Welcome to the official website of CNIACS Automation Technology Co., Ltd!

ABB’s Excitation Systems service team

ABB’s Excitation Systems service team is ready for emergency travel and dedicated

engineers are available 24/7/365 through the 1-800 technical support service hotline.

Customers come back to ABB time and again because our excitation

systems and services are safe,reliable, and can work with any and

all synchronous generator brands.

Full range of Excitation Systems

ABB’s UNITROL® excitation systems are constantly pushing

the limits of functionality, reliability, and quality using our

state-of-the-art technology. We are able to offer seamless

integration to all power plants with any type of motor or generator.

24/7/365 Customer Support

ABB offers professional product support for all

types of systems. ABB has a service support network

unmatched by our competition, with services such as:

site engineering, equipment retrofits and control upgrades,

installation and commissioning, preventive maintenance,

consultation, spare parts management as well as customer training.

ABB-certified expert training

Knowledge is power. ABB offers expert-level trainings by

experienced ABB-certified trainers. These sessions are

specifically focused on maximizing the operating and

maintenance know-how of operators and technical personnel.

Operation and Maintenance training, e-learning, standard or

tailored classroom courses are all offered at one of our training centers or on-site.

ABB The Excitation Systems team

Voltage regulation and power stability expertise NERC-compliant,

reliable and accurate

ABB’s Excitation Systems Center of Excellence in North America has

helped power over 260 GW of electricity produced in the Americas

for over four decades. Backed by over 125 years of experience in design,

manufacturing and testing, we are the world’s leading volume supplier

of high quality automatic voltage regulators (AVR) and static excitation

systems (SES) for any type and size of power plant.

The Excitation Systems team

From concept-to-commissioning, the Excitation Systems team works together

under one roof to manufacture and deliver reliable excitation systems as well as timely

and professional after-sales services.

ABB’s North American Excitation Systems Center of Excellence team is made up of over

100 employees, of which the majority are engineers and technical personnel.

ABB has a vast installed base across North America, with over

1.800 units in operation (over 10.000 units worldwide).

ABB North American Excitation Systems Center of Excellence

North American Excitation Systems Center of Excellence

The Excitation Systems Center of Excellence in North America is

part of ABB’s Industrial Automation, Energy Industries business.

ABB can help your company maintain its competitive edge through

the latest technology and optimized process concepts.

ABB sees itself as a partner to the power generation industry,

contributing process know-how, hardware systems, and supportive

services that strengthen your generating station’s operational

efficiency, predictability and reliability.

Voltage regulation and power stability expertise NERC-compliant,

reliable and accurate

ABB’s Excitation Systems Center of Excellence in North America has

helped power over 260 GW of electricity produced in the Americas

for over four decades. Backed by over 125 years of experience in design,

manufacturing and testing, we are the world’s leading volume supplier

of high quality automatic voltage regulators (AVR) and static excitation

systems (SES) for any type and size of power plant.

ABB A331 E Advant Controller 400 with S800 I/O and MasterPiece 200 Configuration and Operation

Course goal

The course goal is to teach students how to configure and

operate Advant Controller 400 Series with remote S800 I/O

and MasterPiece 200/1. This course also explains how to write

programs in AMPL.

Participant profile

This training is targeted to system, process and application

engineers. Instrumentation, electrical and service engineers

who have a foundation for maintenance and administration skills.

Prerequisites

– Basic knowledge of logic diagrams

– Basic knowledge of how processes are controlled

– Basic knowledge of Microsoft Windows and networking technologies

ABB University

BU Control Technologies

www.abb.com/controlsystems

www.abb.com/abbuniversity

2PAA109511

Topics

– Advant OCS philosophy and products

– Block selection (PC-elements)

– AMPL programming methods

– How to define, dimension, and populate a database

– On-line Builder software (PC programming, dumping, loading,

and parameter adjustment).

– Introduction to AdvaBuild Function Chart Builder (FCB)

Course type and methods

This is an instructor led course with interactive classroom

discussions and associated lab exercises. 

Approximately 50%

of the course is hands-on lab activities.

Course duration

The duration is 5 days.

ABB A331 Advant OCS with Master Software AC400 Configuration und Programmingwith S100 and S800 I/O

Upon completion of this course the student will be able to operate and configure the

Advant Controller 400 Series and can write and test control programs.

Course Type

This is an instructor-led course with interactive

classroom discussions and associated lab exercises.

Approximately 50% of the course is hands-on labactivities.

Participant profile

Commissioning, maintenance, project and service

engineers and technicians.

Prerequisites

Basic knowledge of logic diagrams and how processes

are controlled and Windows.

Learning objectives

Upon completion of this course, students will be able to:

· knows Advant OCS System structure

· knows AC410/450 Basic Hard- and Software

use of Advant Station 100 Series Engineering Station

with Application Builder, Online Builder and Function Chart Builder

· can insert and modify Data base elements

· can create and modify PC s knows Test- and Diagnosis

tools can save and restore applications can create Data set

communication between different Controllers

Topics

· ABB Master and Advant OCS System Overview

· AC410 and AC450 Hardware and Basic Software

·Signal exchange between process and the entire control system

·Project- and Network/Node- management

·Functions of Advant Station 100 Series Engineering

Station: Application Builder APB, Online Builder

ONB and Function Chart Builder FCB

·Source Code Editor AS 100Edit

·DB and PC Elements

·Test- and Diagnosis functions

·Documentation of applications software

·Functional Units

·Data backup and restore, Dump and Load

·MasterNet and Data set Communication

TEWS TQMC800 Technical Information

Technical Information

 Form Factor: Standard single QMC conforming to

VITA 93.0

 Board size: 78.25 mm x 26 mm

 PCI Express 2.1 compliant interface

 Intel I210IT Gigabit Ethernet controller

 1000Base-T

 100Base-TX

 10Base-T

 IEEE 1588/802.1AS Precision Time Protocol (PTP)

 V1 and V2 PTP frame format

 IEEE 802.1Qav Audio/Video Bridging (AVB) traffic

shaper (with software extensions)

 16 Mbit serial flash storing configuration data and

providing memory for Boot ROM

 Operating temperature -40 °C to +85 °C

TEWS TQMC800 One Channel 1000BASE-T Ethernet

Application Information

The TQMC800 is a VITA 93.0 compatible single-width

QMC providing a one channel Ethernet 10Base-T /

100Base-TX / 1000Base-T interface.

The Intel I210IT Gigabit Ethernet Controller is accessible

via PCIe. The Ethernet interface supports 10. 100 and

1000 Mbit/s transmission rates and is equipped with a 16

Mbit Serial Flash to support PXE and iSCSI boot.

The Ethernet interface of the TQMC800 is capable of

performing an auto negotiation algorithm which allows

both link-partners to determine the best link-parameters.

The TQMC800 supports IEEE 1588/802.1AS Precision

Time Protocol (PTP) and IEEE 802.1Qav Audio/Video

Bridging (AVB) traffic shaping (with software extensions).

The Ethernet port of the TQMC800 is galvanically isolated

from the Ethernet controller and a LED on the board

indicates the network activity and link status.

The TQMC800 has an I²C board temperature sensor to

facilitate measurement of the board heat near the Ethernet

Controller.

The module meets the requirements to operate in

extended temperature range from -40°C to +85°C.

For operating systems not supported by Intel, please

contact TEWS.

The TQMC700 is available as air cooled and conduction

cooled variant.

TEWS The TQMC701 provides different operation modes

Every TQMC701 is factory calibrated. The calibration

information is stored in a user-accessible on-board serial

EEPROM individual to every module. The correction data

values may be used to perform a hardware correction for

A/D channels per input range and D/A channels per output

range during functional operation.

In addition, there is a temperature sensor on every module

to allow supervisory and data temperature coherence

evaluation.

The TQMC701 provides different operation modes to

perform manual and automatic A/D and D/A conversions.

For automatic conversions there are dedicated A/D and

D/A sequencer units. These include on-board data buffer

and DMA controller for A/D data transfer, D/A data fetch

and conversion rate generators.

Sequencers provide optionally a Frame Mode for repetitive

frames of A/D and D/A conversions upon an internal or

external trigger signal event.

Conversion clock (conversion rate) and frame trigger

signals may be generated on-board for internal use.

Optionally these can be provided via the I/O connector if

the card is operating as a master card in a Multi-Board

configuration (externally synchronization). The conversion

clock (conversion rate) and frame trigger signals may also

be sourced externally to be used internally.

The TQMC701 is available as air cooled and conduction

cooled variant.

TEWS TQMC701 8 Single-Ended / Differential A/D Channels

Application Information

The TQMC701 is a VITA 93.0 compatible single-width

QMC providing 8 channels of simultaneous sampling

single ended or true differential bipolar analog inputs, 4

channels of simultaneous update analog voltage output

and 16 ESD-protected 5 V tolerant TTL digital I/O lines.

The 16 bit analog input channels support per channel

software configurable input modes and voltage ranges.

Each channel can be operated in bipolar single-ended,

unipolar single-ended and bipolar differential mode. In the

single-ended modes it offers software selectable input

voltage ranges of 0-5 V, 0-10 V, 0-12.5 V, ±2.5 V, ±5 V,

±6.25 V, ±10 V and ±12.5 V. In differential mode the input

voltage ranges are selectable between ±5 V, ±10 V,

±12.5 V and ±20 V. Sampling rate for all channels active is

up to 1 Msps.

The 16 bit analog output channels support per channel

software configurable output voltage ranges of 0-5 V, 0

10 V, 0-10.8 V, ±5 V, ±10 V or ±10.8 V. The conversion

time is typ. 10 μs and the DAC outputs are capable to

drive a load of 2 kΩ, with a capacitance of up to 4000 pF.

All 16 digital I/O lines are ESD-protected and 5 V-tolerant.

Every I/O line is individually programmable as input or

output if not used for external synchronization. TTL I/O

lines can be set to high, low, or tristate.

TEWS TQMC700 Technical Information

Technical Information

 Form Factor: Standard single QMC conforming to

VITA 93.0

 Board size: 78.25 mm x 26 mm

 PCI Express 2.0 compliant interface

 Artix-7 User programmable FPGA

 Xilinx XC7A50T-2

 PCIe endpoint in FPGA

 128 Mbit SPI-EEPROM for FPGA configuration and

 User Data

 Digital I/O

 16 ESD-protected 5 V-tolerant TTL lines with

programmable pull- resistor

 Direction individually programmable

 8 channels 18 bit analog input

 Simultaneous sampling

 differential or single-ended inputs

 Programmable input voltage (one setting for all

channels):

Order Information

0-5 V, 0-10 V, 0-12.5 V,

±2.5 V, ±5 V, ±6.25 V, ±10 V, ±12.5 V

 Sampling rate: 1 Msps

 Overvoltage protection

 Factory calibration

 4 channels single-ended 16 bit analog output

 Simultaneous update

 Programmable output voltage:

0-5 V, 0-10 V, 0-10.8 V,

±5 V, ±10 V, ±10.8 V

 Conversion time: typ.10 μs

 Up to 2 kΩ resistive, 4000 pF capacitive load

 Overcurrent protection

 Factory calibration

 Operating temperature -40 °C to +85 °C

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