
Installation and Operational Instructions for
EAS
®
-HTL housed overload clutch, Type 4190._5400
Sizes 4 and 5
(B.4.15.8.EN)
14/04/2020 TK/GH/MD/SU
Chr. Mayr GmbH + Co. KG
Eichenstraße 1, D-87665 Mauerstetten, Germany
Phone: +49 8341 804-0, Fax: +49 8341 804-421
Page 5 of 12
Table 2
Clutch
size
Motor
size
Tightening torque
Item 7
[Nm]
Tightening torque
Item 8
[Nm]
Thrust washer stroke
(Fig. 2; Item 1.3)
on overload
[mm]
Bore
from
– to
[mm]
4
200
75
56
5.5
40
– 65
225
75
56
5.5
40
– 65
250
75
56
5.5
40
– 65
5
280
122
122
6.5
45
– 80
315
122
122
6.5
45
– 80
Table 3
(for Dimensions see Fig. 3 on page 7)
Clutch
size
Motor
size
Dimension h
[mm]
Dimension h
2
[mm]
Dimension h
1
[mm]
Weight
[kg]
4
200
110
110
169
73.0
225
140
140
169
83.3
250
140
140
169
111.8
5
280
140
140
207
145.5
315
170
165
204
237.0
Table 4
Screws for Customer-side Attachment onto the F
lange “Y” and Flange “Z”
with Respective Tightening Torque
Clutch
size
Motor
size
Screws with a strength class of 8.8
(number of pieces per flange)
Tightening torque
4
200
4 x M16
183 Nm
225
8 x M16
183 Nm
250
8 x M16
183 Nm
5
280
8 x M16
183 Nm
315
8 x M20
360 Nm
Table 5
Max. Permitted Bearing Loads
Clutch
size
Motor
size
Axial
forces
[N]
Radial
forces
[N]
Transverse force torque B
1)
(Fig. 3)
referring to the clutch flange
[Nm]
Transverse force torque C
2)
(Fig. 3)
referring to the housing
[Nm]
4
200
800
1600
50
2000
225
800
1600
50
2500
250
800
1600
50
3000
5
280
800
1600
50
5000
315
1100
2200
70
8000
1)
Value B indicates torques which put strain on the deep groove ball bearing due to the non-centric axial forces having
an effect on the pressure flange.
2)
Value C refers to purely static loads. In case of oscillation or vibration occurrence,
please use a safety factor of 2.5.