Specifications

How to Read Motor Specifications
Motor Specifications Table (Example)
ώ Output Power : The amount of work that can be performed in a given period of time. It can be used as a criteria for motor capability.
Ϗ Current : The current value used by a motor when the motor is producing rated torque.
ϐ Starting Torque : This term refers to the torque generated the instant the motor starts.
If the motor is subjected to a friction load smaller than this torque, it will operate.
ϑ Rated Torque : This is the torque created when the motor is operating most efficiently. Though the maximum torque is far greater,
rated torque should, from the stanpoint of utility, be the highest torque.
ϒ Rated Speed : This is the speed of the motor when the motor is producing rated torque
FEATURES
Lead Wire Type
Dimension
9 I D G A - 9 0 F P
( 9 I D S A - 9 0 F P )
9 I D G C - 9 0 F P
( 9 I D S C - 9 0 F P )
9 I D G D - 9 0 F P
( 9 I D S D - 9 0 F P )
9 I D G A - 9 0 F P - T
( 9 I D S A- 9 0 F P- T )
9 I D G C - 9 0 F P - T
( 9 I D S C- 9 0 F P- T )
9 I D G D - 9 0 F P - T
( 9 I D S D- 9 0 F P- T )
1/8
ĺSingle phase 110
Single phase 220
Three phase 220
50/60
50/60
50/60
2.0
1.0
0.8
4.5 4500
4.5 4500
7.0 7000
5.7 5700
5.7 5700
5.7 5700
20 250
5.0 400
- -
50Hz:1350
60Hz:1550
50Hz:1350
60Hz:1550
50Hz:1350
60Hz:1550
Output Power
H
P
W
VAC
Hz
r/min VAC
ל
A
mN.m gfcm mN.m gfcm
Voltage
Starting Torque
Rated Torque
Capacitor
Rated
speed
Freq.
Current
90
1/8
90
1/8
90
Terminal Box Type
Dimension
Model
Upper Model Name:Pinion Shaft Type
Lower Model Name( ):Round Shaft Type
ώ
Ϗ
ϐ
ϑ
ϒ
ώ Permissible Overhung Load : The value ڣ shown in the table above is the value for the permissible overhung load. As
shown in the figure above, permissible overhung load is the permissible value of the load applied in a direction perpendicular
to the gearhead output shaft.
Ϗ Permissible Thrust Load : As shown in the figure above, this term refers to the permissible value of load applied in the axial
direction to the gearhead ouput shaft. Keep the thrust load to no more than half the motor weight.
The calculating method of overhung load applied on the output shaft is the same as for a gearhead.
Motor Specifications for Permissible Overhung Load and Permissible Thrust Load
Overhung Load
Thrust Load
Ϗ
ڣ
60 (2.36) 6 (0.24) 50 (5) 11.2 110 (11) 24.7
70 (2.76) 6 (0.24) 40 (4) 9 60 (6) 13.5
80 (3.15) 8 (0.31) 90 (9) 20 140 (14) 31
90 (3.54)
10 (0.39) 140 (14) 31 200 (20) 45
12 (0.47) 240 (24) 54 270 (27) 60
Motor
ώ Permissible Overhung Load N (kgf) lb.
Frame Size
Ūmm (inch)
Distance from shaft end mm (inch)
10 (0.39)
20 (0.79)
Output Shaft Diameter
٦mm (inch)