Walterscheid® Radial pin clutch K 31B - 1125980

Product number: 1125980

K31B 2100 KNP1 3/8-6 ZV MD28 S-DIRI


Similar to illustration. Use products only for their intended use. Content is subject to change without notice. Further sizes and combinations may be available: contact us for availability.
Cross references, designation of type by vehicle manufacturers or competitors are for guidance only.
Check that the part is correct for the application before fitting.


Radial pin clutch with pull lock.
Radial pin clutchs belong to the group of torque-pulsating clutches. Spring-loaded cams, acting as locking elements, radially engage special grooves in the housing. If the clutch torque is exceeded, the locking elements are pressed against the springs as a result of vectorial force resolution, until the positive connection to the housing is released. During the slipping phase, the cams repeatedly engage the grooves in the housing, thereby generating pulsating torques. The mechanical energy to be transmitted is primarily converted into elastic spring deformation energy. The clutch torque is dependent on the clutch design, the type of spring and the number of springs. Axially acting balls are only rarely used as locking elements in practice, owing to their axially acting, pulsating forces.

Product advantages

2 directions of rotation (clockwise and counterclockwise)
Pulsating power transmission when slipping
Overload recognizable by acoustic display
The scope of delivery includes a complete radial pin clutch K31B.
Type
K31B
Size
2100
Torque of clutch in daNm
28
SNR-Gehäuse
112317
Locking/drilling/thread
ZV
Total length
102
Number of inner springs
7
Nipple
NIPPEL-1
Number of cams/outer springs
7
MD-Tol.-Klasse Abw.%
STANDARD
SNR.-Housing/E-Coupl
51487
Surface/Paint
LACK.Yellow
Number of cams/outer springs
7
SNR.-Gehäuse/E-Kuppl
112317
Connection profile hub
KNP1 3/8-6
Bearing
STANDARD
Pitch circle diameter
0
Torque tolerance class and dimension in %
STANDARD
Nipple shape/position
NIPPEL-1
Distance from drilling end
20
MD in daNm
28.00
Ø Teilkreis
0.00
Drawing
55.369.03

ass: 10 sim: 0 croo: 0