ALUMINUM HIGH PERFORMANCE GEAR PUMPS

Transcription

1 ALUMINUM HIGH PERFORMANCE GEAR PUMPS FEATURES EXTRUDED ALUMINUM DIE CAST BODY ALUMINUM MOUNTING FLANGE / COVER FLOATING AXLE SLEEVE AND DU BEARINGS DOUBLE LIP SHAFT SEAL TO PREVENT CAVITATION AND LEAKAGE PRESSURES TO 300 PSI SPEED 00 TO RPM HIGH TEMPERATURE SEALS AND GASKETS ALL UNITS 00% FACTORY TESTED OPTIONS * MOUNTING - S.A.E. EUROPEAN, DIN * PORTS AVAILABLE - S.A.E. NPT, BSP, METRIC * ONE PIECE SHAFT & GEAR ASSEMBLY * INTEGRAL RELIEF / PRIORITY CONTROL * SINGLE / TANDEM UNITS * VITON SEALS * SIDE OR REAR PORTS - - S - R - - F - AP 0 K - Series AP- PUMP AM- MOTOR Model cm 3 /rev Mounting S- SAE A E-EUROPEAN D - DIN See technical specifications Rotation R - Right L - Left Shaft Port Size F- STD for,8,0 Inlet 7/8-4 Outlet 3/4- P- STD For,4,,0,5 Inlet -5/ - Outlet -/- - 5/8" Dia. Str. Keyed (Optional) - 3/4" Dia. Str. Keyed (Standard) 9- SAE- 9 Tooth Spline (Standard) - SAE Tooth Spline (Optional) Port Location K- Side (STD) Q- Rear (Optional) Special Features Priority Cover Flow Control Cover Relief Cover Technical Specifications Code AP:Pump AM: Motor Model Theoretical 3 3 in /rev. cm /rev Pump Flow RPM/ PSI Minimum RPM 00 Maximum RPM Max. Continuous Pressure (PSI) Approx. Weight lbs (kg) 4.4 (.0) 4. (.) 4.8 (.) 5.0 (.3) 5.3 (.4) 5.5 (.5) 5.7 (.) 5.9 (.7)

2 ALUMINUM HIGH PERFORMANCE GEAR PUMPS FRONT VIEW O.77(45) SIDE VIEW M key (.87x.48) KEYED SHAFT.75 DIA x.87 KEY (8.3) SPLINE SHAFT /3 9 TOOTH FLAT ROOT SIDE FIT DIMENSIONAL INFORMATION MODEL A in(mm) B in(mm) M Thread IN/OUT INLET OUTLET AP0 AP (03) 4.9 (0.5).77 (45).85 (47) 7/8-4 SAE-0 3/4- SAE-8 AP0 4.9 (09).89 (48) AP 4.45 (3).97 (50) AP4 AP 4.53 (5) 4.9 (9).0 (5).07 (5.5) 5/- SAE- /- SAE- AP0 4.9 (5).0 (5) AP5 5.4 (33).3 (0)

3 ALUMINUM HIGH PERFORMANCE GEAR PUMPS Performance Data - Typical Flows at 0 F, 0 W oil (8SUS), 0 PSI inlet Flow in Gallons Per Minute (GPM). Model RPM 0 PSI PSI 000 PSI 500 PSI 000 PSI 500 PSI PSI in3/rev (cm3/rev) AP 0.38 () AP8 0.5 (8) AP0 0. (0) AP 0.7 () AP (4) AP 0.98 () AP0. (0) AP5.53 (5)

4 ALUMINUM HIGH PERFORMANCE GEAR PUMPS DESCRIPTION ITEM DESCRIPTION SNAP RING SHAFT SEAL SHAFT END COVER GASKET SEAL ANTI-EXRUSION SEAL BUSHING DRIVE GEAR KEY DRIVEN GEAR PIN BODY COVER BOLTS REQ'S 4

5 AAP SERIES ALUMINUM GEAR PUMPS.0 (7).75 (9).49 (.5) L.40 (0.3) 3.5 (8.55).5 Dia (.7).5 key (3.8) SAE: AA Bolt Mount 3. (8) 3.30 (84).47 ().0 (50.8).48 ().5 (.4).787 (0) Dimension: Inches (Millimeters).0 () 4.0 (0) MODEL CODE Pressure Speed (RPM) L L Inlet Outlet in3/rev (cm3/rev PSI (Mpa) inch(mm) inch (mm) (D) (D) Rated Max. Rated Max. Min. AAP--SRF ().0 (.) 900 (0) 35 (5) (8).5 (4) SAE8 SAE AAP--SRF (). (.0) 900 (0) 35 (5) (84).9 (43) SAE8 SAE AAP-3-SRF (3). (3.4) 900 (0) 35 (5) (8).73 (44) SAE8 SAE AAP-4-SRF (4).5 (4.) 900 (0) 35 (5) (88).75 (45) SAE8 SAE AAP-5-SRF (5).3 (5.) 900 (0) 35 (5) (90).8 (4) SAE8 SAE AAP--SRF ().37 (.) 900 (0) 35 (5) (93).89 (48) SAE8 SAE AAP-7-SRF (7).43 (7.0) 900 (0) 35 (5) (9).9 (49) SAE8 SAE AAP-8-SRF (8).48 (7.8) 900 (0) 35 (5) (0).00 (5) SAE8 SAE Model code AAP S - R - - F AAP: Pump AAM: Motor (See chart selection) Mounting: SAE-AA Bolt Porting: F : SAE-8 (3/4-UNF) x SAE- (9/-8 UNF) Shaft: Code - /" Dia. /8" Key Rotation: R : C.W. L: C.C.W.

6 ABP SERIES ALUMINUM GEAR PUMPS -.57 Dia. (4.5).85 (74) 5.75 (4).5 (.35) SAE-B Bolt Mount.38 (9.7). (4).98 (5)) (0.).875 (.) 4.5 (5) Optional spline shaft available SAE-B 7/8-3 Tooth Dimension: Inches (millimeters) MODEL CODE Pressure Speed (RPM) L L Inlet Outlet in3/rev (cm3/rev PSI (Mpa) inch(mm) inch (mm) Rated Max. Rated Max. Min ABP--SRF ().34 () 900 (0) 35 (5) (3).59 () ABP--SRF ().58 () 900 (0) 35 (5) (34).3 (7) ABP-34-SRF (34).07 (34) 900 (0) 35 (5) (39).7 (9) ABP-39-SRF (39).38 (39) 900 (0) 35 (5) (43).79 (7) SAE SAE ABP-43-SRF (43). (43) 900 (0) 35 (5) (47).87 (73) 5/- /- ABP-5-SRF (5) 3. (5) 900 (0) 35 (5) (5).99 (7) ABP--SRF (0) 3. (0) 00 (8) 3300 (3) (58) 3. (79) ABP-70-SRF (70) 4.7 (70) 500 (7) 900 (0) () 3. (8) ABP-78-SRF (78) 4.7 (78) 300 () 900 (0) (7) 3.35 (85) ABP-89-SRF (89) 5.43 (89) 000 (4) 00 (8) (7) 3.4 (88) Model code ABP - - S - R - - F AAP: Pump AAM: Motor (See chart selection) Mounting: SAE-B Bolt Porting: F : SAE- (5/-UNF) x SAE- (- UNF) Shaft: Code - Keyed 7/8" Dia. /4" Key Code - Slined 7/8-3 Tooth Rotation: R : C.W. L: C.C.W.

7 NBC TWO STAGE HYDRAULIC PUMPS NBC-8 Performance Curves ** Speed: 300 RPM ** Oil: N4 Power (H.P.) Flow (GPM) Power (H.P.) NBC- Power (H.P.) Pressure (PSI) NBC Flow (GPM) Flow (GPM) Pressure (PSI) Pressure (PSI)

8 introduces A. F. D. Flow divider Rotary flow dividers fixed displacement Two Sections Adjustable port reliefs each section Order Code AFD- Each / Section SAE Ports Minimum Flow/ Section Maximum Flow/ Section Cont. Diff. Pressure Between Inlet/Outlet Maximum Outlet Pressure Any Section Dimensions inches (millimeters) In.3 Cm.3 Inlet Outlet GPM L/M GPM L/M PSI BAR PSI BAR A B C D /-8 9/ (7.7).0(53.5).(5.5).(57.7) /4-3/ (3.9).(57.7).7(9.7).4(59.8) /8-9/ (38.).5(4.3) 3.0(7.0).5(3.0) /8-4 7/ (.7) 7.(9.0) 3.3(84.) 3.0(77.8) /8-4 7/ (50.9) 7.0(7.7) 3.5(88.7).7(9.4) /8-4 7/ (57.3) 7.(83.) 3.7(95.).9(7.) /8-4 7/ (3.) 7.4(89.4) 4.0(0.4) 3.0(75.7) /8-4 7/ (.0) 7.(9.8) 4.0(03.8) 3.0(7.9) NOW IN STOCK MODEL CODE AFD - / ALUMINUM DISPLACEMENT PRODUCTION FLOW DIVIDER PER / SECTION E7.

9 AFD Flow divider Operating specifications P3 P4 P = Pressure at the inlet of the Flow divider P = Pressure adjustment of the main relief P3 = The outlet pressure of the flow divider P P P4 = Differential relief pressure adjustment (450 PSI) AFD rotary gear flow dividers offer the most efficient system to divide flow into two equal circuits, As opposed to spool type flow dividers that generate heat in a hydraulic system IFP AFD flow dividers work at a 98% efficiency with almost no pressure differential between P inlet pressure & P flow divider outlet pressure AFD flow dividers offer integral differential reliefs at the outlet ports of the AFD flow divider.the differential reliefs are used to synchronize cylinders and protect the flow divider from excessive differential pressure. The synchronization is accomplished if one of the cylinders completes its stroke before the other cylinder P3 pressure will increase causing a pressure differential between P & P3 when pressure differential reaches the adjustment value of the relief valve (P4 = Adjustment 450 PSI) fluid is bled off over the flow divider's internal relief valves to feed the inlet of the flow divider feeding the cylinder that is late. The differential relief valves also protect the circuit from pressure intensification not allowing the pressure in P3 outlets to rise higher than the main relief adjustment + the pressure adjustment of the differential reliefs P4 (Maximum pressure P3 = P Relief pressure + P4 port relief adjustment 450 PSI) E7.