Welcome to the official website of CNIACS Automation Technology Co., Ltd!
0

Archives

Home / Articles posted by cniacs (Page 109)
January 5, 2026 BY
IN Ingersoll Rand

Ingersoll Rand Centrifugal Compressor Controllers MAESTRO™ Universal

With a robust feature set and easy-to-use interface, the advanced MAESTRO™ Universal

controller will optimize operation for both new and existing compressed air systems.

Optimize Compressor Performance and Lower Your Costs

MAESTRO Universal is a state-of-the-art air control system for managing

centrifugal compressor performance, and the standard controls solution for

new MSG® TURBO-AIR® and MSG® centrifugal compressors manufactured

by Ingersoll Rand. Our engineering team can design a customized MAESTRO

Universal controller upgrade for existing compressed air systems. Unique

instrumentation packages and monitoring functions are configured to optimize

compressor performance for each installation and, in many cases, existing

equipment can be reused to achieve further savings.

Multiple Compressor Management (MCM)

By connecting and controlling several control panels as a team, MAESTRO Universal 

can load/unload and start/stop compressors as needed to modulate compressors,

maximizing the efficiency of the entire compressed air system.
January 5, 2026 BY
IN ABB

ABB S444 Course type and methods

Participant Profile

This training is targeted to system and application engineers, commissioning and

maintenance personnel, service engineers and system integrators.

Prerequisites

Students should have basic knowledge of Windows 10. Windows Server 2019. and Office

2016/2019. They should also have attended the course M202 or S301 or S312. S336. S341 S+

classes, 800xA Harmony connect T321 have a basic knowledge about the fundamentals of

Process Control Systems.

Topics

– Course overview

– System Overview and Introduction

– Hardware: SDe Controller, I/Os,  evolution chassis, features

– S+ Engineering Network, PN800 and Infinet differences

– Application engineering Prerequisites, conversion tool

– HMI Connectivity, Tag list updates

– Connectivity engineering

– Maintenance and Diagnostics

Course type and methods

This is an instructor led course with interactive classroom discussions and associated lab exercises.

Approximately 40% of the course is hands-on lab activities.
January 5, 2026 BY
IN ABB

ABB S444 Evolution of HR to SDe series system

The goal of this course is to learn the process of evolving from HR to SDe series system.

Learning objectives

Upon completion of this course, the participants

will be able to:  – Refresh on Harmony Rack architecture.

– Recognize the SDe system architecture and function of the different components. 

– Establish PN800 Network Communications.

– Replace old HR to SDe Controllers.

– Upgrade project from HR controller to SDe controller.

– Setup different communication protocols with SDe controller after migration.

– Configure SDe Series I/O Modules.

– Maintenance and system Diagnostics

Participant Profile

This training is targeted to system and application engineers, commissioning and

maintenance personnel, service engineers and system integrators.

Prerequisites

Students should have basic knowledge of Windows 10. Windows Server 2019. and Office

2016/2019. They should also have attended the course M202 or S301 or S312. S336. S341 S+

classes, 800xA Harmony connect T321 have a basic knowledge about the fundamentals of

Process Control Systems.
January 5, 2026 BY
IN ABB

ABB Ability Symphony Plus SDe introduces a space-fit solution

ABB Ability Symphony Plus SDe introduces a space-fit solution that allows for incremental,  in

place upgrades. This method retains existing infrastructure such as cabinets, cables, and field

wiring, significantly reducing downtime and environmental impact by minimizing hardware

waste. The focus is on replacing or upgrading only the components that add direct value, such as

controllers and I/O modules, which also helps in reducing power consumption and enhancing

energy efficiency.

The transition to a modern Ethernet-based communication backbone in place of proprietary

systems further future-proofs plants, facilitating easier upgrades and integration with other

enterprise systems. This network-centric approach allows for more flexible and scalable plant

operations, adapting to changing needs without extensive re-engineering.

By adopting these innovative solutions, industrial plants achieve a more manageable and cost-

effective upgrade process, maintaining control over their life cycle planning, minimizing risks, and

ensuring continuous improvement in operational efficiency and compliance. This strategy not only

protects the plants’ investments in automation but also aligns with broader sustainability and

efficiency goals.
January 5, 2026 BY
IN ABB

ABB A future-proof approach to modernizing industrial automation

Executive summary

Aging automation systems pose significant challenges for industrial plant managers

due to their inability to keep up with technological advancements, leading to inefficiencies,

increased unplanned maintenance costs, and heightened risk of compliance issues.

Traditionally, upgrading these systems involved a costly and disruptive “rip and replace” approach.

However, a more sustainable and cost-effective strategy is now available through modular, phased

upgrades, emphasizing minimal operational disruption.

ABB Ability Symphony Plus SDe introduces a space-fit solution that allows for incremental,  in

place upgrades. This method retains existing infrastructure such as cabinets, cables, and field

wiring, significantly reducing downtime and environmental impact by minimizing hardware

waste. The focus is on replacing or upgrading only the components that add direct value, such as

controllers and I/O modules, which also helps in reducing power consumption and enhancing

energy efficiency.
January 5, 2026 BY
IN Emerson

Emerson SmartPower™ Modules

Emerson SmartPower™ Modules are

engineered with a robust and adaptable

design that withstands harsh environments

and allows you to choose the best mode of

power for your application.

Version 3.2.0 Features

The Power Module Management Application has recently

been upgraded for an enhanced user experience with

increased capabilities. New features include:

Estimated Critical Temperature

• Utilizing ambient temperature from the device, the

application can calculate and alert an estimated critical

temperature that the power module is expected to go

offline.

Email Alerting

• The application is now capable of configurable email

notifications for immediate or scheduled alerts of

calculated insights.

Increased Wireless Portfolio

• Emerson is committed to expanding our wireless

portfolio, and with Version 3.2.0. we aim to ensure the

most up-to-date device is supported.

Sortable and Exportable Data

• The application is now able to sort and export data

based on additional criteria.

Asset Location Hierarchy

• The location-based sorting feature allows users to

easily access site-specific assets.
January 5, 2026 BY
IN Emerson

Emerson Estimated Critical Temperature

Estimated Critical Temperature

• Utilizing ambient temperature from the device, the

application can calculate and alert an estimated critical

temperature that the power module is expected to go

offline.

Email Alerting

• The application is now capable of configurable email

notifications for immediate or scheduled alerts of

calculated insights.

Increased Wireless Portfolio

• Emerson is committed to expanding our wireless

portfolio, and with Version 3.2.0. we aim to ensure the

most up-to-date device is supported.

Sortable and Exportable Data

• The application is now able to sort and export data

based on additional criteria.

Asset Location Hierarchy

• The location-based sorting feature allows users to

easily access site-specific assets.
January 5, 2026 BY
IN Emerson

Emerson New Estimated Critical Temperature Feature

New Estimated Critical Temperature Feature

New with Version 3.2.0. the Power Module Management

Application can now be used to estimate and alert the critical

temperature of a power module. The Estimated Critical

Temperature feature notifies the user of a temperature at

which the device is anticipated to go offline. This gives the user

actionable information to replace a power module based on

temperature conditions.

Benefits include:

• Eliminates the need for manual checks on device power

• Especially useful in climates with a wide-range of

temperatures

• Avoids unnecessary process down-time, saving time and money

• The human-centered design is user-tested for consistent and

intuitive navigation

The application becomes important for monitoring assets as

wireless infrastructures continue to grow. With Version 3.2.0.

additional features like email alerting and Estimated Critical

Temperature make it easier to plan for maintenance and continue

normal operations.
January 5, 2026 BY
IN Emerson

Emerson Plantweb Insight™ Power Module

Streamline power module monitoring across multiple networks

and centralize power module data and analysis in one place.

The Plantweb Insight™ Power Module Application offers real-time

indication of Emerson power module health through calculated insights, including:

• Power Module Status

• Estimated Total Lifespan

• Estimated Remaining Life

Power Module Status provides an overview of the power

module health based on the Estimated Remaining Life and

Estimated Total Life. It outputs a Good, Low, or Critical power

module status. This allows for optimal use of wireless devices by

understanding when maintenance must occur to avoid critical

process downtime.

New Estimated Critical Temperature Feature

New with Version 3.2.0. the Power Module Management

Application can now be used to estimate and alert the critical

temperature of a power module. The Estimated Critical

Temperature feature notifies the user of a temperature at

which the device is anticipated to go offline. This gives the user

actionable information to replace a power module based on

temperature conditions.
January 5, 2026 BY
IN Emerson

Emerson Wireless 1410S Gateway models

Advanced network analytics

To enhance your Dual WirelessHART feature, the Plantweb

Insight™ Network Management application is designed for

continuous, centralized monitoring of wireless networks across

industrial facilities. Helping ensure operations adherence

to network best practices for improved performance, this

application offers strategic analysis that enables teams to

prioritize maintenance and make informed decisions fast.

• Troubleshoot faster by easily recognizing problem areas

• Utilize the network diagram to visualize networks and

identify areas for improvements

• Centralized view of wireless networks across your facilities

• Dual WirelessHART integrates seamlessly with Plantweb

Insight Network Management application

Menu

Search for products

Back to Top
Product has been added to your cart