UFC762AE101
UFC762AE101
UFC762AE101
ACS880-11 是用于控制交流异步感应电机、 交流感应伺服电机、永磁电机和同步磁阻电机的四象限传动。
传动包括线侧换流器和电机侧换流器。两种换流器的参数和信号被合并到一个基本用户程序中。ACS880-14 是一个四象限传动模块，用于控制交流异步感应电机、永磁电机、交流感应伺服电机和ABB 同步磁阻电机（SynRM 电机）。 ACS880-07 是一种用于控制交流异步感应电机、永磁同步电机、交流感应伺服电机的空冷式机柜安装式传动。
该传动由多个柜体构成，这些柜体含有供电和电机端子、1 到 4 个二极管供电模块、2 到 5个逆变器模块以及可选设备。柜体的实际布置视类型和所选选件而异。
are described below.
Basic unit pm802f
The basic unit pm802f is composed of a metal rack Ccharacteristics:
mouth
Installation slots of 4 fieldbus interface cards
c
Installation slot of 2 Ethernet network cards
Support redundant operation of Fieldbus interface card
Support hot plug of Fieldbus interface card
Technical indicators of basic unit pib02f:
CPU :Intel 80960HT25/75
32-bit RISC superscalar processor with operation speed of 150 MIPS
4 MB FLASH-EPROM
EEPROM，serial， 16 Kbit
o
Ram 8 MB (with error check and correction function, abb patent)
16 K internal cache (CPU cache RAM)
Ram backup battery (matchdog, optional redundancy)
Equipment internal temperature monitoring
Watchdog
I/0 sweeping cycle: configurable.
Time required to process 1000 IL (instructions):
< 1.0 ms (processing binary and 16 bit arithmetic instructions)
<2ms (processing fixed-point arithmetic instructions)
< 1.5ms (processing 32-bit floating-point arithmetic instructions)
Bthernet network card ei801f/ei802f/ei803f
The industrial Ethernet network card provides communication with the system network diginet s (iee802.3 Ethernet standard)
Interface.
Basic characteristics:
1ee802.3 Ethernet standard
o
Ei801f provides 10base2 thin cable communication interface
Ei802f provides 10BASE5 thick cable connection (through AUI interface)
Ei803f provides 10Base-T twisted pair communication interface
32-bit data bus, 100 mb/s
DMA (direct memory access) mode main memory ram, corresponding CPU operating load <4%
Optional ram backup battery
Fieldbus interface replacement card fi830f/fi820f/fi810f
Fieldbus interface cards are divided into several types according to different protocol standards. Each interface card provides – a fieldbus interface (PROFIBUS,
Can, FF, MODBUS, etc.). The configuration and parameter settings of the interface card itself and the field instrument (or remote i1/0) on the connected fieldbus are still
It is designed by the industrial “unified tool control bui
