367
ECO-ECP iMANUAL December 2013 Rev. 03
连接方式
相间电压
[V]
传感
范围
图号
备注
串联星型
380-400-415-440-460-480- 500
(
从
260
到
500)
单相传感的半相感应
H
SCC0160
三相传感的半相感应
H
SCC0158
单相传感的全相感应
F
N.D.
三相传感的全相感应
F
N.D.
530-550-575-600-690-760- 800-920
-960(
从
520
到
1000)
单相传感的半相感应
F
SCC0161
三相传感的半相感应
F
SCC0159
1200 (from 1100 to 2000)
单相传感的半相感应
F
SCC0202
2
通道串联
并联星型
190-200-208-220-230-240- 250
(从
130
到
250)
单相
H
SCC0160
三相
H
SCC0158
380-400-415-440-460-480- 500
(
从
260
到
500)
单相
F
SCC0161
三相
F
SCC0159
串联三角
220-230-240-254-265-277- 290
(
从
150
到
300)
单相传感的半相感应
H
SCC0160
三相传感的半相感应
H
SCC0158
305-320-330-440-460-530- 555
(
从
300
到
600)
单相传感的半相感应
F
SCC0161
三相传感的半相感应
F
SCC0159
220-230-240-254-265-277- 290
(
从
150
到
300)
单相传感的全相感应
F
N.D.
三相传感的全相感应
F
N.D.
并联三角
110-115-120-127-133-138- 145
(
从
75
到
150)
单相
H
SCC0160
三相
H
SCC0158
152-160-165-220-230-265- 277
(
从
150
到
300)
单相
F
SCC0161
三相
F
SCC0159
Zig-Zag
(2)
330-346-360-380-400-415- 430
(从
260
到
500)
单相传感的全相感应
F
N.D.
三相传感的全相感应
F
SCC0203
2
通道串联
单相并联
220-230-240-254-265-277- 290
(
从
150
到
300)
单相
–
部分
H
SCC0160
单相
–
全部
F
N.D.
305-320-330-440-460-530- 555
(
从
300
到
600)
单相
–
部分
F
SCC0161
单相
–
全部
F
N.D.
2
通道串联
DER1
连接
DER1
调压器
三个不同的输入口,每个各带
2
个
刻度
:
刻度
“H”
用于
75V
和
150V
之间的电压
刻度
“ F”
用于
150V
和
300V
之间的电压
基于发电机主要电压的连接
根据发电机的连接及所需电压
(1)
你可以在一个范围或其他范围内使用单相感应或三相感应,总结是用于大多数常用电压
(
1)
与交流发电机的额定参数相适合
(
2)
只在全相时传感
Summary of Contents for ECO-ECP 2
Page 309: ...309 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP IMPORTANT...
Page 310: ...310 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP Mecc Alte...
Page 311: ...311 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 30 349 25 40 C 1000 EN60034 1...
Page 312: ...312 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 349 25 IP21...
Page 313: ...313 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP MD35 349 25 1 EN60204 1 50 60...
Page 314: ...314 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 348 24 40 C...
Page 316: ...316 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP g ECP28 h i 28 20 Nm 10 l h i...
Page 321: ...321 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 42 23 ECO ECP...
Page 324: ...324 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 28 31 32 34 38 40 43 46 38 40 43 46 A B...
Page 325: ...325 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 38 40 43 46...
Page 326: ...326 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP b c I 60 80 C...
Page 330: ...330 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP g 12V 30W Mecc Alte...
Page 331: ...331 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 15 12V 30 0 8 4 STAB Mecc Alte...
Page 333: ...333 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP ECO 40 ECO 43N ECO 46...
Page 336: ...336 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 2 3...
Page 337: ...337 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP S R 7 2 G 4 U V R 6 1 F 5 PD 350KVA PD...
Page 338: ...338 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 4A S R 7 2 G 12 U V R 6 1 F 12 5A...
Page 339: ...339 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 12 6 7 PD 350KVA PD...
Page 341: ...341 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 10 S R 7 2 G U V R 6 1 F 11 PD 350KVA PD...
Page 342: ...342 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 28 32 12 28 32 34 13...
Page 343: ...343 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 14 28 32 15 34...
Page 344: ...344 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 16 17 34 38 40 ECO40 ECO38N...
Page 345: ...345 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 18 19 38 38...
Page 346: ...346 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 20 21 40 43...
Page 370: ...370 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP IMPORTANTE...
Page 371: ...371 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP Mecc Alte...
Page 372: ...372 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 30 25 44 40 C 1000 EN60034 1...
Page 373: ...373 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 25 44 IP21...
Page 374: ...374 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP MD35 25 44 1 EN60204 1 50 60 C...
Page 375: ...375 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 24 43 40 C B3 B14...
Page 376: ...376 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP MD35 a L 24 43 L 0 5 2 28 28 8 28 d MD35...
Page 377: ...377 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP ECP28 28 20 10 i l...
Page 382: ...382 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP ECO ECP Mecc Alte 23 42...
Page 383: ...383 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 500 1 50 60 C fig a fig b fig c...
Page 386: ...386 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 38 40 43 46...
Page 387: ...387 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP Solvesso 60 80 C...
Page 391: ...391 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 12 30 Mecc Alte...
Page 394: ...394 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP ECO 40 ECO 43N ECO 46...
Page 397: ...397 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 2 3...
Page 398: ...398 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP S R 7 2 G 4 U V R 6 1 F 5 PD 350 P...
Page 399: ...399 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 4A 12 S R 7 2 G 12 U V R 6 1 F 5A...
Page 400: ...400 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 12 6 7 PD 350 P...
Page 401: ...401 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 12 S R 7 2 G 8 9 12 U V R 6 1 F...
Page 402: ...402 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 10 S R 7 2 G 11 U V R 6 1 F PD 350 P...
Page 403: ...403 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 28 32 12 28 32 34 13...
Page 404: ...404 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 14 28 32 15 34...
Page 405: ...405 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 16 17 34 38 40 ECO40 ECO38N...
Page 406: ...406 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 18 19 38 38...
Page 407: ...407 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP 20 21 40 43...
Page 427: ...427 ECO ECP iMANUAL December 2013 Rev 03 ECO ECP SCC0203 00 300 600 SCC0202 00 300 600...