1.3 Operating conditions
1-27
1. Specifications
● Step 3 Calculating the corrected allowable moment of inertia Jtl
Jtl = Jmax × Cj [kg·m
2
]
Jmax : Allowable moment of inertia [kg·m
2
]
RTC9 allowable moment of inertia
0.3
0.5
0
20
15
100
20
15
200
20
15
300
20
15
400
20
15
500
20
15
600
15
8
Speed
(deg./s)
Acceleration (G)
Allowable moment of inertia (× 10
-3
kg·m
2
)
0
5
10
15
20
25
30
0
100 200 300 400 500 600 700
Al
low
abl
e
m
om
ent
of
iner
tia
[
×
10
-3
kg
·m
2
]
Rotational speed [deg./s]
Rotational speed - Allowable moment of inertia
0.3 G
0.5 G
RTC12 allowable moment of inertia
(Energy-saving: Disabled)
0.3
0.5
0.7
0
130
80
50
100
130
80
50
200
90
60
40
300
60
40
30
400
40
25
20
500
25
18
15
600
15
12
10
Speed
(deg./s)
Acceleration (G)
Allowable moment of inertia (× 10
-3
kg·m
2
)
0
30
60
90
120
150
0
100 200 300 400 500 600 700
Al
lo
wa
bl
e
m
om
en
t
of
in
er
tia
[
×
10
-3
kg
·m
2
]
Rotational speed [deg./s]
Rotational speed - Allowable moment of inertia
0.3 G
0.5 G
0.7 G
Summary of Contents for ELECYLINDER EC-RTC12
Page 2: ......
Page 26: ...1 5 Accessories 1 35 Power I O cable 1 35 Power I O connector 1 36 ...
Page 64: ......
Page 78: ...2 14 2 Installation ...
Page 80: ......
Page 100: ...3 20 3 Wiring ...
Page 124: ...4 22 4 Operation ...
Page 126: ......
Page 132: ...5 6 5 Preventive Predictive Maintenance ...
Page 134: ......
Page 148: ...6 14 6 Parameters ...
Page 150: ......
Page 168: ...7 18 7 Troubleshooting ...
Page 170: ......
Page 208: ......
Page 212: ......
Page 214: ...10 2 10 Life ...
Page 216: ......
Page 219: ...Appendix 12 1 Index 12 1 12 2 Revision history 12 4 ELECYLINDER Chapter12 ...
Page 220: ......
Page 225: ......