Nexen

Nexen 906700 Air Engaged Tooth Clutch

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SKU:
906700
MPN:
906700
Condition:
New
Weight:
7 lbs
Mounting Style:
Shaft
Anti Rotation Style:
Flange
Engagement Method:
Air
Release Method:
Spring
Number Of Engagement Positions:
91
Max Speed:
3700 RPM
Drive Inertia:
6 lbin²
Shaft Inertia:
1.26 lbin²
Backlash:
0.38 °
Open Or Enclosed Design:
Open
Primary Finish:
Black Oxide
Min Ambient Temperature:
32 °F
Max Ambient Temperature:
150 °F
CE Certified:
CE
RoHS Compliant:
RoHS
Bore Details:
Straight
Input Shaft Securement:
2, 0.190-24 Set Screws @ 90°
Max Static Clutch Torque:
1850 inlb
Min Static Clutch Torque:
460 inlb
Max Allowable Pressure:
120 psi
Max Operating Pressure:
80 psi
Min Engagement Pressure:
20 psi
Air Chamber Volume:
0.439 in³
Inlet Size:
0.125-27 NPTM
Hose Length:
8.25 in
Positioning:
Non-Positioning
Bore Style:
Machined Bore with Keyway
Materials Of Construction:
Machined Aluminum Air Chamber Black Oxide Drive Flange
Output Configuration:
Flange
  • Nexen 906700 5H Flange Mt Tooth Clutch           5H30-1 0.875 BORE,BASIC
  • Nexen 906700 Air Engaged Tooth Clutch
$781.00

Description

Air Engaged Tooth Clutch



5H30-1*0.875 BORE,BASIC

Air Engaged, Spring Released, Flange Mount, Non-Positioning

Application Considerations: Flange Should Be Mounted To Another Bearing Supported Element Or Rigid Plate If Used As A Holding Brake If Mounting A Pulley, Sprocket, Coupling, Or Putting Moment Loads On Output See The 5H##P Series When The Clutch Engages An Up To 2.0° Shaft To Output Flange Rotational Displacement Can Occur As The Teeth Self Align Most Common Use Is As A Holding Brake, Often In Assembly And Fixturing Applications

Length=3.35 in; Outer Diameter=4.56 in; Bore Size=0.875 in, Machined Bore with Keyway; Output Bolt Circle=3.687 in; Output Bolt Hole Size=4 0.250-20 in, Holes @ 90°

Product Features=Air Engaged, Spring Released, Flange Mount, Non-Positioning; Restrictions=No Radial (Pulley, Sprocket), Or Moment Loads Allowed On Output Flange, Consult Nexen For Use In Cyclic Applications Or Engagement At Differential Speeds (Not Recommended)
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