Mx22 One Way Cam Clutch (sprag clutch)

• Customization: Available
• Certification: ISO9001:2008
• Style: With Outer Ring
• Model NO.: MX22
• Rows Number: Single
• Load Direction: Radial Bearing
• Material: Bearing Steel
• Model: Mx
• Type: Sprag/Cam
• Torque Capacity: 78.4n.M
• Drag Torque: 0.47n.M
• Weight: 3.3kg
• Precision: P6
• OEM: Accept
• Export: Worldwide
• Delivery: 10-15days
• Transport Package: Single Box or as Your Requirements
• Specification: P6
• Trademark: SUMA or OEM
• Origin: Changzhou, Jiangsu, China
• HS Code: 84836000
• Production Capacity: 1000PCS/Month

Product Description

MX22 One Way Cam Clutch (sprag clutch)

Installation and Usage

1. For installation, insert the clutch into the hub bore of a pulley, a gear, or a torque arm and screw the bolts (high tension) into the tapped holes in the end face of the clutch.
2. A press fit is required for MX Series clutches for indexing applications, but do not exceed
0.025 mm when press fitting.
3. Adjust the side of the key to fit the keyway tightly, but allow a clearance between the top of key and keyway.
4. When mounting the clutch on a shaft, apply pressure to theclutch inner race end, but never
to the outer race.
5. Proper selection of the Cam Clutch provides accurate indexing performance. A braking
device and a backstopping device may also be required for more accurate performance.
6. The tolerance of the hub bore should be H6 or H7.

Dimensions and Capacities

Model	Torque Capacity (N·m)	Max. Indexing  (cycle/min)	Bore Size		A	B (h7)	C	PCD D	E	F	S	H-M No.of Tapped  Holes × Size×Pitch	Lubrication Filler  Plug Size×Pitch	Inertia Inner Race (kg·m2)	Drag Torque (N·m)	Oil (m)	Weight (kg)
			Dia. (H7)	Keyway
MX22	78.4	1200	22	6 × 2.8	80	95	77	80	12	35	16	4XM8XP1.25	M6XP1.0	0.00015	0.47	80	3.3
MX35	235	1200	35	10 ×33	90	125	87	110	12	50	16	4XM8XP1.25	M6XP1.0	0.000625	1.36	110	6.4
MX50	441	1200	50	14 × 3.8	100	155	97	140	14	70	16	6XM8XP1.25	M8XP1.25	0.00275	2.68	190	10.6
MX70	784	1200	70	20 ×4.9	127	200	124	180	15	100	20	6XM8XP1.25	M8XP1.25	0.0130	5.15	340	21.3

Note: Above torque is based on 108 times load cycles.

Image


Package