CAM CLUTCH
CAM CLUTCH
CAM CLUTCH
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A-2-2. Application for the purpose of braking the<br />
driven side (see the figure below)<br />
The example here shows an application in which the<br />
hose drum of a pipe flusher is being driven. When the<br />
hydraulic motor is rotated in reverse in the<br />
counterclockwise direction, the Cam Clutch inner race<br />
rotates in reverse, and the Cam Clutch overruns. The<br />
flushing pump is driven in this state. The flushing water<br />
passes through the hose and gushes out of the nozzle<br />
toward the back. The force of this water jet starts the<br />
nozzle running and pulls and unwinds the hose. At the<br />
same time, the hose drum starts reverse rotation in the<br />
same counterclockwise direction, and increases its<br />
speed of rotation until it reaches the overrunning speed<br />
of the inner race. At this point, the Cam Clutch<br />
engages, and the hydraulic motor works as a brake to<br />
stop the acceleration of the drum. Therefore, the<br />
running speed of the water jet nozzle is kept constant<br />
thereafter. When the hydraulic motor is rotated normally<br />
in the clockwise direction, the Cam Clutch engages to<br />
wind the unwound hose onto the drum.<br />
A-2-3. Application for the purpose of selectively<br />
driving either one of two driven units by<br />
normal or reverse rotation of the drive input<br />
(see the figure below)<br />
When the motor is rotating normally (in the<br />
counterclockwise direction), Cam Clutch A engages to<br />
drive unit A, and Cam Clutch B overruns. Conversely,<br />
when the motor is rotated in reverse (in the clockwise<br />
direction), Cam Clutch B engages to drive driven unit<br />
B. In this application, the two driven units must work<br />
independently.<br />
Application in pipe flusher<br />
Applicable Series<br />
Series Advantage Caution<br />
Page<br />
MZ, MZEU<br />
BB<br />
PB<br />
200<br />
LD<br />
MG<br />
MI<br />
TSS<br />
TFS<br />
• Grease is sealed in, so lubrication maintenance is not required.<br />
• Same dimensions as the #62 type bearing.<br />
• Integrated Cam Clutch and bearing.<br />
• Sleeve-type outer race enables mounting of sprocket or gear with small outer diameter.<br />
• Use of oil-impregnated alloy bearings makes oiling the bearing section unnecessary.<br />
• Since this series is mounted directly to the shaft, it is possible to use a large diameter shaft.<br />
• Compact designs are possible.<br />
• Grease is sealed in, so lubrication maintenance is not required.<br />
• For light loads and low-speed drive.<br />
• Compact and transmits high torque.<br />
• Excellent wear resistance when overrunning.<br />
• MG type reinforced spring type. Excellent response to load change.<br />
• Outside dimensions ara the same as #62 type bering.<br />
Compact designs are possible.<br />
• Outside dimensions ara the same as #63 type bering.<br />
When the engaged time is long<br />
and load change is considerable,<br />
choose the SS (reinforced spring)<br />
specification. In this specification,<br />
the response of cam following<br />
load changes during Cam Clutch<br />
engagement is enhanced. Use the<br />
Cam Clutch at an overrunning<br />
speed of 50 r/min or lower.<br />
22 to<br />
31<br />
33, 34<br />
37<br />
32<br />
38<br />
69<br />
69<br />
35<br />
36<br />
13