Category: ABB

Desciption

The 129740-002 offers DC output (Vout), 50/60Hz AC power that can be adjusted between 5V and 6V.

The 129740-002 offers ±6V and an additional -5.2V voltage on a separate line. 

The switch on the backplane is used to select the mains power range. The 129740-002 can be adjusted between 5V and 6V.

The 129740-002 is an intelligent input/output interface, often referred to as intelligent I/O. 

It has the characteristics of high efficiency, intelligence, flexibility and programmability, 

and can realize the input, processing and output of various signals.

This intelligent I/O interface usually uses high-performance processors such as digital signal processors (DSP)

or programmable logic controllers (PLC), which can collect, process and control various input signals, and transmit the processed output signals to various output devices.

In industrial automation and control systems, the 129740-002 intelligent I/O interface is widely used. 

It can be seamlessly integrated with other industrial automation equipment and systems to achieve control and monitoring functions.

For example, it can receive analog signals from sensors and convert them into digital signals for processing and control.

At the same time, it can also convert digital signals into analog signals to drive actuators or other devices.

In addition, the 129740-002 intelligent I/O interface also has a power regulation function to adjust the output voltage between 5V and 6V.

This power regulation function allows it to adapt to different power supply environments and needs, improving its flexibility and reliability.

It should be noted that the specific application scenarios and configurations need to be determined according to the

specific control system and device requirements.

PGC5000B Oven:

— Simpler analytical methods

— Creates simple applications with a fixed set of features

— Using multiple ovens creates maximum

application flexibility

— Optimized for maximum analytical capability with

minimal hardware

— All hardware component access points are from the front

of the analyzer

— Flexible platform for product expansion and future

enhancements

— Multiple oven capability

— EPC standard

— Distributed analyzer architecture

— Oven isolation for maintenance and upgrades

— Different oven sizes for application designs

— Analyzer densification for reduction in shelter size

— Industry standard CANopen protocol

— Unlimited application configurations

— Local diagnostic capability

— Controlled and phased analyzer upgrades

— Factory engineered reapplications

— Simple application expansion

Application

Usage

The PGC5000B Smart OvenTM targets simple applications or complex applications that can be made simple. Smart OvenTM

technology can be single or multiple ovens allowing application design flexibility, producing simpler analyses which are easier to

maintain with higher reliability. PGC5000B Smart OvenTM smaller footprint minimizes space and utility requirements, while

increasing analyzer density in shelters.

PGC5000A. Control your Process GC with the

touch of a finger. Measurement made easy.

The new PGC5000A Master Controller features an easy to use touchscreen that

delivers unmatched control of your process gas chromatograph. As part of the unique

ABB multi-oven platform, the PGC analyzer system is suitable for virtually all

measurements in the hydrocarbon processing industry. The new HMI enables quick

and simple integration and commissioning of the ABB GC analyzer system, plus, easy

day-to-day control and plant optimization. Like all ABB GC analyzers, the PGC5000A

delivers high-reliability and precision while minimizing the overall cost of ownership.

Application

Usage

The PGC5000A Controller provides all of the analyzer system

control functions and coordinates internal and external data

activities for the PGC5000B and PGC5000C Smart OvensTM.

The PGC5000A Controller supports Multiple Smart OvensTM

configurations to maximize application flexibility while

minimizing space and utility requirements. Analyzer and

control systems communicate via intrinsically safe (IS) Fiber

Optic with Redundant Ethernet, Modbus or Modbus RTU.

Simple to Use, Operate and Maintain

The Triguard SC300E TMR product

functions as a single set of hardware

and software. The three processors

and triplicated I/O circuitry are

transparent to the user. Purchasing a

Triguard SC300E system will provide:

• Lowest Life Cycle Cost

• The Maximum Safety and

Availability

• The Highest Level of Safety and

On-Line Maintenance

Fail Safe Operation

Failure modes of the processors,

input/output circuitry, control program

and watchdog timer circuits are

managed so that circuits will default to

a predetermined safe state.

Highest Speed of Response

By using advanced processor

technology, whilst maintaining the

stability of the original core software,

Triguard SC300E delivers an

unrivalled scan time resolution of 10ms.

Product Family

The ABB Triguard SC300E TMR product family gives unrivalled performance in areas of reliability, availability, test coverage,

diagnostics and simplicity of operation. Advances in technology and improved production methods add cost benefits that

give significant price/performance advantages.

• Fewer unscheduled stoppages

highest availability, fault tolerant electronics with transient immunity and 3–2–0 or 3–2–1–0 voting

• Security for plant, product and people

fail-safe operation at all levels provides plant, product and personnel with the highest security

• Quality data

sequence of event and extensive diagnostics keep the operator informed

Highest Availability

The Triguard SC300E achieves the

highest possible TMR availability

(99.999%) by maximising the

Mean Time To Failure (MTTF) and

decreasing the Mean Time To Repair

(MTTR).

Modern low power integrated

technology allows the TMR

architecture to be cost effective for

an increasing range of high integrity

applications.

The ABB Triguard SC300E is the

evolution of 20 years of combined

vendor and customer experience

integrated into the design of the

ultimate TMR product. Building on a

proven platform, the Triguard SC300E

combines features that will maintain

excellence well into the future.

Today ABB is a global supplier with

key operating bases in North America,

Europe, Middle East and Asia Pacific.

ABB TMR Безопасность и контроль Triguard SC300E

The Company has successfully

supplied TMR products and systems to

meet an ever increasing diverse range

of applications, including:

• Safety Shutdown

• Electrical Stability and Load Control

• Process Shutdown

• Reactor Control

• Emergency Shutdown

• Critical Batch Processing

• Sequence and Interlock Control

• Fire & Gas Protection and Detection

• Critical Process Control

• Burner Management and Control

• Turbine and Compressor Control

• Wellhead/Sub-Sea Control

• Unmanned Installations

• FPSOs

Overview

System Controller Connect is a software product

which is loaded and executed in a Symphony Harmony/Symphony Plus controller.

System Controller Connect supports Manufacturing

Message Specification (MMS) protocol in the Symphony Controller. The System Controller Connect

software is deployed as an MMS Client Application.

The AC 800M controller acts as a Server and responds to MMS commands sent from the System

Controller Connect client. The client application

reads/writes blocks of data in order to maximize efficiency. This is accomplished by forming scan

groups containing a set number of access variable

values.

The System Controller Connect interface performs

non-SIL based communications that can be used for

‘high speed’ real-time data exchange communication.

Features and benefits

• Transfer of 800xA tag values to the Symphony Harmony / Symphony Plus system using MMS protocol. MMS is a native protocol of the System 800xA

AC 800M controllers and thus needs minimal configuration effort and no additional hardware components.

• MMS access variables in the AC 800M controller

are supported in the user friendly interface. Entries are defined as either read or write.

• Communication rates are fully tunable to meet requirements.

System 800xA values now available within the Harmony blockware can be displayed in the Symphony

Harmony HMI.

System Controller Connect supports a fully redundant interface. Redundant failovers are ‘bumpless’.

Redundant Ethernet address of the AC 800M controller using RNRP is fully supported. 

New Ethernet based peer-to-peer communication

The System Controller Connect software provides a real time dedicated and secure interface between Harmony/Symphony Plus systems and 800xA systems or Safety systems.

Подключения системного контроллера ABB

Ethernet based communication

The System Controller Connect provides a dedicated, high speed, and secure interface between

Symphony Harmony/Symphony Plus systems and

800xA systems/safety systems.

Applications

The System Controller Connect software can be

used in applications requiring a:

• Fast and reliable interface between electrical and

process controllers

• Controller Connectivity for real-time data exchange in mixed systems

• Interface between Symphony Harmony/S+ based

DCS controller and AC 800M High Integrity safety controller

Features

… Input voltage 115 – 230 VAC (self adjusting), output is elec

trically isolated

… Power supply outputs provide:

SA 801 F: 5 V DC / 5 A and 3.3 V DC / 5 A

SA 811 F: 5 V DC / 5.5 A and 3.3 V DC / 6.5 A

… Enhanced power-fail prediction and shutdown procedures

… LED indication for power supply status and operating

status of the AC 800F

… Short circuit proof, current limited

… 20 ms backup energy for use in the event of primary power

failure, according to NAMUR

Description

The AC 800F modules are supplied with 5 V DC / 5 A and 3.3 V DC / 5 A auxiliary power by the SA 801F or 5 V DC / 5.5 A and 3.3 V DC / 6.5 A by the SA 811F power supply. The power supply has open-circuit, overload and sustained short-circuit protection. The electronically controlled output voltage provides high stability and low residual ripple. In case of power loss ≥5 ms, the power supply module generates a power-fail signal. This signal is used by the CPU module to shut down operations and enter to a safe state. This is required for a controlled restart of the system and the user application when power is restored. The output voltage remains within its tolerance limits for at least another 15 ms. Altogether a mains voltage drop of 20 ms will be managed.

MB3000-CH90 features

The MB3000-CH90 Laboratory Gas Analyzer is

designed to offer a unique combination of sensitivity, robustness and simplicity. An innovative and

unique interferometer design is at the core of the

instrument. This latest advancement in interferometer technology is extremely modular and compact

and is combined with a patented 24-bit sampling

algorithm for optimal dynamic range. The permanently aligned optics with a Jacquinot stop in the

interferometer output beam ensure an accurate

and stable line shape as well as wavelength and

resolution stability.

As result, the MB3000-CH90 offers an outstanding

spectroscopic performance enabling ppb level gas

analyzes with a standard DTGS detector. In addition,

the analyzer can also be fitted with an optional and

hot-swappable liquid nitrogen-cooled MCT detector

for applications requiring higher sensitivity or

measurement speed.

While the exceptional stability of the double-pivot

interferometer principle ensures reproducible data,

the permanently aligned optics do not require

re-alignment and the interferometer has a lifetime

warranty. The MB3000-CH90 is also an instrument

with minimal cost-of-ownership: the pre-aligned

source module with electronic stabilization does

not require replacement for 10 years, and the diode

laser-based metrology module does not require any

scheduled maintenance. These unique features are

combined with an extensive instrument built-in

health monitoring program.