Machine automation
Connect sensors, I/O, industrial communication, controller software, operator visualization and machine-safety functions around one machine architecture.
Sense · Acquire · Connect · Control · Monitor
Automation & Connectivity
Primionics brings together industrial sensing, remote I/O, communication, control software, machine safety, data logging and dashboards in a connected architecture for machines and process equipment.
Field sensing
Remote I/O
Industrial communication
Control & HMI
Data logging
Field layer
Control layer
Operations layer
Products and solutions
Products and solutions across five automation areas
Each area is organized by technical function, with clear links between sensing, acquisition, communication, control and monitoring.
Sense
Industrial Sensors, IO-Link & Machine Diagnostics
Capture position, process and machine-health data at the source, then carry both measurements and diagnostics into the control and maintenance workflow.
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Acquire
Remote I/O, Signal Conditioning & Energy Monitoring
Convert field signals into reliable engineering data close to the process, with the isolation, scaling and communication needed by PLC, SCADA and cloud systems.
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Connect
Industrial Communication, Gateways & Edge Connectivity
Expose controller, CNC, fieldbus and process data through governed industrial interfaces without replacing the installed automation layer.
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Control
Control, HMI, Motion & Safety with CODESYS
Build IEC 61131-3 control applications, operator interfaces and motion functions on compatible industrial and embedded controller platforms.
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Monitor
Process Monitoring, Data Logging & Dashboards
Combine local control, durable records, remote visibility and practical dashboards around the process variables that matter to operations.
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System flow
How field data moves through an automation system
Sensors create process and machine data. Remote I/O and signal conditioning acquire it, communication products move it, controllers act on it, and monitoring systems retain and present it.
Integrated technologies
NOVUS, Softing and CODESYS within one automation system
NOVUS products cover acquisition, process control and monitoring; Softing products connect controllers, field networks and higher-level applications; CODESYS provides engineering, runtime, visualization, motion and controller-management functions. Interfaces between these layers are defined by signal type, protocol, timing, security and data ownership.
Distributed signal acquisition
Remote I/O and transmitters collect field values close to the equipment and pass scaled, identified data into control and monitoring systems.
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Industrial data integration
Controller and CNC information is aggregated and exposed through defined OPC UA and MQTT interfaces, with security settings matched to the plant network and receiving systems.
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Controller engineering and execution
IEC 61131-3 application engineering, runtime, visualization and communication are combined around the selected controller platform.
View CODESYS software and runtime products →
Integrated solutions
Solutions for machines, process equipment and connected plants
The product layers are combined according to the application, installed equipment and required control, diagnostics, reporting and cybersecurity boundaries.
Brownfield connectivity
Read data from installed PLCs, CNCs and field networks, then expose selected information through OPC UA, MQTT or supervisory interfaces.
Condition monitoring
Combine vibration and process sensing with IO-Link, local diagnostics, edge transfer and maintenance-focused dashboards.
Process and utility monitoring
Acquire temperature, humidity, pressure, flow and energy data with local logging, alarms and remote visibility.
Applications
Applications
The architecture scales from stand-alone machines to distributed process, utility and environmental monitoring.
Machine builders
Control, HMI, motion, safety, sensing and gateway functions for repeatable machine platforms.
Manufacturing plants
Brownfield connectivity, condition monitoring, energy visibility and production data integration.
Process equipment
Local PID control, remote I/O, data logging and alarm workflows for thermal and utility processes.
Utilities and infrastructure
Distributed sensing, remote acquisition, cellular access and dashboard-based monitoring.
Building and environmental systems
Temperature, humidity, pressure, flow and energy monitoring with local and remote visibility.
OEM devices
Embedded communication, controller runtime and field-interface technologies for connected products.