ASP OTOMASYON · ENGINEERING LIBRARY
Industrial automation,
clearly explained.
Practical knowledge for the people who connect, control, and improve industrial plants. From the first signal to the next system upgrade.
THE CONNECTED PLANT
From field signalto useful data. Explore the connectivity guide
KNOWLEDGE INTO PRACTICE
What are you working on?
Connect machines & data
Make plant data trustworthy, from PLC to business system.
For integrators & IT/OT teams 02Modernize a control system
Scope the change, protect production, and plan the handover.
For plant & project engineers 03Commission with confidence
Turn requirements into repeatable checks and acceptance evidence.
For commissioning & maintenance teams 04Build a resilient OT network
Understand assets, control access, and prove recovery.
For OT owners & security teamsEXPLORE THE LIBRARY
Find your area of expertise.
Automation Systems
Industrial automation systems, DCS, PLC, SCADA, and control architectures
Digital Transformation
Industry 4.0, IIoT, smart manufacturing, and digitalization strategies
Energy Management Systems
Energy monitoring, power management, utility optimization, and sustainable industrial energy solutions
Field Devices & Instrumentation
Sensors, transmitters, actuators, analyzers, and smart field instrumentation technologies
Industrial Cybersecurity
OT security, IEC 62443, network segmentation, threat detection, and industrial cyber defense strategies
Modern Connectivity
MQTT, Sparkplug, REST APIs, web technologies, edge-to-cloud integration, and IT/OT convergence
OPC Solutions
OPC UA, OPC DA, Kepware, data integration and connectivity solutions
Process Industries Solutions
Solutions for oil and gas, chemical, pharmaceutical, food and beverage, and other process industries
Technical Guides
Installation guides, configuration tutorials, troubleshooting, and best practices
KEEP YOUR KNOWLEDGE CURRENT
New & recently improved.
Pharmaceutical Batch Process Control and 21 CFR Part 11
Pharmaceutical manufacturing requires precise, repeatable, and fully documented batch control processes. Regulatory compliance with 21 CFR Part 11 (FD…
Proximity and Photoelectric Sensors: Selection Guide
Choose an inductive, capacitive, or photoelectric sensor by target material, sensing distance, environment, and output wiring, then confirm the choice…
Fixed Gas and Flame Detection: Design, Placement, and Testing
Fixed gas and flame detectors reduce risk only when technology, placement, voting logic, and test routines are set by the hazard study and the applica…
Choosing an Industrial Communication Protocol: A Decision Guide
Pick an industrial protocol by the job it must do (cyclic control, device access, plant data, or telemetry), then match timing, data model, and securi…
EtherCAT Fundamentals: Frames, Topology, and Distributed Clocks
EtherCAT sends frames that each device reads and writes as they pass, so cycle time, topology, and clock synchronization become engineering decisions…
DNP3 and IEC 60870-5-104 Telecontrol Protocols Explained
DNP3 and IEC 60870-5-104 carry event-driven telecontrol data between a control center and remote sites, so design work centers on events, time stamps,…
FROM REFERENCE TO REAL PROJECT
Bring your next automation challenge.
PLC and DCS engineering, OPC connectivity, and digital transformation. Start with your installed systems, your constraints, and what you need to achieve.