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IMC现货1301RD 2150-7170
［上海邵欧设备有限公司］
IMC的多面手的家庭 of Roller Gear Index Drives provides: post) RDM: 我们最普遍用的模型 for dial table applications. mounting flexibility. Available with Internal Overload Protection
for medium to high torque applications. Other features include: Short camshaft motion periods due to oversized roller gear cam design are well- suited for continuous running applications or for special motion requirements such as oscilling motions. applications. work area of dial. plate.
wide variety of applications. Roller Gear Index Drives feature:
Output Overload Clutches from costly downtime due to overload or jam conditions by quickly disengaging the drive system. for indexer protection, preventing equipment damage and downtime when an overload occurs. The compact units mount directly to any IMC indexer output to suit your application requirements. IMC Output Clutches include: Type D, F, FC, C, and S Output Overload Clutches
with large dial mounting surfaces. The dial plate rests directly on the index drive output flange, providing stability and accuracy. Use the EZ-Mount Dial Adapter plate and let CAMCO mount the clutch for you to mount on IMC Index Drives which feature large dial mounting surfaces. Using externally mounted torque nuts, these clutches are easily adjustable throughout their entire torque range. “D-SA” clutches will re-engage to within ±10 arc seconds of their original setting and may be used in wash down applications, making them ideal for use in the most demanding high-performance applications. drives. These clutches will flange mount to the output shaft, providing a rigid, compact, and accurate connection with the driven member. ” provides greater rigidity and overhung loading and should be used whenever high loads are exerted on driven members. drives without output flanges. The combination of key and clamped hub design provides a rigid and backlash-free connection. provides greater rigidity and overhung loading and should be used whenever high loads are exerted on driven members. drives. These clutches will flange mount to the output shaft, providing a rigid, compact and accurate connection. drives without output flanges. These clutches are used whenever a positive connection is required between two shafts.
-------------------------------------------------------------------------------- mount on IMC index drives without output flanges. The shrink disk design converts clamp loads from multiple high strength locking screws to radial gripping force through the use of circular wedges, providing the highest capacity mechanical interference connection available. “B” provides greater rigidity and overhung loading and should be used whenever high loads are exerted on driven members. (See S-type clutch, above, for illustrations of Mounting "A" and Mounting "B") mount on IMC index drives with output flanges. The shrink disk design converts clamp loads from multiple high strength locking screws to radial gripping force through the use of circular wedges, providing the highest capacity mechanical interference connection available. on IMC index drives without output flanges. The shrink disk design converts clamp loads from multiple high strength locking screws to radial gripping force through the use of circular wedges, providing the highest capacity mechanical interference connection available.
-------------------------------------------------------------------------------- from costly downtime due to overload or jam conditions by instantly disengaging the drive system. Four Sizes & Four Configurations (See Table Below) fretting corrosion problems associated with ball and other detent styles. Insures positive engagement at optimum torque settings for long, consistent and trouble- free operation. Automatically retains registration of driven and driving shafts. by loosening set screw and turning the adjusting nut Easy access for torque adjustment after installation on the outside diameter using an Allen wrench and a standard spanner wrench. No special tools required. engagement. Allows wide range adjustment with long life. Rite-Torq? drives without output flanges. The combination of key and clamped hub design provides a rigid and backlash-free connection. drives. These clutches will flange mount to the output shaft, providing a rigid, compact, and accurate connection with the driven member. drives. These clutches will flange mount to the output shaft, providing a rigid, compact and accurate connection. drives. These clutches will shaft mount to the indexer output, providing a rigid, compact and accurate connection.
cannot be mounted to your index drive. field conditions. When an overload condition is removed, the clutch automatically takes hold and carries peak load as usual. Resetting is required only when the load changes. Since the clutch mounts to the gear reducer, the IOC is selected based on the size of the gear reducer used in the application. Your IMC sales representative will help determine the proper clutch and clutch bore size. [top]
machinery from damage due to excessive torque generated by overloads and jamming. Instant reaction when torque exceeds preset limits provides protection far superior to that of clutches employing friction surfaces. Modular Design: one unit for direct drive, chain drive or other power transmission options Torq/Gard? Sizing and Selection torques from 13 in-lbs to 8000 in-lbs. Torq/Gard Clutches may be sized using the Speed-Horsepower Chart, the Speed- Torque Chart and these formulas: Torque (in-lb) = Horsepower (hp) x 63025 / RPM |