Category: ABB

Overview

The ABB UAA326A04. also known as HIEE300024R4. is a high-performance

controller module crucial for industrial automation systems. It excels in both

PLC and DCS environments, optimizing and overseeing industrial processes

effectively.

Key Features

Robust Performance and Reliability: Designed to handle demanding industrial

 conditions while maintaining consistent performance.

Wide Compatibility: Integrates effortlessly with a wide range of ABB automation

systems.

Durable Construction: Engineered to endure harsh industrial environments.

Advanced Control Capabilities: Features sophisticated control algorithms for

optimal process management.

Modular Design: Supports easy installation, maintenance, and scalability.

Applications

The ABB UAA326A04 controller module is used in various industries, including:

Manufacturing: Enhances production processes and system efficiency.

Oil and Gas: Optimizes control in extraction and processing.

Power Generation: Manages and improves power plant operations.

Water Treatment: Controls and optimizes water treatment processes.

Chemical Processing: Oversees complex chemical production processes.

Furnace capacitors

Applications

• Static power capacitors for inductive heating plant

compensation

standards

• En 60110/1 and 2

• IEC 60110/1

Ranges

• mains frequency: 230 V to 3000 V, 50/60 Hz up to

800 kvar per unit

• medium frequency: 250 V to 4000 V, 150 Hz to

100 000 Hz, up to 10 000 kvar per unit

Benefits

• Compact construction

• Each product designed to customer specifications

• Can operate in extreme environmental conditions

• Easy to integrate into overall system concepts

• Low inductivity

Types of cooling

• natural cooling

• Forced cooling

• water cooling

Vishay EsTa

Vishay ESTA is the world’s only manufacturer to offer a complete range of power capacitors.

These cost-effective devices for harmonic control, energy savings, and voltage stabilization

are highly reliable and environmentally safe, and can be used under the most rugged

conditions. Vishay ESTA power capacitors address a wide range of energy-generation

applications. Their “green” applications include energy generation in on- and off-shore wind

turbines and solar power plants.

Vishay ESTA power capacitors are used in energy transmission and distribution in high,

medium, and low-voltage networks to improve network quality. Their efficient operation

helps promote CO2

reduction as well as reducing losses in long-distance HVDC

transmissions. The power capacitors are also used for RFI filters and voltage and

frequency converters in traction and industrial drives.

Vishay ESTA capacitors are manufactured with the highest quality standards and come

complete and ready to use for all applications.

Vishay ESTA is the world’s only manufacturer to offer a complete range of power capacitors.

These cost-effective devices for harmonic control, energy savings, and voltage stabilization

are highly reliable and environmentally safe, and can be used under the most rugged

conditions. Vishay ESTA power capacitors address a wide range of energy-generation

applications. Their “green” applications include energy generation in on- and off-shore wind

turbines and solar power plants.

Vishay ESTA power capacitors are used in energy transmission and distribution in high,

medium, and low-voltage networks to improve network quality. Their efficient operation

helps promote CO2

reduction as well as reducing losses in long-distance HVDC

transmissions. The power capacitors are also used for RFI filters and voltage and

frequency converters in traction and industrial drives.

Vishay ESTA capacitors are manufactured with the highest quality standards and come

complete and ready to use for all applications.

Furnace capacitors

Applications

• Static power capacitors for inductive heating plant

compensation

standards

• En 60110/1 and 2

• IEC 60110/1

Ranges

• mains frequency: 230 V to 3000 V, 50/60 Hz up to

800 kvar per unit

• medium frequency: 250 V to 4000 V, 150 Hz to

100 000 Hz, up to 10 000 kvar per unit

Benefits

• Compact construction

• Each product designed to customer specifications

• Can operate in extreme environmental conditions

• Easy to integrate into overall system concepts

• Low inductivity

Types of cooling

• natural cooling

• Forced cooling

• water cooling

Vishay EsTa

Vishay ESTA is the world’s only manufacturer to offer a complete range of power capacitors.

These cost-effective devices for harmonic control, energy savings, and voltage stabilization

are highly reliable and environmentally safe, and can be used under the most rugged

conditions. Vishay ESTA power capacitors address a wide range of energy-generation

applications. Their “green” applications include energy generation in on- and off-shore wind

turbines and solar power plants.

Vishay ESTA power capacitors are used in energy transmission and distribution in high,

medium, and low-voltage networks to improve network quality. Their efficient operation

helps promote CO2

reduction as well as reducing losses in long-distance HVDC

transmissions. The power capacitors are also used for RFI filters and voltage and

frequency converters in traction and industrial drives.

Vishay ESTA capacitors are manufactured with the highest quality standards and come

complete and ready to use for all applications.

Your benefits

− Maximum possibilities for extendability and enhancement

− Modular platform with high flexibility

− Different possibilities for redundancy

− Multi-processor architecture with up to 16 CMUs

− Support of full software functionality and all available host

and sub device communication protocols

− Integrated real time clock modules (GPS, IRIG-B, DCF 77)

Highlights:

Redundancy concept

RTU560 product line increases availability with a flexible

redundancy concept which is suitable for all types of redun

dant requirements:

− Redundant power supply

− Redundant communication links to the control center and

sub devices

− Redundant pairs of communication units

Redundant power supplies and communication units can be

replaced even during operation, ensuring a reliable system.

Integrated real time clocks

Synchronization of RTU’s internal time with time information

from module ensures that process information from several

terminal units are synchronized, thus providing reliable and

precise system operation. The easy to use real time clock

modules are ready for plug and play.

ABB’s RTU560 product line offers the highest possible

flexibility. These rack-based RTUs are suitable for complex

configurations with a large number of data points.

Additionally the RTU560 product line offers various

redundancy concepts.

RTU560 product line

The rack-based RTU560 product line offers a flexible and

modular design with maximum possibilities for extendibility.

The multi-processor architecture combined with the support

of the full software functionality of the RTU500 series make

for the perfect solution for applications in transmission and

sub transmission.

What is more, the RTU560 product line offers a redundancy

concept for high reliability, including redundant communica

tion units (CMU) and power supplies.

ABB’s real time clocks are available as:

− GPS receiver: worldwide, time information received from

global positioning system

− DCF 77 Receiver: Germany & central Europe

− IRIG-B /AFNOR connector: North and Central America

Features

• 16 Relay outputs

• 12 digital control inputs, 24V or 48V with two

independent 24V polling voltage supplies

• 3 analog outputs, +/-10V

• 3 analog inputs, +/-10V or +/-20mA

• 3 interfaces to PT100 or PTC temperature sensors

• Isolated bender relay interface RS485

• 1 optical module interface with 3 optical links

• 4 system control LED’s

• Independent watchdog function

• High Reliability

• Operation temperature range  –25 to +70°C

Highlights

The Combined Input Output device PC

D235 A is a general purpose interface

device which provides digital and analog

inputs and outputs. Redundancy of all

system interfaces by means of two PC

D235 A devices is supported.

The device is based on the AC 800PEC

control platform and includes the FPGA

based control module PD D205 A,

application interface board UC D208 A,

power supply KU D210 A and one

optical module UF D202 A.

The device is powered by a redundant

24 volt supply input.

ABB’s Digital Transmission Unit provides non-contact,

maintenance-free sensor excitation and signal transmission

from the Stressometer® flatness measurement roll.

Measurement made easy

Digital Transmission Unit

The DTU is built to be completely insensitive to

tough mill environments. The main features are:

• Signal transmission over a non-contact capacitive

link. The link is not affected by the surrounding air

quality which could be the case with optical links.

• Sensor excitation using a non-contact rotating

transformer.

• Maintenance-free hybrid bearings are used to

ensure a long lifetime.

• All measurement signals are transmitted through

a fiber optic cable to the control cabinet.

Direct and parallel measurement

It is important that all measurement points are

processed in parallel, i.e. at the same time.

This means that strip tension variations will

influence all measurement points in the same

way and thus will not influence the actual flatness

measurement.