Measure critical process variables and maintain reliable control to support safer and more efficient operations.
Measure critical process variables and maintain reliable control to support safer and more efficient operations.
Our analytical instruments can measure pH, ORP, dissolved oxygen and conductivity to monitor and control processes with confidence across diverse industrial applications.
Temperature and variable control across applications
Our controllers and programmers help manage process temperatures and variables accurately across a wide range of industrial applications with multiple DIN form factors. They offer:
Potential 10-25% energy savings
Industrial facilities can achieve 10-25% energy savings through process automation and control improvements, according to U.S. Department of Energy research.1 Process instruments can provide the measurement and control foundations for these efficiency gains.
Up to 30% improved product consistency2
Accurate measurement and reliable control help maintain tight specifications and deliver consistent quality.
8-10% cost savings
Industrial energy assessments show facilities can achieve 8-10% in energy and cost savings on average, per U.S. Department of Energy analysis.3 Process instruments help enable the visibility and control needed to identify and capture these opportunities.
Explore specific process instrument categories to find the measurement and control capabilities that align with your operational needs.
Process instruments can measure, record and control critical process variables to support safer and more efficient industrial operations. Specific applications include:
• Temperature measurement and control
• Pressure monitoring
• Conductivity sensing
• pH and ORP measurement
• Flow control
• Dissolved oxygen detection
These instruments help operators maintain product quality, reduce downtime and make informed decisions based on accurate process data.
Process instruments can work as an integrated measurement and control ecosystem within your automation infrastructure.
• Actuators can execute control commands from controllers
• Analytical sensors help provide continuous feedback to control loops
• Controllers can process sensor data and adjust actuator positions
• Recorders help capture system performance for analysis
This closed-loop approach helps maintain stable operations, respond to process changes and optimize performance across interconnected systems.
A phased approach to instrumentation upgrades can help achieve quick wins while building toward comprehensive process optimization. Start by assessing current measurement gaps and control challenges:
• Identify critical process variables needing better visibility
• Evaluate existing infrastructure compatibility
• Consider environmental conditions and hazardous area classifications
• Plan for integration with DCS, SCADA or PLC systems
Finish by considering training needs for operations and maintenance teams so that your whole organization is on board.
