Technical library
Engineering Resources
Engineering explanations for measurement, control, analytical and lifecycle decisions — written to be useful before any enquiry, and specific enough to check against your own process.
- Articles
- 10
- Topic clusters
- 06
- Last updated
- Scope
- Measurement · Automation · Analytical · Lifecycle
01Library index
Search by question, filter by discipline.
Each article connects to the application, solution and product category it informs.
Filter by topic
Case studies will appear here once project records are published. How a project record is structured
Showing 10 of 10 resources
- 01
Fundamentals8 min read
Pressure vs Differential Pressure Measurement
Gauge, absolute and differential pressure — what each measures and where each is used.
- Related solution
- Instrumentation
- Updated
- 02
Application guides8 min read
How to Select a Pressure Transmitter
The process, installation and interface information that decides the right transmitter.
- Related solution
- Instrumentation
- Updated
- 03
Application guides8 min read
Flow Measurement Technology Selection
Electromagnetic, vortex, Coriolis, ultrasonic, DP and thermal mass — matched to the fluid.
- Related solution
- Instrumentation
- Updated
- 04
Application guides8 min read
Level Measurement Methods for Tanks
Hydrostatic, DP, radar, ultrasonic, guided-wave and point-level methods compared.
- Related solution
- Instrumentation
- Updated
- 05
Fundamentals8 min read
4–20 mA and HART: How Analog Instrument Signals Work
Live zero, loop power, loop resistance and the digital layer HART adds.
- Related solution
- Instrumentation
- Updated
- 06
Automation7 min read
PLC vs DCS: Choosing a Control Architecture
How the two architectures differ and which process characteristics favor each.
- Related solution
- Industrial Automation
- Updated
- 07
Integration8 min read
PLC–SCADA Integration Architecture
Layers, protocols, tag design and network considerations for a maintainable system.
- Related solution
- System Integration
- Updated
- 08
Automation6 min read
Brownfield PLC Migration: Planning Without Disrupting Operations
Audit, migration strategy, cut-over planning and testing for running plants.
- Related solution
- System Integration
- Updated
- 09
Analytical8 min read
Analyzer Sampling & Sample Conditioning Basics
Why most analyzer problems start in the sample system, and how to design it well.
- Related solution
- Analytical Systems
- Updated
- 10
Maintenance7 min read
What an Instrumentation & Automation AMC Should Cover
Scope, preventive schedules, response planning and records for a useful AMC.
- Related solution
- AMC & Lifecycle Support
- Updated
02Knowledge path
From an engineering question to an engineering conversation.
Every article is written to lead somewhere: from the question, through the concept and the application, to the solution that delivers it — and to an engineer when the requirement is real.
Worked example: steam flow
01Question
A real engineering question — which transmitter, which measuring principle, PLC or DCS.
Example: “Which flow principle suits saturated steam?”
02Technical article
A reading-first explanation with decision tables, checklists and field considerations.
03Engineering concept
The principle underneath the decision, stated plainly enough to check against the process.
Example: Density compensation, Reynolds number, straight-run length
04Application
Where the concept meets a process, with the measurement points it usually involves.
Example: Boiler & Steam Systems
05Solution
The engineering capability that selects, integrates, commissions and supports it.
Example: Instrumentation
06Contact
The requirement, with its context already gathered, reviewed with an engineer.
Example: Discuss Your Requirement
Engineering question
Have a question the library does not cover yet?
Send the application, the process conditions and the decision you are trying to make. An engineer can work through it with you — from measuring principle to control-system integration.