Chapter 2 Standard specifications
7
Ch
ap
ter 2
Model
Rated output
power (kW)
Rated input
current (A)
Rated
output
current (A)
Adaptive
motor
(kW)
PI500-E 045G3
45
91
90
45
PI500-E 055G3
55
112
110
55
PI500-E 075G3
75
157
152
75
PI500-E 090G3
90
180
176
93
PI500-E 110G3
110
214
210
110
PI500-E 132G3
132
256
253
132
PI500-E 160G3
160
307
304
160
PI500-E 200G3
200
385
380
200
PI500-E 220G3
220
430
426
220
PI500-E 250G3
250
468
465
250
PI500-E 280G3
280
525
520
280
PI500-E 315G3
315
590
585
315
PI500-E 355G3
355
665
650
355
PI500-E 400G3
400
785
725
400
PI500-E 450G3R
450
883
820
450
Note
：
(1)PI500-E series inverter PI500-E 132G3
～
PI500-E 450G3 ended with “R”refers to
with built-in DC reactor, such as PI500-E 160G3R , PI500-E 160G4R.
(2)Correct selection method of inverter is : inverter rated output current , motor rated current ,
and consider the overload capacity.Usually rated power difference between inverter and motor is
recommended not exceed 2 power segments .When use big inverter to drive small motor , motor
parameters must be input correctly to avoid of damage which caused by motor overload.
2-2.Screw specification of Main loop
Model
Screw specification
Fastening torque
（
Nm
）
PI500-E 0R7G1
M3
0.5
～
0.7
PI500-E 0R7G2
M3
0.5
～
0.7
PI500-E 0R7G3
M3
0.5
～
0.7
PI500-E 1R5G2
M3
0.5
～
0.7
PI500-E 1R5G3
M3
0.5
～
0.7
PI500-E 2R2G3
M3
0.5
～
0.7
PI500-E 1R5G1
M3
0.5
～
0.7
PI500-E 2R2G1
M3
0.5
～
0.7
PI500-E 2R2G2
M3
0.5
～
0.7
PI500-E 3R7G3
M3
0.5
～
0.7
PI500-E 3R7G1
M4
1.2
～
1.5
PI500-E 3R7G2
M4
1.2
～
1.5
PI500-E 5R5G2
M4
1.2
～
1.5
PI500-E 5R5G3
M4
1.2
～
1.5
PI500-E 7R5G3
M4
1.2
～
1.5
PI500-E 011G3
M4
1.2
～
1.5
