ABB Advant Controllers 400 Series with MOD 300 Software

ABB Advant Controllers 400 Series with MOD 300 Software

System Architecture and Functionality Overview: 

Advant OCS and MOD 300 software form the framework of an open system that connects functions and people within an organisation to improve productivity and profitability.

Advant controllers are part of this system, combining high processing power and flexible software to form a powerful control system environment.

Controller Types

Advant Controller 410: Suitable for small to medium sized applications, it runs the full MOD 300 control software library, with the first few slots on the backplane for the CPU and the remaining slots supporting up to fifteen Series 100 I/O cards, making it ideal for small to medium sized, non-redundant applications.

Advant Controller 460: Optional 1:1 redundancy configuration with high-speed processor and backplane that performs multiple functions in a single controller module, accommodates up to three CPUs, and provides full 1:1 redundancy from power supply to processor and I/O modules.

Control Languages: Three powerful control language packages are available - Configurable Control Functions (CCF), Taylor Ladder Logic (TLL), and Taylor Control Language (TCL) - that provide optimal implementations of continuous control, discrete device control, supervisory control, sequential and batch control, and high-speed interlocking logic control - and the ability to mix, match, and simultaneously execute these control strategies in the same hardware. I/O Systems

I/O Systems

Series 100 I/O (S100 I/O): Consists of a card file containing I/O cards that can be configured as redundant or non-redundant, with a variety of I/O cards of varying functionality and complexity, and supporting redundant communications.

Series 800 Remote I/O (S800 I/O): is a distributed, modular I/O system that communicates with the Advant Controller 400 series via the Advant Fieldbus 100, is easy to install, highly modular and flexible, supports all standard I/O types, and the communication can be configured for full redundancy.

Individual sub-modules: Contain specific communication protocols to facilitate the integration of emerging technologies, simplify communication with other systems, and protect investments.

Investment protection: the Advant Controller 400 series is scalable and can implement all existing MOD 300 software. The individual module concept ensures cost-effective integration of evolving communication protocols in the future, and the Advant OCS and MOD 300 software are backward compatible with existing control software applications, protecting investment.

Data availability: ABB provides data sheets for the Advant Controller 460, Advant Controller 410, S100 I/O system and S800 I/O system, which can be accessed on the website for more information.

System Architecture and Overall Functionality:

Advant OCS with MOD 300 software builds an open system framework to break down the barriers between different parts of the organisation,

 realise the efficient synergy of functions and personnel, and ultimately achieve the goals of productivity improvement and profitability growth.

Advant controller, as the key component of the system, combines powerful processing capability and flexible software to create a fully functional control 

system environment, which provides powerful support for the automation control of industrial production. automation control.

Controller Types

Advant Controller 410: 

tailored for small and medium-sized application scenarios, with the ability to run the complete MOD 300 control software library. 

Its unique backplane design, with the first few slots dedicated to the CPU and the remaining slots supporting up to fifteen Series 100 I/O cards, 

makes it ideal for small to medium-sized non-redundant applications. On the production line of a small factory, the Advant Controller 410 can efficiently manage the operation of the equipment with its precise control capability, 

ensuring the stability and smoothness of the production process.

Advant Controller 460: 

With an optional 1:1 redundancy configuration, the Advant Controller 460 is equipped with a high-speed processor and a high-performance backplane. 

This design allows for the execution of many complex functions within a single controller module, 

with up to three CPUs and full 1:1 redundancy coverage from the power supply module, to the processor, to the I/O modules. 

In large chemical companies, where production processes leave no room for error, the Advant Controller 460's redundant design ensures that if one module 

fails, the backup module takes over quickly and seamlessly, maintaining production continuity and avoiding production interruptions 

and financial losses due to equipment failure.

Control Languages:

The system is equipped with three powerful control language packages, each of which offers unique advantages in different control areas.

1. Configurable Control Functions (CCF): Adopting an easy-to-configure function block structure, it excels in continuous process control,

 discrete equipment handling and alarm detection. 

It has a rich library of functions that can be configured by the user through a menu-driven software package with a fill-in-the-blanks approach, 

making it easy and fast to operate. In continuous chemical production, the CCF precisely adjusts temperature, pressure, 

and other parameters to ensure optimal reaction conditions, while detecting and responding to alarms triggered by equipment malfunctions.

2. Taylor Ladder Logic (TLL): Mainly used in the field of high-speed process interlocking and control logic,

it provides industry-standard ladder logic control and processing functions. 

This eliminates the need for separate programmable controllers and reduces costs. 

In automated production lines, TLL can accurately control the start-stop sequence and operation logic of equipment, 

ensuring that the production process of products is carried out in an orderly manner.

3. Taylor Control Language (TCL): A structured high-level process language, 

its programmable flexibility makes it useful in batch control, recipe management, batch report generation, process scheduling, 

supervisory control, and process start-up and shut-down. During batch production in the food and beverage industry, 

TCL can accurately control the production process according to different product recipes and production process requirements, 

achieving efficient batch production management. 

These three control languages can be flexibly combined and work together in the same hardware environment, 

providing great convenience for meeting diversified production control needs.

I/O System

Series 100 I/O (S100 I/O): consists of a card file containing a variety of I/O cards, which can be flexibly configured in redundant 

or non-redundant modes according to the actual needs, with a wide range of functions, including analogue, digital, pulse, 

RTD and thermocouple connections, etc., and redundant communication, which provides multiple guarantees for the stable operation of the system. 

In power monitoring systems where reliability of data transmission is critical, 

the redundant communication function of the S100 I/O ensures accurate data transmission and avoids data loss or errors caused by communication failures.

Series 800 Remote I/O (S800 I/O): As a distributed, modular I/O system, it communicates with the Advant Controller 400 series via the Advant Fieldbus 100. 

Designed with ease of installation in mind, the I/O modules and process wiring are extremely easy to install. 

In addition, it is highly modular and flexible, can be freely combined with I/O modules according to different application scenarios 

and installation requirements, supports all standard I/O types, and the communication can be configured to be fully redundant, 

which effectively reduces the installation time, panel space occupation, system downtime and maintenance costs. 

In the distributed control system of large factories, S800 I/O can quickly adapt to complex production environments 

and efficiently collect and transmit field data.

Personalised submodules: 

Built-in specific communication protocols are the key to the system's ability to keep up with the times and integrate emerging technologies. 

When it is necessary to connect new interfaces or adopt new communication protocols, simply plug the corresponding personality submodule into 

the controller. This design greatly simplifies the communication process with other systems and provides effective protection for the enterprise's investment. 

In the context of Industry 4.0, as new technologies emerge, personality submodules enable 

Advant controllers to easily integrate new fieldbus or high-speed fibre-optic communication technologies, 

ensuring that the system remains state-of-the-art.

Investment protection:

The Advant Controller 400 series is scalable from small projects to large and complex applications, 

and seamlessly implements all existing MOD 300 software, protecting your investment in existing software. 

The design concept of personalised modules provides a cost-effective solution for future communication protocol updates and extensions, 

so that enterprises do not need to replace hardware devices on a large scale, but only need to update the personalised modules to support 

new communication protocols.Advant OCS and MOD 300 software have backward compatibility, 

which can be perfectly adapted to the existing control software applications, ensuring that enterprises do not need to worry about system upgrades 

for a long time to come. Advant OCS and MOD 300 software are backward compatible with existing control software applications, 

ensuring that companies do not have to worry about wasted investment in system upgrades for a long time to come.

Access to information:

ABB provides detailed product literature, including data sheets for the Advant Controller 460, Advant Controller 410, 

S100 I/O system and S800 I/O system. Users can visit the official website of ABB (www.abb.com/controlsystems) to obtain these materials, 

in order to deeply understand the detailed information and technical parameters of the products, and provide a strong reference for the selection 

and configuration of the actual application.