NEXEN 913128
SPECIFICATIONS
| Clutch Type | Tooth Clutch |
|---|---|
| Pilot Diameter | 4.125 in |
| Mounting Configuration | Shaft Mounted |
| Pilot Or Drive Flange Bolt Circle Data | 4, 0.250-20 Holes @ 90° on a 4.750 inch B.C. and 6, 0.312-18 Holes @ 90° on a 4.750 inch B.C. |
| Clutch Category | Tooth Clutch |
| Clutch Response Factor | 0.104 |
| Engagement/Release | Air Engaged/Spring Release |
| Maximum Pressure | 80 psi |
| Design | Enclosed |
| Minimum Engagement Pressure | 20 psi |
| Bore Type | Finished w/ Keyway & 2 SS |
| Air Chamber Volume | 0.763 in³ |
| Drive Arrangement | Pilot Mount |
| Ratings | NEMA MG1-2006 1.26.6 (Waterproof Machines), IP55, CE and RoHS |
| Port Size | 1/8 NPT |
| Model | 5H45P-E |
| Max Rpm | 1200 rpm |
| Weight | 26.25 lbs |
| Finish | Nickel Plated |
| Harmonization Code | 8483.60.4000 |
| Minimum Static Torque Capacity | 1230 in-lbs |
| Additional Details | Air Engaged, Straight Bore, Pilot Mount, Enclosed, Tooth Clutch. Water protection/NEMA standard 1.26.5 (IP54). Instantaneous Torque up to 12,000 -lbs. @ 80 psi. Maximum Operatg Speed up to1,650 rpm. Six bore sizes rangg from 0.875 to 1.938 ches. Positive engagements random positions. Use Sgle & Double Flexible Couplgs for -le applications to accommodate misalignment, 6 Models offer design flexibility. Sealed, radial ball beargs. Pilot Mount design with tapped mountg holes. Thru-shaft mountg design uses a full-length keyway. Ability to mount a pulley, sprocket or gear on the clutch. 8.25 ch hose cluded. Consult Nexen for use cyclic applications or engagement at differential speeds. in, in |
| Function | Connect/Disconnect, Shaft Timing, Holding |
| Manufacturer Product Page | http://www.nexengroup.com/nxn/default/products/details/id/913128 |
| Minimum Sprocket Size | 40/36T, 50/30T, 60/26T, 80/20T |
| Manufacturer Replacement Parts List | http://www.nexengroup.com/nxn/newin/index/parts-list/id/913128 |
| Number Of Engagement Positions | 137 |
| Drive Inertia | 29.03 lb-in² |
| Backlash | 0.28° |
| Bore Size | 1.625 in |
| Shaft Inertia | 10.01 lb/in² |
