Category: ABB

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.

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

The TU811V1 is a 8 channel 250 V compact module termination unit (MTU) for the S800 I/O.

The MTU is a passive unit used for connection of the field wiring to the I/O modules.

It also contains a part of the ModuleBus.

The MTU distributes the ModuleBus to the I/O module and to the next MTU.

It also generates the correct address to the I/O module by shifting the outgoing position signals to the

next MTU.

Two mechanical keys are used to configure the MTU for different types of I/O modules.

This is only a mechanical configuration and it does not affect the functionality of the MTU or the I/O

module.

Each key has six positions, which gives a total number of 36 different configurations.

Features and benefits

• Compact installation of I/O modules.

• Up to 8 isolated channels of field signals.

• Connections to ModuleBus and I/O modules.

• Mechanical keying prevents insertion of the wrong I/O module.

• Latching device to DIN rail for grounding.

• DIN rail mounting.

The TU805K01 is a kit consisting of 10 pcs TU805. TU805 is a 16-

channel 50 V terminal unit for the S800 I/O modules DI801 and

DO801. The Terminal Unit is a passive unit for the distribution of

external process power.

Features and benefits

• Enables 2- and 3-wire connections of process signals.

• Direct mounting on the I/O module.

• Requires no extra space.

Product and part life cycle report (annual)

The Product Life Cycle annual report is a summary of the

excitation system parts availability and life cycle status. It will

also detail which new material can replace the obsolete ones and

if a mechanical adaptation is needed.

Control upgrade solution (preferential price)

ABB has designed a front-end control upgrade solution using the

latest excitation technology, the UNITROL 6000. for excitation

systems in the Limited or Obsolete phase. It is an efficient

solution that extends the life of the system and brings it to the

Active phase of the Product Life Cycle.

Performance review (preferential price)

The ABB performance review program is designed to ensure

the proper and safe operation of all your UNITROL excitation

products. We accomplish this by running tests on all critical

protection devices and system settings in various operating

conditions. We then prepare a report based on the findings, and

make recommendations on how to keep unplanned downtime at

a minimum.

Spare parts health and functional check (at the factory)

Upon request, the health and functional check may be performed in

our factory. The spare parts must be carefully packed and shipped

to ABB. Once they arrive, they will be inspected and tested at our

supplier factory in order verify their correct functionality. We

recommend that spare part boards (PCB) containing electrolytic

capacitors should be tested every four years.

Parts Fingerprint

The Parts Fingerprint provides you with a complimentary

recommended spare parts list or, if a detailed list of the spare

parts is provided, a list of the recommended parts that are

missing can be prepared. This can be done, for example, as part

of a performance review. We will also keep you informed about

critical aging processes of vital components.

Product and part life cycle report (annual)

The Product Life Cycle annual report is a summary of the

excitation system parts availability and life cycle status. It will

also detail which new material can replace the obsolete ones and

if a mechanical adaptation is needed.

Spare parts health and functional check (on-site)

The spare parts critical to commercial operation (noble parts;

ex.: boards, power supply), will be installed directly on the

existing excitation system and the functionality of all parts will

be confirmed. This will require the excitation system and the

machine to be available for testing.

Spare parts health and functional check (at the factory)

Upon request, the health and functional check may be performed in

our factory. The spare parts must be carefully packed and shipped

to ABB. Once they arrive, they will be inspected and tested at our

supplier factory in order verify their correct functionality. We

recommend that spare part boards (PCB) containing electrolytic

capacitors should be tested every four years.

Parts Fingerprint

The Parts Fingerprint provides you with a complimentary

recommended spare parts list or, if a detailed list of the spare

parts is provided, a list of the recommended parts that are

missing can be prepared. This can be done, for example, as part

of a performance review. We will also keep you informed about

critical aging processes of vital components.

Unlimited phone support

Technical phone support will be provided by the local support

center. During normal business hours (excluding holidays).

Technical support is also available for emergency cases, 24/7/365.

On-site troubleshooting dispatch prioritization

The ABB service hotline team will trigger an internal dispatch alert

and escalation process, immediately upon receiving customer’s

confirmation to dispatch a service engineer to site. The support

line will transfer all information and technical documentation

available for the service to the assigned service engineer.

Annual support usage report (available on demand)

ABB will provide an annual usage report on demand. This will

summarize all support activities provided during the Excitation

Care Program for a period of 12 months.

On-site critical spare parts assessment

The on-site critical spare parts assessment is designed to gather

all necessary information such as software and hardware version,

ABB reference number and quantity of the available spare parts

on-site directly from the customer site. It will then be compiled

in a detailed list by our specialist and provided to the customer

contact person.

Excitation Care provides peace of mind and reassurance to your maintenance team. 

They will know who to call in case of emergency, theterms and conditions

of sale will be defined in advance; therefore, your maintenance team will 

only focus on getting the best performance from your excitation systems.

Product Life Cycle notification (annual)

ABB will advise where the excitation systems are in the product

life cycle: Active, Classic, Limited or Obsolete. Customers will

receive recommendations depending on the status of the system.

It is a proactive approach to keep customers informed and to help

them plan excitation maintenance services efficiently.

Unlimited phone support

Technical phone support will be provided by the local support

center. During normal business hours (excluding holidays).

Technical support is also available for emergency cases, 24/7/365.

Your bridge from physical to digital worlds:

Process Interface Unit for Digital Substations

MU360 is the Process Interface Unit (PIU) with analog and binary interfaces for full

switchyard modelling, control and digitization using IEC 61850 and IEC 61869 standards and

protocols such as Sampled Values (SV), GOOSE, MMS and PTP.

The MU360 unlocks the full value of a completely digital substation, capable to be a single

I/O interface for Protection, Automation and Control applications to bay IEDs. Limiting the

field wiring just up to the MU360 reduces project complexity by reducing cabling, terminals,

and physical connections, which combined with a complete set of logical nodes allows

design standardization on the yard. Bay level IEDs can use data from redundant MU360

units, increasing system availability. Bay level IEDs can also be quickly replaced or added

using IEC 61850 test modes as no field wiring is involved. The MU360 has the additional

benefit of improving CT performance and cost through a lower connected burden and a

reduction in the number of CT cores required for an application.