©2026 Automation.com, a subsidiary of the International Society of Automation.
Search
5,299 Results Found
-
Feature
Why You Should Not Use On-Off Valves as Control Valves
On-off valves should not be used as control valves (for throttling) and control valves should not be used as on-off valves (for isolation). -
Feature
AutoQuiz: What Is the Definition of Restore Time in Industrial Maintenance?
The restore time includes all activities required to diagnose and repair the device. This includes diagnosing the problem, isolating the device from the system, traveling to the device, and repairing -
Feature
AutoQuiz: What Is an Example of Adaptive Control?
A controller uses a quantitative process model and modifies controller tuning based on how the process responds in relation to the model prediction. -
Feature
Should STEM Education Programs Include the Arts?
The author argues the expansion of STEM programs in schools. -
Feature
How to Design Industrial Control Panels for Hazardous Locations
Different ways to design industrial control panels so they do not become potential ignition sources in hazardous working locations. -
Feature
Use Wireless Transmitters for Diagnostics, Improvements, and Metrics
Wireless transmitters can rapidly prototype, demonstrate, analyze and justify installations of online diagnostics, metrics and improvements. -
Feature
How to Use High Rangeability Flowmeters and Valves to Increase Plant Turndown
To increase plant turndown, use control valves and flow measurements with the best low flow response and precision. -
Feature
Solve Peak Season Challenges with Automated Inventory Management
Any supply chain player needs to have streamlined processes to keep up with everything. -
Feature
How a Sequenced Changeover Approach for a Plant Upgrade Minimizes Downtime
For industrial plant migration to a new system, the challenge is to create a transition plan and minimal-risk implementation roadmap. -
Feature
The Basic Economics of Automation
When determining the value of automation, one should be careful to ensure that the humans in the calculation are not undervalued. -
Feature
Webinar Recording: Calibration and Inspections in Hazardous Areas
This ISA webinar on calibration considerations in hazardous areas was presented by Cameron Kamrani, PE, PMP, LEED AP, Ned Espy, and Roy Tomalino of Beamex. -
Feature
AutoQuiz: Characteristics of a Flowmeter
For a turbine flowmeter, the rotor is supported by the hubs and bearings inside of a flowmeter body, and as the rotor spins, the number of revolutions is determined with a magnetic pickup. -
Feature
Vibration Sensor Monitoring and Calibration Protects Vital Plant Machinery
Simple and cost effective, vibration sensors measure the vibration in machinery bearings, helping to predict and forecast machine failure -
Feature
How Standards and New Technology Enable Humans and Robots to Work Safely Together
Collaborative robots employ technology that enables safe contact with humans, improving productivity. Appropriate risk assessments and workspace planning is required for safe collaborative operation. -
Feature
The Molecule: Why Professionals Matter Over Equipment
The Molecule: Why Professionals Matter Over Equipment -
Feature
Optimal PID Controller for Standard Second-Order Plus Time Delay Systems [Technical]
Research offers an improved tuning methodology of PID controller for standard second order plus time delay systems -
Feature
How IIoT Helps OEM Machine Builders Support Customers and Improve Equipment Availability
IIoT enables machine builders to provide better service and support to customers and improve equipment availability. -
Feature
Webinar Recording: Feedforward and Ratio Control
Key insights on how feedforward control often simplifies to ratio control. -
Feature
November ISA Training and Education Opportunities
November ISA Training and Education Opportunities -
Feature
AutoQuiz: How to Calculate the Inherent Flow Characteristic of a Valve
The inherent flow characteristic is the relationship between valve capacity and valve travel, and it is usually expressed graphically.
















![Optimal PID Controller for Standard Second-Order Plus Time Delay Systems [Technical]](/documents/d/acom/optimal-pid-controller-for-standard-second-order-plus-time-delay-systems.jpg)


