Mechanical
Configuration
Speed Diagram
Motion per Cycle
Motor shaft rotation
speed
Load torque
(motor shaft)
Load Inertia Moment
Minimum Acceleration
Time
Minimum Deceleration
Time
Load Operational
Power
D-4
Timing Belt Load
M
: Load mass of linear movement part(kg)
: load speed (m/min)
V
l
: Pulley Diameter(m)
D
- -
V
2
t t
=
×
l
s
a
L
s
60
2
=
,
m
if
t
t
a
d
RV
=
N
l
M
π
D
r/min
µ
( .
+
9 8
M F D
=
T
η
L
2
R
(Nm)
J
=
+
+
J
J
J
L
W
G
R
J
: Direct operation part (load) inertia, ,
W
J
: Gear, Coupling inertia,
kg·m
2
G
D
=
(
)
2
J
M
W
2
R
π
×
(
2
N
J
=
M
t
a m
(
-
60
T
P M
s
J
: Load Inertia
M
π
×
(
2
N
J
=
M
t
d m
(
+
60
T
P M
s
J
: Motor Inertia,
M
π
×
×
2
N
=
M
P
o
60
w
M
F
D
1/R
MOTOR
: Thrust Force(N)
F
μ:
The coefficient of friction
V
l
L
s
t
t
d
a
t
s
t
c
t
d
V
=
(
-
)
l
L
t t
s
s
a
60
)
P
2
J
: Pulley part inertia
P
+
)
J
M
L
)
T
L
T
: Maximum Motor Torque
PM
+
)
J
M
L
)
T
L
T
: Maximum Motor Torque
PM
T
L
R
1/
: Reduction Ratio
η
: Mechanical e fficiency