TE0230AP110AAAA TE0260AP110AAAA TE0295AP110AAAA TE0330AP110AAAA 707619 707621 707623 707627 707632 707637 707642 707643 707644 707646 707648 707650 2-Bolt 604.1014 103-1015 103-1016 103-1060 103-1062 103-1063 103-1034 103-1035 103-1036 103-1037 103.79 | 653.59 | 596.52 | 661.74 | 676.81 | 3 598. The width will be either 1/4.17 | 18 707669 810.17 | 810.54 | 6 1/2 103-1003 707656 660. Lynn | Disp.09 | 654.97 | 16 1-1/2 103-1055 784. Width NEW CharLynn Motor Number OLD TRW-Ross Motor Number TRW-Ross Motor Number Our Sequence Number TE0045FP130AAAA TE0050FP130AAAA TE0065FP130AAAA TE0080FP130AAAA TE0100FP130AAAA TE0130FP130AAAA TE0165FP130AAAA TE0195FP130AAAA TE0230FP130AAAA TE0260FP130AAAA TE0295FP130AAAA TE0330FP130AAAA 4-Bolt Square Light Mounting Flange 707651 $595.05 | 14 103-1054 772.52 | 8 661.36 | 605. All Motors are Reversible With 1/2” PIPE PORTS | | Char| Approx.com | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | NEW CharLynn Motor Number With 7/8” O-RING PORTS 103-1010 103-1011 103-1012 103-1013 103.1” Straight Shaft MF 021313AAAA MF 031313AAAA MF 041313AAAA MF 051313AAAA MF 061313AAAA MF 081313AAAA MF 101313AAAA MF 121313AAAA MF 141313AAAA MF 161313AAAA MF 181313AAAA MF 201313AAAA TE0045FP110AAAA TE0050FP110AAAA TE0065FP110AAAA TE0080FP110AAAA TE0100FP110AAAA TE0130FP110AAAA TE0165FP110AAAA TE0195FP110AAAA TE0230FP110AAAA TE0260FP110AAAA TE0295FP110AAAA TE0330FP110AAAA 707698 707701 707706 707708 707711 707716 707721 707726 707724 707728 707731 707730 4-Bolt Square Light Mounting Flange 595. 1. In.1” 6 Spline Shaft MF 021311AAAA MF 031311AAAA MF 041311AAAA MF 051311AAAA MF 061311AAAA MF 081311AAAA MF 101311AAAA MF 121311AAAA MF 141311AAAA MF 161311AAAA MF 181311AAAA MF 201311AAAA TE0045AP130AAAA TE0050AP130AAAA TE0065AP130AAAA TE0080AP130AAAA TE0100AP130AAAA TE0130AP130AAAA TE0165AP130AAAA TE0195AP130AAAA TE0230AP130AAAA TE0260AP130AAAA TE0295AP130AAAA TE0330AP130AAAA 707491 707492 707493 707494 707496 707498 707500 707501 707502 707503 707504 707506 2-Bolt 595.52 | 685. 1-1/2 or 2 inches.74 | 10 7/8 103-1052 676.54 | 660.baumhydraulics.37 | 20 2 103-1056 . FLOWS FROM 7 to 20 GPM .54 | 6 1/2 103-1051 660.72 | 12 1 103-1005 707662 703. Gerotor | Cu.81 | 598.05 | 14 103-1006 707663 772. to 24 CU.74 | 10 7/8 103-1004 707658 676.59 | 2 596.74 | 792.DISPLACEMENT FROM 3 CU.72 | 703.14 | A Mounting Flange .59 | 606.17 | 18 810. 1 12.16 1.6 14.56 2.56 150102AAAA 150103AAAA 150101AAAA 150105AAAA 150108AAAA 104-1006 104-1020 104-1034 104-1013 3000 3000 3000 3000 3000 14.78 1.0 5.7 17.00 5.8 7.50 4.40 2.7 24.00 3.00 2.2 10. 7/8 O-Ring Thread Ports 1-1/4” Keyed Shaft TFXXXXMS010AAAA Std.50 | | | | | 2.36 3.00 4.50 4.50 | | | | | 1.40 2.00 6.56 2.com Prices subject to change without notice .7 17.0 5.00 6.00 5.16 1.00 4.00 5. 7/8 O-Ring Thread Ports 1” Keyed Shaft TFXXXXMS030AAAA Std.97 3.6 5992 5992 5992 5992 5992 25 25 25 25 25 16 16 16 16 16 2000 2000 2000 2000 2000 | | | | | 75 75 75 75 75 4.50 4.78 3000 3000 3000 3000 3000 10.60 1.00 3.50 4.50 4.50 | | | | | 3.50 4.23 1.50 4.6 14.8 TF0140MS020AAAA TF0140MS030AAAA TF0140MS010AAAA TF0140MS050AAAA TF0140MS080AAAA MB MB MB MB MB 090102AAAA 090103AAAA 090101AAAA 090105AAAA 090108AAAA 3000 3000 3000 3000 3000 TF0170MS020AAAA TF0170MS030AAAA TF0170MS010AAAA TF0170MS050AAAA TF0170MS080AAAA MB MB MB MB MB 100102AAAA 100103AAAA 100101AAAA 100105AAAA 100108AAAA 104-1004 104-1025 104-1018 104-1032 104-1011 TF0195MS020AAAA TF0195MS030AAAA TF0195MS010AAAA TF0195MS050AAAA TF0195MS080AAAA MB MB MB MB MB 120102AAAA 120103AAAA 120101AAAA 120105AAAA 120108AAAA TF0240MS020AAAA TF0240MS030AAAA TF0240MS010AAAA TF0240MS050AAAA TF0240MS080AAAA MB MB MB MB MB TF0280MS020AAAA TF0280MS030AAAA TF0280MS010AAAA TF0280MS050AAAA TF0280MS080AAAA TF0405MS020AAAA TF0405MS030AAAA TF0405MS010AAAA TF0405MS050AAAA TF0405MS080AAAA 47 47 47 47 47 3000 3000 3000 3000 3000 | | | | | 198 198 198 198 198 6.00 3.60 1. PSI RPM HP | | | TF0080MS020AAAA TF0080MS030AAAA TF0080MS010AAAA TF0080MS050AAAA TF0080MS080AAAA MB MB MB MB MB 050102AAAA 050103AAAA 050101AAAA 050105AAAA 050108AAAA 104-1001 104-1022 104-1015 4000 4000 4000 4000 4000 5.50 4.57 MB MB MB MB MB 250102AAAA 250103AAAA 250101AAAA 250105AAAA 250108AAAA 2500 2500 2500 2500 2500 24.20 2.2 10.56 2.6 3451 3451 3451 3451 3451 20 20 20 20 20 27 27 27 27 27 2000 2000 2000 2000 2000 | | | | | 128 128 128 128 128 4.60 3082 3082 3082 3082 3082 20 20 20 20 20 30 30 30 30 30 2000 2000 2000 2000 2000 | | | | | 142 142 142 142 142 4.50 4.00 6.60 1.Two Needle Bearings and Two Needle Thrust Bearings NEW Ross Motor Number OLD Ross Motor Number Similar to CharLynn &/or White Max.00 5.50 1.60 1.7 24.23 1.0 2760 2760 2760 2760 2760 TF0130MS020AAAA TF0130MS030AAAA TF0130MS010AAAA TF0130MS050AAAA TF0130MS080AAAA MB MB MB MB MB 080102AAAA 080103AAAA 080101AAAA 080105AAAA 080108AAAA 104-1003 104-1024 104-1017 104-1031 104-1010 3000 3000 3000 3000 3000 7.7 17.80 2.00 | | | | | 1.1 12.8 7.36 3.85 1.50 1. 7/8 O-Ring Thread Ports 1” 6 Spline Shaft © 2011 by Baum Hydraulics Corporation HP at 50 RPM Max.50 4.00 6. Torq Max.6 8.80 2.80 2.36 3.85 1.K6 YOUR HEAVY DUTY HYDRAULIC MOTOR GUIDE Wheel Mount Standard Mount TF Torqmotor Series Dimensions Roller Stator .50 1.00 6.6 14.7 24. 7/8 O-Ring Thread Ports 1-1/4” 14 Spline Shaft TFXXXXMS080AAAA Std.8 7.00 4.00 5.1 12.85 1.00 TFXXXXMS020AAAA Std.85 1.00 2.20 2.57 3.2 10.baumhydraulics.50 4.97 3.36 3.8 7.50 4.50 | | | | | 3.00 6.7 24.78 1.57 3.00 5.50 4.23 1.50 1.60 8. PSI | | | At 5 GPM Max Cont.16 1.57 3.0 5.50 4.50 4.7 6941 6941 6941 6941 6941 25 25 25 25 25 13 13 13 13 13 2000 2000 2000 2000 2000 | | | | | 64 64 64 64 64 4.40 2.57 3.50 4.50 4.78 1.50 | | | | | 2.00 | | | | | 1.00 1.80 2.0 2563 2563 2563 2563 2563 15 15 15 15 15 TF0100MS020AAAA TF0100MS030AAAA TF0100MS010AAAA TF0100MS050AAAA TF0100MS080AAAA MB MB MB MB MB 060102AAAA 060103AAAA 060101AAAA 060105AAAA 060108AAAA 104-1002 104-1023 104-1016 104-1030 104-1009 3500 3500 3500 3500 3500 6.50 4.23 1. PSI Disp Max.97 3.97 3. PSI GPM HP TFXXXXMS050AAAA Std.23 1.2 4030 4030 4030 4030 4030 20 20 20 20 20 22 22 22 22 22 2000 2000 2000 2000 2000 | | | | | 105 105 105 105 105 4.0 6.50 4.1 12.00 6.0 6.60 1.0 5.60 1.40 2. Cont.00 3.20 104-1005 104-1026 104-1019 104-1033 104-1012 3000 3000 3000 3000 3000 12.50 4.2 10.00 | | | | | 6. Cont.50 4.7 17.36 3.6 14. Flow RPM No Load Max.20 2.20 2.50 | | | | | 2. 7/8 O-Ring Thread Ports 1-1/4” Taper Shaft Other shaft options are available and normally in stock.6 8.00 2.6 8.16 1.00 5.00 5.00 MB MB MB MB MB 180102AAAA 180103AAAA 180101AAAA 180105AAAA 180108AAAA 104-1007 104-1028 104-1021 104-1035 104-1014 3000 3000 3000 3000 3000 17.50 15 15 15 15 15 38 38 38 38 38 2250 2250 2250 2250 2250 | | | | | 180 180 180 180 180 5.80 2.56 2.00 6.00 2.0 6.1 4719 4719 4719 4719 4719 20 20 20 20 20 19 19 19 19 19 2000 2000 2000 2000 2000 | | | | | 92 92 92 92 92 4.85 1.97 3.7 5800 5800 5800 5800 5800 25 25 25 25 25 9 9 9 9 9 1850 1850 1850 1850 1850 | | | | | 40 40 40 40 40 4.60 1.16 1.40 2.00 5. 1-800-228-9222 www.50 4.50 4.50 4.0 6.6 8.00 4.60 1.78 1. .84 © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.00 | 8 104-1017 MB 080101AAAA | TF0140MS010AAAA 706718 952.20 | 15 104-1006 MB 150102AAAA | TG0240MS020AAAA 707463 1307.00 | 8 104-1024 MB 080103AAAA | TF0140MS030AAAA 706838 952. 2-Bolt A Mounting Flange ... | ----| TG0530MS050AAAA 707407 1768.40 TF0280MS030AAAA 706846 977..39 ----.15 TF0195MS030AAAA 706841 950. | ----| TG0785MS030AAAA 707348 2060.39 2-Bolt A Mounting Flange ..46 ----. | ----| TG0530MS030AAAA 707347 1768.74 TF0170MS050AAAA 706928 949.1-1/4” 14 Spline Shaft .39 ----.39 ----..22 | 12 104-1033 MB 120105AAAA | TG0195MS050AAAA 707387 1254....14 ----. | | NEW | TRW Ross | Number Our Sequence Number Approx. | ----| TG0475MS010AAAA 707576 1719.72 | 24 104-1228 MB 250103AAAA | TG0405MS030AAAA 707343 1458.81 | 5 MB 050105AAAA | TF0100MS050AAAA 706921 914. In....78 | 9 MB 090102AAAA | TG0140MS020AAAA 707461 $1188.. | ----| TG0530MS080AAAA 707316 1768.22 | 12 104-1005 MB 120102AAAA | TG0195MS020AAAA 707462 1254.22 | 12 104-1026 MB 120103AAAA | TG0195MS030AAAA 707331 1254...39 ----..72 | 24 MB 250101AAAA | TG0405MS010AAAA 707577 1458...74 TF0170MS080AAAA 706777 949.78 | 9 MB 090105AAAA | TG0140MS050AAAA 707386 1188.. NEW TRW Ross Motor Number Our Sequence Number Per Each | | Approx.1-1/4” Straight Keyed Shaft ..00 | 10 104-1011 MB 100108AAAA | TG0170MS080AAAA 707304 1231.84 2-Bolt A Mounting Flange .. Per Disp.20 | 15 104-1013 MB 150108AAAA | TG0240MS080AAAA 707308 1307.1” Straight Keyed Shaft . | ----| TG0960MS050AAAA 707409 2589.41 ----. | ----| TG0475MS020AAAA 707466 1719..00 | 8 104-1010 MB 080108AAAA | TF0140MS080AAAA 706773 952..15 706811 950. Number OLD TRW Ross Motor Number Char-Lynn industrial 2-bolt flange mount for two 1/2” bolts on 4-3/16” bolt circle and 3-1/4” round pilot.baumhydraulics..41 ----.03 | 6 104-1016 MB 060101AAAA | TF0130MS010AAAA 706716 944.15 TF0195MS080AAAA 706779 950..82 TF0405MS050AAAA 706940 1213.00 | 10 104-1018 MB 100101AAAA | TG0170MS010AAAA 707570 1231.7/8” O-Ring Ports 706796 $912.72 | 24 104-1143 MB 250102AAAA | TG0405MS020AAAA 707467 1458.1” 6 Spline Shaft ..75 | 18 104-1021 MB 180101AAAA | TG0280MS010AAAA 707574 1317.... Char-Lynn | Disp. | ----| TG0475MS030AAAA 707346 1719.39 . | ----| TG0785MS080AAAA 707317 2060..14 ----.41 .90 TF0240MS010AAAA 706723 970.90 TF0240MS030AAAA 706842 970.. | ----| TG0785MS020AAAA 707469 2060. Motor | Cu.78 | 9 MB 090103AAAA | TG0140MS030AAAA 707329 1188...00 | 10 104-1004 MB 100102AAAA | TG0170MS020AAAA 707460 1231..41 ----.90 TF0240MS080AAAA 706782 970.. | 23 ----| TG0335MS030AAAA 707341 1329.. | ----| TG0785MS050AAAA 707408 2060. | 23 ----| TG0335MS050AAAA 707401 1329.90 TF0240MS050AAAA 706932 970.00 | 8 104-1003 MB 080102AAAA | 706807 952.46 .. | ----| TG0475MS080AAAA 707314 1719.72 | 24 MB 250108AAAA | TG0405MS080AAAA 707313 1458. | ----| TG0475MS050AAAA 707406 1719..74 TF0170MS010AAAA 706719 949.81 | 5 104-1022 MB 050103AAAA | TF0100MS030AAAA 706831 914.74 TF0170MS030AAAA 706839 949.14 ----..81 | 5 104-1015 MB 050101AAAA | TF0100MS010AAAA 706711 914.84 2-Bolt A Mounting Flange .78 | 9 MB 090108AAAA | TG0140MS080AAAA 707303 1188....7/8” O-Ring Ports TF0080MS080AAAA 706763 912...03 | 6 104-1002 MB 060102AAAA | 706806 944...00 | 8 104-1031 MB 080105AAAA | TF0140MS050AAAA 706927 952.34 ----..82 TF0405MS030AAAA 706852 1213.. | ----| TG0960MS080AAAA 707320 2589..81 | 5 104-1001 MB 050102AAAA | 706801 914...39 ----..22 | 12 104-1019 MB 120101AAAA | TG0195MS010AAAA 707572 1254.1-1/4” Taper Shaft .78 | 9 MB 090101AAAA | TG0140MS010AAAA 707571 1188..20 | 15 104-1020 MB 150101AAAA | TG0240MS010AAAA 707573 1307. In.82 706822 1213..15 TF0195MS010AAAA 706721 950..81 | 5 MB 050108AAAA | TF0100MS080AAAA 706764 914.72 | 24 104-1229 MB 250105AAAA | TG0405MS050AAAA 707402 1458.75 | 18 104-1035 MB 180105AAAA | TG0280MS050AAAA 707396 1317. | 23 ----| TG0335MS010AAAA 707575 1329.22 | 12 104-1012 MB 120108AAAA | TG0195MS080AAAA 707305 1254..39 ----.74 706808 949.20 | 15 104-1034 MB 150105AAAA | TG0240MS050AAAA 707394 1307. | 23 ----| TG0335MS020AAAA 707465 1329.03 | 6 104-1030 MB 060105AAAA | TF0130MS050AAAA 706926 944.41 2-Bolt A Mounting Flange .40 TF0280MS080AAAA 706787 977..com Prices subject TF0080MS020AAAA TF0100MS020AAAA TF0130MS020AAAA TF0140MS020AAAA TF0170MS020AAAA TF0195MS020AAAA TF0240MS020AAAA TF0280MS020AAAA ----TF0405MS020AAAA --------- OLD TRW Ross Motor Number 9 10 12 15 18 20 24 29 48 ME ME ME ME ME ME ME ME ME 090102AAAA 100102AAAA 120102AAAA 150102AAAA 180102AAAA 210102AAAA 240102AAAA 290102AAAA 480102AAAA 9 10 12 15 18 21 24 29 33 48 58 ME 090103AAAA ME 100103AAAA ME 120103AAAA ME 150103AAAA ME 180103AAAA ME 210103AAAA ME 240103AAAA ME 290103AAAA ME 330103AAAA ME 480103AAAA ME 580103AAAA 9 10 12 15 18 21 24 29 ME ME ME ME ME ME ME ME 9 10 12 15 18 21 24 29 33 48 58 ME 090105AAAA ME 100105AAAA ME 120105AAAA ME 150105AAAA ME 180105AAAA ME 210105AAAA ME 240105AAAA ME 290105AAAA ME 330105AAAA ME 480105AAAA ME 580105AAAA 090101AAAA 100101AAAA 120101AAAA 150101AAAA 180101AAAA 210101AAAA 240101AAAA 290101AAAA 9 ME 090108AAAA 10 ME 100108AAAA 12 ME 120108AAAA 15 ME 150108AAAA 18 ME 180108AAAA 21 ME 210108AAAA 24 ME 240108AAAA 29 ME 290108AAAA 33 ME 330108AAAA 48 ME 480108AAAA 58 ME 580108AAAA to change without notice .75 | 18 104-1014 MB 180108AAAA | TG0280MS080AAAA 707311 1317.20 | 15 MB 150103AAAA | TG0240MS030AAAA 707333 1307. Each Cu.15 TF0195MS050AAAA 706931 950.40 TF0280MS050AAAA 706936 977.00 | 10 104-1032 MB 100105AAAA | TG0170MS050AAAA 707389 1231.46 ----.Use TRW ROSS “TF/TG” SERIES MOTORS For CHAR-LYNN “2000” SERIES OR WHITE “RE” SERIES MOTORS TF/TG Series Roller Stator Has Two Needle Bearings and Two Needle Thrust Beaings Date: 2500 K7 HEAVY DUTY ROLLER GEROTOR TYPE All Motors are Reversible HEAVY DUTY DOUBLE 2-BOLT MOUNTING FLANGE Heavy duty roller gerotor motor has double 2-bolt oval flange mount SAE Type A for four 1/2” bolts for stronger and more versatile mounting.90 706813 970.40 TF0280MS010AAAA 706726 977.03 | 6 104-1009 MB 060108AAAA | TF0130MS080AAAA 706771 944.75 | 18 104-1007 MB 180102AAAA | TG0280MS020AAAA 707464 1317.40 706816 977. | ----| TG0960MS030AAAA 707351 2589...46 ----.7/8” O-Ring Ports TF0080MS010AAAA 706706 912.00 | 10 104-1025 MB 100103AAAA | TG0170MS030AAAA 707330 1231.7/8” O-Ring Ports TF0080MS030AAAA 706829 912. | 23 ----| TG0335MS080AAAA 707312 1329.03 | 6 104-1023 MB 060103AAAA | TF0130MS030AAAA 706836 944..27 ----.75 | 18 104-1028 MB 180103AAAA | TG0280MS030AAAA 707336 1317.82 TF0405MS010AAAA 706732 1213.82 TF0405MS080AAAA 706790 1213.7/8” O-Ring Ports TF0080MS050AAAA 706916 912. 126 11.00 3.10 2.735 10.40 5.6 4000 4000 4000 4000 4000 4000 HP at 50 RPM Max.75 21.50 6.00 3.50 TG0335MS030AAAA TG0335US030AAAA TG0335MS010AAAA TG0335MS020AAAA TG0335MS050AAAA TG0335MS080AAAA ME ME ME ME ME ME 210103AAAA 210203AAAA 210101AAAA 210102AAAA 210105AAAA 210108AAAA RE874 4000 4000 4000 4000 4000 4000 20.74 2.50 5.90 6.75 3.75 4. 7/8 O-Ring Thread Ports 1-1/4” Taper Shaft Other shaft options are available and normally in stock.77 TG0475MS030AAAA TG0475US030AAAA TG0475MS010AAAA TG0475MS020AAAA TG0475MS050AAAA TG0475MS080AAAA ME ME ME ME ME ME 290103AAAA 290203AAAA 290101AAAA 290102AAAA 290105AAAA 290108AAAA RE884 RE885 RE883 3000 3000 3000 3000 3000 3000 29 29 29 29 29 29 12.77 6.013 12.30 TG0960US030AAAA TG0960MS050AAAA TG0960MS080AAAA ME 580203AAAA ME 580105AAAA ME 580108AAAA 1500 1500 1500 58 58 58 10.6 472.90 6.00 4.10 2.75 6.75 6.6 20.735 30 30 30 30 30 7 7 7 7 7 2000 2000 2000 2000 2000 | | | | | 31.75 6.00 4.6 20.50 6.com Prices subject to change without notice .75 6.74 2.5 472.75 4.00 | | | | | | 6.50 6.90 3.6 20.75 6.73 3.6 32.30 7.90 3.49 5.6 11.75 6. PSI RPM HP | | | TG0140MS030AAAA TG0140US030AAAA TG0140MS010AAAA TG0140MS020AAAA TG0140MS050AAAA TG0140MS080AAAA ME ME ME ME ME ME 090103AAAA 090203AAAA 090101AAAA 090102AAAA 090105AAAA 090108AAAA 27 27 27 27 27 27 3000 3000 3000 3000 3000 3000 | | | | | | 124 124 124 124 124 124 6.00 4. Flow RPM No Load 4000 4000 4000 4000 4000 4000 8.25 49.75 6.7 17.1 12.75 TG0280MS030AAAA TG0280US030AAAA TG0280MS010AAAA TG0280MS020AAAA TG0280MS050AAAA TG0280MS080AAAA ME ME ME ME ME ME 180103AAAA 180203AAAA 180101AAAA 180102AAAA 180105AAAA 180108AAAA RE864 17.40 4.77 6.74 2.75 21.75 | | | | | | 2.00 4.6 10.15 | 13.40 5.23 6.90 TG0785MS030AAAA TG0785US030AAAA TG0785MS050AAAA TG0785MS080AAAA ME ME ME ME 480103AAAA 480203AAAA 480105AAAA 480108AAAA 2000 2000 2000 2000 48.75 7.75 | | | | | | 3.49 5.10 2.6 20. Cont.40 5.75 6.7 17.90 6.10 2.75 4.25 49.5 472.00 3.6 8.126 11.00 3.75 6.6 8.70 6.6 32.6 14. 7/8 O-Ring Thread Ports 1” 6 Splin Shaft TGXXXXUS030AAAA WH.76 11.6 32.735 10.90 3.6 14.70 6.50 5.1 48.77 6.75 6.1 12.76 7.00 3.7 17.75 6. PSI GPM HP TGXXXXMS030AAAA Std.1 12.1 12.00 | | | | | 7.25 49.baumhydraulics. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.49 5.76 11.50 6.73 4.73 3.50 5.70 6.40 4.75 4.6 8.75 6.25 6.15 | 13.013 12.10 2.6 32. PSI | | | At 5 GPM Max Cont.40 4.00 3.00 2.735 10.90 6.1 11.70 6.1 12. 7/8 O-Ring Thread Ports 1-1/4” Keyed Shaft TGXXXXMS010AAAA Std.013 30 30 30 30 30 30 8 8 8 8 8 8 2000 2000 2000 2000 2000 2000 | | | | | | 36 36 36 36 36 36 4.013 12.00 4.23 6.6 14.75 6.00 2.25 49.23 6.126 11.74 TG0195MS030AAAA TG0195US030AAAA TG0195MS010AAAA TG0195MS020AAAA TG0195MS050AAAA TG0195MS080AAAA ME ME ME ME ME ME 120103AAAA 120203AAAA 120101AAAA 120102AAAA 120105AAAA 120108AAAA 25 25 25 25 25 25 19 19 19 19 19 19 3000 3000 3000 3000 3000 3000 | | | | | | 87 87 87 87 87 87 6.23 6.75 31.23 6. Cont.5 472.5 472.00 4.40 4.75 6.75 7.789 30 30 30 30 5 5 5 5 1500 1500 1500 1500 | | | | 21.74 2.013 12.50 5.49 5.6 8.7 17.49 5.75 | | | | | | 4.73 3.40 Similar to CharLynn &/or White RE844 RE842 RE846 RE845 RE843 RE862 RE866 RE865 RE863 RE872 RE876 RE875 RE873 RE882 RE894 RE895 Max.75 31.30 7.789 11.75 7.75 6.126 11.00 4.75 6.75 6. 7/8 O-Ring Thread Ports 1-1/4” 14 Spline Shaft TGXXXXMS080AAAA Std.73 3. Torq Max.75 6. 7/8 O-Ring Thread Ports 1-1/4” Keyed Shaft TGXXXXMS020AAAA Std.75 31.1 48.00 3.00 3.75 6.00 4.40 4.10 2.7 17.789 11.Two Needle Bearings and Two Needle Thrust Bearings NEW Ross Motor Number OLD Ross Motor Number Max.49 6.70 6.5 25 25 25 25 25 25 4000 4000 4000 4000 4000 4000 12.954 10.77 6.954 30 30 30 4 4 4 1000 | 1000 | 1000 | 20 20 20 2.75 7.90 TG0240MS030AAAA TG0240US030AAAA TG0240MS010AAAA TG0240MS020AAAA TG0240MS050AAAA TG0240MS080AAAA ME ME ME ME ME ME 150103AAAA 150203AAAA 150101AAAA 150102AAAA 150105AAAA 150108AAAA 8154 8154 8154 8154 8154 8154 25 25 25 25 25 25 16 16 16 16 16 16 3000 3000 3000 3000 3000 3000 | | | | | | 72 72 72 72 72 72 6.30 7.75 | | | | | | 3.1 48.1 6434 6434 6434 6434 6434 6434 4000 4000 4000 4000 4000 4000 14.15 5.00 | 13.70 6.25 49.6 14.7 9619 9619 9619 9619 9619 9619 25 25 25 25 25 25 13 13 13 13 13 13 3000 3000 3000 3000 3000 3000 | | | | | | 61 61 61 61 61 61 6.735 10.6 8.013 12.75 4.6 14.75 21.75 4. 7/8 O-Ring Thread Ports 1” Keyed Shaft TGXXXXMS050AAAA Std.789 11.126 25 25 25 25 25 25 11 11 11 11 11 11 3000 3000 3000 3000 3000 3000 | | | | | | 49.00 | | | | 11.00 3.77 6.5 472.75 6.74 2.90 3.23 TG0530MS030AAAA TG0530US030AAAA TG0530MS010AAAA TG0530MS050AAAA TG0530MS080AAAA ME ME ME ME ME 330103AAAA 330203AAAA 330101AAAA 330105AAAA 330108AAAA RE893 2500 2500 2500 2500 2500 32.75 31.75 6.50 5.50 | | | | | | 5.76 11.954 10. PSI Disp Max.126 11.90 3.73 3.K8 YOUR VERY HEAVY DUTY & WHEEL MOUNT HYDRAULIC MOTOR GUIDE TG Torqmotor Series Dimensions Standard Mount Wheel Mount Roller Stator .6 20.00 4.50 6. .95 1997.....2 3500 112-1067 24. OLD TRW Ross Motor Number | | NEW | TRW Ross | Number Our Sequence Number ME ME ME ME ME ME ME ME ME ME ME 090203AAAA 100203AAAA 120203AAAA 150203AAAA 180203AAAA 210203AAAA 240203AAAA 290203AAAA 330203AAAA 480203AAAA 580203AAAA 1278. Flow 7204 9105 10201 12736 14313 21360 9234 11625 13484 16940 15187 23540 30 30 30 30 30 40 35 35 40 40 40 60 453 361 284 227 241 151 523 413 373 298 237 218 1-1/2” .65 1038..73 OLD TRW Ross Motor Number 9 10 12 15 18 21 24 29 33 48 58 4-Bolt Mounting Flange .3 3500 112-1066 19.95 1997.68 | 9 MB 090205AAAA | 1038..09 Per Each © 2011 by Baum Hydraulics Corporation Similar to Eaton Number Torq at Cont... Roller Stator .72 | 5 MB 050205AAAA | 1003.TRW ROSS “TF/TG” SERIES WHEEL MOUNT MOTORS Date: 2500 K9 VERY HEAVY DUTY WHEEL MOUNT 4-BOLT MOUNTING FLANGE All Motors are Reversible Heavy-duty roller gerotor motor has 4-bolt square wheel mount flange for four 1/2” bolts or 5-13/16” bolt circle with 3-1/4” round pilot that fits DICO wheel hub.12 | 12 MB 120205AAAA | 1060.10 .2 3500 4750 9105 112-1061 / 113-1073 24..5 3000 112-1107 38. Flow GPM Max.89 2326.).24 707366 1407. 33 lbs. In.30 707377 1419.32 2376.1-1/4” Splined Shaft .28 .10 | 15 MB 150203AAAA | 706876 1067.30 .1-1/4” Straight Shaft .7/8” O-Ring Ports 1002. Cu..63 | 25 MB 250203AAAA | .73 707380 1548.4 3000 4750 10201 112-1062 / 113-1074 30.7/8” O-Ring Ports TF0080US030AAAA TF0100US030AAAA TF0130US030AAAA TF0140US030AAAA TF0170US030AAAA TF0195US030AAAA TF0240US030AAAA TF0280US030AAAA ----TF0405US030AAAA ----------------- Large 706891 706893 706895 706896 706897 706900 706902 706905 ..4 3000 4750 14313 112-1063 / 113-1075 61. | ----| TG0140US030AAAA TG0170US030AAAA TG0195US030AAAA TG0240US030AAAA TG0280US030AAAA TG0335US030AAAA TG0405US030AAAA TG0475US030AAAA TG0530US030AAAA TG0785US030AAAA TG0960US030AAAA Approx. PSI 1-1/2” ROUND 4 BOLT WITH 1-5/16 ORING 112-1065 15.28 2968. Disp.4 3000 112-1069 61.1-1/4” Tapered Shaft .04 1344... | ----| .31 707378 1858..Wheel Mount . | ----| ..80 1060.80 707362 1419. Per Each 707417 707415 707418 707419 707421 707423 707420 707424 NEW TRW ROSS TK SERIES MOTOR Part Number Our Sequence Number TK0250K5320AAB TK0315K5320AAB TK0400K5320AAB TK0500K5320AAB TK0630K5320AAB TK1000K5320AAB 707982 707984 707986 707988 707990 707992 $1905.91 | 10 MB 100203AAAA | 706871 1040.30 1407..68 | 9 MB 090203AAAA | 706868 1038.91 | 8 MB 080208AAAA | 1042..12 | 12 MB 120203AAAA | 706873 1060..37 707376 1809.56 1942.09 TK0250K5360AAB TK0315K5360AAB TK0400K5360AAB TK0500K5360AAB TK0630K5360AAB TK1000K5360AAB 707983 707985 707987 707989 707991 707993 1905. This wheel mount motor has 1-1/4” round shaft with straight key and heavy bearings.04 1040.94 | 6 MB 060205AAAA | 1033. This wheel mount motor is best for overhung loads like sprockets.91 | 8 MB 080205AAAA | 1042.0 2500 Peak PSI PORTS 4750 4750 4750 4750 4750 4750 1-800-228-9222 www.04 ..04 707379 2150.73 1548.28 2968.Wheel Mount 1002. Flow Flow Prices subject to change without notice .91 | 10 MB 100205AAAA | 1040.73 1303. (cu. In.3 3500 4750 7204 112-1060 / 113-1072 19.37 1809.Both Have Two Needle Bearings and Two Thrust Bearings NEW TRW Ross Motor Number Our Sequence Number Large 4-Bolt Mounting Flange .32 2376... | ----| TG0960US080AAAA 707302 2679.94 | 6 MB 060203AAAA | 706866 1033.63 | 25 MB 250205AAAA | .91 | 8 MB 080203AAAA | 706867 1042..12 | 12 MB 120208AAAA | TG0195US080AAAA 707289 1344.com RPM at RPM Cont.0 2500 4750 21360 9234 11625 13484 16940 15187 23540 30 30 30 30 30 40 35 35 40 40 40 60 453 361 284 227 241 151 523 413 373 298 237 218 Disp. Cont.37 ..4 3000 112-1068 30. | ----| TG0530US080AAAA 707299 1858..10 | 15 MB 150205AAAA | 1067. at Max.91 | 10 MB 100208AAAA | TG0170US080AAAA 707288 1321.31 9 10 12 15 18 21 24 29 ME ME ME ME ME ME ME ME 090205AAAA 100205AAAA 120205AAAA 150205AAAA 180205AAAA 210205AAAA 240205AAAA 290205AAAA 4-Bolt Mounting Flange ...17 SPLINE 4 BOLT WITH 1-5/16 ORING PORTS 112-1059 / 113-1071 15.73 9 10 12 15 18 21 24 29 33 48 58 ME ME ME ME ME ME ME ME ME ME ME 090208AAAA 100208AAAA 120208AAAA 150208AAAA 180208AAAA 210208AAAA 240208AAAA 290208AAAA 330208AAAA 480208AAAA 580208AAAA TG0140US050AAAA TG0170US050AAAA TG0195US050AAAA TG0240US050AAAA TG0280US050AAAA TG0335US050AAAA TG0405US050AAAA TG0475US050AAAA 707356 $1278.72 | 5 MB 050208AAAA | 1003. PSI & RPM Torq at Peak PSI & RPM GPM Cont.68 | 9 MB 090208AAAA | TG0140US080AAAA 707287 1278.... | ----| 706882 1303.30 1419. Wt.10 | 15 MB 150208AAAA | TG0240US080AAAA 707291 1397.28 707381 2679. | ----| .04 707361 1344.. | ----| 1303.Wheel Mount 706856 $1002. Disp.66 | 18 MB 180203AAAA | ..5 3000 4750 12736 112-1109 / 113-1093 38. | ----| .. | ----| TG0335US080AAAA 707295 1419. in.65 1321.72 | 5 MB 050203AAAA | 706861 1003.56 1942.30 1067.94 | 6 MB 060208AAAA | 1033. pulleys & wheel hubs because the outboard bearing is nearer end of shaft.baumhydraulics..89 2326.66 | 18 MB 180208AAAA | TG0280US080AAAA 707293 1407.7/8” O-Ring Ports TF0080US050AAAA TF0100US050AAAA TF0130US050AAAA TF0140US050AAAA TF0170US050AAAA TF0195US050AAAA TF0240US050AAAA TF0280US050AAAA ----TF0405US050AAAA ----TF0080US080AAAA TF0100US080AAAA TF0130US080AAAA TF0140US080AAAA TF0170US080AAAA TF0195US080AAAA TF0240US080AAAA TF0280US080AAAA ----TF0405US080AAAA ----------------- 706911 Large 706736 706741 706746 706747 706748 706751 706754 706756 706762 Per Each | | | | Approx.65 707358 1321.66 | 18 MB 180205AAAA | .80 1397. | ----| TG0475US080AAAA 707297 1808..63 | 25 MB 250208AAAA | TG0405US080AAAA 707296 1548. | ----| TG0785US080AAAA 707301 2150. Cu.. 57 TGWH ME012002-A1 Prices subject to change without notice ...27 --$. 2.. 4.. Pinhole MF019000 708480 $398. 10.77 MB157003 708624 $730.22 ME153000 708574 $245. 14... 1B.46 071019 708772 $76.92 068027 708766 $50. ROTOR ASSEMBLY Motor Series 02 / 0045 TB & TE MF027003 Sequence # 708588 $395.54 $.05 COUPLING SHAFTS --$.50 MF053000 708538 $126.50 TF & TG ME016000 Sequence # 708666 $208..77 MF067003 708596 $503. 1A.75 032377 708742 $35.. 11.65 Includes Items 13 & 19 $....58 © 2011 by Baum Hydraulics Corporation 23 / 0360 1-800-228-9222 www..90 MF087003 708598 $552.. 33 / 0530 ME337003 708642 $1608.94 MF057003 708594 $494. 1/4 Tap 03-1-1/4” Str.52 ME019006 708524 $621... Keyed 04-10B Spline 05-1-1/4” 14 Spline MB019002 708500 $479. PARTS FOR TRW ROSS HIGH TORQUE LOW SPEED MOTORS Special Bolts Special Bolts Special Bolts Special Bolts End Cover Item # Motor Series (5 or 7) (7) (7) (7) 3.50 MF103000 708544 $137.47 $1405. $..36 MB063000 708556 $163. 19 Includes Items 13.. 12E..15 ME019007 708526 $654.. 13. 4.33 MF207003 708610 $875. Outer Dirt & Water Seal COMMON PARTS #2 End Cover TE MF016000 Sequence # 708662 $126. 16.27 MB087003 708616 $635..53 MB019000 708496 $500.98 05 / 0080 03 / 0050 04 / 0065 05 / 0080 06 / 0100 08 / 0130 10 / 0165 12 / 0195 14 / 0230 16 / 0260 18 / 0295 20 / 0330 MF037003 708590 $429. ME012001-A1 Standard Seal Kit Includes Items 3.. 19 TFWH ME012002-A1 SK000092 708678 Includes Items 13...38” Tapered 20-1..44 MF127003 708602 $634. 8C. 12D. K10 Date: 2500 Pictures are representative and may not be exactly like your particular motor part. Motor Series 02 / 0045 TB & TE MF023000 Sequence # 708532 $126.. Seal Ring-Commutator Seal Ring (5) Commutator Commutator Ring Manifold 8.13 028483 708734 $35.36 ME019004 708520 $715.59 MF123000 708546 $137. 1/4 Tap 11-1” 6 Spline 12-1” Tapered 13-1” Round 14-1” Rd.26 MB183000 708566 $200.59 03 / 0050 04 / 0065 05 / 0080 06 / 0100 08 / 0130 10 / 0165 12 / 0195 14 / 0230 16 / 0260 18 / 0295 20 / 0330 MF033000 708534 $126.27 ME183000 ME213000 708576 708578 $256.22 477341 708755 $113..38 032817 708746 $59. 19.59 $. 15.65 MB019004 708504 $617... 19 TG Std.96 028516 708738 $17.50 MF043000 708536 $126. 14.33 12 / 0195 15 / 0240 18 / 0280 21 / 0335 TG Sequence # ME097003 708630 $1191.. 15. ME012001-A1 $108.56 01-1” 6 Spline TF MB019001 Sequence # 708498 $500.58 069017 708768 $53... 068024 708764 $20.50 MF083000 708542 $126..33 --- --- 06 / 0100 08 / 0130 09 / 0140 10 / 0170 12 / 0195 15 / 0240 18 / 0280 TF MB057003 Sequence # 708612 $621..67 MF183000 708552 $148. HOUSINGS Includes Items 13 & 19 Includes Items 13. 15..98 MF019002 708484 $395.98 --- --- --- --- $. 7.14 MF019003 708486 $420...38” Tapered 20-1. $...46 477342 708754 $295.36 032819 708748 $3. 29 / 0475 ME297003 TF MB063000 Sequence # 708556 $163. ME123000 708572 $236. $.65 MB019003 708502 $479.15 MF147003 708604 $688. ME019010 708528 $641..64 ME583000 708586 $349.15 TG ME019001 Sequence # 708514 $611. 20.72 ME483000 708584 $321.76 $266.68 12 / 0195 15 / 0240 18 / 0280 21 / 0335 TG Sequence # --- $.67 --- $. Rotor Set Rotor Stator/Stator Half Vane (7) Stator Half 8E.96 $...59 MF143000 708548 $137.47 MB103000 708560 $165.65 09 / 0140 TB & TE MF019007 Sequence # 708494 $444.01 MB153000 708564 $182.47 MB123000 708562 $171.. 14.. 16. $.38 Pinhole 10-1” Rd..22 --- --- 06 / 0100 08 / 0130 09 / 0140 10 / 0170 12 / 0195 15 / 0240 18 / 0280 MB083000 708557 $165.14 ME015000 708658 $422. $..44 028515 708736 $20. ME187003 ME217003 708636 708638 $1357.91 --- MB237003 708628 $909...67 ME018000-A1 708650 $187.. . 8D.33 MF187003 708608 $827.67 Motor Series $. MF019005 708490 $401.74 MB127003 708622 $680. 20 & Grease SK000090 708674 $71.51 01-1” 6 Spline 09-1” Rd. $.66 MB187003 708626 $760. ME019011 708530 $621..65 --- --- --- --- $.85 --- ME127003 708632 $1247.74 MB107003 708620 $652.. 18. $..67 478035 708756 $38...59 MF163000 708550 $148.50 MF018000-A1 708648 $148. .52 15-1” Rd.94 MB097003 708618 $652. Vane (7) Wear Plate Drive Link Thrust Bearing Coupling Shaft 12A.. 18A. Key Nut Washer Bolt Lock Washer 12F.01 ME333000 708582 $295. 5. 19 TB2 Bolt MF12006-A2 TB4 Bolt MF12007-A2 TE2 Bolt MF12006-A1 TE4 Bolt MF12007-A2 TF Std... Keyed MF019001 708482 $395. 8A.67 MF203000 708554 $148.72 --- B268 379520 $12.50 MF063000 708540 $126. Dbl. 06-19 Spline 07-15 Spline 08-1-1/4” Tapered 17 18 19-1. $..21 478036 708758 $29.50 05 / 0080 $.15 MF107003 708600 $591. --- $.15 ME019000 708512 $611.. 6. 9..25 ME587003 708646 $2082.27 MB067003 708614 $621..64 MF015000 708654 $262. 23 / 0360 ME237003 Includes Items 13 & 19 Includes Items 13 & 19 $.. ME093000 708570 $219.40 032821 708750 $2...68 02-1” Rd.54 065506 708763 $55. 1C..73 DRIVE LINK 23 / 0360 48 / 0785 58 / 0960 $. Retaining Ring Bearing/Bushing.10 MF019006 708492 $381.56 09 / 0140 --$.67 --- MB233000 708568 $236. 17.27 MB019007 708510 $552. Inner Thrust Washer Thrust Bearing Seal 17...77 ME019003 708518 $611. --- $.77 ME019002 708516 $611.. 8B. Backup Washer Housing O-Ring (2) Bearing/Bushing. 12C. 14.82 --$.38” Str... 14. Keyed MB019006 708508 $535.. 12..com Includes Items 13.60 ME157003 708634 $1301.38” Str. 15... ME487003 708644 $1874.18 #3 Commutator Seal #4 Seal Ring #16 Inner Seal #5 & #6 (Set) Commutator Assembly #7 Manifold #9 Wear Plate #11 Thrust Bearing #13 Inner Bearing #14 Thrust Washer #15 Thrust Bearing #17 Backup Washer #19 Outer Bearing #20 Dirt & Water Seal 032435 709223 $4. 15.47 MB093000 708558 $165. ME019005 708522 $611...49 $. 29 / 0475 33 / 0530 48 / 0785 58 / 0960 ME293000 708580 $290... 12B.40 032435 709223 $4..38 --- 065066 708762 $33.11 MF167003 708606 $760.1...baumhydraulics.312 Pinhole 17 18 19-1..56 MF047003 708592 $464. DRIVING A SPROCKET.com Prices subject to change without notice .000 1. 2000 PSI.500 ----- --2.400 3.300 2.500 2. & TB TORQMOTORS ARE DESIGNED TO CARRY SIDE LOADS OF UP TO 2. work PSI 49 to 18. Heavy back cover with 7 bolts. THIS ALLOWS THE MOTOR TO DELIVER ITS FULL TORQUE. 10W-40 MS or SD 50o F. Roller stator .800 1.2 needle bearings in housing and 1 needle thrust bearing.500 1. work PSI 2.000 1. PEAK SHAFT SIDE LOAD CAPACITY IN POUNDS Distance From Mount Face Inches TG Continuous Side Load Capacity Pounds TF Continuous Side Load Capacity Pounds TB & TE Intermittent Side Load Capacity Pounds 1/4 1/2 1 1-1/4 1-1/2 2 2-1/4 3 3-1/4 4 5 4.500 1. Heavy back cover with 7 bolts. Roller stator 2 needle bearings in housing and 2 needle thrust bearings. Increase Pressure for more Torque 1-800-228-9222 www.TRW ROSS TORQMOTORS K11 TF SERIES TORQMOTOR is for heavy-duty continuous applications that require up to 12 HP continuous with 20 HP peak. 8.000 1. Roller stator . TE SERIES TORQMOTOR is for medium-duty intermittent applications that require up to 6 HP continuous with 13 HP peak.865 1.500 2. Use 10 Micron Filters HYDRAULIC MOTOR REQUIREMENTS FOR AUGER USE UNDER NORMAL CONDITIONS Auger Size Diam.000 2.000 POUNDS.baumhydraulics. TF.700 ----------- RATING IS INTERMITTENT FOR TB & TE RATING IS CONTINUOUS FOR TF & TG RECOMMENDED HYDRAULIC OIL The TORQMOTOR will perform best at top power rating with the use of oils per the following chart: Hydraulic System Operating Temperature Range (Min.500 PSI PSI PSI PSI PSI PSI PSI PSI PSI PSI PSI PSI PSI Gas Engine HP Required Electric Motor HP Required 5 HP 7 HP 7 HP 10 HP 12 HP 12 HP 10 HP 12 HP 15 HP 20 HP 25 HP 30 HP 30 HP 3 HP 3 HP 5 HP 5 HP 7-1/2 HP 7-1/2 HP 5 HP 5 HP 7-1/2 HP 10 HP 15 HP 15 HP 15 HP Increase Flow for more Speed.700 1.100 2.200 2.7 to 12.6.1 bushing in housing and 1 needle bearing.000 1.500 2.9 CIPR to 29 CIPR.300 2.900 2. 2000 PSI. to 200o F.400 2. THE TG. x Length 6” 6” 6” 6” 6” 6” 8” 8” 8” 8” 8” 8” 8” x x x x x x x x x x x x x 25’ 30’ 35’ 42’ 47’ 52’ 25’ 30’ 35’ 40’ 45’ 52’ 57’ Speed Range RPM Hydraulic HP Required Torqmotor Number GPM Required 375-475 375-475 375-475 375-475 375-475 375-475 400-450 400-450 400-450 400-450 400-450 400-450 350-425 3 to 5 3 to 5 3 to 5 4 to 7 4 to 7 4 to 7 9 to 11 9 to 11 9 to 12 9 to 12 11 to 14 12 to 18 12 to 20 TB0100 TB0100 TB0100 TE0100 TE0100 TE0100 TF0130 TF0130 TF0195 TF0195 TF0195 TF0195 TF0195 9 to 12 9 to 12 9 to 12 9 to 12 9 to 12 9 to 12 10 to 12 10 to 12 18 to 20 18 to 20 18 to 20 18 to 20 18 to 20 © 2011 by Baum Hydraulics Corporation Pressure Required 1.7 CIPR to 24 CIPR.000 1.9 CIPR to 58. Standard back cover with 5 bolts TG SERIES TORQMOTOR is for heavy-duty continuous applications that require up to 17 HP continuous with 35 HP peak. 2.000 1.) SAE Viscosity Designation American Petroleum Institute (API) Service Classification 0o F. 4. 2. 20-20W MS or SD Manufacturer Recommends 10W40 Oil.000 1.9 to 20. to Max. to 200o F. work PSI 2.900 1. 3000 PSI. work PSI 8.000 2. GEAR OR PULLEY ON THE STANDARD OUTPUT SHAFT.600 1.900 1.800 3.7 to 12.7 CIPR to 24 CIPR. TE.000 1. Roller stator .5 CIPR. Heavy back cover with 7 bolts TB SERIES TORQMOTOR is for light-duty intermittent applications that require up to 4-3/4 HP continuous with 10 HP peak.933 1.500 1.500 2.000 1. 1800 PSI.2 needle bearings in housing and 2 needle thrust bearings.000 3.800 1. Torque Per 100 PSI 5” Augers Up to 30 Feet TRW Very Heavy Duty Speed Per Gal. Max. TE0295. TG0960 . If possible you should start empty (unloaded) and then load the motor. TB0260 . and third choice motor for the machine you want to drive depending upon your tractors oil output. Use EXTRA-HEAVY Gerator Motor for 1000 PSI to 4000 PSI Pressure.baumhydraulics. Duty 6” Augers Up 40 Feet to 60 Feet TRW Med. Torque times speed divided by 63025 gives you horsepower.LIMIT TOP PRESSURE TO 1200 PSI 3 2 1 2 1 1 1 1 3 3 3 3 3 3 2 2 2 1 1 1 1 3 3 2 2 2 2 1 1 1 1 1 3 3 3 3 2 2 2 1 1 1 1 3 3 3 3 2 2 1 1 1 2 2 1 1 1 1-800-228-9222 www. Use MEDIUM Gerotor Motor for 1000 PSI to 2500 PSI Pressure. REMEMBER that your TRACTOR provides the HORSEPOWER to drive the motor. second. The numbers indicate first.LIMIT TOP PRESSURE TO 1000 PSI TF0360 . TB0296. The Torque is generally 15 to 20% less starting than running.K12 HOW TO SELECT YOUR TRW ROSS TORQMOTORS HIGH TORQUE LOW SPEED MOTORS TG0960 TG0785 TG0530 TG0475 TG0335 TF0360 TE0330 TB0330 TG0280 TE0295 TB0295 TF0280 TE0260 TB0260 TG0240 TF0240 TB0230 TE0230 TG0195 TE0195 TB0195 TF0195 TF0170 TE0165 TB0165 TG0140 TF0140 TE0130 TB0130 TF0130 TE0100 TB0100 TF0100 TF0080 TB0080 TE0080 TE0065 TB0065 TE0050 TB0050 TE0045 TB0045 © 2011 by Baum Hydraulics Corporation 4 4 6 7 10 10 11 11 12 12 12 13 14 14 14 15 16 16 17 18 18 18 21 22 22 25 26 27 27 29 35 36 36 40 42 42 55 55 69 71 77 79 Drill Fill Auger Unloader Wagon Post Hose Digger with 9” Auger Sprayer Pumps Bale Conveyor Blender Mixer Combine Discharge Auger Elevators with Boot Shaft 76 76 127 145 197 200 164 132 245 186 149 257 206 164 288 301 189 243 349 216 219 275 315 259 263 494 368 320 324 427 421 430 540 476 375 501 660 497 624 637 690 712 Elevators with Speed Jack Up to 60 Feet 691 582 416 366 278 276 212 213 235 190 203 219 169 182 200 189 170 159 157 149 145 175 133 127 123 115 110 101 99 99 73 72 77 64 61 60 47 47 36 35 29 28 7” Augers Up to 30 Feet TRW Std. The DIFFERENT SIZE MOTORS only turn that HORSEPOWER into MORE TORQUE & LESS SPEED or LESS TORQUE & MOTOR SPEED and just act like a GEARBOX and YOU are CHOOSING THE GEAR RATIO.at Cont. Use HEAVY Gerator Motor for 1000 PSI to 3000 PSI Pressure. TE0260. Torque is nearly constant over the pressure range. Speed RPM 6” Augers Up to 40 Feet TRW Heavy Duty In Lbs. pressure in PSI gives you the torque. Flow in gallons per minute gives you the speed. Duty Under Load Appx. Rate PSI & RPM per GPM 4” Augers Up to 30 Feet Use STANDARD Gerator Motor for 1000 PSI to 2000 PSI Pressure.LIMIT TOP PRESSURE TO 1500 PSI TE0330.com 3 3 2 2 1 1 3 2 1 1 2 2 1 3 1 2 1 Prices subject to change without notice . Maximum pressure should be considered extreme usage and for short duration. BASIC HYDRAULIC STSYEM © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.com K13 Prices subject to change without notice .baumhydraulics. 3. Control valve may be in neutral. Check for recommended oil weight. Replace spring and readjust valve. E-BREAKAGE OF PARTS INSIDE PUMP HOUSING Excessive pressure above maximum pump rating. 4. Drain. 1-800-228-9222 www. C-NO PRESSURE IN THE SYSTEM Pump not delivering oil. Install adequate filter. element. Pump head too loose or faulty head gasket. Oil weight too light at working conditions. 15. Using too heavy oil. Reset to correct pressure setting using gauge. 8. 5. 2. Clean out filter or replace element. and refill with clean oil. 1. (Vane type pumps only. 7. Check minimum recommended speed. F-EXCESSIVE HEATING OF OIL Foreign material lodged between the relief valve 1. or return line open through system. 8. Use non-foaming hydraulic oil. Clogged suction or sump filter. change in sound of operation. 3. Check reservoir level. 5. Air circulation causing chatter in system. 2. Drive misalignment or tight belt drive or 5. 2. 6. 5. 4. 1. 7. Tighten joints. Install filter in system. Free circulation of oil to tank being allowed 5. Test by pouring oil over pump head. repair. 2. 8. 4.) 13. 5. Fill to proper oil level. 10. 2. Repair and replace. 6. Remove restriction in suction line. Repair leaks. Reservoir air vent plugged. Use recommended weight oil. 3. 4. 6. Follow remedies given above. 9. Replace parts. Dirty oil. or replace pump. Check recommended maximum speeds. Using too heavy oil. plunger and relief valve seat. 7. 1. Check and correct. Flexible coupling misalignment. and tighten head carefully or replace gasket. 4. 4. the replace circulated through the pumps.com Prices subject to change without notice . Change to proper weight oil. Relief valve setting not high enough. Pump worn or damaged.K14 TROUBLE SHOOTING FOR HYDRAULICS CAUSES REMEDIES A-PUMP UNUSUALLY NOISY OR CAVITATION 1. Wrong direction of shaft rotation. operate one hour. Sustained high pressure above maximum 3. Stuck pump vane (in vane type pumps. Drain and refill with proper weight oil. 8. Seizure of parts due to lack of oil. Pump worn and oil slips by pump. Air must be allowed to breasthe into reservoir. 15. preventing priming. 1. 5. Replace or repair pump. Follow pump makers recommendations. Pump running too fast. Oil level too low. 7. Clean filter or clean out intake pipe. Filter capacity may be adequate only when just cleaned. 1. Inspect. 9. Dirty oil filter Suction line too small. pump rating. and install filter. Solid material being wedged in pump. Pump shaft turning too slowly to prime itself. Inspect for chips wedged in pump or sticky oil and reassemble. Relief valve leaking. Oil intake pipe or suction filter plugged. 6. 4. 3. 13. Excessive tightening of head screws. Oil too heavy to pick up prime. 4. Test by pouring oil on joints while listening for shaft packing or inlet pipe opening. 14. 3. 7. 1 2. 1 2. Low oil supply. Internal leakage in control valves or cylinders. Sustained high speed at PRESSURE above 4. Spring in relief valve broken. 5. Filter too small. 6. Worn or broken parts. Increase size of suction line. D-EXCESSIVE WEAR ON PUMP Abrasive material in the hydraulic oil being 1. rotation direction and restriction in suction line. 11. 9. Clean out or replace breather. Air leaks at pump intake piping joint or at pump 10. Air bubbles in intake oil. 12. 6. 1 2. B-PUMP TAKES TOO LONG TO RESPOND OR FAILS TO RESPOND © 2011 by Baum Hydraulics Corporation Fill oil to proper level. Restriction or partially clogged suction line. Must be reversed immediately to prevent seizure and breakage of parts due to lack of oil. 6. 12. Check maximum recommended speed. Re-align flexible coupling. supporting pump by its drive shaft. 3. 6. 4. and get bigger pump. 3. 7. 3.) Dirt in pump. maximum pump rating. oil filter. Fill oil to proper level. Check valve seat for scoring mark and reseat. Dismantle and clean pump. Increase pressure setting of relief valve. flush. 2. 4. unintentionally. Relief valve pressure set too low. Low oil supply. 5. Clean and replace filter element. Inspect and remove foreign material. Air leak in suction line. 3. 2. filter should be larger size. 11. Check relief valve maximum setting. Set relief valve at correct pressure. 5. 6. 2. 3.baumhydraulics. or reduce speed. 1. Oil too heavy. 2. 14. 9. Check relief valve maxumum setting. 4. Remove air from system. 3. Use lighter oil. 6. Relief valve pressure too high or too low. 1. Wrong kind of oil. primary relief valve in the system. Tighten all connections. Locate leaks and repair. 1. P . 2. Replace piston packing or replace cylinder if walls are scored. 1. H. 2. 4. Side load on piston rod. ally open. HOUSING BREAKS. Is unlikely unless parts are out of place in pump or not in tolerance.EXTERNAL OIL LEAKAGE ON CYLINDERS 1. Check pressure and reset relief valve. 2. Repair or replace pump. Driven mechanism binding because of 5. L . 2. check this periodically. End caps leaking. K15 REMEDIES F-EXCESSIVE HEATING OF Leaking relief valve. Put correct type of baffles in reservoir. Free circulation of oil to reservoir being allowed 3. 3. sudden excess SPXTE-F4-HP.OIL FOAMING Air leaking into suction line from tank to pump. 3. Remove burr and replace packing. Tighten or replace packing if necessary. oil is too heavy. 4. 4. Restricted lines or piping. Should check by turning shaft with pliers before installing pump.TROUBLE SHOOTING FOR HYDRAULICS CAUSES 8. 1. 4. Control valve is in neutral or return line unintentionthrough system.HEATING BECAUSE OF CONDITIONS IN SYSTEM Hoses or valves too small. Tighten cylinder to frame. Relief valve sticking open. Can also use a DWV-75 or pressure is created which will break seals. 2. 1. Must use a free-wheeling control valve. 1. Use oil weight recommended by manufacturer. 5. G . Replace or repair valve. M . 2. If action slows down after oil heats up. 3. Check and correct misalignment. Improper tank or reservoir baffling.ABNORMAL PACKING GLAND WEAR ON CYLINDERS Cylinder not securely fastened to frame.CYLINDERS CREEP WHEN STOPPED IN INTERMEDIATE POSITION Internal leakage in cylinder or control valves. Change construction to eliminate side loads. Insufficient heat radiation. Tighten if possible or replace gasket if necessary. 4-way control valve BA11AG3EBO or SP-4 or when This sudden shock cannot be relieved through the using no control valve. Bleed the system and tighten joints.MOTOR NOT TURNING OVER OR NOT DEVELOPING PROPER SPEED OR TORQUE Relief valve adjustment not set high enough. Internal leaks. Fill to proper oil level. 5. 1. 1. 3. 2. OIL . 3.com Prices subject to change without notice . Use radiator cooling. 5. 4. Pump not delivering sufficient pressure or volume. 8. MOTOR SHAFT BREAKS.baumhydraulics. 9. K . or burst hoses. Packing gland leaking. Check layout to determine correct piping. 10. Reservoir too small to provide adequate cooling. Burr on piston rod tears out packing.MOTOR TURNING IN WRONG DIRECTION Incorrect piping between motor and control valve. 1. 1. 1. Misalignment of cylinder and piston rod extension. Pump assembled too tightly which produces. Relief valve does not operate.Continued Replace or repair relief valve. 2. then speeds up 4. 4. Reroute lines to eliminate restriction. 3. oil is too light weight. Replace or repair relief valve. tear off RC12DD CUSHION VALVE when using a standard motor shafts. Air in system. 10. N . 2. Replace with larger reservoir or install cooler or radiator. 1. 4. 2. after oil heats up. 2. 9. 3. 4. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. If action is slow on starting up. HOSES BURST When a standard control valve is returned to 1. Oil level too low. Replace or repair valve. neutral to stop or start a motor.TIMES OF OPERATION LONGER THAN SPECIFIED Worn pump. driven shaft. Replace with larger hoses or valves. J . 1. Internal leak in cylinder or control valve. Realign motor and check torque requirement of misalignment. 3. 1. 1. Replace piston packing or replace cylinder if walls are scored. Remove dirt under ball or piston in relief valve. Drain and refill with non-foaming type of hydraulic oil. burst motor housings. 1. 3.MOTOR SHAFT SEAL LEAKS. I . 4. Check pumps output and pressure. 2. if allowed. The oil flow will be divided equally providing the operating pressure requirements for all functions are the same. The next function will operate when pressure reaches it’s requirements. only when the spool is being shifted. however if they are equipped. This sleeve outlet prevents back pressure on the exhaust or return passage of a control valve which normally is not designed to take high pressure. The CROSS “BA” valve is an example of a Parallel Valve. Relief valve performance refers to the difference or differential between the cracking pressure (i. Even though we use 10 GPM.com Prices subject to change without notice . This allows a motor to coast to a stop after the spool is placed in neutral position.K16 TERMS FOR HYDRAULIC CONTROL VALVES POWER BEYOND (Also referred to as high-pressure carryover). pilot-operated. with a pressure gauge in the circuit. when the control valve spool is in the “neutral” position). this will take all oil from pump and stop the flow of oil to any downstream valve until the power beyond valve spool is returned to neutral. When several valves are fitted in a power beyond hook-up. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. if fully actuated. at which time oil will again flow to the downstream valves. This can be accomplished by either of two methods. NOTE: It is always necessary to provide a tank return port on all power beyond valves in order that the “return” or “dump” oil from a cylinder or motor can be returned to the tank. The Relief Valve installed in a control valve will normally be used to control the maximum pressure of a complete hydraulic circuit (i. A valve which has three functional flow port connections so that either a single-acting cylinder or undirectional motor can be operated with such a valve. With a three-way spool in the “lowering cylinder” position the pump flow and cylinder port flow are both open to tank (with an open-center valve). or used when additional spools need to be added in the field. THREE-WAY VALVE (Also referred to as single-acting). A spool designed to provide flow from “work” ports to “tank” when spool is in neutral position. “Float” function can also be obtained with a three-way or “single-acting” spool by using a “IN” spool . CS. Still another use is to obtain a circuit in which it is desirable to have certain valve functions take “Priority” on flow. LOAD CHECK (Sometimes called lift-check). This type of 4-position spool is a 3-position spool with a fourth position in the “Float” which has a detent to hold in “Position”. it can easily be done at the factory with a conversion chart. “CD” or “CS” two spool valves are of this type. obtained by using a sleeved outlet that carries oil under pressure directly from the open center passageway of a control valve to the inlet of a down-stream control valve bank. etc.e. Various types of relief valves are used in mobile hydraulic applications and three of the most common being the ball-spring. are set to the customers pressure requirements at a flow of 10 GPM. FOUR-WAY VALVE (Also referred to as double-acting). the reliefs in all valve banks should have the same setting. tends to increase the relief valve opening point to the total of the relief valve’s original setting by the amount of back pressure in the control valve’s exhaust passage. Therefore in Cross pre-setting of relief valves it should be noted in our sales literature that all relief valves. Please note that the load check has nothing to do with the load holding ability of the valve when the spool is in the neutral position.e. that pressure when the first drop of oil flows over the relief) and its “Full-Flow” setting. This is accomplished by having those functions requiring “Priority” flow be controlled by the upstream valve bank equipped with power beyond. OPEN CENTER VALVE (Also referred to as tandem-center). This is a feature which will keep a given load from dropping as the control valve spool is being shifted until the inlet pressure and flow is equal to a greater load requirement. MOTOR SPOOL (Also referred to as free-flow). One by the design of the spool lands to block the flow or use standard open-center spools and block a power beyond sleeve or provide a closed center plug which serves the same purpose as a plugged power beyond sleeve. unless otherwise specified. thus a “float” position is achieved. protecting one end of a cylinder from external loads. pump. This option is often used to obtain more valve sections or spools than normally obtainable by one control valve bank.). etc. then only the first valve bank needs to be equipped with a relief valve and all downstream valve banks do not need a relief valve. has an open center flow passage provided by the spool land openings that connect the pump flow to the tank when the control valve spool is in its neutral position. Ports usually consist of two work ports. (i. the user is seeing the pressure of the full flow if oil through the relief. However. before or after the first function is fully operated. so normally. and differential type. and FC. would take priority over all pump flow. motor.baumhydraulics. a “pump” or “inlet” port and a “tank” or “return” port. This option also prevents back pressure on spool seals and also does not put back pressure on the built-in relief valve which. In actual practice it is very difficult to find the “cracking” pressure of a relief valve. a “pump” or “inlet” port and a “tank” or “return” port.e. we can adjust the pressure to give the proper setting at the customer’s gallonage. If the customer prefers this setting at a different gallonage. while the RV relief is a pilot-operated type. it is also possible to provide different relief valve settings for each bank of valves in the circuit provided the highest pressure is in the valve bank closest to the pump and the next highest in the second bank. the return circuit is common to all cylinder ports so that actually a double-acting cylinder and a single-acting cylinder (when lowering) can both be operated simultaneously. and the BA control valve and the RD relief are a variation of the differential type relief which is actually a “hydraulically-dampened” differential poppet relief. cylinder. If all valve spool functions are to operate at same pressure. CLOSED CENTER VALVE has a blocked “open-center” flow passage thus stopping the pump flow from going to the tank when the control valve is in neutral position. The CROSS model “CA”. valve. A valve which has four functional port connections so that either a double-acting cylinder or a reversible hydraulic motor can be operated. CROSS actually manufactures all three types of variations thereof. SERIES-PARALLEL VALVE is a multi-spool valve which feeds pressure to the cylinder ports from the open center passage. A relief valve is a separate housing can often be used as a circuit relief for a specific function (i. At this time the load check will open and movement of the load can then be controlled by control valve spool. allowing the cylinder or motor to “Float” or travel back and forth at will. The Model CA. The function requiring the lowest pressure will operate first. then whenever a spool of the power beyond valve is fully activated. CD. PARALLEL VALVE is a multiple spool valve whereby all spools may simultaneously control different functions. RELIEF VALVES are used to control system pressures or the pressure within an individual circuit of a hydraulic system. that pressure at which the full pump flow passes through the relief).e. Ports usually consist of one “work” port. FLOAT SPOOL A spool designed to provide for a position called “Float” whereby the “work” ports and “pump” ports (in open center valve) are connected to the “tank” port when spool is in “Float” position. so that only the upstream spool.1 position detent (with spring centering) spool action option. use a ball spring type relief. 1 to find the pump size required if you know the cylinder diameter and the speed of operation required in inches per minute. find the piston velocity desired in the right-hand column and the cylinder diameter in the left-hand column. Look at the page showing Gresen Vane pumps and assume the crankshaft speed of your tractor is 1200 RPM.baumhydraulics.000 pound or 2-1/2 ton force and you have a 500 pound per square inch system. On Graph No. 5 draw a straight line connecting 3-1/2 inches in the middle column with 500 pounds pressure in the right-hand column. The dotted line on Graph No. To Find How Large a Cylinder is Required to Produce a Particular Force For example: You require a 5. Draw a straight line through these two points. in the left-hand column with 10 inch stroke in the right-hand column.000 pounds in the left-hand column with 500 pounds pressure in the right-hand column. draw a straight line connecting 20 gallons per minute in the left-hand column and 1. Multiply this by two if you have two cylinders operating at once. How Much Horsepower is Required to Drive a Pump To find the horsepower required to drive you pump use Graph No. 3 draw a straight line connecting 3 seconds in the middle column and 8-1/2 gallons per minute in the right-hand column. On Graph No.500 pounds pressure. 4. On Graph No. including the part of the graph covered by the piece of plastic. Use the edge of a piece of clear plastic sheet as a straight edge to read these graphs for best results.500 pounds in the right-hand column. 5 draw a straight line connecting 5. 3 draw a straight line connecting 95 cubic inches in the left-hand column with 3 seconds in the middle column. For example: If you desire to extend an 8 inch cylinder at 10 inches per minute. The dotted line shows that this will require a 3-1/2 inch diameter cylinder as shown in the middle column. Next you must find a 10 inch stroke cylinder with the required 95 cubic inch displacement. You will find a TB-9 Vane pump will deliver 9. On Graph No. 2 draw a straight line connecting 95 cubic inch displacement.HOW TO SELECT THE RIGHT PUMP AND CYLINDER How to Select a New Pump for Existing Cylinders First you must find the displacement of the cylinder or volume of oil required to extend the cylinder.com Prices subject to change without notice K17 © 2011 by Baum Hydraulics Corporation GRAPH NO. 2 draw a straight line connecting the cylinder diameter in the center column with the cylinder stroke in the right-hand column. The dotted line shows that this will produce 5. 1 PUMP SIZE (PUMP DELIVERY) . The dotted line shows that a 3-1/2 inch diameter cylinder will produce this force as shown in the middle column. If you have a pump with 20 gallons per minute output operating up to 1. For example: You wish to extend your 3-1/2 x 10 inch cylinder in 3 seconds. To Find How Much Force a Particular Cylinder Will Produce For example: You have a 3-1/2 inch diameter cylinder and a 500 pound pressure system. The dotted line shows you need a pump that will deliver 8-1/2 gallons per minute as shown in the right-hand column.6 gallons at 1200 RPM. 1 shows this will require a pump that will deliver 2-1/4 gallons per minute as shown in the middle column. 1-800-228-9222 www. How to Select the Correct Cylinder Diameter for an Existing Pump For example: You have a pump that delivers 8-1/2 gallons per minute and you want a 10 inch stroke cylinder to extend in 3 seconds. For example: The dotted line shows that a 3-1/2 inch cylinder with a 10 inch stroke needs 95 cubic inches of oil to fully extend it as shown in the left-hand column. draw a straight line connecting 8 inches in the left-hand column with 10 inches per minute in the right-hand column. Next you must find how large a pump is required to extend this cylinder in a given time. The point this line touches on the center column is the pump delivery in gallons per minute (GPM) needed to operate the cylinder. To determine the size of pump (GPM) needed to operate a particular cylinder.000 pounds pushing force as shown in the left-hand column. For example: The dotted line shows that to extend a 8 inch cylinder at a rate of 10 inches per minute (piston velocity) a pump with a delivery of not less than 2-1/4 gallons per minute (GPM) is needed. This allows you to see the entire graph when you are using it. On Graph No. This graph will determine what size pump is required to operate a particular cylinder. You can also use Graph No. The dotted line shows this will extend a cylinder with 95 cubic inch displacement as shown in the left-hand column. On Graph No. The dotted line shows this pump will require up to 18 horsepower to drive it as shown in the middle column. com Prices subject to change without notice . © 2011 by Baum Hydraulics Corp. For example: The dotted line shows that a pump delivering 8-1/2 gallons per minute (GPM) will fully extend a cylinder with a 97 cubic inch volume (displacement) in 3 seconds. Draw a straight line through these two points and extend to the left-hand column. 2 VOLUME PER STROKE (DISPLACEMENT) GRAPH NO. To determine the time it will take to fully extend a cylinder. This graph determines how fast a cylinder will act with a particular oil volume (GPM) from a pump. The point this line touches on the left-hand column is the volume of oil in cubic inches needed to fully extend the cylinder. 1-800-228-9222 www. To determine the volume of oil needed to fully extend a cylinder.baumhydraulics.K18 GRAPH NO. For example: The dotted line shows that a 3-1/2 inch cylinder with a 10 inch stroke needs 95 cubic inches of oil to fully extend it. The point this line touches on the center column is the time needed to fully extend the cylinder. fine the length of the cylinder stroke in the right hand column and the cylinder diameter in the center column. find the volume of oil the pump will deliver (GPM) in the right column and the volume (displacements) of the cylinder in the left-hand column. 3 CYLINDER SPEED (TIME) This graph determines the volume of oil needed to fully extend a cylinder. Draw a straight line through these two points. baumhydraulics. For example: The dotted line shows that a 3-1/2 inch cylinder operated at 500 lb. To determine the horsepower needed to operate a particular pump.GRAPH NO. 5 LOAD CAPACITY (FORCE) This graph determines what horsepower is required to operate a particular size of pump at a particular hydraulic pressure. To determine the force that a cylinder will produce. For example: The dotted line shows that a pump that will deliver 20 gallons per minute (GPM) operating at 1. find the hydraulic pressure to be used in the right-hand column and the maximum gallons per minute the pump will deliver in the left-hand column. the rod area must be subtracted from the cylinder area. Draw a straight line through these two points and extend to the left-hand column. 1-800-228-9222 www. 4 PUMP HORSEPOWER . This graph determines the load or force a cylinder will lift or push at a known pressure. pressure will lift or push a 5. load. Draw a straight line through these two points.000 lb. NOTE: For pulling force in double-acting cylinders.500 PSI pressure requires approximately 18 horsepower to operate the pump. find the hydraulic pressure in the right-hand column and the cylinder diameter in the center column. The point this line touches in the center column is approximately the horsepower required to operate the pump. © 2011 by Baum Hydraulics Corp.com Prices subject to change without notice K19 GRAPH NO. The point this line touches on the left-hand column is the force the cylinder will produce. and the difference between these used (net cylinder area). 142 3142 2034 4.0 horsepower to operate the pump.000 PSI.000 PSI = 12. proceed as follows: Find cylinder area from table above.Revolutions per Minute Horsepower = GPM x PSI ÷ 1714 Horsepower = Torque(foot lbs.95 gallons per minute. Lbs @ 1000 PSI Pulling Force.3825 gallons per second x 60 = 22. Area of a 3” cylinder is 7. HORSEPOWER REQUIREMENTS A practical formula for determining horsepower requirements for pumps is as follows: Gallons per minute x PSI Required ÷ 1714 = Horsepower.530 gallons. Example: If it has been determined that a 3” x 50” stroke cylinder must extend the full length in 4 seconds. Inches Cylinder Area.000 ÷ 1714 = 7. If pulling power is desired.Gallons per Minute PSI .3825 gallons per second. Square Inch Pushing Force.621 9621 8513 12.114 square inch.909 4909 3801 7.065 minus 1.90 15900 14790 19.Horsepower GPS . (5) GPS x 60 = Gallons per minute (GPM).231 Cubic Inches PSI x Cylinder area Force GPM . find the area of piston rod.Pounds per square inch RPM .767 1767 1325 3. 353.) (3) Convert cubic inches capacity of cylinders to gallons. Area of a 3” cylinder is 7.18 33180 32070 FORMULAS AND ABBREVIATIONS HP.951 square inches x 1.25 cubic inches ÷ 231 = 1.1875 x 1.76 23760 22650 28.065 square inches x 1. Find cylinder area from table above. proceed as follows: (1) Establish in seconds the time required to extend the cylinder to its full length.065 square inches.7854 780 343 1. 353. the pump required must have output of 22. Then multiply 12 GPM x 1. Example: A 3” cylinder with 50” stroke. Find cylinder area from table above.000. 1.065 x 50 = 353.1875 x .530 gallons ÷ 4 seconds = .25 cubic inches.000 PSI = 7065 lbs.065 square inches x 50” = 353. HYDRAULIC CYLINDER FORCE To determine the force exerted by hydraulic cylinder: Multiply the hydraulic pressure by the cylinder area. 12. pushing force.) (4) Cylinder capacity in gallons ÷ required speed in seconds = Gallons per second (GPS). For 1-3/16” rod.45 ÷ 231 = 1. Area of a 3” cylinder = 7. 1.530 gallons displacement.) x RPM ÷ 5252 PUMP CAPACITY OR OUTPUT REQUIRED To determine gallon capacity or output of the pump required to operate a cylinder or cylinders at a predetermined or required speed. HYDRAULIC CYLINDER CUBIC DISPLACEMENT To determine the cubic displacement of hydraulic cylinder: Multiply the cylinder area by the length of the cylinder stroke. 7.baumhydraulics. divide by 231. This is subtracted from the cylinder area.065 square inches.785 = 1. Therefore. To convert to gallons.57 12750 11460 15. 7. (2) Determine cubic inch capacity of cylinder (area x length of stroke.com Prices subject to change without notice .Gallons per Second 1 Gallon . 7. .64 19640 18530 23.114 = 5. Therefore. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.065 7065 5951 9.45 cubic inches. it takes 7. Example: If a pump delivers 12 GPM and assuming that the required operating pressure is 1. pulling force.000 PSI = 5951 lbs.065 square inches.27 28270 27160 33.90 gallons per minute. Example: Find force for a 3” cylinder at 1.0 horsepower.000 PSI. 5. Lbs @ 1000 PSI 1 1 1/2 2 2 1/2 3 3 1/2 4 4 1/2 5 5 1/2 6 6 1/2 . CYLINDER PRESSURE CHART PUSH With Various Pressures Cylinder Power in Pounds At Various Pressure NOTE: .The Pull at a given pressure will change according to shaft size. (Cubic inches ÷ 231 = cylinder capacity in gallons. Capacity of cylinder is 7.K20 FUNDAMENTAL INFORMATION ON OIL HYDRAULICS PUSHING AND PULLING FORCE OF HYDRAULIC CYLINDERS Cylinder Diameter.951 square inches. 9 75.5 20.232 | 1.5 14.0 16.920 | | 3.625 | | .0 18.5 M42 x 1.750 | .0 78.0 22.000 | | | 2 | 11 | 2.9 36.000 | | 1.5 M27 x 1.825 | .0 110.814 | | 2.875 | | 2.9 51.5 50.193 1-1/4 | 11 | 1.5 49.534 | | | 1-1/2 | 11 | 1.5 M36 x 2 M38 x 1.9 46.5 M30 x 1.5 28.500 | 3.5 M24 x 1. 1-5/16-12UN 1-5/16-14UNS 1-5/8-12UN 1-5/8-14UNS 1-7/8-12UN 1-7/8-14UNS D = outside diameter 2-1/2-12UN male thread 3-12UN d = inside diameter 3-1/2-12UN female thread | D | Inches | | .347 | 2.0 54.Rh.518 | .309 | 1.0 120.0 38.420 | | | | | | | | | | | | | | | | | | | | | | | | | | | | JIC Size -4 -5 -6 -8 -10 -12 -16 -20 -24 -32 -40 -48 | SAE | Size | | -4 | -5 | | | -6 | | -8 | -10 | | | -12 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | PTT Size -16 -20 -24 -32 Metric Fittings D = outside diameter male thread BSP Fittings D = outside diameter male thread d = inside diameter female thread Nominal | | | thread | Threads | D | d diameter | per inch | (inches) | (inches) | | | 1/8 | 28 | .625 | | 1. “EF” is extra fine thread.5 25.5 M18 x 1.420 | 2.0 52.457 | | . | s.950 | | | 1 | 11 | 1.5 M36 x 1.041 | .338 1/4 | 19 | .587 | 2.251 | | 1.0 42.0 90.875 | | 1. e. 1/2-20. | (mm) | (mm) | | | 6 | | 8 | 6 | 10 | 8 | 12 | 10 | | 12 | 15 | 14 | | 16 | 18 | | | | | | 22 | 20 | | | | | 28 | 25 | | | | | | | | 30 | | | 35 | | | | | | 42 | 38 | | | | | | | | | | | | | | | | Prices subject to change without notice .0 14.8 = 1/2 inch To determine the thread size of a fitting.734 | | | 5/8 | 14 | .5 42.312 | 1.982 | 1.437 | .0 26.811 3/4 | 14 | 1.5 18.0 58.9 43.656 | .0 20.9 55.231 2-1/2 | 11 | 2.0 45.5 40.564 | | 1.9 97. “UN” means standard thread.5 37.500 | | .5 24.0 100.451 | | | 3/8 | 19 | . measure the outside diameter of the male thread (D) or the inside diameter of the female thread (d) and then identify the number of threads per inch in the case of American and BSP threads or the pitch for Metric threads.0 36.5 M42 x 2 M45 x 1.573 | | .9 87.766 1-3/4 | 11 | 2.0 27.650 | 1.062 | | 1.625 | 1.500 | d | Inches | | .5 M45 x 2 M48 x 1.5 34.baumhydraulics.5 12.0 24.5 M20 x 1. .5 M52 x 1.0 52.9 62.312 | | 1.5 M22 x 1.9 31.511 | .ENGINEERING INFORMATION Thread Data K21 American threads have an angle of 60º and are identified by the “Diameter and the number of threads per inch”.0 12.5 22.g.062 | 1.795 | 1.116 | 2.0 45.5 M52 x 2 M54 x 2 M58 x 2 M65 x 2 M78 x 2 M90 x 2 M100 x 2 M110 x 2 M120 x 2 1-800-228-9222 www. | DIN. The size is the nominal diameter in 1/16 of an inch.9 | Male inverted | flare 24º – RØ | | DIN.5 16. “F” is fine thread.471 © 2011 by Baum Hydraulics Corporation Male inverted flare 24º (for flareless tube fittings) Male inverted flare 60º (for female Globeseal™ fittings) Thread M12 x 1 M12 x 1.0 39.383 | . e. place the threaded end on the appropriate circle and read the diameter.902 | .0 30.0 33.0 65.0 48.589 1/2 | 14 | . Thread 7/16-20UNF 1/2-20UNF 9/16-18UNF 5/8-18UNF American Fittings 3/4-16UNF 7/8-14UNF NPT threads 1-1/16-12UN 1-1/16-14UNS To obtain the nominal dimensions of an NPT thread.5 M16 x 1.5 M14 x 1.875 | 1.000 | | 3.5 M30 x 2 M33 x 1.9 107.9 117.5 39.0 42.545 | 1.807 | | .5 M39 x 1.882 | 1.5 33. “S” is special thread.com d = inside diameter female thread | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | D (mm) 12. | l.Rh.0 30.0 10.5 27.562 | .0 36.g.691 | .395 | .5 M26 x 1.0 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | d (mm) 11. Ins.17 1-7/8 115 1-3/8 Pump & Motor with Tank with 2-way Single-Acting & 4-way Double-Acting Manual Valve for One Single-Acting & One Double-Acting Cylinder OR One Single-Acting & Two Single-Acting Reciprocating Cylinders M-500-4-3 w/ SMALL Tank is Standard Snow Plow Pump for Light to Heavy Snow Plows w/ Power Reverse M-500-4-3 177684 721.32 595.56 3/8 3 6-1/4x7x21 35 03322 177600 39.75 1-5/8 1-5/8 130 130 1-1/3 1-1/3 160 160 3/4 3/4 195 195 160 3/4 195 3/4 195 Pump & Motor with LARGE Tank with 3-way Single-Acting Manual Valve M-301-3 for Gooseneck Hoists. Output Used At 1500 PSI Pressure GPM Amps. Output Used Pump & Motor with LARGE Tank with 3-way Single-Acting Push-button Operated Solenoid Valve with Cable & Push-button for Gooseneck Hoists.65 3/8 3 10x8x33 35 17757 177608 $44. Gallons Tank Size. Output Used At 2000 PSI Pressure GPM Amps.17 1-5/8 130 1-1/3 160 3/4 195 Pump Motor with Tank with 3-way Single-Acting & 4-way Double-Acting Push-button Operated Solenoid Valve for One Single-Acting & One Double-Acting Cylinder OR One Single-Acting & Two Single-Acting Reciprocating Cylinders with Cross Over Relief and with Six Foot Cable with Push-button Control for Raising & Lowering & Angling Snow Plows M-683 177689 1287.baumhydraulics. Turn 1 turn for 3000 PSI M-303 177676 $861.17 1-5/8 130 1-1/3 160 3/4 195 160 3/4 195 140 1-1/8 160 Pump & Motor with Tank with 4-way Double-Acting Manual Valve for Tailgates & General Use M-310 177678 659. Lbs.51 1-7/8 115 1-3/8 140 1-1/8 160 2-1/8 130 1-1/3 160 7/8 195 Pump & Motor with Tank without Valve M-304 177677 510.50 3/8 1/2 4-1/2 Rdx10 30 03336 177602 37.com 1-5/8 130 1-1/3 160 Prices subject to change without notice .10 1/4 1/2 4-1/2 Rdx10 35 17744 177606 44.94 1-5/8 130 1-1/3 Pump & Motor with SMALL Tank with 3-way Single-Acting Push-button Operated Solenoid Valve with Cable & Push-button Standard Snow Plow Pump for all Light to Heavy Duty Snow Plows M-503 177686 701.44 3/8 3/8 1/2 1/2 4-1/2 Rdx10 4-1/2 Rdx10 30 35 03322 03336 177600 177602 39.89 3/8 1/2 © 2011 by Baum Hydraulics Corporation 4-1/2 Rdx10 35 03336 177602 37. Truck Hoists & Transportation of Farm Implements Can change PSI set screw with locknut.17 Pump & Motor with SMALL Tank with 3-way Single-Acting Manual Valve for Tailgate Lifts.75 1-800-228-9222 www. Truck Hoists & Transportation of Farm Implements M-301-3 177674 773.75 1-5/8 130 1-1/3 Pump & Motor with Tank with 4-way Double-Acting Push-button Operated Solenoid Valve with Six Foot Cable to Push-button for Tailgates. Fork-Lifts. x Wt. SOLENOID Our Part Sequence Number Number Per Each At 1000 PSI Pressure GPM Amps.08 5/16 1/2 4-1/2 Rdx10 35 03427 177604 36. & General Use M-642 177687 1026. Ht.67 5/16 1/2 4-1/2 Rdx10 35 17757 177608 44.K22 DC 12 VOLT MONARCH HYDRAULIC POWER UNITS 500 SERIES SNOW PLOW UNITS & SNOW PLOW SINGLE-ACTING CYLINDERS Date: 2000 M-303 M-642 M-310 M-500-4-3 M-683 M-304 M-500-3 M-503 M-301-1/2 M-301-3 DC 12 VOLT HYDRAULIC POWER UNITS and SOLENOIDS* *SOLENOIDS ARE NOT RETURNABLE POWER UNIT Part Number Our Sequence Number Per Each Pump Gear Width Inches Tank Cap. x Length Wt. Pick-up Truck Hoists & Fork-Lifts M500-3 is Standard Snow Plow Pump on all Light to Heavy Duty Snow Plows M-301-1/2 177669 M-500-3 177682 574.94 37.54 3/8 1/2 4-1/2 Rdx10 30 17757 177608 44. 81 With Single-Acting Valve 1 1 2 2 2 2 4 4 --- --- --- --- Medium Size 2500 PSI Four Piston Power Unit & 15 Quart Reservoir PPU-40-4-15 177988 437.50 demand drops.7 13.Set at 2500 PSI Shop Press Unit . Our Sequence Per Number PSI Lbs. Oil Reservoir 3. Directional Control Valve 4.3 5. Our Sequence Per in the return position of the valve.40 Power Unit with Valve on Top Integral Power Package Includes pump. Power Unit Number Our Sequence Number Per Each CABLE CONTROL UNITS for DASH BOARD See Page W2 for PTO Cables 550 RPM GPM HP Output Input Control Valve Type Gallons Output & Horsepower Input 1000 RPM 1600 RPM 1800 RPM GPM HP GPM HP GPM HP Output Input Output Input Output Input Small Size 3500 PSI Two Piston Power Unit & 7 Quart Reservoir PPU-20-4-7 178181 $767.com PSI 5000 Lbs. Each of the four pump sizes is in a different size tank. The two piston pump is for 3500 PSI operation.5 SPECIFICATIONS Power Unit Number Replacement Pump PPU-20-4-7 PPU-20-3-7 PPU-40-4-15 PPU-40-3-15 PPU-F98-4-21 PPU-F98-3-21 PPU-D58-6-21 Model Model Model Model Model Model Model 20 20 40 40 H98 H98 D58 Weight Pounds Port Size Inches Capacity Quarts Length Inches RESERVOIR SIZE Width Inches Height Inches 40 40 53 53 76 78 80 3/8 3/8 3/8 3/8 3/8 1/2 3/8 4. Remote control ten foot cables are available.7 4. High Pressure Check Valve LOG SPLITTER UNIT Pump produces 6 GPM at 1800 RPM.81 With Double-Acting Valve PPU-20-3-7 178182 767. This provides fast cylinder speed at with speed reduced to 1800 RPM. Number Each matically cut out 75% of the oil flow.74 Prices subject to change without notice .7 7 7 13.81 PPU-D58X-6-21 1-800-228-9222 www. and the four and eight piston pumps are for 2500 PSI operation.2 8.90 With Double-Acting Valve PPU-40-3-15 178048 904. Without valve handle.7 13. tank. filter and control valve. The power units are a complete power package with built-in relief valve.7 3. At this point (1-1/2 GPM). the pump will automatically resume 6 GPM flow.PUMP ONLY Part Number Our Sequence Number F98 H98 PPU-30-4-21 PPU-30-3-21 PPU-D58-6-21 Per Each 177818 177817 $845. When the pressure PPU-D58X-4E-21 2500 77 177920 $1226.80 With Single-Acting Valve 2 2 3 3 4 4 6 6 --- --- --- --- Large Size 2500 PSI Eight Piston Power Unit & 21 Quart Reservoir PPU-F98-4-21 178114 1040. When the cylinder load raises the pressure above 1250 PSI. Number PPU-D58X-6K-21 2500 81 © 2011 by Baum Hydraulics Corporation 177940 1339. Rotation either direction. For power take-off speed from 300 RPM to 800 RPM for 50 models and 300 RPM to 1000 RPM for all other models. USE: To operate high pressure hoists or a high pressure shop hydraulic press or a high pressure cylinder. the Pilot Unloading Valve will autoPart Wt. Split Flow Piston Pump 2.81 With Double-Acting Valve 1. When the only 1/4 the horsepower that a standard hydraulic pump would require at pressure demand drops. When the cylinder load raises the pressure above 650 PSI. Shaft size 1 inch round for JH 38 adapter. High Pressure Relief Valve 5. reservoir. the Pilot Unloading Valve will SHOP PRESS UNIT automatically cut out 75% of the oil flow.3 5. 10 HP Gasoline motor.baumhydraulics.9 9. Log Splitter Unit with Pressure Operated Detent The valve features an automatic return to neutral pressure-operated detent Minimum Power source: 5 HP Electric. the pump will produce up to 5000 PSI and still require only 5 HP. These pumps are very efficient at high pressure operations. Number 83 177925 Each $1140.7 2.12 With Single-Acting Valve 4 4 8 8 8 8 15 15 --- --- --- --- High Speed Large Size 2500 PSI Eight Piston Power Unit & 21 Quart Reservoir PPU-D58-6-21 178180 1149.52 BREATHER CAP FOR WILLIAMS Part Number Our Sequence Number Per Each 1013 177816 $5. At this point (1-1/2 GPM).3 5.74 709.7 8 8 15-3/8 15-3/8 17-3/4 17-3/4 17-3/4 8-1/4 8-1/4 8-1/4 8-1/4 9 9 9 8-3/8 8-3/8 8-3/8 8-3/8 10 10 10 APPROXIMATELY 3-1/2” TO HEIGHT WITH VAVLE AUTOMATIC “HIGH-LOW” HYDRAULIC SYSTEM Ideal for Log Splitter and Shop Press Automatic Two-Stage Hydraulic Pump Unit DO NOT RUN UNIT OVER 1800 RPM SPECIFICATIONS Maximum Pressure: Log Splitter Unit . Low Pressure Relief Valve 6. valving. Minimum Power Source: 2-1/2 HP Electric: 5 HP Gasoline. This provides fast cylinder speed at pressures up to 650 PSI and requires only 2-1/2 HP. Pump produces 6 GPM at 1800 RPM. the pump will automatically resume 6 GPM flow. the same working pressure. oil filter & relief valve.Set at 5000 PSI Reservoir Capacity: 21 quarts Control Valve: 4-way Shaft Size: 1” Round This unit provides the complete system 1. the This unit is designed to develop maximum working pressure. Part Wt. but requires pump will produce up to 2500 PSI and still require only 2-1/2 HP. pressures up to 1250 PSI and requires only 5 HP. Pilot Unloading Valve 7.88 With Double-Acting Valve PPU-F98-3-21 178178 1076.HIGH PRESSURE POWER UNITS WITH PISTON PUMPS HYDRAULIC POWER PACKAGES Date: 2500 K23 WILLIAMS . 07 HOW TO ESTIMATE PUMP SIZE BY MEASURING THE PARTS The following formulas will give the pump delivery in gallons per minute at 1. Rotation is EITHER direction on Tyrone Gear Pumps except Drive Shaft Clutch Pump. in. Rotation CANNOT BE changed on Vickers Piston Pumps without putting in additional parts.4 GPM SOLVE BY SUBSTITUTING IN FORMULA: [L+D] [L-D] [ 4 ] [ 2 ] = GPM @ 1000 RPM FOR EXAMPLE: W = 1-3/16” OR 1. . 3. use Williams detented 4-way valve. Displacement 1 cu. gear width. per stroke at 2000 PSI. Displacement 2/3 cu.187 x 1.) x (O.54” = 2.74 9. 30 lbs. Rotation CANNOT BE changed on Vickers Gear Pumps.0) x (2. G = 54. Rotation is EITHER direction on White Hydraulic Motors.5 ] [ 4 ] [ 2 ] = 54. Based on applied force of 65 lbs. this is D. and C. Pump can be mounted in vertical or horizontal position.0) 70 0394 GPR x 1000 = 39.C.D. in. Ports are 3/8 inch pipe thread. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. = Example: 20-450 Pump A Gear O.25 = 30.56) (2.D. and convert the measurements into decimal figures and insert in the formula applying to the type of pump in question.4 x 1. B Gear Width C Center Distance 1. Reservoir capacity.) (C.4 x 1. Measure longest distance across bore. per stroke at 3000 PSI.baumhydraulics.500 L = 4” OR 4. Replaceable valve seats.83 SPECIFICATIONS: Volumne Displacement 1. Rotation is EITHER direction on Vickers Vane Motors and Piston Motors.187 [ 4 + 3. in. VANE PUMPS (Balanced) GEAR PUMPS Measure gear outside diameter. Measure length of vane or rotor.54 . This gives you A. 1 gallon.0” Displacement in Gallons/Rev.D. on handle.) 70 (2. 2. Part Number Our Sequence Number Description HP121DA95 Hand Pump 176050 Per Each $416.187 D = 3-1/2” OR 3. Displacement in Gallons/Rev.5 ] [ 4 . quick change fulcrum gives these flow pressure characteristics: Displacement 1-1/4 cu.000 Substituting in formula: G = 54. Rotation CANNOT BE changed on Sundstrand Piston Pumps without putting in additional parts. Measure shortest distance across bore. PUMP ROTATION DIRECTION is described as facing the shaft end of the pump.56” = 2. B. Part Number PMHP-10B PMCK-PMHP10 Description Tri-Power Hand Pump Seal Kit for PM-HP10 Our Sequence Number 103788 EE2145 Per Each $717. Wt.000 RPM and zero PSI.875 x . this is W. measure the center to center distance.4 W (Gear Width) x (Center Distance) 70 x (Gear) O.2. In order to use these formulas the pump parts must be measured as follows: Make all measurements carefully and to the nearest 1/32 of an inch. Rotation CANNOT BE changed on HC PTO Pumps. per stroke at 1500 PSI.(Center Distance) = 2.com Prices subject to change without notice . The three position. . = (G.W. Rotation is EITHER direction on Williams Power Unit Pumps. this is L. Rotation is EITHER direction on TRW Ross Torqmotors. Breather plug.20 inch full cycle Tank size 95 inches Pressure rating: 2000 PSI Outlet Port Size: #6 SAE (9/16-18) Filler Port Size 1/4” NPT Optional horizontal mounting brackets allows for horizontal handle actuation.3. Rotation CAN BE changed on Gresen Vane Pumps. and with the gears in mesh.D.D.K24 TRI-POWER HAND PUMP Date: 2500 TRI-POWER HAND PUMP FOR SINGLE AND DOUBLE ACTING CYLINDERS For double-acting cylinders. Rotation is EITHER direction on Sundstrand Piston Motors. Rotation CAN BE changed on Vickers Vane Pumps.3 GPM Output ROTATION DIRECTION OF PUMPS Most Gasoline and Diesel Engines have Clockwise Right Hand Rotation Direction facing the shaft of the front end of the engine. P50. can be pumped with piggyback units without intermixing. articulated front-end loaders and shovel loaders. With clockwise rotation. outlet on the right. 3. 10. view the unit with the shaft pointing toward you. Some of the best uses for piggyback pumps are on utility vehicles. and the same or smaller series pumps as the second. The inlet port will be on the left. The piggyback configuration also provides a much greater range of pump outputs than is available from standard multiple units by allowing the pump sections to be sized for optimum efficiency. P75. sections. Examples are main and steering systems. main system and torque convertor supercharging. 4. multiple pumping assemblies combine separate hydraulic pumps on one common drive shaft. These units are assembled with standard P30. Fluid from separate reservoirs.baumhydraulics. as well as different types of hydraulic fluids. flow will be left to right. or P76 pumps as the front section. Applications for piggyback pumps are usually found where the range of pump outputs is not within conventional multiple pump capabilities. Other applications include those using two reservoirs or a reservoir and a sump which require the separation of pumped fluids. The flow is in the opposite direction with counter-clockwise rotation. Since the entire input is fed through the drive shaft. Intermittent Use For Pressure Lines. P51. the power delivered to or from the pump is limited by the physical strength of the shaft. 7.com 30/30 31/31 KO LO MO 191 291 391 14 | | | | | | | | | | | | 50/30 51/31 KO LO MO 191 291 391 22 | | | | | | | | | | | | 75/30 76/31 KO LO MO 192 292 392 23 | | | | | | | | | | | | 50/50 51/51 KO LO MO 191 291 391 22 | | | | | | | | | | | | 75/50 76/51 KO LO MO 192 292 392 23 Prices subject to change without notice . Shaft End Cover 142 Port End Cover KO Gear Housing OV22 Drive Shaft 7 Bearing Carrier C Gear Housing OJ12 Connecting Shaft (Not Shown) 1 Shaft End Cover 191 Port End Cover BE Gear Housing OJ15 Piggyback Shaft 22 ASSEMBLY MODEL Piggyback Component | | Port End Cover CW CCW BOTH Shaft End Cover Second Unit CW CCW BOTH Piggyback Shaft | | | | | | | | | | 1-800-228-9222 www. Constant Use For Suction Lines 6 8 10 12 14 16 18 20 22 24 26 28 30 34 38 40 45 50 3/8” 1/2” 1/2” 1/2” 1/2” 3/4” 3/4” 3/4” 3/4” 3/4” 3/4” 3/4” 1” 1” 1” 1” 1” 1-1/4” 1/2” 1/2” 1/2” 1/2” 3/4” 3/4” 3/4” 3/4” 3/4” 3/4” 1” 1” 1” 1” 1” 1” 1-1/4” 1-1/4” 3/4” 3/4” 1” 1” 1-1/4” 1-1/4” 1-1/4” 1-1/2” 1-1/2” 1-1/2” 1-1/2” 1-1/2” 2” 2” 2” 2” 2” 2” CODING PIGGYBACK ASSEMBLIES FOR ALL UNITS To determine direction of shaft rotation. steering system and torque convertor supplies. PIGGYBACK UNITS Piggyback. 5. The ideal assembly would be a P75 with a 3” gear producing 100 GPM at 2000 RPM and a P30 with a 1” gear supplying 15 GPM at the same speed. This allows the designer more freedom with reservoir capacities and oil specification. P31. 11. © 2011 by Baum Hydraulics Corporation Piggyback assemblies are coded starting from the shaft end cover the same as Commercial’s multiple pumps. 12. a main system might require 100 GPM as a primary supply and 15 GPM as a secondary supply. Codes shown on this catalog page pertain to the special piggyback components. MULTIPLE UNITS Each section of a multiple pump should be regarded as a single pumping unit with corresponding delivery and power input requirements.COMMERCIAL PIGGYBACK PUMP We Can Make Any Commercial Piggyback Pump K25 PIGGYBACK PUMP WITH ONE COMMON INLET BUSHING STYLE PUMP P365/P330 HOSE SIZE REQUIRED PIGGYBACK PUMP WITH TWO INLETS P75/P30 Oil Flow in Gallons Per Minute For Pressure Lines. Pump Series Model P 50 B 1. and the idler (driven) gear beneath the shaft. 9. 2. CODE EXPLANATION P50B 142 KO OV22-7 COJ12-1/P30A 191 BE OJ15-22 Underlined codes are special piggyback components. For example. 6. or even third. Inverting the pump will reverse the inlet and outlet ports but not the direction of rotation. 0 7.28 | P315A295NUAB2056 CCW J06446 416.01 370.6 6.5 10.0 6.5 9.2 4.43 470.46 | P17A196MEAB25-65 J2905246 663.8 6.10 | | P11A293BEAZ31-92 CW CCW CW CCW J29026 J29036 J290405 J290271 387.0 7.0 12. P315.5 13.0 8.62 418.26 400.97 465.0 9.9 13.3 9.8 6.63 483.93 484.0 4.28 474.97 | 3100 J2905245 448.7 13.2 9.0 15.baumhydraulics.5 14.0 12.31 | P315A289NUAB1756 CCW J06439 418. Pres1200 RPM 1800 RPM | Speed sure GPM HP GPM HP | RPM PSI OutPut InPut OutPut InPut |1-1/16” O-Ring Inlet & 7/8” O-Ring Outlet-Side Ports P315A193UNAB05 P315A193UNAB07 P315A193UNAB10 P315A193UNAB12 P315A193UNAB15 P315A193UNAB17 P315A193UNAB20 | | P315A193FGAB05 P315A193FGAB07 P315A193FGAB10 P315A193FGAB12 P315A193FGAB15 P315A193FGAB17 P315A193FGAB20 CW CW CW CW CW CW CW J11990 J12004 J12010 J12016 J12020 J12038 J12050 455.0 | 3000 3000 6.8 21.0 CALL FOR QUANTITY DISCOUNTS Prices subject to change without notice .0 6.23 | P5A131BEAQ03-26 J28530 323.5 6.01 381.0 14.0 16.6 2.78 1.0 12.74 | | | | | | | P315A189UNAB0756 P315A189UNAB1056 P315A189UNAB1256 P315A189UNAB1556 P315A189NUAB1756 P315A189UNAB2056 CW CW CW CW CW CW J06402 J06412 J06422 J06432 J06438 J06452 P315 SERIES CLUTCH PUMPS Using D-7 Clutch 399. Flow rate depends on the pump size. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. P10.28 387.68 | 2800 | Pump with 5/8-9 Spline Shaft | 2 BOLT A MOUNTING 321.0 24.0 J29018 P17A296BEAG19-65 P17A296BEAG25-65 P17A296BEAG33-65 P17A296BEAG38-65 P17A296BEAG52-65 CCW CCW CCW CCW CCW J290522 J290524 J290526 J29054 J290559 480. the speed at which it is driven and the resistance or pressure it is pumping against. P11 and P17 Pump Per Each | | | | | | O-Ring Thread.56 462.75 487.0 4.0 | 3000 1650 10.39 | P315A295NUAB1256 CCW J06425 400.0 16. Shaft P330XX42XX-43 Date: 1500 | | | | | | | | | | | | | | | | | | | | | | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle 1” Rd.9 10. Shaft P5AX93BEAQXX-97 P11AX93BEXXXX-97 5/8-9 Spline Shaft P10AX93BEXXXX-96 P11AX93BEXXXX-96 3/4-11 Spline Shaft P11AX93BEXXXX-92 | | | | | | | | | | | | | | | | | | | | | | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle 7/8” Rd. P11 and P17 | | | | | | | | | | | | | | | | | | | | | | | | 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 3/4” Rd.0 8.85 | | | Pump with 7/8-13 Spline Shaft | 2 BOLT B MOUNTING P17A196BEAG19-66 P17A196BEAG25-66 P17A196BEAG33-66 P17A196BEAG38-66 P17A196BEAG52-66 | | | | | CW Pump with 7/8” Round Shaft 2 BOLT B MOUNTING 4400 4400 4400 |1-5/16” O-Ring Inlet & 1-1/16” O-Ring Outlet-Side Ports | | Pump with 3/4-11 Spline Shaft | 2 BOLT A MOUNTING CW CW | Gallons Output & Horsepower | Max.62 | P315A295NUAB1556 CCW J06435 404.0 15.0 | 3000 2500 7.0 8.62 P315A195UNAB1756 CW J06440 418.6 18.9 10.1 6.8 13.0 18.47 | P315A289NUAB0756 CCW J06404 399. CUSTOM BUILT PUMPS BUILT FROM PARTS are MORE EXPENSIVE & NON-RETURNABLE P5.5 4.0 24.3 22.0 12.63 483.73 2..0 24.67 Pump with 3/4” Round Shaft 2 BOLT A MOUNTING P11A193BEAZ16-24 P11A193BEAZ23-24 O-Ring Thread. Required at 2000 PSI | Max.8 1-5/8” O-Ring Inlet & 1-1/16” O-Ring Outlet 3000 3000 3000 3000 3000 3000 3000 3500 3500 3500 3500 3250 2900 2500 P-5 Clutch rated 3000 3500 3000 3000 3000 2500 3000 1800 3000 1650 3000 1500 3.0 14.0 4. P10.84 1.0 11.64 469.5 9.2 18.2 28.K26 COMMERCIAL HIGH PERFORMANCE SINGLE GEAR PUMPS WITH BUSHING BEARINGS 2 BOLT TYPE AA 2” Round Pilot 3-1/4” Bolt Circle 1/2” Rd.0 6.8 19. Also rotate the gear housing 180o.3 2.28 DATA SHOWN MAY VARY WITH SPECIFIC UNIT AND TYPE OF OIL USED AND TEMPERATURE.8 |1-5/16” O-Ring Inlet & 1-1/16” O-Ring Outlet -Rear Ports | P315 Series ONLY with 3/4” Rd.8 9. REAR PORT | | | | | | | 1. | Shaft O-Ring Thd.0 8.0 21.39 P315A195UNAB1556 CW J06430 404.97 | 3100 |1-5/8” O-Ring Inlet & 1-5/16” O-Ring Outlet-Side Ports | | P315 Series ONLY with 3/4” Rd.0 8.62 | P315A289NUAB1556 CCW J06434 404.88 | 2100 CALL 663. P10.0 10.46 | P17A296MEAB25-65 CW CCW J2905235 448.8 18.5 3.45 | 3600 J28505 370.0 6.0 13.4 5.5 3.75 425.31 P315A195UNAB2056 CW J06450 416.27 408. Side Port Pump with 1/2” Round Shaft Part Number 2 BOLT AA MOUNTING Rotation Our Sequence Number P5A195BEAQ03-26 P5A295BEAQ06-26 P5A295BEAQ10-26 CW CCW CCW J28515 $318.5 10.com 4000 4000 7.5 6.07 | 4000 J28520 307.0 11.26 P315A195UNAB1256 CW J06420 400.53 J290445 663.8 12.36 4400 4400 4400 4400 2750 396.0 21.74 CW CW CW CW CW CW CW J12000 J12006 J12014 J12018 J12030 J12040 J12060 455. SIDE PORT | | | | | 3300 3100 3000 3000 2600 4000 4000 4000 4000 3200 5.0 12.7 14. Shaft P330XX97XX-30 1” Rd.0 15.3 3.64 469.5 14.38 408.4 7.6 4.0 13.7 10.0 9.16 432.2 9.5 4.2 10.31 416.39 | P315A289NUAB1256 CCW J06424 400.0 16.6 15. and rotate the rear port end cover if it is ported. Shaft P330X178XX-43 P315 and P330 TO CHANGE ROTATION on P5.5 6.0 4. Pumps in this series are positive displacement type used to produce a flow of hydraulic fluid.28 | P315A289NUAB2056 CCW J06454 416.0 18.4 12.6 3000 4000 3600 3000 2800 J29016 J29042 J29044 J29046 J29050 J29052 .0 | 3000 1500 12.0 10.3 21.2 4400 3500 2750 4.5 CCW | | | | | 1.3 15.31 | P315A295NUAB1756 CCW J06445 418.82 531.8 18.27 | 3000 | 2800 485.6 10. P11.0 18.3 13.02 | P5A131BEAQ10-26 CW CCW CW CCW CCW J28510 J29034 J290125 J29038 J29041 Pump with 5/8” Round Shaft 2 BOLT A MOUNTING P5A193BEAQ08-97 P11A293BEAZ08-97 P11A193BEAZ11-97 P11A293BEAZ16-97 P11A293BEAZ23-97 CW CCW CW Our Sequence Number Pump Per Each J28500 $302. Shaft P5AX95BEAQXX-XX P5.1 9.0 3. Shaft P330XX97XX-43 7/8-13 Spline Shaft P330X197XXXX-25 1-1/4” Spline Shaft P330C497XX-7 | | | | | | | | | | | | | | | | | | | | | | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle 7/8” Rd. Shaft O-Ring Thd.26 2.56 462.8 14.0 | 3000 1800 9.26 | P315A295NUAB1056 CCW J06415 405.0 11.0 7.2 16.0 for 33% more PSI 4.5 12.0 9.39 404.7 3. P17.26 | P315A289NUAB1056 CCW J06414 405.0 6. Side Port Pump with 1/2” Round Shaft Part Number Rotation 4 BOLT SQUARE MOUNTING P315 and P330 | | | | | P11A193BEAZ08-96 P11A293BEAZ11-96 P11A193BEAZ16-96 P11A293BEAZ23-96 J29030 J29032 426.0 15.5 6.5 12.46 CALL 465.0 9.3 3.2 10. P330 pumps you must rotate both thrust plates 180o taking care not to lose the channel seals on the back side of them. Shaft P11AX93BEAZXX-24 P315A193XX-Spec 5/8” Rd.04 | P11A193BEAZ16-92 449.28 474.95 448.0 18.1 7. Shaft P330XX42XX-30 1” Rd.2 10.28 | | | | | | P315A195UNAB1056 CW J06410 405.47 405.9 4.93 484.2 9.0 12.3 10.2 8.43 470.16 431.24 CW CW CW CW CW P17A196MEAB25-66 P17A296MEAB25-66 CW CCW 3.1 2.76 | P5A231BEAQ06-26 J28525 344.5 9.0 14.0 14.6 6.1 9. 3 10.2 28 26.940 2400 Foot Mount Bracket Number 308-0001-002 974800 $77.8 18 37.com Prices subject to change without notice .5 6. after installing the unit.5 10.03 H-1 589120 1583.07 | 2.5 11. BELT CLUTCH FOR 4:1 TAPER SHAFT PUMPS & TWO A BELTS 12 6.0 22 45.4 18 27.95 12 6.60 | 3.5 6.970 2400 1700 9 10. Pressure PSI CP16-045-C CP16-065-C CP16-085-C CP16-115-C CP16-150-C CP16-180-C CP16-200-C 27436 Adapter CP16-045-C CP16-065-C CP16-085-C CP16-115-C CP16-150-C CP16-180-C CP16-200-C 27436 Adapter CP16-045-A CP16-065-A CP16-085-A CP16-115-A CP16-150-A CP16-180-A CP16-200-A 3000 2500 1700 1400 1100 1000 900 3000 3000 2200 1800 1400 1250 1100 3000 3000 3000 3000 2400 2100 1900 | | | | | | Commercial Only Pump Part Number | | | | | | | | CLOCKWISE STANDARD DUTY CLUTCH rated at 90 Foot Pounds of Torque Clutch Face Points to Front of Engine USE CLUTCH D-7 Sequence # 589100 $426.25 24.463 2400 P20A694BEYJ15-32 J05605 527.07 | 2.50 36 2-A 4.6 16.25 24.6 21 15.62 2.1 P20A694BEYJ17-32 J01912 522.3 10.43 | 1. Tyrone With Pipe Side Ports in Port End Cover Pump ONLY Part Number Max.36 2.75 12.5 10.62 2.841 120 90 90 200 FT-LB DRIVELINE CLUTCH FOR 4:1 TAPER SHAFT PUMPS & YOKE CCW 12 3.940 2400 Foot Mount Bracket Number 308-0001-002 974800 $77.0 21 2100 16 23.940 3000 P20A694MEAB07-32 J06310 520. To break in the clutch. Each morning before working the unit.01 431.1 P20A694BEYJ15-32 J05605 527.448 2400 P20A694BEYL20-32 J06350 520. It is recommended that you use the optional outboard bearing and snap ring on our P20 clutch pumps ONLY.5 15.60 | 3.00 .5 3000 9 18. ROTATION IS THE RESPONSIBILITY OF THE CUSTOMER.5 22.01 3500 4.6 32 46.0 P20A694BEIJ12-32 J01812 512.7 24 20.4 1100 18.10 Resistance Ohms Gage Line Static Torque L.478 2400 P20A694BEIJ10-32 J05108 422.5 10.47 | .baumhydraulics.2 1800 11. ready to go.7 9 21.5 3000 11.54 .448 2400 1000 16 11.955 2400 1100 14 10.04 | 3.463 2400 P20A694BEYG15-32 J05605 527.5 10.40 Our Sequence Number Outboard Bearing Number 391-0381-040 Cubic Inch Per Rev.955 2400 P20A694BEYG17-32 J018135 522. Be sure your wiring is heavy duty to prevent voltage drop.0 P20A694MEAB07-32 J06310 520.1 34.72 4. switch it on and off about 10 to 20 times without any load on it.60 | 3.7 2200 9 13.COMMERCIAL & TYRONE ELECTRIC CLUTCH FAN BELT PUMPS & DRIVE LINE PUMPS ORDER PUMP.478 2400 2500 6.b Ft.6 27 20.478 2400 P20A694BEIG10-32 J05110 422.03 P315A195UNAB0756 J06400 $399. full of oil. To develop full Torque the Clutch must have 12 volts minimum. This will allow the clutch to transmit the maximum torque.60 | 1.60 | 1.8 3000 6.6 P20A694BEIJ10-32 J05108 422.4 21 20.7 9 21.8 28 21.8 15.70 | 2.0 34.6 28 46.0 18.1 35.970 2400 P20A694BEIG12-32 J01813 512.10 15.38 | Max.970 2400 P20A694BEIJ12-32 J01812 512.5 13.841 .54 .5 14.70 | 2.6 13.7 9 21.62 2.2 1400 14 13.3 34.5 32 21. Speed RPM Gallons Output & Horsepower Required at Maximum Pressure 1200 RPM 1800 RPM 2400 RPM Speed Speed Speed GPM HP GPM HP GPM HP OutPut InPut OutPut InPut OutPut InPut Pounds of Torque USE CLUTCH P-5 Sequence # 589110 $508.8 15.2 Foot Mount Bracket Number 308-0001-002 974800 $77.2 36 46.7 27.87 .5 2400 14 23.940 2400 900 18. STANDARD DUTY Clutches have a single row bearing.955 2400 P20A694BEYJ17-32 J01912 522.4 36 27.7 36 22.5 13.12 .75 12. Commercial Per Each 975750 $27. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.58 2. ELECTRIC CLUTCHES FOR 4:1 TAPER SHAFT PUMPS Clutch Number Our Sequence Number Per Each P-5 D-12 D-7 589110 589105 589100 $508.7 18 21.87 .4 22 27.60 | 1.9 1250 16 13.43 | 1.25 20.0 24 1900 18.5 27 Snap Ring Number 391-2686-063 # 589120 $1583.5 15.95 12 7.423 2.47 | .70 | 2.5 6.68 426.5 13. and CLUTCH FOOT MOUNT SEPARATELY Date: 1700 COMMERCIAL PUMP + FOOT MOUNT + CLUTCH = K27 COMPLETE UNIT How to order: Choose Pump + Adapter Plate (if Tyrone) or Foot Mount (if Commercial) + Clutch P20 and CP16 Series for Electric Fan Belt 12 Volt Clutch For “A” Belts Clockwise or Right Hand Rotation LOOKING at the Sheave.50 36 2-A 4.5 13.47 | .6 16.17 PLEASE NOTE: Careful break-in of the clutch unit will enable the clutch to carry it’s full load and will give much improved life.6 32 27.91 . start it up without any load and switch the clutch in and off repeatedly about 100 times.5 14.43 | 1.5 15.5 23.2 200 Foot Pounds of Torque USE CLUTCH H-1 Sequence 3500 4.5 18.463 2400 1400 11.54 .75 10.04 | 3.40 | | | | | | | | CLOCKWISE MEDIUM DUTY CLUTCH rated at 120 Foot Clutch Face Points to Front of Engine P315A195UNAB0756 J06400 399.428 2.940 3000 P20A694MEAB07-32 J06310 520.940 3000 3500 4.4 14. Pressure PSI Max.04 | 3.5 20.0 24 16.9 P20A694BEYL20-32 J06350 520.752 .3 10. CLUTCH.70 .40 | | | | | | | | COUNTER-CLOCKWISE HEAVY DRIVE LINE CLUTCH rated at Clutch Face Points to Rear of Engine P315A195UNAB0756 J06400 399.0 3000 6.448 2400 P20A694BEYL20-32 J06350 520.9 975905 $1.620 Rotation VEE CW CW CW Voltage (DC) A X Y B C E Degrees Belt Groove Type Current Draw Amps 200 HEAVY DUTY Clutches have a double row bearing.6 16.1 27 16.07 | 2.841 .8 22 21.5 20.50 36 2-A 4. 5 37.0 16.0 21.0 6.0 24.5 21.0 31.0 16.0 11.0 13. When using direct drive an outboard bearing is not necessary.0 21.0 19.0 27.0 16.5 27.0 18.0 P30A397MEAB07-25 P30A397BEIJ10-30 P30A397GUAB15-30 P30A397HUAB15-25 P30A397BEYG20-30 P30A397BEYL20-25 7/8 SPL 7/8 RD 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 2500 2500 2000 2000 2000 2000 7.0 27.0 24.0 19.0 28.0 16.0 18.0 16.0 21.5 45. Speed RPM Max.0 27.0 42.0 32.0 28.0 19.0 14.0 27.com Prices subject to change without notice .0 11.0 74.0 11.0 27.0 11.0 27.0 13.0 14.3 105.0 16.0 49.0 13.0 24.0 21.0 19.0 14.0 14.0 21.0 7.0 11.0 16.0 11.0 8.0 58.0 16.0 90.0 21.0 16.0 47.0 11.0 7.0 32. Pressure PSI Gallons Output & Horsepower Required at 2000 PSI 1200 RPM 1800 RPM GPM HP GPM HP OutPut InPut OutPut Input P30A397BEIJ10-30 P30A397GUAB10-30 P30A397HUAB10-25 P30A397HUAB12-30 P30A397GUAB12-25 P30A397BEYF15-30 P30A397BEYJ15-25 P30A397BEYG17-30 P30A397BEYL20-30 7/8 RD 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 7/8 RD 7/8 RD 2 BOLT TYPE B 4” ROUND PILOT 5-3/4” BOLT CIRCLE CODE 97 16P12P Side CW 2400 2500 20S16S Rear CW 2400 2500 16S20S Rear CCW 2400 2500 16S20S Rear CCW 2400 2500 20S16S Rear CW 2400 2500 16P16P Side Both 2400 2000 20P16P Side CW 2400 2000 16P20P Side CCW 2400 2000 20P20P Side Both 2400 2000 9.0 32.0 14.5 32.0 11.0 21.0 18.0 27.0 16.0 21.0 21.0 66.0 68.0 28.K28 COMMERCIAL PUMPS CARRIED IN STOCK Side-PEC means Side Ports in Port End Cover as shown in photo TO CHANGE ROTATION on pumps with ports in housing.0 16.0 11. move plug from one side to the other in the shaft end cover.0 30.0 48.0 21.0 18.8 32.0 19.0 14.0 24.0 42.0 16.0 21.0 32.0 16.0 54.0 16.0 14.0 P20A397BEIG10-30 P20A397BEIG12-25 P20A397BEYG15-30 P20A397BEYL20-30 7/8 RD 7/8 SPL 7/8 RD 7/8 RD 2 BOLT TYPE B 4” ROUND PILOT 5-3/4” BOLT CIRCLE CODE 97 12P16P Side CCW 2400 3000 12P16P Side CCW 2400 3000 16P20P Side CCW 2400 3000 20P20P Side Both 2400 2500 9.0 18.0 11.0 13.0 27.5 42.0 19.0 32.0 11.5 36.0 13.0 19.9 P50A378BEYP25-7 P75A378BEAP25-7 P75A378BEAM30-7 1-1/4 SPL 1-1/4 SPL 1-1/4 SPL 4 BOLT TYPE C 5” ROUND 6-3/16” BOLT CIRCLE CODE 78 24P20P Side CW 2400 2000 24S20S Side CW 2400 2000 20S24S Side CCW 2400 2000 30.1 43.0 24.0 8.0 40.0 36.0 16.0 16.0 28.0 24.0 14.0 21.0 9.0 14.0 7.0 16.0 16.0 14.3 52.0 25X342BEIT20-25 25X342BEIZ22-30 25X342BEIZ25-25 P50A342BEYG17-25 7/8 SPL 7/8 RD 7/8 SPL 7/8 SPL 20P20P 24P20P 24P20P 16P20P Side Side Side Side Both CW CW CCW 2400 2400 2400 2400 2000 2000 2000 2000 24.0 13.0 16.0 24.0 24.0 58.0 24.0 18.0 49.5 43.0 21. CUSTOM BUILT PUMPS DIFFERENT FROM STANDARD PARTS SHOWN BELOW ARE MORE EXPENSIVE Pat Number Left Port and Right Port Shaft Port Location Rotation Max.0 P20A342MEAB05-25 P20A342MEAB07-25 P20A342MEAB07-30 P20A342BEIG10-25 P20A342BEIG12-30 P20A342BEYG15-25 P20A342BEYG17-30 P20A342BEYG17-25 P20A342BEYL20-25 7/8 SPL 7/8 SPL 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 7/8 SPL 4 BOLT TYPE B 4” ROUND PILOT 5” BOLT CIRCLE CODE 42 12P12P Rear Both 2400 3000 12P12P Rear Both 2400 3000 12P12P Rear Both 2400 3000 12P16P Side CCW 2400 3000 12P16P Side CCW 2400 3000 16P20P Side CCW 2400 3000 16P20P Side CCW 2400 2500 16P20P Side CCW 2400 2500 20P20P Side Both 2400 2500 4.0 37.0 11.0 49.0 27.0 9.0 42.0 47.0 28.0 32.0 25X398BEIS15-11 25X398BEIS17-11 P50A398BEYG15-11 P50A398BEYL20-11 1-1/4 1-1/4 1-1/4 1-1/4 2 BOLT TYPE C 5” ROUND PILOT 7-1/8” BOLT CIRCLE CODE 98 20P16P Side CW 2400 2000 20P16P Side CW 2400 2000 16P20P Side CCW 2400 2500 20P20P Side Both 2400 2000 18.0 31.0 18.0 14.0 18.0 21.0 21.0 9.0 P30A342MEAB07-30 P30A342BEIG10-30 P30A342BEIG12-30 P30A342BEYJ15-25 P30A342GUAB17-30 P30A342BEYG17-25 P30A397HUAB20-25 P30A342BEYL20-30 7/8 RD 7/8 RD 7/8 RD 7/8 SPL 7/8 RD 7/8 SPL 7/8 SPL 7/8 RD 12P12P 12P16P 12P16P 20P16P 20S16S 16P20P 16S20S 20P20P Side Side Side Side Rear Side Rear Side Both CCW CCW CW CW CCW CCW Both 2400 2400 2400 2400 2400 2400 2400 2400 2500 2000 2000 2000 2000 2000 2000 2000 7.0 14.0 16.0 32. rotate housing 180o & rotate both wear plates 180o taking care not to lose the very small pocket seals in the wear plates.0 27.0 24.0 18.0 35.0 28.8 77.0 13.0 56.5 31.0 59.0 11.0 24.5 35.0 31.0 11.0 9.0 8.0 13.0 8.0 16.5 37.0 21.baumhydraulics.0 24.0 19.0 19.0 16.0 16.0 24.0 28.0 24.8 86.0 28.0 21.0 24.8 P50A398BEYL22-7 P50A398BEYL22-11 P75A698BEOV20-7 P75A698BEOV22-7 1-1/4 SPL 1-1/4 RD 1-1/4 SPL 1-1/4 SPL 2000 2000 2000 2000 27.0 RD RD RD RD 12P12P 16P12P 20S16S 16S20S 16P20P 20P20P © 2011 by Baum Hydraulics Corporation 20P20P 20P20P 32SF24S 32SF24S Rear Side Rear Rear Side Side Side Side Side Side Both CW CW CCW CCW Both Both Both CW CW 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 1-800-228-9222 www.0 32.0 5.0 21.0 27.0 32. If pump does not have 2 check valves.0 14. Side means Side Ports in Gear Housing On all pumps direct drive is best. If there is any side load on the pump due to a driveline or belt pulley or chain sprocket drive then an outboard bearing is necessary.0 24.0 19. On all pumps direct drive is best.00 Key 1. outlet on the right.300 11.875 Key 1.000 8. 5. gear housing. the “PL” must be calculated for the first connecting shaft as well as the drive shaft. and the idler (driven) gear beneath the shaft. view the unit with the shaft pointing toward you. and connecting shaft. 2. MULTIPLE UNITS Multiple units are coded in the same manner as single units except that additional designations for added sub-components must be included.650 5. The letter “B” designates a multiple unit. When using direct drive an outboard bearing is not necessary. If there is any side load on the pump due to a driveline or belt pulley or chain sprocket drive then an outboard bearing is necessary.com 1.700 8. In multiple pumps. Since the entire input is fed through the drive shaft.000 8.600 13. Each section added to the single assembly requires a proper code for a bearing carrier. Inverting the pump will reverse the inlet and outlet ports but not the direction of rotation.500 P50 | | | | | | SAE B Spline SAE C Spline 1.600 5. the power delivered to or from the pump is limited by the physical strength of the shaft.400 13.COMMERCIAL MULTIPLE PUMPS We Can Make Any Commercial Tandem Pump K29 FOR ALL UNITS To determine direction of shaft rotation. 6. 7. flow will be left to right. “P” being the operating pressure and “L” the summation of gear widths.450 7. The flow is in the opposite direction with counter-clockwise rotation.25 Key Connecting Shaft Continental Shaft | | | | | | 6.500 5.25 Key Connecting Shaft Continental Shaft | | | | | 8.000 8. 3.600 12.000 | | | | | SAE C Spline (Single) SAE C Spline (Multiple) 1. MULTIPLE UNITS Each section of a multiple pump should be regarded as a single pumping unit with corresponding delivery and power input requirements. The inlet port will be on the left.700 8. we use a “PL” factor. To define this power limitation.850 6. 4. Pressure x total gear width = PL PL MUST NOT EXCEED NUMBER SHOWN IN CHART FOR APPROPRIATE SHAFT. all coding MUST be cleared by our Technical Service Department.300 9.750 P75 © 2011 by Baum Hydraulics Corporation P75 MULTIPLE PUMP Assembly Code P75B 178 BI OK15-7 C OK12-1 Pump Series Model P 75 B 1-800-228-9222 www. Shaft End Cover Port End Cover Gear Housing Drive Shaft Bearing Carrier Gear Housing Connecting Shaft 178 BI OK15 7 C OK12 1 Prices subject to change without notice .baumhydraulics. Here is an example of an assembly code for a two section P75 pump: When specifying split flange porting on multiple units. With clockwise rotation. Pump | Shaft Style | PL P30 | | | | | | | SAE A Spline SAE B Spline 6 Tooth Spline .00 Key Connecting Shaft Continental Shaft | | | | | | | 2. Each style or type of shaft has a unique “PL” factor as noted in the table below. 0 90.5 17.2 69.0 44.5 16.0 31.0 10.0 47.0 13.5 14.1 11.3 43.1 6.8 19.1 37.0 111.0 54.0 59.7 21. | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle ROTATION IS RIGHT HAND CLOCKWISE FACING SHAFT END FOR ALL UNITS To determine direction of shaft rotation.0 81.0 12.3 8.0 12.5 25.5 9.0 52.0 9.0 30.7 P30B697LIAB05-25VXAB05-1 P30B697LIAB07-25VXAB05-1 P30B697LIIJ10-25CAB07-1 P30B697BIIF12-25CIF10-1 P30B697BIYF15-25CIIF12-1 P30B697BIYF17-25CPYF15-1 P30B697BIYL20-25CYYF17-1 4.0 27.0 16.5 13.0 9.0 10.1 37.0 34.5 13.0 11.0 17.5 21.3 67.0 27.0 10.0 44.5 4.4 50.0 22.3 25.0 21.5 32.0 18.0 11.0 31.0 81.1 29. rotate housing 180o & rotate both wear plates 180o taking care not to lose the very small pocket seals in the wear plates.0 37.8 49.4 81.9 129.0 34. Repair Parts.2 12.5 14.3 5.2 10.1 41.0 48.0 26.0 18.0 51.5 42.0 18.1 29.5 28.0 101.4 16.0 33.7 29.0 54.0 17.0 59.5 14.3 18.5 66.5 90.1 29.7 44.5 7.7 21.8 39.0 12.0 8.9 22. For ratings at other speeds refer to the application chart below.0 23.7 18.0 23.0 31.7 27.7 27.7 31.0 10.8 49.0 44.0 9.5 66.0 27.5 25.9 22.5 25.0 27.0 25.0 25.0 51.2 9.7 93.4 81.9 129.3 59.5 14.8 39.5 32.9 43.5 9.0 11.0 18.0 29.0 44.7 14.7 7.5 14.0 7.5 4.0 9.5 10.4 16. Pump ratings in GPM at 1200 PRM and at 2000 PSI.1 37.5 29.3 21.0 48.4 16.0 5. We stock Pumps.0 18.8 49.0 17.3 21.9 43.0 24.2 12.0 34.5 13.0 101.0 61.0 21.0 29.5 15.5 37.0 39.0 33.9 22.7 93.9 43.7 14.3 32.2 8.2 51.5 16.5 42.8 49.5 5.5 32.0 15.0 18.0 49.2 36.5 43.5 4.0 21.0 27.0 57.5 15.5 19.0 18.8 25.0 16.0 37.0 9.0 10.0 9.3 43.0 29.5 25.0 10.baumhydraulics.5 32.3 18. Inverting the pump will reverse the inlet and outlet ports but not the direction of rotation.6 7.0 8.1 29.1 9.0 80.2 43.0 17.2 10.0 26.9 22.0 86.0 56. Seal Kits.5 42.3 95. TO CHANGE ROTATION on double pumps with ports in housing.0 24. outlet on the right.1 16. Also rotate the bearing carrier 180o.0 111.2 36.5 35.0 30.8 9.0 61.0 16.0 34.0 11.3 8.0 11.0 18.0 21.5 7.5 28.3 8.5 42.5 68.0 7.5 4.0 21.0 10.0 31.5 19.0 21.5 9.7 34.7 45.5 43.5 25.0 63.0 24.7 P25X397CEAB05-25BHAB05-1 P25X397CEAB07-25BHAB05-1 P25X397CEAB10-25BHAB07-1 P25X397CEIL12-25DAB10-1 P25X397BIIL15-25CIL12-1 P25X397BYIT17-25CIT15-1 P25X378BYJC20-25CIT17-1 P25X378BYJC22-25CIT20-1 P25X378BYJC25-25CJC22-1 6.7 44.5 7.5 37.0 49.1 37.0 80.0 21.7 14.0 23.3 18.1 105.0 57.5 58.5 28.5 74.6 29.2 51.5 68.5 16.5 42.0 34.com Prices subject to change without notice .0 24.5 14.0 6.0 57. The flow is in the opposite direction with counterclockwise rotation.2 36.0 86.2 28.0 37.1 16.0 11.3 57.7 14.7 45.3 105.5 74.9 43.4 13.0 29.0 24.3 21.1 11.5 14.0 24.2 51.8 9.0 24.8 49.2 43.5 28.0 18.0 63.0 5.0 74. With clockwise rotation.0 12.5 66.5 19.5 70.0 47.6 21.0 37.0 16.0 27.7 18.5 37.2 33.0 117.5 51.5 37.9 21.0 16.3 95.6 7.3 21.4 50.5 12.7 21.8 12.1 16.3 21.5 2 Bolt C 1-1/4”-14 Splined Shaft P50B698BIIF10-7CEAB07-1 P50B698BIYF12-7CIF10-1 P50B698BIYF15-7CIYF12-1 P50B698BIYL17-7CIYF15-1 P50B698BIYL20-7CIYL17-1 P50B698BIYL22-7CIYL20-1 P50B698BIYP25-7CIYL22-1 4 Bolt C 1-1/4”-14 Splined Shaft P75B678BIUJ07-7CUJ07-1 P75B678BIOF10-7CUJ07-1 P75B678BIOL12-7COF10-1 P75B678BIOP15-7COL12-1 P75B678BIOQ17-7COP15-1 P75B678BIOQ20-7COQ17-1 P75B678BIOV22-7COQ20-1 P75B678BIOV25-7COV22-1 P75B678BIOW27-7COV25-1 P75B678BIOW30-7COW27-1 © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.2 28.0 27.0 59.5 14. move plug from one side to the other in the shaft end cover.0 7.8 19.0 24.0 15. Pump with 7/8”-13 Spline Shaft 2 2 Bolt B Flange Mount Number Gallons Output & Horsepower Required at 1000 PSI 1200 RPM GPM HP OutPut InPut Shaft End Pump 1800 RPM GPM HP OutPut InPut 2400 RPM GPM HP OutPut InPut 1200 RPM GPM HP OutPut InPut Cover End Pump 1800 RPM GPM HP OutPut InPut 2400 RPM GPM HP OutPut InPut P20B697LIAB05-25VXAB05-1 P20B697LIAB07-25VXAB05-1 P20B697LIIJ10-25CAB07-1 P20B697BIIF12-25CIF10-1 P20B697BIYF15-25CIIF12-1 P20B697BIYF17-25CPYF15-1 P20B697BIYL20-25CYYF17-1 4.7 21.2 43.0 57.2 10.5 25.5 25.5 21.2 51.0 59.7 7.0 14.4 16. flow will be left to right.0 51.3 8.0 27.5 32.0 29.5 7.0 21.8 32.5 35.5 21.0 11.0 7.5 142.5 42.0 14.0 90.3 105.8 32.6 14.7 38.0 66.0 34. Flow rate depends on the pump size.3 59.5 14.0 21.0 23.0 37.3 57.2 12.8 32.5 17.0 37.9 21.0 56.0 25.0 25.2 9.5 37.0 52.0 27.0 18.8 39.0 10.7 38.3 59.0 26.5 13.0 15.5 13.8 77. Bearings & Foot Mounts.5 13.0 21.2 9.6 29.0 33.2 36.5 21.0 27. The inlet port will be on the left.0 15.0 26.0 29.0 39.3 5.5 14.0 7. and the idler (driven) gear beneath the shaft.6 21. the speed at which it is driven and the resistance or pressure it is pumping against.2 28. If pump does not have 2 check valves.2 12.0 22.5 14.5 51.3 18.0 8.0 31.2 10.8 32.0 122.2 8.5 25.5 14.0 32.2 33.8 49.5 16.2 43.5 18.1 41.0 66.0 11.0 24.5 18.0 21.0 117.0 18. view the unit with the shaft pointing toward you.0 15.0 24.0 9.0 24.3 32.5 36.0 51.8 25.0 24.0 31.0 31.5 70.K30 COMMERCIAL TANDEM ROLLER BEARING PUMPS WITH ONE PIECE SHAFTS & GEARS 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle | | | 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle Pumps in this series are positive displacement type used to produce a flow of hydraulic fluid.8 59.5 5.5 13. Shafts.7 18.0 10.0 31.5 12.0 29.1 29.8 15.0 18.0 25.0 8.6 29.8 59.0 32.2 69.0 33.5 15.1 16.3 59.0 74.8 25.5 19.0 13.8 39.2 28.5 66.8 77.5 37.7 31. 6 22.3 26.0 11.8 125.6 26. common in feeding multiple pumps.5 24. P50. the small efficienty loss of the unit. offer convenience. Rotary flow dividers can be mounted in any position and.com Prices subject to change without notice .9 30.5 38.0 2500 2500 2500 2000 2000 2000 2000 50:50 50:50 50:50 50:50 50:50 50:50 50:50 FD75BBYIJ10-1EID10BY FD75BBYIJ12-1EID12BY FD75BBYYJ15-1EID15BY FD75BBYYJ17-1EYD17BY FD75BBYYJ20-1EYD20BY FD75BBYOQ22-1EOB22BY FD75BBYOQ25-1EOB25BY FD75BBYOQ27-1EOB27BY FD75BBYOQ30-1EOB30BY 14.1 21.COMMERCIAL FLOW DIVIDERS 1.0 104.1 25.6 60. less. As pressure intensifiers to increase the pressure available to a particular system beyond the pump’s relief valve setting or to reduce the time at which the pump must operate at maximum pressure.1 49.0 53. No pilot signals or other devices are necessary to initiate their operation. PSI Outlet Ratio FD30BBYIJ10-1EID10BY FD30BBYIJ12-1EID12BY FD30BBYYJ15-1EYD15BY FD30BBYYJ17-1EYD17BY FD30BBYYJ20-1EYD20BY 9. and P75 which are assembled from standard heavy-duty gear pump components available throughout the world. Unlike variable orifice types.0 32.1 32.5 14.0 58.0 26.8 47.3 34.5 39. As flow dividers to distribute the pump flow according to the requirements of each system.6 15.8 31.5 30.0 16. Porting through the port end covers is available on special request.6 22. Two studs extend from each end of the flow divider for easy mounting. Models P30.0 14.6 63. and then. are eliminated because flow dividers are pressure-charged.6 18.6 36.7 2500 2000 2500 2000 2000 2500 2250 2000 78:22 67:33 75:25 67:33 71:29 74:26 71:29 73:28 1-800-228-9222 www. and extensive plumbing and fittings can be replaced by a single pump and a flow divider remotely mounted in any convenient location.5 69. 2.8 19. Inlet GPM Max. The energy expended across the motor is not wasted in generating heat but is applied through the interconnecting shaft to do work in the other sections. © 2011 by Baum Hydraulics Corporation K31 PORT END COVER GEAR HOUSING BEARING CARRIER PORTING Standard porting of the P30. Ideal applications are: 1. They are unique components which can be considered to “float” in the hydraulic circuit.baumhydraulics.7 40. and P75 flow dividers is through the gear housing or bearing carrier.3 91. No external drain lines or shafts are required. Inlet GPM Max.5 52.3 81. The economic advantages of rotary flow dividers/pressure intensifiers is best illustrated by the components they eliminate.5 40.0 28. Part Number Min. and improve pump life. each section has equal gear widths. The total output flow is equal to the input flow.0 45.0 39. will save on installation and operating costs. Rotary flow dividers operate automatically. As a flow equalizer.0 21. As flow equalizers to synchronize the operation of multiple cylinders or motors. 3.0 113. Extended studs are provided for easy mounting. because they are self-lubricating.3 18. Commercial’s rotary flow dividers/pressure intensifiers are extremely versatile components which. increase circuit versatility.1 18.5 43. 2. If the pressure at an outlet port is lower than the inlet pressure. multiple pumps.5 46.0 45.7 2500 2500 2500 2500 2500 2250 2250 2000 2000 50:50 50:50 50:50 50:50 50:50 50:50 50:50 50:50 50:50 FD30BBYYJ15-1GRAB05BY FD30BBYYJ20-1EID10BY FD50BBYYJ15-1GRAB05BY FD50BBYYK20-1EID10BY FD50BBYYK25-1EID10BY FD75BBYOK17-1EUD07BY FD75BBYOP22-1EOD10BY FD75BBYOP30-1EOD12BY 9.7 58.9 86.5 65. 3. Problems.6 29.6 19. only to the extent necessary. Expensive multi-drive gear boxes. working only when required. require no maintenance. the low pressure section of the rotary flow divider acts as a motor. rotary flow dividers operate on the principle that fluid horsepower input equals fluid horsepower output. P50. of course. when properly applied. Each section’s output is in proportion to the gear width of the section.0 11. Rotary flow dividers/pressure intensifiers offer advantages often overlooked when designing a hydraulic circuit.1 2500 2500 2500 2000 2000 50:50 50:50 50:50 50:50 50:50 FD50BBYIJ10-1EID10BY FD50BBYIJ12-1EID12BY FD50BBYYJ15-1EYD15BY FD50BBYYJ17-1EYD17BY FD50BBYYK20-1EYD20BY FD50BBYYK22-1EYD22BY FD50BBYYK25-1EYD25BY 11. 0 46. Three-way three position control valve with built in relief set at 2000 PSI.94 2.60 6.76 522.01 C101D-25 J20060 600.0 21.0 29.95 ACCESSORIES Mounting Bracket for C101 Pad Mount Pumps ONLY Optional Sleeve for Three Line Installation Only For ALL Dump Pumps G101 and G102 Detent Kit G101 and G102 Spring Return to Neutral Kit CAUTION: The valve lever should be fitted with a locking device to prevent accidentally raising the bed should the operator forget to disengage the PTO for traveling.0 48.0 29.76 Max.baumhydraulics. For direct mount (2 or 4 bolt B and 7/8-13 spline shaft. Relief shims are in stock. Pressures to 2500 PSI.0 LARGE SERIES DUMP PUMP Large series cast iron roller bearing dump pump direct or remote mount 2 (for intermittent operation only) or 3 line operation. Speed RPM Max.0 21. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.0 14.0 19.0 28.45 512.0 56.94 3.0 32. Flows 19 to 39 GPM depending on pump RPM.63 23.0 39.96 3.0 38. 1200 RPM Pressure GPM HP PSI OutPut InPut 2400 2000 25.K32 COMMERCIAL HIGH PERFORMANCE DUMP PUMPS Date: 1700 MOUNTING BRACKET SOLD SEPARATELY C151-20 C101D-20 C101D-25 Dual Shaft 1” Round Shaft for PTO Drive G101-2-15 G101-2-20 4 Bolt Type B 4” Round Pilot 5” Bolt Circle 7/8”-13 Spline Single Shaft G102-2-15* G102-2-20* C102D-20-1* C102D-25-1* TO CHANGE ROTATION on G102 and C102 rotate the gear housing 180o & rotate the valve body 180o.76 512.0 19. 2400 2400 2400 2400 2400 2400 2500 2500 2500 2500 2500 2500 35 38 35 35 38 38 Cubic Gallons Output & Horsepower Required at 2000 PSI Inch 1200 RPM 1800 RPM 2400 RPM Per GPM HP GPM HP GPM HP Revolution OutPut InPut OutPut InPut OutPut InPut 2.60 6. Dump Pump Part Number Our Sequence Number G101-1-1.0 29.0 21.0 28. Part Number Our Sequence Number C151-2.0 19.0 34.0 37. G101 and G102 Relief is shim adjustable. Air shift available.0 33.0 1800 RPM GPM HP OutPut InPut 38.0 38.0 22.96 3. Pressure PSI Wt.0 46.94 14.0 33. 1800 RPM GPM HP GPM HP OutPut InPut OutPut InPut 1200 RPM 25.0 16.0 30.0 46. Speed RPM Max.0 33. Max.39 Air Shift Kit for C101 & C102 with Actuator 249.0 37.38 Gallons Output & Horsepower Required at 1000 PSI . Flows to 48 GPM depending on RPM.0 39.0 25.38 5.0 25. Lbs. Speed RPM Max.38 52.0 22.75 * Direct Mount 4 Bolt B 7/8-13 Spline Shaft Part Number Our Sequence Number 314-9414-005 308-9414-015 975080 975090 314-0100-005 391-3283-052 391-1802-578 391-1802-579 975070 9757572 9757571 MM55950 Per Each Max.0 34.0 48. Either dual shaft (1” round) for PTO drive or single shaft.15 5.70 Left Port and Right Port Port Location Rotation DOUBLE SHAFT REFUSE PUMP FOR HEIL 1-1/8 RD 24P12S Rear Both Gallons Output & Horsepower Required at 2000 PSI .0 J20615 Per Each Shaft $755. Cubic Inch Per Revolution 1800 1800 1800 1800 2000 2000 2000 2000 70 75 70 75 5.42 C102D-25* J20080 600. Lbs.0 Description AIR SHIFT KIT FOR C101 DUMP PUMPS $221.0 28.5 G101-1-20 G102-2-15R* G102-2-15L* G102-1-20R* G102-1-20L* J20160 J20170 J20400 J20404 J20422 J20423 Per Each $532. Either dual shaft (1” round) for PTO drive or single shaft for direct mount (4 bolt B and 7/8-13 spline shaft). Dump Pump Part Number Our Sequence Number Per Each C101D-20 J20020 $536. You do not have to rotate the thrust plates in the G102 and C102 as they are bi-rotation thrust plates but be careful not to lose the pocket seal pieces on the back side of them.0 45.93 543.96 2.0 25.0 MEDIUM SERIES DUMP PUMP Medium series cast iron roller bearing dump pump . Pressure to 2000 PSI.0 25.0 34. Speeds up to 2400 RPM.0 56.75 C102D-20* J20040 565.76 522.) Three-way three position control valve with built in relief set at 2000 PSI.0 44.0 16.0 14.0 44.0 29. Pressure PSI Wt. Never work under a raised dump body without first blocking it to prevent accidental lowering.99 Air Shift Kit for G101 & G102 with Toggle 44.0 29.0 39.0 32.0 22. Speeds up to 1800 RPM.0 16.2 (for intermittent operation only) or 3 (for intermittent or continuous operation) line plumbing hookup.com Prices subject to change without notice . 0 148.65 24.25 43.0 41.10 P76-2” 8.20 35 70 2400 2500 37.0 147.5 108.5 36. The flow is in the opposite direction with counter-clockwise rotation.25 P350-1-1/4” 3.0 120.0 134.0 65.0 41.90 25.75 P365 SERIES CAST IRON BUSHING PUMPS P365-1” 3.20 49.83 P37X-2-1/4” 6.50 P76-2-1/4” 9.0 50.0 23.25 35 70 2400 2250 48.80 81.00 42.0 68.0 55.50 P350-2” 5.00 70.0 22.50 P75-2-3/4” 11.0 78.60 31.0 15.0 26.5 32.0 57.90 17.0 40.25 2400 3000 15. Speed RPM *Max.93 32.84 58.60 34.80 2400 2500 27.50 80.50 62.COMMERCIAL HIGH PERFORMANCE GEAR PUMPS WITH ROLLER BEARINGS CUSTOM BUILT PUMPS 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle | | | 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle K33 | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle FOR ALL UNITS To determine direction of shaft rotation.0 67.94 26. Pressure PSI* 1200 RPM GPM HP OutPut InPut 1800 RPM GPM HP OutPut InPut 2400 RPM GPM OutPut HP InPut P51 SERIES CAST IRON ROLLER BEARING PUMPS 2400 3000 12.5 65.5 20.00 31 60 2400 2000 12. Bearing Carrier Flow Pump Series Gear Width CIPR Inlet Pressure Gallons Output & Horsepower Required at 2000 PSI Max.00 P75-2-1/2” 10.0 40.90 37.0 120.37 54 54 2400 2500 30.0 26. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.60 38.0 38.20 90.5 23.5 69.0 50.20 2400 3000 21.0 62.79 P37X-3” 9.90 59.5 85.5 47.50 66.22 55.0 42.30 NON-STOCK 2400 3500 29.60 P75-1-1/4” 5.00 23.5 57.00 70.0 31.0 106.5 43.50 * MAXIMUM INTERMITTENT PEAK PRESSURE RATING .10 35 70 2400 2500 17.50 31 60 2400 2000 35. the speed at which it is driven and the resistance or pressure it is pumping against.0 26.com Prices subject to change without notice P51-1” P51-1-1/4” P51-1-1/2” P51-1-3/4” P51-2” P51-2-1/4” P51-2-1/2” 2.0 120.00 31 60 2400 2000 28.5 79.0 27.90 59.0 62.50 80.20 49. rotate housing 180o & rotate both wear plates 180o taking care not to lose the very small pocket seals in the wear plates.50 101.60 24.00 23.20 Special Order Only 2400 3500 33.5 36.50 31 60 2400 2000 20.20 P75-1-1/2” 6.0 36.0 78. Flow rate depends on the pump size.0 57.0 27.00 122.00 74.5 36.baumhydraulics.00 P76-2-1/2” 10.00 31 60 2400 2000 43.0 20.0 73. Inverting the pump will reverse the inlet and outlet ports but not the direction of rotation.5 21.0 77.37 21 21 21 21 21 21 21 40 40 40 40 40 40 40 .0 64.15 35 70 2400 2500 27.10 P75-2” 8.25 35 70 2400 2250 48.60 P76-1-1/4” 5.90 59.88 44.0 29.0 32.0 98.0 93.0 67.60 31.50 P76-2-3/4” 11.0 93.50 63.00 47.00 43.0 162.0 162.30 P365-1-1/4” 4.90 18.60 31.0 58.58 31.5 49.0 106.0 67.0 120.20 35 70 2400 2500 37. and the idler (driven) gear beneath the shaft.73 54 54 2400 2750 27.86 57.0 30.90 27.5 69.87 51.40 111.0 78.5 42.50 80.0 98.50 2400 2500 24.175 35 70 2400 2500 32.0 42.00 74.25 35.0 68.275 35 70 2400 2000 52.60 45.20 P350-1-1/2” 3.15 64.82 54 54 2400 3500 18.30 35 70 2400 2000 58.0 50.20 P76-1-3/4” 7.5 49.19 54 54 2400 3500 15.90 49.0 36.10 2400 3250 38.5 49.50 P350 SERIES CAST IRON BUSHING PUMPS P350-1” 2.0 88.0 59.5 49.0 77.0 23.00 57.46 5.70 P75-3” 12.20 P365-1-1/2” 5.20 P76-1-1/2” 6.00 90.20 P37X-1-1/2” 4.0 59.50 101.60 27. With clockwise rotation.0 50.10 35 70 2400 3000 17.90 66.0 88.57 37.90 66.0 41.0 22.62 20.0 94.0 120.46 54 54 2400 3250 21. move plug from one side to the other in the shaft end cover.20 66.0 75.0 69.00 P76-3” 12.60 2400 3500 15.5 44.5 36.00 37.00 P365-1-3/4” 6.50 2400 3500 20.60 52.0 33.5 16.14 P37X-2-1/2” 7.0 75.45 78. Pumps in this series are positive displacement type used to produce a flow of hydraulic fluid.10 5.50 111.00 43.5 47.0 37.00 43.22 44.0 59.5 32.5 57.50 P365-2” 7.50 63.5 108.25 31 60 2400 2000 24.0 45.00 90.5 41.25 38.5 107.80 P350-2-1/2” 6.275 35 70 2400 2000 52. outlet on the right.55 54 54 2400 3500 11.73 6.93 32.20 P75-1-3/4” 7.0 34.60 51.75 31 60 2400 2000 16.86 51.22 44.5 33.55 3.00 P75 SERIES CAST IRON ROLLER BEARING PUMPS P75-1” 4.00 2400 3500 43.225 35 70 2400 2250 42.225 35 70 2400 2250 42.0 88.5 49.20 2400 3000 18.5 88. If pump does not have 2 check valves.90 37.60 52.5 84.0 31.00 P37X-1-1/4” 3.20 P37X-2” 6.125 35 70 2400 2500 22.00 90.50 P365-2-1/4” 8. TO CHANGE ROTATION on pumps with ports in housing.5 43.0 32.30 P76 SERIES CAST IRON ROLLER BEARING PUMPS P76-1” 4.5 84.00 122.15 90.0 23.0 30.30 35 70 2400 2000 58.90 51.0 20.90 27.00 P365-2-1/2” 9.82 4.00 47.75 31 60 2400 2000 31.5 41.20 71. flow will be left to right.0 36.20 P350-1-3/4” 4.50 P37X SERIES CAST IRON ROLLER BEARING PUMPS P37X-1” 3.0 36.5 57.90 37.10 54 54 2400 3000 24.80 81.5 47.0 64.60 51.40 These are 2400 3500 24.90 59.5 70.60 38.5 79.0 65.25 35.0 49.50 P75-2-1/4” 9.60 27.175 35 70 2400 3000 32. The inlet port will be on the left.90 24. CUSTOM BUILT PUMPS BUILT FROM PARTS ARE NON-RETURNABLE Max.0 77.19 3.0 58.125 35 70 2400 3000 22.5 15.60 31.0 29.0 134.57 37.5 59.0 82.60 59.80 P350-2-1/4” 5.00 42.15 35 70 2400 3000 27.0 57.5 49.5 60.0 49.SUBTRACT APPROXIMATELY 500 PSI FOR CONSTANT PSI RATING.88 P37X-1-1/34” 5.0 103. view the unit with the shaft pointing toward you.80 2400 2500 30. 5 49.45 21 40 2400 2500 16.02 2.0 15.5 13.90 24.0 27.0 14.8 10.6 14.0 18.5 12.20 P20 SERIES CAST IRON ROLLER BEARING PUMPS P20-1/2” .0 49.63 P20-2” 3.75 9.60 29.19 21 40 2400 2000 15.07 39.90 27.86 57.63 P30-2” 3.0 31.00 P30-1-1/2” 2.80 P25X-2-1/2” 6.0 44.com Prices subject to change without notice P315-1/2” P315-3/4” P315-1” P315-1-1/4” P315-1-1/2” P315-1-3/4” P315-2” .07 39.5 36.7 1-5/16 3000 4000 9.0 25.62 19.20 P31 SERIES CAST IRON ROLLER BEARING PUMPS P31-1” 1.0 49.0 8.45 21 40 2400 2500 16.0 12.5 1-1/16 3600 4400 3.88 2.5 24.0 41.50 63.7 4.57 P330-1-3/4” 3.0 16.05 8.0 38.30 18.SUBTRACT APPROXIMATELY 500 PSI FOR CONSTANT PSI RATING.0 33.30 18.1 1-5/16 3000 4000 10.20 P25X-1-1/2” 3.0 38.60 31.00 P330-1-1/2” 2.0 6.2 9.0 51.62 21.0 20.5 24.9 1-1/16 2800 3700 6.0 58.90 37.96 21 40 2400 3000 14.0 12.0 12.8 1-1/16 3000 4400 4.0 12.0 51.8 14.46 21 40 2400 3000 11.0 44.0 23.2 18.5 13.0 44.57 P31-1-3/4” 3.94 21 40 2400 2250 18.2 28.48 21 40 2400 3000 6.10 21 50 2400 2000 24.20 P25X-1-3/4” 4.0 6.0 40.5 6.0 3000 3500 4.0 9.0 24.2 22.5 49.3 P11 SERIES ALUMINUM HOUSING BUSHING PUMPS 1-1/16 4000 4400 2.0 36.0 38.20 P330 SERIES CAST IRON BUSHING PUMPS P330-1” 1.90 18.0 38.5 6.62 19.90 27.0 32.82 34.50 P25X-2” 5.0 8.0 21.00 14.0 11.0 51.94 1.98 1.0 21.0 23.5 28.0 27.0 3000 2500 12.28 29.98 21 40 2400 3000 4.4 13.0 16.4 30.0 23.62 19.0 12.0 23.5 6.25 14.30 9.19 2.5 15.0 18.0 21.46 21 40 2400 2000 21.82 21 40 2400 2000 18.5 9.00 10.1 9.7 3.9 14.3 10.5 15.00 47.00 14.5 Gallons Output & Horsepower Required at 2000 PSI 1200 RPM 1800 RPM 2400 RPM GPM HP GPM HP GPM HP OutPut InPut OutPut InPut OutPut InPut P315 SERIES CAST IRON BUSHING PUMPS 3000 3500 3.0 16.8 5.19 21 50 2400 2500 15.50 * MAXIMUM INTERMITTENT PEAK PRESSURE RATING .8 21.5 5.5 18.0 20.0 62.2 4.9 18.0 3.5 24.0 P30 SERIES CAST IRON ROLLER BEARING PUMPS P30-1” 1.80 P25X-2-1/4” 5.0 18.0 32.0 38.73 21 40 2400 2000 27.00 47.0 23.5 24.22 44.97 21 40 2400 3000 9.50 .5 P17 SERIES ALUMINUM HOUSING BUSHING PUMPS 1-5/16 3300 4000 5.30 18.0 40.0 67.00 25.46 40 40 2400 3500 11.32 3.90 P20-1” 1.0 12.5 44.0 23.2 6.46 21 40 2400 3000 11.55 21 40 2400 2000 12.0 33.0 21.37 .0 20.0 25.3 Max.9 1-1/16 2300 3150 9.5 6.0 30.0 38.0 3000 2750 10.63 P20-3/4” 1.3 15.22 44.96 21 40 2400 3000 14.62 21.8 19.6 4.5 24.50 63.37 21 50 2400 2000 30.90 25.0 31.20 P50-1-1/2” 3.0 44.5 7/8 2800 4000 2.00 23.5 36.28 29.5 14.82 34.25 P31-1-1/4” 2.17 1-5/8 1-5/8 1-5/8 1-5/8 1-5/8 Pump Series Gear Width CIPR | | | Max.9 2. Pressure PSI* | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle Max.3 3.0 62.90 18.5 15.30 18.0 32.0 41.25 18.0 32.96 21 40 2400 2500 14.50 P50-2” 5.0 75. Pressure PSI* 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle Gallons Output & Horsepower Required at 2000 PSI 1200 RPM 1800 RPM 2400 RPM GPM HP GPM HP GPM HP OutPut InPut OutPut InPut OutPut InPut P5 SERIES ALUMINUM HOUSING BUSHING PUMPS 7/8 4000 4400 .25 P20-1-1/4” 2.0 25.6 1.0 55.5 8.40 1.5 10.0 18.57 37.94 40 40 2400 3000 18.57 P20-1-3/4” 3.25 1.0 9.63 .20 P50-1-3/4” 4.0 3.3 18.0 18.00 42.0 30.6 6.2 4.16 1.00 23.0 32.4 21.3 3. Bearing Carrier Flow Inlet Pressure | | | 1.90 24.0 18.57 37.00 42.K34 COMMERCIAL HIGH PERFORMANCE GEAR PUMPS WITH ROLLER BEARINGS CUSTOM BUILT PUMPS 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle O-Ring Thread Ports Inlet Outlet Pump Series Gear Width CIPR P5-3CC P5-6CC P5-8CC P5-10CC .5 12.00 14.82 21 50 2400 2500 18.46 21 50 2400 2000 21.6 7/8 3000 4400 2.60 31.10 21 40 2400 2000 24.0 24.7 6.3 1-5/16 2600 3200 14.4 12.93 32.5 18.0 32.62 21.00 P31-1-1/2” 2.0 67.3 7/8 3600 4400 1.80 P50-2-1/4” 5.9 22.0 13.baumhydraulics.0 4.0 51.60 29.20 P25X SERIESCAST IRON ROLLER BEARING PUMPS P25X-1” 2.80 P50-2-1/2” 6.62 21.25 P50-1-1/4” 3.25 P330-1-1/4” 2.97 21 40 2400 2500 9.45 21 40 2400 2250 16.0 32.62 19.00 25.0 15.3 2.28 29.00 25.82 34.90 24.0 9.73 21 50 2400 2000 27.45 40 40 2400 3250 16.0 18.5 28.5 15.49 .97 21 40 2400 3000 9.7 2.4 7. Speed RPM *Max.1 4.0 23.0 32.5 10.90 24.0 4.0 6.63 P31-2” 3.1 1.5 84.56 1.8 3.0 55.0 36.00 P20-1-1/2” 2.97 40 40 2400 3500 8.0 25.0 38.82 34.67 .50 P50 SERIES CAST IRON ROLLER BEARING PUMPS P50-1” 2.07 39.94 21 40 2400 2500 18.57 P30-1-3/4” 3.5 29.0 10. Speed RPM 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle *Max.96 40 40 2400 3500 14.0 28.0 18.94 21 40 2400 2500 18.1 1-5/16 3100 4000 7.0 13.0 3000 3500 7.86 57.0 38.18 .0 12.60 29.46 21 40 2400 2500 11.5 43.0 3000 3500 9.0 12.0 3000 3500 6.90 37.0 18.87 51.25 P25X-1-1/4” 3. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.8 9.6 6.4 24.0 39.60 29.5 28.0 18.93 32.8 1.87 51.5 84.0 15.0 4.0 58.55 21 50 2400 2500 12.37 21 40 2400 2000 30.28 29.0 75.89 1-5/16 1-5/16 1-5/16 1-5/16 1-5/16 P17-19CC P17-25CC P17-33CC P17-38CC P17-52CC 1.0 32.90 25.8 3.25 P30-1-1/4” 2.5 28.2 17.0 21.4 4.2 12.00 14.0 15.0 18.00 7.63 P330-2” 3.00 25.49 .5 4.0 23.0 7.0 8.61 1-1/16 1-1/16 1-1/16 1-1/16 P11-8CC P11-11CC P11-16CC P11-23CC P11-31CC .07 39.0 24.53 2.96 14. SAE C Spline 1-1/4-14 Type 1 11 .Round Keyed 3/4 Type 1 Series Designation ROLLER BEARING TYPE 20. . Disc: 2 pieces 5%. .Pad Mount Type 1 97 . .3000 PSI Part Number Our Sequence Number Per Each 316-9414-001 J19970 $592.Motor Shaft Code 7 .Counter-Clockwise With Outboard Bearing 6. 350.44 Qty.1-1/4 15 . They eliminate costly clutch assemblies. . 125.Bi-rotation With Outboard Bearing 8.3/4 10 . 76 BUSHING BEARING 330. This pilot signal. 5 pieces 7%. They reduce pump horsepower demand in the non-operating mode at speeds to 2100 RPM.2500 PSI And P51/P76 Pump Models .SAE B Round Keyed 7/8 Type 1 20 .Continental Shaft (Single or Multiple Unit) Rotation/Bearing/Pump/Motor 1.4 Bolt SAE C Type 1 NOTE: Other Options Available COMMERCIAL DRY VALVE The dry valve offers convenient remote control for refuse packer trucks and other vehicles using on/off hydraulic systems powered by their primary engine. 51. is not required. provided by the vehicle’s air system. They allow full pump displacement.Clockwise No Outboard Bearing 2.com Prices subject to change without notice .Multiple Unit Integrated Shaft C .Bi-rotation No Outboard Bearing 4. 25X. It’s simple and it’s efficient. 50.Date: 1700 BASIC MODEL CODE NUMBER FOR MOST COMMERCIAL PUMPS & MOTORS K35 P 30 C 642 BE YL 20 .2-1/4 25 .Motor Bi-rotation No Outboard Bearing Gear Housing Port Size and Type Specify Port Size and Type Port End Cover Specify Port Size and Type Mounting Flange Type 42 . Dry valves can be fitted to 2” split flange mountings only.2 22 . commonly used to actuate other dry valve units. .2-1/2 27 .Clockwise With Outboard Bearing 5.1 12 . is plumbed directly to the valve. The valve is operated by pneumatic pressure of 80 PSI. 10 pieces 10% © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. up to 90 GPM. Opening the valve opens the inlet of the pump to tank. 75.4 Bolt SAE B Type 1 00 .2-3/4 30 .baumhydraulics. A secondary air cylinder.1-1/2 17 . .2 Bolt SAE C Type 1 94 .25 P . 37X DOWELED ROLLER BEARING 31.Single Unit Integrated Shaft B . in the work mode. This is unlike other dry valve units which constantly divert a portion of the outgoing fluid for pump lubrication in both operating and non-operating modes. 365 Gear Width 05 .Pump M . Commercial’s dry valve employs a notch in the valve spool to supply 4 GPM for pump lubrication only in the non-operating mode. 30.3 Shaft Type A . All fluid passing through the valve is available to the pump for work. .1/2 07 .1-3/4 20 .SAE C Round Keyed 1-1/4 Type 1 25 .Motor Bi-rotation With Outboard Bearing 9.Counter-Clockwise No Outboard Bearing 3.2 Bolt SAE A Type 1 78 . For P50/P75 Pump Models .SAE B Spline 7/8-13 Type 1 30 .2 Bolt SAE B Type 1 98 . . 0000 2.BELLY DOWN AND SHAFT HIGH AS PICTURED TO THE RIGHT UNDOWELLED 20 30 50 75 Bolts Gear Centers | | | 4 x 9/16 4 x 5/8 4 x 5/8 8 x 5/8 1.4997 | | | | Pump Motor Flow Divider | | | | | DOWELLED 31 51 76 Single Double Triple Quad Piggyback Bolts Gear Centers 4 x 5/8 4 x 5/8 8 x 5/8 1.25 Bolt 4 4 6 6 6 Bolt Bolt Bolt Bolt Bolt Bolt Center Bolt Square 2x2 2.4997 CW CCW Bi-Rotational | | | | | SAE SHAFT END COVER SAE Bolt 2 2 4 2 4 4 Bolt Bolt Bolt Bolt Bolt Bolt A B B C C D Type Bolt Center Oval Oval Square Oval Square Square 3-1/4 4 4 5 5 6 4-3/16 5-3/4 5 7-1/8 6-3/8 9 | | | | Bolt Square | | | | | | 3.75 TC Type PORT END COVER | | | | | DOWELLED Integrated Shaft/Gear Set Integrated Shaft/Gear Set Continental 2 Piece Shaft/Gear Set All Bolts Flush Two Bolts Extended for Support | Gear Housing RH Side Ported Blank Pipe | | | | UNDOWELLED | Pilot Diam.7500 1.FOR MULTIPLE UNITS USE MULTIPLE PAGES SALESMAN ____________________________________ DATE __________________________ INVOICE NUMBER: _________________ CUSTOMER _____________________________________________________________________ PAGE _____ OF _____ TOWN ________________________________________ STATE _________________________ ZIP CODE ____________________ PHONE NO.7497 2.54 4. Gear Housing LH Side Ported Blank | | | LH Side Side Port Rear Port Blank | | O-Ring 3/4 7/8 1-1/16 1-5/16 1-5/8 1-7/8 | | | | | | | | | | | RH Side Side Port Rear Port Blank Pipe 1/2 3/4 1 1-1/4 1-1/2 2 RIGHT PORT SIZE Flange 1/2 3/4 1 1-1/4 1-1/2 2 2-1/2 3 Blank O-Ring 3/4 7/8 1-1/16 1-5/16 1-5/8 1-7/8 SHAFT SIZE 5/8 Round with 1/2-20 thd 3/4 Round 7/8 Round 7/8 Round with 5/8-18 thd 7/8 Taper 4:1 1 Round 1-1/8 Round 1-1/4 Round 1-1/4 Rd x 3 L w/ 1/2-13 thd 5/8 x 9 Spline 7/8 x 13 Spline 1 x 15 Spline 1-1/4 x 14 Spline 1-3/4 x 13 Spline 7/8 x 6 Spline 1 x 6 Spline 1-1/8 x 6 Spline 1-1/4 x 6 Spline Other Shaft Size _________ Shaft Length from Mounting Surface BEARING CARRIER BEARING CARRIER SECTION Shaft Second Third Fourth With With With With Pipe 1/2 3/4 1 1-1/4 1-1/2 2 Drill Thru Drain Hole 1/2” Hole for Front Section 1/2” Hole for Rear Section © 2011 by Baum Hydraulics Corporation LEFT PORT SIZE Flange 1/2 3/4 1 1-1/4 1-1/2 2 2-1/2 3 Blank .750 2.baumhydraulics.624 3-1/2 4 3.7500 2.36 PORT LOCATION GEAR WIDTH Internal NOT Housing Width 1/2 3/4 1 1-1/4 1-1/2 1-3/4 2 2-1/4 2-1/2 2-3/4 3 1/2 3/4 1 1-1/4 1-1/2 2 15H 25X 37X | | | | | Bolts Gear Centers | | | 4 x 1/2 4 x 5/8 8 x 1/2 1.25 4.14 2.833 3.50 6.4997 1.2500 4 4 4 4 1/2 5/8 5/8 5/8 SPECIAL SHAFT END COVER Type Pilot Diam.com Pipe 1/2 3/4 1 1-1/4 1-1/2 2 RIGHT PORT SIZE Flange 1/2 3/4 1 1-1/4 1-1/2 2 2-1/2 3 O-Ring 3/4 7/8 1-1/16 1-5/16 1-5/8 1-7/8 W/ Drill Thru With Drain Hole With 1/2” Hole for Front Section With 1/2” Hole for Rear Section Blank . ___________________________________ ORDERED BY __________ P/O # _______________ QUOTED PRICE $ ___________ ALL MEASURMENTS BELOW DETERMINED BY HAVING THE PUMP VIEWED FACING SHAFT .4000 | | | | A B C LEFT PORT SIZE Flange 1/2 3/4 1 1-1/4 1-1/2 2 2-1/2 3 Blank 315 330 350 365 Gear Bolts Centers x x x x 1.625 3.No Port Prices subject to change without notice .0000 2.0000 2.7500 2. Pad Mount Clover Leaf Round Round Round Round 2.7500 2.No Port O-Ring 3/4 7/8 1-1/16 1-5/16 1-5/8 1-7/8 | | | | | | | | | | | | | | 1-800-228-9222 www.K36 COMMERCIAL BUILD ORDER .0000 2. 0 24.5 21.0 10.5 23.0 43.0 27.3 28.0 59.5 31.6 | | | | | 14.4 16.6 36.5 29.3 21. The inlet port will be on the left.0 26.3 18.5 66.8 49.4 17.5 25.0 51.5 | | | | | 7.0 25.8 32.0 44.1 | | | | | | | 9.1 44.8 49.2 61.0 24.5 20.5 | 12.6 36.1 37. The flow is in the opposite direction with counterclockwise rotation.0 33.0 | | | | | | | 18. Repair Parts.2 43.0 54.0 43.5 38.2 43.5 62.5 15.0 30.5 42.2 9.3 53.8 | | | | | | | 26.0 21.5 11.0 33.9 43.2 51.0 80. Also rotate the bearing carrier 180o and rotate the rear cover 180o.2 15.3 | | | | | | | 19.0 24.5 42.5 52.5 32. Seal Kits.2 18. Pressure PSI | | | | | 1200 RPM | GPM HP | OutPut InPut | Gallons Output & Horsepower Required at 1500 PSI Shaft End Pump | Cover End Pump 1800 RPM | 2400 RPM | 1200 RPM | 1800 RPM | GPM HP | GPM HP | GPM HP | GPM HP | OutPut InPut | OutPut InPut | OutPut InPut | OutPut InPut | 2400 RPM GPM HP OutPut InPut P330B497FJAB10-25KMAB07-1 P330B497FJAB12-25KMAB10-1 P330B497FJAB15-25KMAB12-1 P330B497FJAB17-25KMAB15-1 P330B497FJAB20-25KMAB17-1 3500 3500 3500 3250 3000 | | | | | 8.2 28.5 28.2 39. Pump ratings in GPM at 1200 RPM and at 2000 PSI. Shafts.7 | | | | | 10.0 27. and the idler (driven) gear beneath the shaft.0 31.5 62.5 52.0 18.0 31.0 24.8 39.9 13.2 | | | | | 17.0 39.5 11.6 36.8 39.0 66.0 57.1 60.0 12.2 28.3 72.0 24.3 50.0 33.5 66.8 22.9 43.8 | | | | | | | 24.5 38.0 37.4 26.0 24.0 19.0 16.0 14.6 36.0 39.6 28.0 44.0 | | | | | | | 17.0 19.3 59.0 59.1 23.5 9.7 | 50.0 37.5 15.2 33.5 31. Inverting the pump will reverse the inlet and outlet ports but not the direction of rotation.1 32.0 18.0 34.1 29.5 14.7 21. For ratings at other speeds refer to the application chart below Rotation is right hand clockwise facing shaft end.9 © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. Pump With Splined Shaft and Flange Mount Number Max.7 45.5 14.0 51. With clockwise rotation.5 24.7 68.5 28.0 20.5 38.0 21. Bearings & Foot Mounts CUSTOM BUILT PUMPS BUILT FROM PARTS ARE NON-RETURNABLE TO CHANGE ROTATION on P300 series double pumps rotate the gear housing 180o & rotate all of the thrust plates 180o being careful not to lose the channel seals on the backside of them.0 24.0 57.0 27. Flow rate depends on the pump size.0 22.8 | | | | | 19.6 33.5 29.0 | | | | | | | 34.5 28.7 14.0 25.baumhydraulics.9 93.8 32.0 47.7 68.0 34.0 21.0 18.4 17.0 8. outlet on the right.2 28.4 | 82.0 18.2 51.0 29.5 35.7 P350B442FBAB10-7KBAB07-1 P350B442FBAB12-7KBAB10-1 P350B442FBAB15-7KBAB12-1 P350B442FBAB17-7KBAB15-1 P350B442FBAB20-7KBAB17-1 P350B442FBAB22-7KBAB20-1 P350B442FBAB25-7KBAB22-1 3500 3500 3500 3250 3000 2750 2500 | | | | | | | 11.8 39.com Prices subject to change without notice .8 77.2 | | | | | | | 24.0 22.0 16.5 | | | | | | | 13.0 11.0 52. view the unit with the shaft pointing toward you.4 82.5 P365B478FBAB10-7KBAB07-1 P365B478FBAB12-7KBAB10-1 P365B478FBAB15-7KBAB12-1 P365B478FBAB17-7KBAB15-1 P365B478FBAB20-7KBAB17-1 P365B478FBAB22-7KBAB20-1 P365B478FBAB25-7KBAB22-1 3500 3500 3500 3500 3500 2500 3000 | | | | | | | 15.2 | 61.COMMERCIAL TANDEM BUSHING BEARING PUMPS WITH ONE PIECE SHAFT & GEARS 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle | | | 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle Pumps in this series are positive displacement type used to produce a flow of hydraulic fluid.0 29.0 27.5 76.3 59.8 49.5 23.0 80.9 | 93.3 21.0 29.5 37.5 90.5 31.9 13.0 43.0 45.5 16.0 45.0 21.3 18.1 37.5 32. the speed at which it is driven and the resistance or pressure it is pumping against.3 53.7 34.5 13. | | | K37 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle FOR ALL UNITS To determine direction of shaft rotation.5 31. flow will be left to right.1 60.0 24.3 28.0 8.5 31.0 33.4 16.5 25.0 13.0 24.0 71.5 37.3 | 72.0 21.1 44.0 63.5 21.8 39.7 50. We stock Pumps.8 44.1 23.0 71.6 33.1 29.0 28.5 38.5 20.0 18.9 | 100.0 16.0 52.0 16.7 17.0 18. CUSTOM BUILT MOTORS BUILT DIFFERENT FROM STANDARD MOTORS SHOWN BELOW ARE MORE EXPENSIVE Motor With ROUND Shaft & Roller Bearing Part Number Gallons Output & Horsepower Required at 2000 PSI .baumhydraulics. Shaft M50X842XXX-11 M75X842XXX-11 7/8” 13 Spl. Speed RPM Port Size & Type & Location Max. Pressure PSI 1200 RPM GPM HP Input Output 1800 RPM GPM HP Input Output M20A897MEAB05-30 M20A842MEAB07-30 M20A897BEIF10-30 M20A842BEIF12-30 M20A897BEYF15-30 M20A842BEYF17-30 M20A897BEYL20-30 | | | | | | | M20A842MEAB05-25 M20A842MEAB07-25 M20A842BEIF10-25 M20A897BEIF12-25 M20A842BEYF15-25 M20A842BEYF17-25 M20A842BEYL20-25 | | | | | | | 2400 2400 2400 2400 2400 2400 2400 12P12P-E 12P12P-E 12P12P-E 12P12P-S 16P16P-S 16P16P-S 20P20P-S 3000 3000 3000 3000 3000 2500 2500 7 9 13 16 18 21 23 5 8 11 14 17 20 22 10 13 18 23 26 30 34 8 12 16 21 25 29 33 M30A897MEAB05-30 M30A842MEAB07-30 M30A897BEIF10-30 M30A897BEIF12-30 M30A897BEYF15-30 M30A897BEYF17-30 M30A842BEYL20-30 | | | | | | | M30A842MEAB05-25 M30A897MEAB07-25 M30A897BEIF10-25 M30A897BEIF12-25 M30A842BEYF15-25 M30A897BEYF17-25 M30A842BEYL20-25 | | | | | | | 2400 2400 2400 2400 2400 2400 2400 12P12P-E 12P12P-E 12P12P-E 12P12P-S 16P16P-S 16P16P-S 20P20P-S 2500 2500 2500 2500 2000 2000 2000 7 9 13 16 18 21 23 5 8 11 14 17 20 22 10 13 18 23 26 30 34 8 12 16 21 25 29 33 M50A898BEIJ10-11 M50A878BEIJ12-11 M50A898BEYG15-11 M50A878BEYJ17-11 M50A898BEYL20-11 M50A898BEYL22-11 M50A878BEYL25-11 | | | | | | | M50A897BEIF10-25 M50A842BEIF12-25 M50A897BEYF15-25 M50A842BEYF17-25 M50A878BEYL20-7 M50A898BEYL22-7 M50A878BEYL25-7 | | | | | | | 2400 2400 2400 2400 2400 2400 2400 12P12P-S 12P12P-S 16P16P-S 16P16P-S 20P20P-S 20P20P-S 20P20P-S 2500 2500 2500 2000 2000 2000 2000 15 19 22 25 30 33 37 13 17 21 24 28 31 35 22 27 33 38 44 49 54 19 26 30 35 41 46 49 | | | | | | | | | 2400 2400 2400 2400 2400 2400 2400 2400 2400 12P12P-S 16P16P-S 16P16P-S 16P16P-S 20P20P-S 20P20P-S 20P20P-S 20P20P-S 20P20P-S 2500 2500 2500 2500 2000 2000 2000 2000 2000 27 33 38 43 49 54 60 66 72 20 25 31 36 42 48 54 61 68 38 46 54 63 71 80 87 97 103 28 33 45 54 62 72 79 90 99 2 BOLT C WITH SPLINE SHAFT M75A898BEIF10-7 M75A898BEYF12-7 M75A898BEYF15-7 M75A898BEYF17-7 M75A898BEYL20-7 M75A898BEYL22-7 M75A898BEYL25-7 M75A898BEYL27-7 M75A898BEYL30-7 4 BOLT C WITH SPLINE SHAFT | | | | | | | | | M75A878BEIF10-7 M75A878BEYF12-7 M75A878BEYF15-7 M75A878BEYF17-7 M75A878BEYL20-7 M75A878BEYL22-7 M75A878BEYL25-7 M75A878BEYL27-7 M75A878BEYL30-7 DATA SHOWN MAY VARY WITH SPECIFIC UNIT AND TYPE OF OIL USED AND TEMPERATURE. FIRST: Pick the flange type you need looking across drawing below. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www. Shaft M50X898XXX-7 M75X898XXX-7 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle 7/8” Rd. Shaft M20X842XXX-30 M30X842XXX-30 M50X842XXX-30 M75X842XXX-30 1” Rd. REVERSIBLE SINGLE GEAR MOTORS . Shaft M50X898XXX-11 M75X898XXX-11 1-1/4” 14 Spl.K38 COMMERCIAL HIGH PERFORMANCE SINGLE GEAR MOTORS WITH ROLLER BEARING WHEN YOU NEED TO REPLACE A MOTOR. THIRD: Pick out your High Performance Motor that fits your need under your drawing. Shaft M20X842XXX-7 M30X842XXX-7 M50X842XXX-7 M75X842XXX-7 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle 1-1/4” Rd. Motor With SPLINED Shaft & Roller Bearing Part Number Max.com Prices subject to change without notice . Shaft M20X897XXX-43 M30X897XXX-43 1-1/4” Rd. Shaft M20X894XXX-25 M30X894XXX-25 1” Rd. Shaft M30X878XXX-7 M50X878XXX-7 M75X878XXX-7 Motors in this series are positive displacement to produce a definite speed at a particular rate of flow and give a certain value of torque at a particular pressure. Shaft M20X842XXX-43 M30X842XXX-43 1-1/4” Rd. Shaft M30X878XXX-11 M50X878XXX-11 M75X878XXX-11 1-1/4” 14 Spl. Shaft M20X897XXX-25 M30X897XXX-25 M50X897XXX-25 1-1/4” 14 Spl.HIGH SPEED . Shaft M20X897XXX-30 M30X897XXX-30 M50X897XXX-30 1” Rd. SECOND: Pick either splined or round shaft under your drawing. Shaft M50X897XXX-11 7/8” 13 Spl. Shaft M20X894XXX-43 M30X894XXX-43 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle 7/8” Rd. Shaft M20X842XXX-25 M30X842XXX-25 M50X842XXX-25 1-1/4” 14 Spl.HIGH PRESSURE 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 7/8” Rd. Shaft M20X894XXX-30 M30X894XXX-30 7/8” 13 Spl. Shaft M20X897XXX-7 M30X897XXX-7 M50X897XXX-7 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle 1-1/4” Rd. WE HAVE IT IN STOCK. 1 20.5 50.3 92.9 16.0 57..6 9.0 3.9 11.9 5.4 21..0 133. Shaft M350C878XX-11 M365C878XX-11 M315.0 11.5 61...0 44..2 19.5 29...0 21.5 28..0 20. Shaft M350C898XX-11 M365C898XX-11 | | | | | | | | | | | | | | | | 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle 1-1/4” Rd..0 47.5 68. 5%.5 28.5 43.. 1250 1610 1960 2150 2260 2340 2360 2400 2400 2400 2400 2400 2400 2400 20S20S-S 20S20S-S 20S20S-S 20S20S-S 20S20S-S 24SF24SF-S 24SF24SF-S 3500 3500 3500 3250 3000 2750 2500 17.8 30.6 61.3 78.1 2. Max. .... .9 43.5 37.5 14.8 3.0 16.7 78....8 52.1 14..5 43.3 30.Date: 1500 COMMERCIAL HIGH PERFORMANCE SINGLE GEAR MOTORS WITH TYPE BEARING BUSHING WHEN YOU NEED TO REPLACE A MOTOR..5 18.0 4.1 3000 11.0 30.0 37..0 Qty.1 95.4 30.3 22.0 33.2 own.5 28.7 37.8 7.9 6.4 2.0 17. Refer to the chart below for more information.2 11.0 89. 1800 RPM 2400 RPM GPM HP GPM HP Input Output Input Output 1200 RPM GPM HP Input Output 1. WE HAVE IT IN STOCK.3 9..0 54..7 7.8 27. M315A993VNAB10-97 M315A993VNAB15-97 M315A993VNAB20-97 . . .1 2. 995 1250 1500 1660 1725 2400 2400 2400 2400 2400 20S20S-S 20S20S-S 20S20S-S 20S20S-S 20S20S-S 3500 3500 3500 3250 3000 12.9 61.0 63.0 33.3 139. Shaft M315A993XX-66 2 BOLT TYPE AA 2” Round Pilot 3-1/4 Bolt Circle M5A995IEAHXX-26 | | | | | | | | | | | | | | | | 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle 7/8” Rd.39 740 4000 12S12S-S 362. . 1800 2250 2740 3230 3620 3900 3975 2400 2400 2400 2400 2400 2400 2400 20S20S-S 20S20S-S 20S20S-S 20S20S-S 20S20S-S 24SF24SF-S 24SF24SF-S 3500 3500 3500 3500 3500 3250 3000 23...6 66.0 14.4 64.2 113...5 47.1 16.5 48. .75 Torque in Lbs.8 17..5 3700 8.6 57.0 4.5 52..9 23..1 89.5 35.4 49.0 68.5 70.5 10.0 23. .6 81.1 63.HIGH PRESSURE 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 3/4” Rd.2 6..8 17.0 98.6 5..5 42.1 24.. ...5 21..5 4400 5.3 42..com Prices subject to change without notice .7 33. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.9 M365C878VCAB10-11 M365C878VCAB12-11 M365C878VCAB15-11 M365C878VCAB17-11 M365C878VCAB20-11 M365C878CRAB22-11 M365C878CRAB25-11 .0 70. Motor With One Piece Shaft & Roller Bearing Part Number Our Sequence Number M5A995IEAH04-26 M5A995IEAH06-26 M5A995IEAH08-26 M5A995IEAH10-26 J29070 J29075 J29080 J29085 M11A993HEAX16-24 J29091 M11A993 HEAX23-24 J29095 M11A993IEAX33-24 J29100 On all M5 and M11 motors the 7/16 Motor Per Each $356.8 12..0 33. K39 FIRST: Pick the flange type you need looking across drawing below... SECOND: Pick either splined or round shaft under your drawing. .2 11.5 28. .23 389...9 3.4 113.3 128.5 42.9 55.8 47..6 31.0 90. 10 pkgs. 5 pkgs.0 43.4 111. Shaft M315A996XX-66 M330C897XX-30 1” Rd.7 M350C842VCAB10-25 M350C842VCAB12-25 M350C842VCAB15-25 M350C878VCAB17-11 M350C878VCAB20-11 M350C878CRAB22-11 M350C878CRAB25-11 .8 28.1 2..0 37.9 47. REVERSIBLE SINGLE GEAR MOTORS . 630 945 1090 3000 3000 3000 16S16S-S 16S16S-S 16S16S-S 3500 3250 2500 7... M350.2 31..9 86.. . 10% DATA SHOWN MAY VARY WITH SPECIFIC UNIT AND TYPE OF OIL USED AND TEMPERATURE..0 61.5 15. 2%...3 40.5 80.6 7. THIRD: Pick out your High Performance Motor that fits your need under your drawing...5 33.HIGH SPEED .5 20.0 61.5 52..0 40.9 23..2 61.7 4..7 45.6 20.0 23.33 510 4000 12S12S-S 558. .4 9.5 2.3 103.9 14.0 51. .. . Pressure PSI 127 195 255 320 4000 4000 4000 4000 10S10S-S 10S10S-S 10S10S-S 10S10S-S 4400 4400 4400 4000 449.6 3..6 44.7 to low pressure return (less than 50 PSI) or to tank on its 4.3 74.0 28.0 47. Disc: 2 pkgs. ..7 17... Shaft M330C897XX-43 1-1/4” Rd..46 348. Shaft M315A993XX-97 M11A993IEAXXX-24 7/8” Rd.6 25.0 75.4 35.8 67.7 42.9 74.0 22..2 65.0 40. M330.5 25. .5 27.0 15.0 34. Shaft M350C897XX-11 M365C897XX-11 M5 and M11 | | | | 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle | | | | | | | | | | | | 1-1/4” Rd.5 37. Shaft M350C842XX-11 M365C842XX-11 | | | | | | | | | | | | | | | | 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle 1-1/4” Rd.2 32. .baumhydraulics. Speed RPM Port Size & Type & Location Max.3 75... . and M365 Motors in this series are positive displacement to produce a definite speed at a particular rate of flow and give a certain value of torque at a particular pressure...2 20.4 21.14 381.4 3.5 53.5 38.4 64.8 M330C842VCAB10-25 M330C842VCAB12-25 M330C842VCAB15-25 M330C897VCAB17-43 M330C897VCAB20-43 .0 33.40 1060 4000 12S12S-S o-ring thread drain line port must be hooked up Gallons Output & Horsepower Required at 3500 PSI .6 32.0 38.. 5 17.0 69.6 18.2 36. Pressure PSI 1200 RPM GPM HP Input Output M15H901GEAB05-2 M15H901GEAB07-2 M15H901LEAB10-2 M15H901BEIL12-2 M15H901BEIL15-2 M15H907BEIT17-2 M15H907BEIT20-2 184 276 368 460 551 643 735 2000 2000 2000 2000 2000 2000 2000 8P8P-E 8P8P-E 12P12P-E 16P16P-S 16P16P-S 20P20P-S 20P20P-S 2000 2000 2000 2000 2000 2000 2000 4.3 DATA SHOWN MAY VARY WITH SPECIFIC UNIT AND TYPE OF OIL USED AND TEMPERATURE. Max.8 26.2 9.0 30.5 31.6 5.6 52.6 M25X797BEER10-30 M25X797BEIL15-30 M25X797BEIT20-30 M25X797BEIT25-30 680 1075 1450 1840 2000 2000 2000 2000 12P12P-S 16P16P-S 20P20P-S 20P20P-S 2000 2000 2000 2000 15. FIRST: Pick the flange type you need looking across drawing below.8 23.0 41. WE HAVE IT IN STOCK. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.9 62.1 13.2 24.8 15.3 33.0 35.8 10. REVERSIBLE SINGLE GEAR MOTORS .K40 COMMERCIAL HIGH PERFORMANCE SINGLE GEAR MOTORS WITH ROLLER BEARING WHEN YOU NEED TO REPLACE A MOTOR.6 5. Shaft M15H901XX-25 1” Rd.0 20.4 31.2 M15X994BEIF07-30 M15X994BEYF10-30 M15X994BEYF12-30 M15X994BEYL15-30 M15X994BEYL17-30 468 613 765 799 812 2500 2500 2500 2250 2000 12P12P-S 16P16P-S 16P16P-S 20P20P-S 20P20P-S 2500 2500 2500 2500 2500 6.8 14.5 31.6 31.3 50.3 35. Motor With One Piece Shaft & Roller Bearing Part Number Gallons Output & Horsepower Required at 2000 PSI .0 7.0 76.0 52.2 15.75 9.com Prices subject to change without notice .0 22.8 26.2 22.0 20.4 75.0 26.5 22.4 27.4 8.2 24.5 37.1 80. THIRD: Pick out your High Performance Motor that fits your need under your drawing.4 13.8 14.8 14.8 14.4 19.0 21.7 23.1 19. Shaft M15H901XX-2 M15X994XX-30 7/8” Rd. Shaft M15H907XX-11 M15X997XX-43 M25X997XX-43 1-1/4” Rd.0 61.0 40.5 6. Shaft M15H300XX-25 M15X300XX-25 M25X942XX-11 M37X942XX-11 Motors in this series are positive displacement to produce a definite speed at a particular rate of flow and give a certain value of torque at a particular pressure.HIGH PRESSURE 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle 2 BOLT TYPE C 5” Round Pilot 7-1/8” Bolt Circle 4 BOLT TYPE B 4” Round Pilot 5” Bolt Circle 4 BOLT TYPE C 5” Round Pilot 6-3/8” Bolt Circle 7/8” Rd. Refer to the chart below for more information.6 37.0 5. Shaft M15H901XX-11 M15X994XX-43 1” Rd.5 17.4 9.0 64.2 15.2 9.3 52.4 18.0 33.0 70.0 13.4 7.25 19.5 100.1 19.HIGH SPEED .4 31.0 52.1 10.0 23.0 13.5 30. Shaft M15H903XX-25 M25X778XX-11 M37X778XX-11 1” Rd. 1800 RPM 2400 RPM GPM HP GPM HP Input Output Input Output Torque in Lbs.0 55.2 26.4 18.4 13.2 27.75 56.1 10.7 46.4 19.3 101.4 44.0 20.6 12.0 45.7 13.4 8.5 18.8 14.6 6.0 27.0 3. Shaft M15H303XX-25 M15X303XX-25 M25X978XX-11 M37X978XX-11 1-1/4” Rd. Shaft M15H907XX-25 M25X797XX-11 1-1/4” Rd. SECOND: Pick either splined or round shaft under your drawing.4 7.0 22.5 13.5 18.6 60.0 M37X778BEER10-11 M37X778BEIL15-11 M37X778BEIT20-11 M37X778BEIT25-11 M37X778BEJC30-11 750 1200 1650 2125 2670 2000 2000 2000 2000 2000 12P12P-S 16P16P-S 20P20P-S 20P20P-S 24P24P-S 2000 2000 2000 2000 2000 19.3 28.6 12. Shaft M15H300XX-11 M15X300XX-43 M25X942XX-43 1-1/4” Rd. Speed RPM Port Size & Type & Location Max.75 45.75 9.8 23.0 11.0 27.0 13.2 10.0 27. Shaft M25X798XX-11 M37X798XX-11 7/8” Rd.3 85.2 10.75 10.0 75. Shaft M15H907XX-2 M25X797XX-30 1-1/4” Rd.5 39.0 11.1 13.baumhydraulics.0 40.2 45. ........28 | 391-2883-185 hi M11 97366497 44...11 | 391-2883-107 MM55881 12.97 2.68 | ............58 | 391-2883-058 EE3060 18. 4.......30 17...-97366493 44... 315......46 51............... 23.....32 37.50 | 391-2883-094 M365 9719695 48..... 51.............30 17...87 | 391-0482-306 975959 30..87 15.......76 | 391-2883-103 EE3080 13.baumhydraulics..........M Series .......... X 1......78 | 391-0482-308 975952 24. Shaft End Cover ...70 11... It is preceded by the letter P or M for pump or motor . FOR REPAIR AND REPLACEMENT .. SHAFT SEALS......97 6......25 38..........51 | 391-2883-115 M350 EE3033 74... 37X...14 2.22 24.......30 26...59 47.B Gear Housing..81 | 391-2883-107 MM55870 7...... P Series ..........................38 | 9719705 95.00 | MM55813 6........ 31........15 | 391-2883-119 M330 EE3031 94. 3..........18 | 391-2883-094 M37X EE3000 24................ and FLOW DIVIDERS Date: 1700 K41 MADE FROM PARTS OR ALREADY ASSEMBLED Commercial 15H...55 | 391-2883-133 MM55880 15..50 | 391-2883-096 M25X MM55812 38..12 | .....78 30.. 7 Bearing Carrier ....97 8.67 | 391-2883-052 97244064 24... & WEAR PLATES Date: 2500 Seal Kits Pumps One Section Part Number Series 391-1802-031 P15H 391-1802-129 P25X 391-1802-016 P37X CSK-P20A P20A CSK-P20C P20C 391-1802-119 P30/31 CSK-P30C/P31C P30/31 391-1802-137 P50/51 CSK-P50C/P51C P50/51 391-1802-136 P75/76 CSK-P315 P315 391-1802-441 P330A CSK-P350 P350 391-1802-494 P365 391-1822-101 P5 P11-SK1VV P11 8611-023-00N PGP511 8611-023-Q1N PGP511 391-1822-071 P17 Our Sequence Number | | Per Each Shaft Seals Metal Clad Pumps | Part | Number MM55858 $11........ 7..14 6.97 | 9352-061-00T 97244060 39......45 6......49 11.....17 10.. 76.....56 26..................33 | 391-2883-055 MM55850 14....14 1-800-228-9222 www.. BY Gear Housing.... 942 Port End Cover ..22 | 391-0482-308 984056 24.........32 26... IL15 Connection Shaft ....80 50...32 37.........-MM55814 87... 50.. 342 Port End Cover .11 50..COMMERCIAL PUMPS.. Each section added to the single assembly requires a proper code for a bearing carrier.38 | 391-0482-306 975964 36.... port end cover.........97 3...25 38.23 38.26 38..............87 24.38 36.....25 38. The full assembly code for the finished unit combines individual codes for shaft end cover...64 95....................17 6......36 17.64 32...64 38...................87 15..82 | 391-2883-052 EE3040 7. Shaft End Cover ..32 2.. 5.....25 38........ and drive shaft......10 | 391-2883-052 EE3065 13...78 | 391-2883-103 MM55945 23.....17 10........... 3.....80 4.com M15H M25X M37X M20A M20C M30/31 M30/31 M50/51 M50/51 M75/76 M315 M330 M330 M350 M350 M365 975757 975759 975758 975760 975760 975760 975760 975759 975759 975758 975778 975779 975779 975781 975781 975780 21......30 17....66 | 391-0482-307 Lip Seals Motor 9736645 8.............50 2....80 17........ Here is an example of an assembly code for a two-section 37X pump: PUMP MODELS START WITH LETTER P... gear housing and connecting shaft....... BEARINGS..... 4................13 | 391-2883-126 M20C MM55822 25.. gear housing... Shaft End Cover ... 4.. BE Gear Housing....and by a number to designate the series.72 | 391-2883-115 M50/51 MM55885 38...........53 | 391-2883-186 M50/51 MM55842 44....... 1 COMMERCIAL PUMP & MOTOR SEAL KITS...35 | 391-2883-058 EE3070 24....66 PGM511 PGM511 PGM511 97366486 9717393 9736648 13...66 15....17 Shaft Seals Metal Clad Motors M15H M25X-I M37X M20A M20C M30/31 M30/31 M50/51 M50/51 M75/76 M315 M330 M330 M350 M350 M365 M5 M11 PGM511 PGM511 PGM511 | | | | | | | | | | | | | | | | | | | Series 391-2185-907 391-2185-912 391-2185-909 391-2185-913 391-2185-913 391-2185-913 391-2185-913 391-2185-912 391-2185-912 391-2185-920 391-2185-963 391-2185-956 391-2185-957 391-2185-955 P15H P25X P37X P20A P20C P30/31 P30/31 P50/51 P50/51 P75/76 P315 P330 P350 P365 Our Sequence Per Number Each 975820 975822 975821 975823 975823 975823 975823 975822 975822 975824 975830 975828 975829 975827 $38.... MOTORS.......70 11..... 25X...36 12...91 | 391-2883-048 MM55875 14...... 2...02 6....05 2... 350.....02 6.....37 Model ........ P Series .81 Prices subject to change without notice .62 6......28 | 8301-020-00M PGM511 © 2011 by Baum Hydraulics Corporation | Part | Number | Roller Bearings Four Required Per Section | 391-1801-014 391-1801-015 391-1801-009 CSK-M20A CSK-M20C 391-1801-032 CSK-M30C/M31C CSK-M50C 391-1801-063 391-1802-143 CSK-M315 CSK-M330 CSK-M330C 391-1801-115 CSK-M350C CSK-M365 391-1801-304 391-1801-311 8301-023-Q1N M511-SKIVV/LG M511-SKIVV/MG Wear Plates Two Required Per Section .42 | 391-2883-126 M30/31 EE3032 37...... 25 P37X MULTIPLE PUMP Example Only Assembly Code P37X 178 BY VZ20-7 B IL 15-1 Pump ....80 | 391-2883-151 MM55941 13..... BE Gear Housing.. 30.66 | 391-0381-062 975953 | 391-0381-059 975952 | 391-0381-060 975962 | 391-0381-068 975964 | 391-0381-068 975962 | 391-0381-068 975964 | 391-0381-068 984056 | 391-0381-059 975959 | 391-0381-059 975952 | 391-0381-060 | 391-0482-195 975962 15.........01 | 391-2881-181 9717398 19............. 6...........38 36.........46 | 391-2883-094 M75/76 EE3029 67..... IT20 Drive Shaft ........63 4.25 Model . 75...99 24........94 | 8301-019-00K 9717397 20...29 | 391-2883-058 EE3050 17.48 | 391-2883-178 9736649 78. IT20 Drive Shaft .. 178 Port End Cover ......73 9411-601-00N 97366485 18...16 5..CALL US SINGLE UNIT MULTIPLE UNIT Commercial pumps and motors are available as single or multiple assemblies........35 | 391-2883-184 M5 9717396 20........35 335-0900-748 ...........................74 | 391-2883-119 M20A EE3010 53. 25 1........ X M25X SINGLE MOTOR Example Only Assembly Code P25X 342 BE IT20-25 Motor ...70 12.................... Multiple units are coded in the same manner except that additional designations for added sub-components must be included....69 | EE3030 66...04 | 391-2883-119 M30/31 EE3020 53..32 | 391-2883-186 M350 EE3035 104.......... MOTOR MODELS START WITH LETTER M Here is an example: P25X SINGLE PUMP Example Only Assembly Code P25X 342 BE IT20-25 Pump .VZ20 Drive Shaft .... 365 Pumps and Motors Below are examples of Commercial numbers: Please call for price and stock. 2..... 3....... 2.25 Model ...... X 1...............68 | 391-2883-058 Date: 2500 Seal Kits Motors One Section | Series P15H P25X P37X P20A P20C P30/31 P30/31 P50/51 P50/51 P75/76 P315 P330 P350 P365 P5 P11 PGP511 PGP511 P17 Our Sequence Number 975940 975946 975945 975947 975957 975947 975957 975955 975966 975945 975969 975947 975955 975945 9736693 9736699 9717395 9717394 975947 | | Per Each $4...53 | 391-2883-126 M330 EE3034 81... 9411-601-00N 9736647 16.... 36 | 391-2883-103 975962 16.74 312-1135-152 312-1500-001 90.78 Prices subject to change without notice .62 164.71 | 391-2883-115 975760 17.31 79.83 145.14 37.64 106. 1-1/4” Gear Hsg.71 6.10 98.92 12.07 244.38 8.26 221.65 | | 974910 79.02 105.67 215.92 116.56 391-2883-052 391-2883-094 391-0381-060 391-2185-920 391-0381-078 391-2585-011 391-2686-025 391-2884-024 391-2882-084 975945 975952 975758 975824 975755 975894 975900 883412 975935 7.91 193.49 224.57 155.40 975004 975005 92.41 96.47 308-5020-204 308-5020-201 974820 9748205 105.31 | 303-8012-100 974962 77.31 | 974881 79.31 | 303-8020-100 | 303-8022-100 974970 93.64 96.36 16.82 67.31 | 303-8010-100 974960 77.96 40.32 313-5023-204 313-5023-203 313-5033-201 313-5033-202 975046 975045 975050 975051 111.31 | 303-8015-100 974965 77. 3/4” Gear Hsg.68 | 313-2807-000 974888 118.08 186.52 7.19 26.72 | | | | | | | | | Per Each 316-1135-148 316-1133-001 975103 975100 97.04 3.02 | 974930 118.80 82.62 132.90 | 391-0381-059 975823 39.05 100.64 96. 1” Gear Hsg.14 | 313-2815-000 974891 127.93 213.10 3.53 | 313-2810-000 974889 120.19 79.82 27.90 | 391-2884-021 975930 1.80 149.50 80.57 11.58 26.64 96.98 316-1135-147 975102 93.56 27.29 | | | | | | | | | | | 316-2807-000 316-2810-000 316-2812-000 316-2815-000 316-2817-000 316-2820-000 316-2822-000 316-2825-000 316-2827-000 316-2830-000 975110 975112 975115 975120 975122 975125 975130 975135 975140 975142 208. 1-1/2” Gear Hsg.58 1.48 195.60 | 974929 104.29 122.44 141.03 | | | | | | | | | | 312-1135-138 312-1135-133 312-1133-001 391-2883-107 391-2883-126 312-7300-100 2.72 145.97 219.95 221.53 120.74 | | 313-1500-002 | 313-1500-004 974878 90.71 17.90 39. 308-8005-100 308-8007-100 308-8010-100 308-8012-100 308-8015-100 308-8017-100 308-8020-100 974835 974836 974838 974840 974842 974843 974845 96.56 | 974925 162.56 | 391-2185-912 975750 27.31 | 303-8017-100 974968 77.85 138.52 3.95 166.31 | 303-8007-100 974958 77.17 2. 3” Gear Hsg.17 246.80 102.75 1.24 | 312-3100-100 | | | | | | | | | | | 312-8005-100 312-8007-100 312-8010-100 312-8012-100 312-8015-100 312-8017-100 312-8020-100 114.06 74.31 | | | | | | | | | | | 316-8007-100 316-8010-100 316-8012-100 316-8015-100 316-8017-100 316-8020-100 316-8022-100 316-8025-100 316-8027-100 316-8030-100 975180 975182 975183 975185 975186 975187 975188 975190 975192 975195 127.78 39.00 | 974926 114.29 45.78 | | | | | | | | | | | 312-2805-000 312-2807-000 312-2810-000 312-2812-000 312-2815-000 312-2817-000 312-2820-000 97.64 1/2” Gear Set 3/4” Gear Set 1” Gear Set 1-1/4” Gear Set 1-1/2” Gear Set 1-3/4” Gear Set 2” Gear Set 2-1/4” Gear Set 2-1/2” Gear Set 2-3/4” Gear Set 3” Gear Set 312-2805-000 312-2807-000 312-2810-000 312-2812-000 312-2815-000 312-2817-000 312-2820-000 974885 974886 974888 974889 974890 974891 974893 3/4” Round Tapered (Clutch) B Keyed C Keyed B Splined C Splined Connecting Shaft Pump Shaft Seal Motor Shaft Seal Bearing Carrier 312-1135-152 312-1500-001 974879 974881 312-1135-138 312-1135-133 312-1133-001 391-2883-107 391-2883-126 308-7300-100 974878 974877 974875 975957 975964 974830 Pump Shaft Seal Motor Shaft Seal Roller Bearings Thrust Plates Outboard Bearing Ring Seal Snap Ring Gasket Seal Pocket Seal 391-2883-058 391-2883-119 391-0381-068 391-2185-913 391-0381-040 391-2585-006 391-2686-063 391-2884-019 391-2882-051 975947 975962 975760 975823 975750 975890 975905 883405 975930 Description Cloverleaf (PTO) Pad Mount 2 BOLT A 2 BOLT B 2 BOLT C 4 BOLT B 4 BOLT C 4 BOLT D Port End Cover* © 2011 by Baum Hydraulics Corporation Per Each | | | | | | | | | | | P30 SERIES | Part Number Our Sequence Number 312-5013-201 312-5023-205 312-5023-202 312-5026-204 312-5033-201 312-5033-202 SHAFT END COVERS | 974920 $113.39 230.07 | 313-7300-100 GENERAL PARTS 975947 2.01 | 391-2883-133 975964 40.29 | 313-2812-000 974890 122.31 | 303-8005-100 974956 77.35 139.56 218.78 | 313-2820-000 | 313-2822-000 | 313-2825-000 | | CONTINENTAL SHAFTS 974879 97.65 313-3100-100 975030 59.70 308-5030-201 974822 101.86 175.47 205.27 | | | | | | | | | | 975955 975959 975759 975822 975754 975892 975906 883408 975930 6.96 975002 975000 975966 984056 975060 113.67 110.14 127.72 | | | | | | | | | 391-2883-058 391-2883-119 391-0381-068 391-2185-913 391-0381-040 391-2585-006 391-2686-063 391-2884-050 391-2882-051 312-8025-100 Per Each | | P50 SERIES | Part Number Our Sequence Number 313-5013-201 975040 $127.05 | 391-2883-186 974950 102.89 129.41 | 974877 96.68 118.baumhydraulics.74 1.92 | 313-2805-000 974886 116.11 238.14 | 313-1135-194 974875 37.44 118.64 96.32 316-7300-100 975170 228.75 84.K42 Date: 1700 COMMERCIAL ROLLER BEARING PUMP PARTS (MOTOR PARTS MAY REQUIRE SOME MODIFICATION) *Note: Add Approximately $10.74 | 391-2585-009 975905 1.22 39.38 | 391-0381-077 975890 8.24 39. 2-1/4” Gear Hsg.00 1.64 96.87 71.72 | 391-2882-051 1-800-228-9222 www.83 234.65 155.63 | 303-8025-100 | | DOWNSTREAM GEARS 974885 114.64 96.18 271.07 95.57 | 313-1133-001 975957 11.21 103.95 974715 974716 974718 974720 974722 974725 974727 974730 974732 975010 975012 975013 975014 975015 9750159 975017 975018 975020 UNPORTED GEAR HOUSINGS* 974955 77.01 40.86 47.17 | 391-2686-065 883406 2.com Per Each P75 SERIES | | Part Number Our Sequence Number | | | | | | | | 316-5023-201 316-5033-201 316-5033-202 316-5033-203 316-3100-100 975160 975162 975163 975164 975150 $212.40 119.54 32.89 | 313-2817-000 974893 129.22 77. 2-1/2” Gear Hsg.95 308-3100-100 974825 56.00 Per Port Where Applicable P20 SERIES | Part Number Our Sequence Number 308-5036-201 974823 $122.60 1/2” Gear Hsg.26 146. 2” Gear Hsg. 1-3/4” Gear Hsg.35 | 974927 122. 2-3/4” Gear Hsg.58 141. 55 391-2884-023 391-2882-019 883410 975910 3.10 232.67 200.06 1/2” Gear Set 3/4” Gear Set 1” Gear Set 1-1/4” Gear Set 1-1/2” Gear Set 1-3/4” Gear Set 2” Gear Set 2-1/4” Gear Set 2-1/2” Gear Set 3” Gear Set 302-2805-000 302-2807-000 302-2810-000 302-2812-000 302-2815-000 302-2817-000 302-2820-000 974630 974632 974635 974637 974640 974642 974643 3/4” Round B Keyed BB Keyed C Keyed B Splined C Splined Connecting Shaft Bearing Carrier 302-1134-005 302-1134-021 302-1134-026 Pad Mount 2 BOLT A 2 BOLT B 2 BOLT C 4 BOLT B 4 BOLT C Port End Cover* Pump Shaft Seal Motor Shaft Seal Roller Bearings Thrust Plates Outboard Bearing Shaft Bushing Snap Ring Gasket Seal Pocket Seal Part Number Our Sequence Number 302-5095-201 302-5025-201 302-5025-202 | Per Each Description 15X SERIES Our Sequence Number 302-3100-100 SHAFT END COVERS | | | | | | 974645 $47. 2” Gear Hsg.22 77.77 59.83 14.43 | 303-2812-000 974640 192.07 82.33 391-2686-063 391-2884-019 391-2882-022 975905 883405 975920 1.16 196.87 | | | | | | | | 305-1134-008 305-1134-010 305-1134-001 305-1133-001 305-7300-100 974742 974743 974741 974740 974765 94.13 974682 974685 974687 974688 974686 974680 974710 86. 3/4” Gear Hsg.65 204.94 | | | | | | | | | | | 305-8005-100 305-8007-100 305-8010-100 305-8012-100 305-8015-100 305-8017-100 305-8020-100 305-8022-100 305-8025-100 9747651 9747652 9747653 9747654 9747655 9747656 9747657 9747658 9747659 108.04 50.58 26.21 | 303-2810-000 974637 189. 2-1/2” Gear Hsg.91 72.60 228.44 163.52 302-3100-100 974645 47.61 92.07 | 303-8017-100 974678 82.30 | 975820 41.11 64.06 | 303-8020-100 | 303-8022-100 | 303-8025-100 | | 974715 974716 974718 974720 974722 974725 974727 974730 974732 67.68 103.21 103.63 Prices subject to change without notice K43 © 2011 by Baum Hydraulics Corporation | | | | | | | | | | Part Number .77 87.96 99.51 81.00 1.01 183.76 201.52 98.00 Per Port Where Applicable 15H SERIES | | 974665 974655 974656 $98.41 | 975777 17.77 71.75 56.86 | 303-2820-000 | 303-2822-000 | 303-2825-000 | 974690 974691 974692 974693 974694 974695 974696 974697 974698 CONTINENTAL SHAFTS | | 303-1135-001 | 303-1135-012 | 303-1135-023 | 303-1135-028 | 303-1135-021 | 303-1133-001 | 303-7300-100 391-2883-106 391-2883-096 391-0381-062 391-2185-907 391-0384-008 391-0482-194 391-2685-011 391-2884-019 391-2882-022 | Part Number GENERAL PARTS 975956 15.77 214.90 133.66 | 303-2817-000 974643 201.85 145. 2-3/4” Gear Hsg.52 | 975771 21.06 80.43 192.90 136.33 202.52 74.63 | 391-2883-055 391-2883-096 391-0381-059 391-2185-912 391-0384-008 391-0481-002 391-2685-011 391-2884-021 391-2882-051 1-800-228-9222 www.15 89.93 221.51 87.63 Per Each | | 25X SERIES Our Sequence Number 303-5011-202 974702 $121.34 9.63 110.75 302-1134-028 974615 59.58 1. 3” Gear Hsg.36 210.79 136.baumhydraulics.18 305-8030-100 974766 177.77 | 303-8007-100 974673 71.61 | 303-8005-100 974672 69.49 216.30 41.61 69.71 99.60 | 883405 2.05 | 975757 22.44 | | | | | | | | | | 305-2805-000 305-2807-000 305-2810-000 305-2812-000 305-2815-000 305-2817-000 305-2820-000 305-2822-000 305-2825-000 305-2830-000 974744 9747445 974745 9747455 974746 9747465 974747 9747475 974748 9747485 269.27 141.52 88.87 71.58 26.23 UNPORTED GEAR HOUSINGS* 974670 67.73 | 975953 26.com Per Each 37X SERIES | | Part Number Our Sequence Number Per Each | | | | | | | 305-5012-201 974755 $145.25 | 975897 0.93 205.62 235.78 121. 1-1/4” Gear Hsg.27 0.83 975946 975953 975759 975822 975771 975776 975897 883408 975930 7.13 206.20 261.72 | | | | | | | | | 391-2883-052 391-2883-094 391-0381-060 391-2185-909 391-0384-006 391-0481-001 975945 975952 975758 975821 975770 975775 7.06 74.71 | | | | | | | 1/2” Gear Hsg. 2-1/4” Gear Hsg.15 49.31 DOWNSTREAM GEARS 974630 170.COMMERCIAL ROLLER BEARING PUMP PARTS Date: 1700 (MOTOR PARTS MAY REQUIRE SOME MODIFICATION) *Note: Add Approximately $10.60 3.86 | | | | | | | | | | 302-2805-000 302-2807-000 302-2810-000 302-2812-000 302-2815-000 302-2817-000 302-2820-000 974605 974610 974612 79.82 | 303-8010-100 974674 75. 1” Gear Hsg.53 | 303-2815-000 974642 195.40 121.83 81.08 207.51 190.50 302-1133-001 302-7300-100 974602 974668 31.90 303-5021-203 303-5021-204 303-5031-201 303-5031-202 303-3100-100 974704 974705 974706 974707 974700 121.80 166.52 302-5035-201 974660 87.41 10.82 75.22 39.88 305-5021-201 305-5031-204 305-5031-201 305-3000-100 974756 974758 974757 974750 157.19 78.66 201.58 | 975920 1.75 84.50 80.45 217.69 253.19 | 303-8012-100 974675 78. 1-1/2” Gear Hsg.71 | | | | | | | | | | | | 302-8005-100 302-8007-100 302-8010-100 302-8012-100 302-8015-100 302-8017-100 302-8020-100 170.51 | 303-8015-100 974676 81. 302-8005-100 302-8007-100 302-8010-100 302-8012-100 302-8015-100 302-8017-100 302-8020-100 974670 974672 974673 974674 974675 974676 974678 67.65 | | | | | | | | 391-2883-048 391-2584-020 391-0381-062 391-2185-907 391-0381-051 975940 975860 975757 975820 975752 4.01 | 303-2807-000 974635 183.80 82.93 22.80 102.05 27.96 21.53 195.02 227.91 91.17 2.81 177. 1-3/4” Gear Hsg.21 189.78 39.81 113.10 35.70 1.81 | 303-2805-000 974632 177. 25 | | | | | | | | | 322-2807-000 322-2810-000 322-2812-000 322-2815-000 322-2817-000 322-2820-000 322-2822-000 322-2825-000 975240 975245 975247 975248 975249 975250 975252 975255 212.06 | 975905 1. 1-1/2” Gear Hsg.80 58.10 Prices subject to change without notice .63 | 9759077 3.34 | | | | | | 975390 975392 975391 9753911 975393 975394 975395 975396 975397 102.88 UNPORTED GEAR HOUSINGS* 975455 76.36 391-2883-133 975966 7.36 | 975962 16.93 221.74 3.09 | | | | | | | | | 322-8107-100 322-8110-100 322-8112-100 322-8115-100 322-8117-100 322-8120-100 322-8122-100 322-8125-100 975300 975302 975303 975304 975305 975315 975317 975318 132.76 122.76 1.39 | 9759079 3.59 85.98 2.38 64.67 | 9759078 3.63 2.78 2.21 | 323-8107-100 975457 80.18 108.42 | 323-8105-100 975456 78.68 324-5033-201 324-5033-202 324-3100-100 975427 975428 975425 115.60 2.89 51.66 89.71 189.77 | 975750 27.27 975778 975995 975898 4.91 160.44 178.82 2.26 200.87 3.85 143.50 1.06 3.00 Per Port Where Applicable P315 SERIES Description Part Number Our Sequence Number 326-5129-204 326-5129-203 975571 975570 | Per Each | | P330 SERIES Part Number Our Sequence Number | Per Each | | P350 SERIES Part Number Our Sequence Number | Per Each P365 SERIES | | Part Number Our Sequence Number Per Each 322-5123-201 975270 $237.71 | 9759705 1.40 255.59 | 975418 168.53 | 975828 54.77 2.34 303.33 146.20 | 975413 100.68 | 975416 165.99 | | | | | | 323-5123-201 975347 $181.20 | | | 324-1000-300 324-1000-500 391-2883-107 391-2883-126 324-1133-001 324-7300-100 CONTINENTAL SHAFTS 975412 119.55 47.17 | 323-2805-000 323-2807-000 323-2810-000 323-2812-000 323-2815-000 323-2817-000 323-2820-000 323-2822-000 323-2825-000 323-1500-500 323-1000-300 975334 975330 119.93 | 975399 111.01 | 975964 40.73 1.20 127.17 1. 3/4” Gear Hsg.74 1.42 2.13 156.93 40.04 | | | | | | | | | | | | | | | 1-800-228-9222 www.46 | | | | | | | | | 391-2883-103 391-2883-115 391-2882-140 391-2882-139 391-2885-075 391-2885-074 391-2885-073 391-2884-074 391-2884-021 391-2185-957 391-2185-968 391-0381-077 391-0482-308 391-3681-001 391-2686-065 975955 975959 9759353 9759352 975992 975991 975990 975987 883408 975829 9758303 975754 975781 975995 975906 6.17 83.74 | 975450 217.78 81.60 1.75 243.61 210.19 326-3100-100 975555 58.34 162.53 234.21 | 975417 166.25 216.92 19.82 | | 975398 118.60 215.46 114. 1-3/4” Gear Hsg.86 975336 975337 975338 975339 975340 975341 975342 975343 975344 192.Date: 1700 K44 COMMERCIAL ROLLER BEARING PUMP PARTS (MOTOR PARTS MAY REQUIRE SOME MODIFICATION) *Note: Add Approximately $10.01 197. 2” Gear Hsg.88 2.99 6.06 3.03 119.56 | | | | | | | | | 324-8105-100 324-8107-100 324-8110-100 324-8112-100 324-8115-100 324-8117-100 324-8120-100 1/2” Gear Set 3/4” Gear Set 1” Gear Set 1-1/4” Gear Set 1-1/2” Gear Set 1-3/4” Gear Set 2” Gear Set 2-1/4” Gear Set 2-1/2” Gear Set | | | | | | | | | 324-2805-000 324-2807-000 324-2810-000 324-2812-000 324-2815-000 324-2817-000 324-2820-000 B Keyed BB Keyed C Keyed B Splined C Splined Pump Shaft Seal Motor Shaft Seal Connecting Shaft Bearing Carrier | | | | | | | | | 324-1500-300 324-1500-400 | | | | | | | | | | | | | | | 326-1133-001 326-7600-100 Pump Shaft Seal 391-2883-151 Motor Shaft Seal 391-2883-156 Pump Channel Seal 391-2883-168 391-2883-169 Motor Channel Seal 391-2881-995 391-2881-996 Channel Seal 391-2881-997 Pump Section Seal 391-2881-968 Motor Section Seal 391-2881-429 Pump Thrust Plates 391-2185-963 Motor Thrust Plates 391-2185-970 Outboard Bearing Shaft Bushing 391-0482-195 Rotation Check Valve 391-3681-001 Snap Ring 391-2686-016 © 2011 by Baum Hydraulics Corporation 975550 975575 40.70 55.44 | 391-2883-058 391-2883-119 391-2883-166 391-2883-167 391-2881-929 391-2881-930 391-2881-931 391-2884-050 391-2884-076 391-2185-956 391-2185-965 391-0381-040 391-0482-306 391-3681-001 391-2686-063 GENERAL PARTS 975947 2.06 6.58 322-1133-001 322-7300-100 975225 975290 49.95 200.baumhydraulics.39 | 975420 167.02 117.04 | 975419 169. 1-1/4” Gear Hsg.70 | 975995 2.70 | 975957 11.72 3.42 78.56 220. 2-1/4” Gear Hsg.31 228.06 326-8105-100 326-8107-100 326-8110-100 326-8112-100 326-8115-100 326-8117-100 326-8120-100 975577 975580 975582 975585 975587 975588 975589 71.71 195.05 | 975410 14.63 3.98 | | | | | | | 324-5023-201 324-5029-203 975426 9754265 $115.42 | 883406 2.19 106.00 54.02 323-5123-202 323-5133-201 323-5133-202 323-3100-100 975348 975349 975350 975345 193.19 13. 2-1/2” Gear Hsg.00 76.88 391-2883-052 391-2883-094 391-2883-176 391-2883-177 391-2885-071 391-2885-070 391-2885-069 391-2884-052 391-2884-023 391-2185-955 391-2185-960 391-0381-078 391-0482-307 391-3681-001 391-2686-025 975945 975952 975973 9759735 9759887 9759886 9759885 975984 883410 975827 9758295 975755 975780 975995 975900 7.30 0.25 322-5123-202 322-5133-201 322-5133-202 322-3100-100 975271 975273 975275 975260 237.54 32.63 74.32 203.45 2.51 133.02 SHAFT END COVERS 2 BOLT A 2 BOLT B 2 BOLT B TYPE II 2 BOLT C 4 BOLT B 4 BOLT C Port End Cover* 1/2” Gear Hsg.70 140.81 3.30 6.35 214.08 188.61 225.32 975969 975970 975971 975972 9759081 9759082 9759083 883289 975907 975830 975831 3.67 | 323-8117-100 975462 104.18 2.15 | 323-8115-100 975460 98.60 238.33 72.38 207.35 234.12 | 975422 172.com 322-1500-500 975230 124.73 | 323-8112-100 975459 92.57 148.60 24.38 | 975779 12.76 124.09 224.19 323-1133-001 323-7300-100 975332 975370 48. $106.58 26.91 90. 1” Gear Hsg.60 | 9759706 1.24 | 323-8120-100 | 323-8122-100 | 323-8125-100 DOWNSTREAM GEARS 975415 163.90 | 975988 1.06 | 323-8110-100 975458 84.14 136.20 105.42 | 9758302 51. PUMP AND MOTOR SEAL KITS Date: 2500 Part Number K-2001A K-2002B K-2003A K-3001C K-6005 K-6006C K-6027A K-6121B K-6028C K-6074 K-6077 K-6184 K-7001B K-7501 K-28029 K-12500 K-12010 K-13001A K-14001A K-15001A K-19003 K-19005 K-6061 K-28078 K-27004 K-12011 K-8002B K-9003F K-10002F For Series Our Sequence Number GRESEN VALVE SEAL KITS SP-SPK 1 Spool SP-SPK 2 Spool SP-SPK 3 Spool 300-400 V20 RC Cyl.07 38.35 56. 3.000 Shaft Seals BB1055 6405 10.91 EE2370 1.94 84.70 362922 74.43 EE2145 100725 100724 9.75 76.28 92999 C/R (2) 11 Control Shaft BB0530 4. after 1988 724080 7240805 724081 724077 8.06 28. 4 Shaft Seals BB1045 61105 6000-002.39 35.58 30.43 21.59 EE2498 1.39 71.39 48.04 9008000-9004 18 Motor BB0025 49.78 16.81 54 Pump BB0710 261.08 14.08 363440 126. 207-XXXX-006 MM05022 5241 1060 Valve Seals MM05021 9057-001 Pressure Seal for H-007 824030 9057-009 Shaft Seal for 2000-006 824032 9057-014 Pressure Seal for 22000-002 FL 824034 9121-002 Dust Seal for Small Motors 824036 9900101-000 Seal Kit S012 S Series BB1065 The prefix of Char-Lynn Motors part number indicate the series suffix indicates the design number 60. 3.04 58.43 60.com Prices subject to change without notice .62 7.86 EE2360 0. prior 1988 RE Motor mfg.66 243. after 1988 RE Motor mfg.39 63. WE HAVE THEM IN STOCK AND CAN SHIP AT ONCE.73 10.31 29.10 76 Motor BB0735 151. 70423.61 EE2423 1.14 107. 13.81 93955 C/R 7 BB0515 5.11 EE2270 2..81 46 Pump BB0705 190. 009.80 PLEASE TELL US OTHER SEAL KITS OR SEALS OR SNAP RINGS OR CABLES YOU NEED! SEND US A SAMPLE KIT OR A SAMPLE OF WORN PARTS AND WE WILL SUPPLY THEM.44 Date: 2000 990088 990089 990090 990091 990092 990093 990094 990095 EATON PUMP & MOTOR OVERHAUL SEAL KITS 39 Pump BB0700 190.89 1. 6 Rear Seals BB1043 BB1026 60539 S-009.98 9510189 20-21-22 BB0030 201. 4.74 990195 76 BB0510 344.18 EE2422 1.13 and the “2000” Series Motor has 104 & 105-XXX-OOX Part Number “4000” Series Motor has 109 & 110 & 111-XXX-OOX Part Number “6000” Series Motor has 112 & 113 & 114-XXX-OOX Part Number “10000” Series Motor has 119 & 120 & 121-XXX-OOX Part Number “H” Series Motor has 101-XXX-OOX Part Number “S” Series Motor has 103-XXX-OOX Part Number “A” Series Motor has 130-XXX-OOX Part Number “R” Series Motor has 146-XXX-OOX Part Number “T” Series Motor has 158-XXX-OOX Part Number Date: 2000 20200-154 21070-85 24300-615 15147-281 16232-16 84-7235 16253-16 16232-22 84-7641 CESSNA PUMP SHAFT SEAL KITS 24200 824001 24500 824005 21300 824007 24000 824009 74111.28 EE2499 1.74 50.22 13.37 76 Pump BB0715 190.93 3.75 100.40 17. Valve 25P Per Spool V30 Per Spool V42 Per Spool V50 Per Spool V70 Per Spool S50 Seal & Snap Ring S75 & DS75 Seal & Snap Ring S100 Seal & Snap Ring WH Relief Seals WH Relief Seals V20 Pressure Detent Seals 25P-42 Seal Kit PSI Reducing WH Relief Seals V70 Section Seals GRESEN PUMP SEAL KITS TB Pump TC Pump DCB Pump PRINCE PUMP SEALS KITS PMCK-PMHP10 Hand Pump PMCK-PTO-1 HCI Pump PMCK-PTO-1A HCI Pump with 3 Ports Per Each EE2420 $1.36 362780 362840 362900 82. A-003 BB1027 60564 S-011.36 57. T-001 BB10275 61002 4000-003 Rear Seals BB1028 61004 4000-003 Front Seals BB1029 64418 211-212 P/S w/o Intregal Column BB1053 21122 S101. 4 Rear Seals BB1050 6406 10.57 329. 70252.02 7.78 0.31 29.33 HG500007 SK000090 SK000091 SK000092 SK000093 SK000183 TRW ROSS MOTOR SEAL KITS HGA-HGB Power Steering Seals 709142 MG-MF 708674 MG-MF Viton Seal 708676 MB-ME 708678 MB-ME Viton Seal 708680 Same as Nikols 2263 7086781 2V0001 2V0002 2V0008 2V0009 2V0010 CROSS VALVE SEAL KITS CA1 1 Spool CA2 2 Spool BA1 1 Spool BA2 2 Spool BA3 3 Spool 725504 EE2100 EE2112 EE2114 EE2116 42.42 42.42 65.10 Date: 2000 CHAR-LYNN MOTOR SEAL KITS 60580 M-001 Series (ONLY) BB10276 60036 H (Old) -005 BB1005 60023 H-007 BB1010 60042 S-006.35 SUNDSTRAND PUMP & MOTOR OVERHAUL Date: 2000 SEAL & GASKET KITS 9510354-0001 15 Pump BB0040 9510354-003 15 Motor BB0045 9510355-003 18 Pump BB0050 9510355-0001 18 Motor BB0055 9510224 20 Pump BB0060 9510225 20 Motor BB0065 9510227 21 Pump BB0070 9510228 21 Motor BB0075 9510230 22 Pump BB0080 9510231R 22 Motor BB0085 9510233 23 Pump BB0090 9510234 23 Motor BB0095 INDIVIDUAL SEALS SOLD IN G SECTION OF CATALOG 41.64 47.. 74418 PPV248.68 108.05 EE2365 0.85 EE2404 2. S-010 60540 H-008.73 47.84 EE2330 6.83 82.52 362762 25.70 Part Number K45 Our Sequence Number For Series Per Each Date: 2000 EATON PUMP & MOTOR SHAFT SEAL KITS 990231 39 to 54 BB0505 $188. 6 Shaft Seals BB1031 61258 2000-006 BB1032 61238 6000-005.23 46. S-005 BB1015 60026 S-007 BB1020 60533 S-008 BB1025 61252 2000-002. 6 Rear Seals BB1040 61281 4000-006 BB1042 61104 6000-002.77 3.80 EE24995 5.baumhydraulics. A-001.95 22.77 EE2400 0. © 2011 by Baum Hydraulics Corporation 1-800-228-9222 www.81 39 Motor BB0720 133.84 41.23 9008000-7506 15 Motor BB0015 7.14 EE2372 1.10 54 Motor BB0730 133.10 46 Motor BB0725 133.65 EE2350 0. PPV124. PCPFC421 824027 74704. Port Seal Kit WC Main Relief Seal Kit V20 Per Spool V20 Seal Kit 6721 Float Section Seals V20 Seal Kit Solenoid Adapter V20 Seal Kit Solenoid Valve Cart.22 50.92 75.05 166.97 9510190 23 BB0035 220. ME878 824028 PS222001 PS222002 PE444001 PE444002 WHITE MOTOR SEAL KITS RS Motor mfg.63 EE2390 0.29 31.10 40.58 140. prior 1988 RS Motor mfg.85 EE2380 1. 74118.03 65.40 93895 C/R 7 Control Shaft BB0525 4.76 2.31 46.93 36. 5 BB1030 61236 4000-004 Shaft Seals BB1035 61234 4000-004. MF204/248 824023 70142. V20 Seal Kit Solenoid Bldg.20 EE2388 0.89 EE2331 11.48 Date: 2000 SUNDSTRAND PUMP & MOTOR SHAFT SEAL KITS 9008000-7505 15 Pump BB0005 8.20 56.39 18.62 41.35 EE2389 0.59 362750 21. A-002.33 82.00 70.000 Rear Seals BB1060 61237 6000-005.. R-002.76 6.68 38.03 41.07 6.52 17.66 .14 20.04 EE2271 0.39 137.08 2.03 EE2385 4. 3. 74600 824021 70422.92 65. 74600 DBL 824025 70523. RPM GPM at HP 2000 PSI Input at at Max.22 16S12S-S | 3000 | 1.3 6.47 387.45 Seal Kit for older 2 port pump 100725 Seal Kit for 3 port pump 100724 82.6 2A 5/8 x 9 SPL.98 16S12S-S | 3000 | 1. RPM 2000 PSI With 1-5/16” O-Ring HC-PTO-1A 540 HC-PTO-2A 540 HC-PTO-7A 540 HC-PTO-3A 1000 HC-P-K11 1000 Pipe Thread Part Number Thread Inlet and 21.47 3000 3000 3000 3000 3000 3000 3000 3000 | | | | | | | | .48 .9 | | | | 22.86 SP20A20A9H9R 100656 410.1 32.40 16S12S-S | 3000 | 1.8 12.51 | .4 7.07 SP20A23A9H9R 100664 414.CCW SP20A8A9H2L SP20A9A9H2L SP20A11A9H2L SP20A14A9H2L SP20A16A9H2L SP20A20A9H2L SP20A23A9H2L SP20A27A9H2L 100614 100622 100630 100638 100646 100654 100662 100670 $381.51 | .3 3. Enter the chart with 540 RPM and look down to 21 GPM output. 540 RPM .HIGH PRESSURE Date: 2500 FIRST: Pick the flange type you need looking across drawing below.33 PMCK-PTO-1 PMCK-PTO-1A WARNING . Cast iron PTO pumps for motor/ high speed applications HCI Part Number Max. of 1-1/4” or 1-1/2” size.8 4. | | | | | | | | 2.6 9. .75 . GPM HP | GPM HP Output Input | Output Input 21.4 5. 1200 RPM . THIRD: Pick out your High Performance Pump that fits your need in the chart below.67 12S10S-S | 3000 | .37 1-800-228-9222 www.49 12S10S-S | 3000 | . | 1800 RPM .51 381. Use FLR215-9LDNH (10 micron) filter and DVLR-64 relief valve.85 12S10S-S | 3000 | .5 9.78 896.5 3.4 5.8 4.74 718.53 421. run-fitted aluminum body.45 | | | | | | | | 4000 4000 4000 4000 4000 3500 3500 3500 | | | | | | | | 12S10S-S 12S10S-S 12S10S-S 12S10S-S 12S10S-S 16S12S-S 16S12S-S 16S12S-S | | | | | | | | | | Max. PUMP APPLICATIONS .47 | 1.37 769. Measures 8-3/4” high.6 7. Example: You want to run your pump at 540 RPM and you desire about 21 GPM output.81 718.45 DATA SHOWN MAY VARY WITH SPECIFIC UNIT | 4000 | 4000 | 4000 | 4000 | 4000 | 3500 | 3500 | 3500 AND TYPE | | | | | | | | OF HOW TO SELECT A PUMP Enter the chart below with the speed.98 1.K46 PRINCE GEAR PUMPS .4 34.0 58.5 4.59 SP20A14A9H9R 100640 387.86 1.9 5.6 9.0 12.25 TC12-125-75B-CCW TC16-125-100B-CCW TC20-125-100B-CCW TC24-125-100B-CCW 16-1/2 16-1/2 16-1/2 16-1/2 343130 343150 343160 343170 769.3 3.IMPORTANT PUMPS REQUIRE LARGE SEPARATE DVLR-64 RELIEF VALVE with 3/4 inch ports.43 SP20A9A9H9R 100624 381.35 HC-PTO-1AC HC-PT0-2AC HC-P-K11C CAST IRON HYDRAULIC PTO PUMPS 1-3/8 6 spline 100711 1-3/8 6 spline 100713 1-3/8 21 spline 100719 809.40 1.CW SP20A8A9H9R 100616 $381.3 40. roller bearings.6 12S10S-S | 3000 | .0 11. Use 12 gallon tank for HC-PTO-2A and HP-PTO-7A. GPM HP | GPM HP Output Input | Output Input 2A 5/8 RD .8 4.3 6.67 .9 5.37 769.9 3.43 .51 381.6 11.5 2. © 2011 by Baum Hydraulics Corporation PUMP PERFORMANCE DATA Recommended Hose Size (inch) Inlet Outlet Gallons Per Minute Output and Horsepower Required for These Pumps at Max.7 6. Speed RPM | | | | | Port Size & Type & Location | | | | | | | | | | | | | .4 11. PSI Pump Pressure 2000 PSI HCI HYDRAULIC COMPONENT PUMPS Pump Number | | | HC-PTO-1A HC-PTO-2A HC-PTO-7A HC-PTO-3A | | | | Gallons Output & Horsepower Required at 2000 PSI . Our Sequence Number Per Each TB6-75-50K-CCW TB9-100-75K-CCW TB12-100-75K-CCW 11 11 11 343050 343080 343100 $590.5 8.3 16.3 SPECIFICATIONS Pump Number | | Maximum Speed RPM | | Maximum Pressure PSI HC-PTO-1A HC-PTO-2A HC-PTO-7A HC-PTO-3A | | | | 540 540 540 1000 | | | | 2250 2250 2250 2250 GRESEN HYDRAULIC VANE PUMPS IMPORTANT: Relief Valve Required.3 9.9 8. A number HC-PTO-1A pump will produce 21 GPM output at 540 RPM at 2000 PSI pressure.5 2.9 22. Pump Number Wt.4 7.3 9.1 | | | | | | | | 3.4 34.9 8.85 . | Pressure | PSI | | | Cubic | Inch Per | Revolution | Gallons Output & Horsepower Required at 2000 PSI .47 | .1 11. 2 BOLT TYPE A 3-1/4” Round Pilot 4-3/16” Bolt Circle 2 BOLT TYPE B 4” Round Pilot 5-3/4” Bolt Circle SP20A Pump With ROUND Shaft Part Number Our Sequence Number Per Each | | | | | Gear Width Inches | | | | | Max.0 6.4 5.HIGH SPEED .8 4.com Prices subject to change without notice .4 18.5 9.05 778.0 32.65 OIL USED AND TEMPERATURE.8 4.5 4.55 12S10S-S | 3000 | .1 18.3 8. Be sure this GPM output is enough to operate your motor at the speed desired. Hydraulic relief valves must be used with all vane type pumps. PRINCE PUMPS HCI PUMPS Features include self-adjusting wear plate.8 12.75 SP20A16A9H9R 100648 387.6 5.5 11.4 5. SECOND: Pick either splined or round shaft under your drawing.6 7.08 639.7 6.3 8.07 1. The figures beside each of the pump sizes indicate the gallons per minute (GPM) output and the horsepower required from each size at that speed. | 1000 RPM .6 11.33 82.1 | | | | | | | | 3.4 7.22 1.5 11.9 3.86 414. Use 20 gallon tank for HC-PTO-1A and HC-PTO-3A.8 4.5 14.37 769.0 6.55 . Relief valves with 1/2 inch ports and relief valves built into control valves ARE NOT LARGE ENOUGH Pumps require WIRE REINFORCED SUCTION HOSE that will not collapse.1 11. Put Filter in RETURN LINE BETWEEN CONTROL VALVE AND TANK.23 SP20A27A9H9R 100672 421.53 | 1.86 | 1. high-tensile cast iron end plates.47 410. and 6” deep. 6-1/2” wide.25 639.51 387.Aluminum PTO pumps for slow speed applications.5 8.6 5.49 . Lbs.baumhydraulics.5 14.48 SP20A11A9H9R 100632 381.59 .51 | . revolutions per minute (RPM) at which you wish to operate your pump.3 16.0 12.23 1.74 718.8 O-Ring Inlet 1-1/16” 1-5/16 1-5/16 1-5/16 1-5/16 1-5/8 Internal Splined Shaft O-Ring Outlet O-Ring Thread Outlet 1-1/16 1-1/4 3/4 1-1/16 1 3/4 1-1/16 1 3/4 1-1/16 1-1/4 3/4 1-5/16 2 1 Our Sequence Number Per Each HC-PTO-1A HC-PTO-2A HC-PTO-7A HC-PTO-3A HC-P-K11 ALUMINUM HYDRAULIC PTO PUMPS 1-3/8 6 spline 100710 1-3/8 6 spline 100712 1-3/8 6 spline 100718 1-3/8 21 spline 100714 1-3/8 21 spline 100720 $749.47 | . internal spline with thru-drive feature.74 854.7 6.5 3.1 7.65 | | | | | | | | 2.7 6.
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