KTR-STOP
®
M-xxx B-xx-xx
Operating/Assembly instructions
KTR-N
Sheet:
Edition:
445102 EN
4 of 22
3
Please observe protection
note ISO 16016.
Drawn:
2020-03-25 Shg/Wie
Replacing:
KTR-N dated 2019-08-26
Verified:
2020-03-25 Shg
Replaced by:
Table 2: Clamping force, loss of preload force andopening pressure
Brake type
3)
Clamping
force
F
c
[kN]
Loss of power
4)
[%]
Opening pres-
sure [bar]
Braking torque [Nm] with
brake disk Ø [mm]
800
1500
2000
KTR-STOP
®
M-100 B-xx-xx
100
7.0
110
24000
52000
72000
KTR-STOP
®
M-110 B-xx-xx
110
6.5
120
26400
57200
79200
KTR-STOP
®
M-120 B-xx-xx
120
8.5
130
28800
62400
86400
KTR-STOP
®
M-130 B-xx-xx
130
5.0
140
31200
67600
93600
KTR-STOP
®
M-140 B-xx-xx
140
4.5
150
33600
72800
100800
KTR-STOP
®
M-150 B-xx-xx
150
7.5
165
36000
78000
108000
KTR-STOP
®
M-160 B-xx-xx
160
7.0
180
38400
83200
115200
KTR-STOP
®
M-170 B-xx-xx
170
6.5
190
40800
88400
122400
KTR-STOP
®
M-180 B-xx-xx
180
6.0
190
43200
93600
129600
2) The friction coefficient each depends on the application or material of the brake pad; please consult with KTR.
3) Other brake types on request
4) With a stroke of 1 mm
=
2
F
F
c
b
2
D
F
z
M
av
b
b
=
F
b
F
c
M
b
z
D
av
= Brake power [kN]
= Clamping force [kN]
= Braking torque [kNm]
= Number of brakes
= Effective diameter of brake [m]
Table 3: Calculation of brake disk
D
C max.
= D
A
- 420
D
av
= D
A
- 200
Connection dimensions of brake
Illustration 2: Connection dimensions
1
Technical data
