YASKAWA R1000 Series, Быстрый старт

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10 UL Standards
YASKAWA ELECTRIC TOEP C710656 09D YASKAWA Power Regenerative Unit - R1000 Quick Start Guide 55
Note: Use crimp insulated terminals or insulated shrink tubing for wiring connections. Wires should have a continuous maximum
allowable temperature of 75
°
C 600 Vac UL-approved vinyl-sheathed insulation.

Standard Configuration Devices
Yaskawa recommends installing appropriate input fuses and fuse holders to the input side of the current suppression
reactor to maintain compliance with UL508C. The standard configuration devises are listed in
Table 16 .
Table 16 Recommended Standard Configuration Devices
<1> Codes refer to a set of three crimp terminals and three insulation caps. Prepare input and output wiring using two sets for each connection.
Example 1: Model 4A0105 with 300 kcmil for both input and output require one set for input terminals and one set for output terminals, so the
user should order two sets of [100-051-272].
Example 2: Model 4A0210 with 300 kcmil × 2P for both input and output require two sets for input terminals and two sets for output terminals,
so the user should order four sets of [100-051-562].
Model
Wire Gauge (AWG, kcmil)
Screw
Size
Crimp
Terminal
Model
Number
Tool
Insulation
Cap
Model No.
Code
r1/ 11, 1/ 21, t1/ 31
Machine
No.
Die Jaw
2A03P5 to 2A0028,
4A03P5 to 4A0028
14 M3.5 R2-3.5 YA-4 AD-900 TP-003 100-106-516
2A0035 to 2A0105,
4A0035 to 4A0300
14 M4 R2-4 YA-4 AD-900 TP-003 100-106-517
Model
Three Phase Input Fuse
Three Phase Input AC
Reactor (3%L)
Three Phase Input AC
Reactor (1%L)
Fuse Holder
SHANGHAI EAGTOP
ELECTRONIC TECHNOLOGY
CO LTD
Sao Electric Corporation
Model Ratings Model Ratings Manufacturer Model Ratings Model Ratings
200 V Class
2  03P5 350GH-20ULTC 380 V, 20 A HT4017 400 V, 75 A HINODE
ACL-0020-EISC
-9353BBH
264 V, 20 A,
0.53 mH
300-057-271
264 V, 15 A,
0.31 mH
2  0005 350GH-25ULTC 380 V, 25 A HT4017 400 V, 75 A HINODE
ACL-0030-EISC
-9353BBH
264 V, 30 A,
0.35 mH
300-057-271
264 V, 15 A,
0.31 mH
2  0007 350GH-32ULTC 380 V, 32 A HT4017 400 V, 75 A HINODE
ACL-0040-EISC
-9353BBH
264 V, 40 A,
0.265 mH
300-057-272
264 V, 20 A,
0.15 mH
2  0010 350GH-50ULTC 380 V, 50 A HT4017 400 V, 75 A HINODE
ACL-0060-EISC
-9353BBH
264 V, 60 A,
0.18 mH
300-057-273
264 V, 40 A,
0.1 mH
2  0014 350GH-63ULTC 380 V, 63 A HT4017 400 V, 75 A HINODE
ACL-0080-EISC
-9353BBH
264 V, 80 A,
0.13 mH
300-057-273
264 V, 40 A,
0.1 mH
2  0017 350GH-80ULTC 380 V, 80 A HT4017 400 V, 75 A HINODE
ACL-0090-EISC
-9353BBH
264 V, 90 A,
0.12 mH
300-057-274
264 V, 50 A,
0.06 mH
2  0020 350GH-100ULTC 380 V, 100 A HT4017 400 V, 75 A HINODE
ACL-0120-EISC
-9353BBH
264 V, 120 A,
0.09 mH
300-057-275
264 V, 60 A,
0.05 mH
2  0028 350GH-125ULTC 380 V, 125 A HT5723 400 V, 100 A HINODE
ACL-0160-EISC
-9353BBH
264 V, 160 A,
0.07 mH
300-057-276
264 V, 80 A,
0.04 mH
2  0035 350GH-160ULTC 380 V, 160 A HT5723 400 V, 100 A HINODE
ACL-0200-EISC
-9353AH
264 V, 200 A,
0.05 mH
300-057-277
264 V, 100 A,
0.03 mH
2  0053 350GH-200ULTC 380 V, 200 A HT5723 400 V, 100 A HINODE
ACL-0280-EISC
-9353BBH
264 V, 280 A,
0.038 mH
300-056-829
264 V, 153 A,
0.02 mH
2  0073 170M2620 700 V, 350 A 170H1007
1000 V,
400 A
BUSSMANN
ACL-0360-EISC
-9353BBH
264 V, 360 A,
0.026 mH
300-056-830
264 V, 209 A,
0.015 mH
2  0105 170M3021 700 V, 500 A 170H3003
1000 V,
630 A
BUSSMANN
ACL-0500-EISC
-9353BBH
264 V, 500 A,
0.02 mH
300-056-831
264 V, 306 A,
0.01 mH
400 V Class
4  03P5 660GH-16ULTC 660 V, 16 A HT6017 700 V, 75 A HINODE
ACL-0010-EISC
-9353ABH
528 V, 10 A,
2.2 mH
300-057-278
528 V, 7.5 A,
1.2 mH
4  0005 660GH-16ULTC 660 V, 16 A HT6017 700 V, 75 A HINODE
ACL-0015-EISC
-9353ABH
528 V, 15 A,
1.42 mH
300-057-278
528 V, 7.5 A,
1.2 mH
4  0007 660GH-16ULTC 660 V, 16 A HT6017 700 V, 75 A HINODE
ACL-0020-EISC
-9353ABH
528 V, 20 A,
1.06 mH
300-057-279
528 V, 10 A,
0.6 mH
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