KX driver tool unit
15
KX150T2-03*1-20
Graph [1] (Output shaft rotation speed - Impact torque comparison table)
1 0 %
20%
30%
40%
50%
60%
70%
80%
90%
30 rpm
0.50 N・m 0.96 N・m 1.43 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
50 rpm
0.50 N・m 0.96 N・m 1.43 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
100 rpm
0.50 N・m 0.96 N・m 1.43 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
200 rpm
0.55 N・m 0.96 N・m 1.43 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
300 rpm
0.70 N・m 1.00 N・m 1.43 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
400 rpm
0.93 N・m 1.12 N・m 1.45 N・m 1.89 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
500 rpm
1.20 N・m 1.33 N・m 1.59 N・m 1.90 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
600 rpm
1.50 N・m 1.60 N・m 1.80 N・m 2.03 N・m 2.35 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
700 rpm
1.83 N・m 1.90 N・m 2.05 N・m 2.25 N・m 2.50 N・m 2.81 N・m 3.28 N・m 3.74 N・m 4.20 N・m
800 rpm
2.20 N・m 2.20 N・m 2.32 N・m 2.50 N・m 2.75 N・m 2.95 N・m 3.28 N・m 3.74 N・m 4.20 N・m
9 0 0 rpm
2.60 N・m 2.60 N・m 2.65 N・m 2.80 N・m 3.00 N・m 3.20 N・m 3.42 N・m 3.74 N・m 4.20 N・m
1000 rpm
3.03 N・m 3.03 N・m 3.03 N・m 3.10 N・m 3.33 N・m 3.45 N・m 3.60 N・m 3.75 N・m 4.20 N・m
1100 rpm
3.49 N・m 3.49 N・m 3.49 N・m 3.49 N・m 3.65 N・m 3.75 N・m 3.83 N・m 3.95 N・m 4.20 N・m
1200 rpm
3.99 N・m 3.99 N・m 3.99 N・m 3.99 N・m 3.99 N・m 4.05 N・m 4.10 N・m 4.20 N・m 4.30 N・m
1300 rpm
4.52 N・m 4.52 N・m 4.52 N・m 4.52 N・m 4.52 N・m 4.52 N・m 4.52 N・m 4.55 N・m 4.60 N・m
1350 rpm
4.80 N・m
4.80 N・m 4.80 N・m 4.80 N・m 4.80 N・m 4.80 N・m 4.80 N・m 4.80 N・m 4.80 N・m
Graph [2] (Set current value - Shaft output torque comparison table)
Set current value
Shaft output torque
10 %
0.46 N・m
15 %
0.69 N・m
20 %
0.93 N・m
25 %
1.16 N・m
30 %
1.39 N・m
35 %
1.61 N・m
40 %
1.83 N・m
45 %
2.05 N・m
50 %
2.27 N・m
55 %
2.48 N・m
60 %
2.69 N・m
6 5 %
2.90 N・m
7 0 %
3.10 N・m
75 %
3.30 N・m
80 %
3.50 N・m
85 %
3.69 N・m
90 %
3.89 N・m
95 %
4.07 N・m
100 %
4.26 N・m
Set current value
0.0
1.0
2.0
3.0
4.0
5.0
0 %
20 %
40 %
60 %
80 %
100 %
Sh
af
t
o
u
tp
u
t
to
rq
u
e
(
N
·m
)
Set current value
Relation between set current value and output shaft torque
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
5.0
0
100
200
300
400
500
600
700
800
900
1000 1100 1200 1300
Im
p
a
ct
t
o
rq
ue
(N
·m
)
Output shaft rotation speed (rpm)
Relation between Output shaft rotation speed and Impact torque
Hexagon bolt + PW (Thick washer) M5
×
15
Bit shaft inertia moment: I = 13.145
×
10
-
6
kg·m
2
Set current value 10%
Set current value 20%
Set current value 30%
%
Set current value 40%
Set current value 50
%
Set current value 60%
Set current value 70%
Set current value 80%
Set current value 90%
Graph [2] (Set current
value - Shaft output
torque comparison table)
2.6N
・
m
900rpm
A shaft output torque of 3
N·m is generated at the
middle of 65% and 70%
(Approx 68%).
68%
3N
・
m
This setting method is an example. The setting values vary depending on screw type, workpiece, fastening
direction, and output shaft shape etc.
Graphs of various models are shown on the next pages onward. The data is acquired with actual output
shaft assumed and a weight (inertia moment I = 13.145
×
10
-
6
kg·m
2
) attached.
KX150T2-03
■
*-20
Summary of Contents for KX Series
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