
-28-
1 Product Information
4
Allowable radial and axial loads of the motor
3BEJBMMPBE1EJSFDUJPO
Axial load A direction
Axial load B direction
Figure 1-8
Radial and axial loads
Motor Model
Allowable Radial Load (N)
Allowable Axial Load (N)
MS1H1-10B30CB
78
54
MS1H1-20B30CB
245
74
MS1H1-40B30CB
245
74
MS1H4-40B30CB
245
74
MS1H1-75B30CB
392
147
MS1H4-75B30CB
392
147
MS1H3-85B15CB
686
196
5
Electrical specifications for the motor with brake
Motor Model
Holding Torque
(N·m)
Supply Voltage (VDC)
(±10%)
Release Time (ms)
Close Time (ms)
Backlash
(° )
MS1H1-05B/10B
0.32
24
≤
20
≤
35
<
1.7
MS1H1-20B/40B
1.5
24
≤
20
≤
50
<
1.5
MS1H4-40B
1.5
24
≤
20
≤
50
<
1.5
MS1H*-75B
2.5
24
≤
20
≤
60
<
1.7
MS1H3-85B
12
24
60
120
≤
0.5
NOTE
◆
The brake cannot share the same power supply with other electrical devices. This is to prevent
malfunction of the brake due to voltage or current drop caused by other working devices.
◆
It is recommended to use cables of 0.5 mm
2
and above.
Содержание SV660
Страница 178: ...177 6 Gain Tuning Figure 6 18 Example of the waveform...
Страница 359: ...358 10 Application Cases c Click OK d Click Yes...
Страница 360: ...359 10 Application Cases e Click OK f Click No...
Страница 362: ...361 10 Application Cases...
Страница 366: ...365 10 Application Cases 7 2 Controlling the servo operations through the PLC a Create a PLC program...
Страница 370: ...369 10 Application Cases b Add parameters to be monitored to monitor these parameters during PLC running...