ABB AZ20/112112221112E/STD
ABB AZ20/112112221112E/STD
ABB AZ20/112112221112E/STD
12-24 kV柱上开关设备
断路器
·PVB柱上真空断路器（柱式）
·PVB-S柱上真空断路器（罐式）
负荷开关
·SECTOS柱上SF6负荷开关
·PVB-L柱上真空负荷开关
负荷隔离开关
·NPS柱上负荷隔离开关
隔离开关
·DCD柱上隔离开关
跌落式熔断器
·NCX、NCXF跌落式熔断器
40.5 kV户外开关设备
断路器
·OVB-VBF户外真空断路器
电流互感器
10 kV支柱式电流互感器
LZZBJ9-12/150b/1
LZZBJ9-12/150b/2
LZZBJ9-12/150b/4
LZZBJ9-12/150b/2S (VI)
LZZBJ9-12/150b/4S (VI)
LZZBJ9-12/175b/2
LZZBJ9-12/175b/4
LZZBJ9-12/185b/2
LZZBJ9-12/185b/4
LZZBJ9-12/185h/2
LZZBJ9-12/185h/4
LZZBJ9-10A1
LZZBJ9-10A3
LZZB6-10Q
LZZX-10Q
10 kV母线贯穿式电流互感器
LMZB1-10
LMZBJ1-10/250 (II)
LMZBJ1-10/325 (I)
10 kV带触头盒复合式电流互感器
LMZ5-10 (II)
LMZ5-10 (III)
LMZ5-10 (V)
10 kV代电流互感器
ZJ10-150b
ZJ10-185b
35 kV支柱式电流互感器
LZZBJ9-36/250W3b
LZZBJ9-36/250W3h
LZZBJ9-36/250W3l
LZZBJ9-36/250 (II)
35 kV代电流互感器
LZZBJ9-36-250W3b (II)
LZZBJ9-36-250W3h (II)
LZZBJ9-36-250W3l (II)
剩余（零序）电流互感器
LMZ165-50-70
LMZ215-80-120
LMZ255-80-160
LXZ-Φ110
LXZ-Φ200
LMBF-0.5 (300×500)
LMBF-0.5 (450×650)
LMZC-0.5
LXZK-Φ120
LXZK-Φ200
电压互感器
10 kV相对相电压互感器
JDZ22-10C1
JDZ10-10 (VI)
JDZ10-10 (VII)
JDZ10-10 (VIII)
JDZ10-10B3
JDZ10-10V
JDZ9-10
JDZ23-10
JDZ23-10S
JDZ15-10
JDZ10-10R
JSZV10-10R
JSZVR22-10C/150
JSZVR22-10C/210
JSZVR22-10C/275
10 kV相对地电压互感器
JDZX22-10C
JDZX22-10C1
JDZX9-10
JDZX10-10
JDZX10-10 (II)
JDZX23-10
JDZXR22-10C1
JDZXR23-10
JDZXR24-10
JDZX22-10C1G-A (N)
JDZX22-10C2G-A (N)
JDZX22-10W-A (N)
35 kV相对相电压互感器
JDZ22-35
JDZ23-35
JSZV22-35R
35 kV相对地电压互感器
JDZX22-35W
JDZX23-35W
JDZXR22-35C
JDZX23-35R
JDZX22-35G-A (N)
such as I/0 or field instruments) adopts the international standard field controller.
Wire. The field controller supports various field buses such as Profibus. Profibus is the most widely used open field bus in the world.
Line international standard, divided into FMS, DP and PA three levels, DP communication rate can be as high as 12Mb. The CAN (DIN/IS011898 standard) bus
The biggest feature is its super sturdiness and data security. The system of course also supports Modbus. The communication with the intelligent field instrument is through
IART protocol or field bus (31. 25Kb ProfibusPA and FF bus).
The system communication between the operation management level and the process control level is realized by Di giNetS network (Industrial Ethernet/IEEE802.3 standard),
Users can choose the communication transmission medium (ordinary cable or optical fiber) and network topology according to the actual situation of the application.
The popular PC and MS_ Windows 2000 have been widely used in various fields all over the world, becoming the de facto standard computer platform.
tower. The operating station 0S, the engineering station ES and the data gateway GS of the Industrial” system use this platform to ensure the system’s
Versatility, openness and ease of use, and bring great convenience to future technical upgrades and maintenance.
System engineering is very convenient. The configuration language is based on the IE061131 3 industry standard, providing function block diagram (FBD), ladder diagram
(LD), instruction list (IL), sequential function chart (SFC), structured text (ST) and other graphical configuration methods. The system contains about 220 functions
Algorithm library for energy blocks and a basic library with more than 200 graphic symbols and an extended library with a large number of 3D symbols.
The system uses the same set of configuration tool software to complete the configuration and debugging of process level, operation level and even fieldbus instruments, and uses the same
a global database.
The scale of the system is highly scalable, and a single-system supports 1 to a maximum of 100 control stations and 100 operating stations. each control
The station can support several thousand I/0 points at most, and the scale of the whole system can
