Precision sensing and reliable control across critical industrial processes, backed by decades of engineering expertise.
Precision sensing and reliable control across critical industrial processes, backed by decades of engineering expertise.
Honeywell measurement and control technologies serve refineries, chemical plants, power generation and manufacturing facilities across process industries worldwide. Field instruments for pressure, temperature, flow and level measurement, plus gas and flame detection systems, offer a comprehensive portfolio of solutions for a range of applications. Control platforms can then turn that data into action, helping to increase operational efficiency and reduce downtime.
Sources:
1. https://process.honeywell.com/us/en/products/field-instruments
2. https://thermo-kinetics.com/wp-content/uploads/2024/01/honeywell-Honeywell-Field-Instrument-and-Control-Solutions-Brochure.pdf
3. https://process.honeywell.com/us/en/products/field-instruments
4. https://automation.honeywell.com/us/en/products/sensing-solutions/gas-and-flame-detection
SmartLine pressure transmitters deliver industry-leading measurement precision across demanding process conditions, helping maintain tight control over critical operations.1
Gas detection controllers can manage up to 16 detection points from a single unit, offering comprehensive coverage while helping reduce system complexity and installation costs.2
Honeywell has over 25 years of expertise in portable and fixed gas detection systems, backed by global service networks and proven performance in mission-critical applications.3
Explore complementary solutions that integrate with measurement and control systems to help improve industrial operations.
Accurate measurement gives users the data needed to help spot problems early and respond quickly. Continuous monitoring of pressure, temperature, flow and gas hazards helps prevent equipment failures, process upsets and safety incidents. Honeywell measurement solutions can help:
When selecting measurement and control systems, evaluate three components: base accuracy (±0.03% of span), measurement range and reference conditions.1
For example, a transmitter with ±0.1% accuracy measuring 0-10 bar gives ±0.01 bar precision. Tighter control requires better accuracy or narrower spans. Temperature compensation features help maintain accuracy across varying operating conditions.
For process control, repeatability often matters more than absolute accuracy. Safety systems need calibration certificates with traceability. Request installed accuracy data from suppliers: while reference accuracy reflects ideal lab conditions, installed accuracy accounts for vibration, temperature cycling and process effects.
Source:
Factory acceptance testing (FAT) verifies calibration against traceable standards across a full range of conditions and temperature extremes.
During commissioning, perform zero and span calibration with known inputs—pressure sources, weights, temperatures. Compare them against reference standards and document discrepancies.
Run functional testing under actual conditions during upsets. Make sure to verify that alarms trigger and diagnostics detect faults.
Validation should be ongoing throughout the equipment’s lifecycle. Establish ongoing verification with periodic checks; trend data to identify drifting instruments.
