Selection guides, application notes and standards explainers on flow, level, pressure, temperature and control instrumentation — written for plant engineers, integrators and procurement teams.
Showing 12 of 14 articles matching "instrumentation"
Chemical storage demands level instruments whose wetted materials survive aggressive media. This article covers material selection, sealing, and non-contact alternatives for corrosive and reactive products.
A comparison of Modbus RTU, PROFIBUS DP and PROFINET for instrumentation networks, covering speed, determinism, diagnostics, topology rules and a practical method for choosing and migrating field networks.
A clear explanation of CE marking and electromagnetic compatibility for industrial instruments, covering applicable directives, emissions and immunity, EMC test types, technical files and common installation pitfalls.
A guide to the Pressure Equipment Directive for valves and instrumentation, covering scope, risk categories, conformity assessment, essential safety requirements, notified bodies and export market considerations.
Sourcing instrumentation from China can shorten lead times and reduce cost, but only when buyers qualify suppliers, define specifications and control inspection. This checklist walks through requirements, auditing, samples, commercial terms and logistics for a reliable procurement outcome.
Counterfeit and misrepresented instruments create safety, reliability and warranty problems. This guide explains how buyers can verify branded ABB, Endress+Hauser and Rosemount equipment through nameplates, serial numbers, documentation and supplier checks.
Minimum order quantities, lead times and Incoterms shape the real cost of instrument procurement. This article explains how to negotiate each factor, what to confirm in writing, and how to align terms with your project schedule and risk appetite.
Purchase price is only the first line of an instrument's cost. This article breaks down total cost of ownership across installation, calibration, energy, maintenance, downtime and disposal, and shows how to compare two options on equal terms.
Obsolete instruments still run many plants, and the way you manage their spare parts decides how long they remain viable. This guide covers risk assessment, critical spares lists, reverse engineering, and planning a controlled migration to supported models.
Industry 4.0 is reshaping how process plants deploy field instruments, combining diagnostics, digital communication, and analytics to improve availability, measurement quality, and energy efficiency across chemical, water, and power operations.
Oil and gas operators are using remote monitoring and predictive maintenance to run leaner teams across remote assets, turning pressure, temperature, and valve data into early warnings that improve safety and reduce unplanned downtime.
Pharmaceutical manufacturing depends on trustworthy data, so sensor selection, calibration traceability, audit trails, and validation of instrumentation are central to meeting data integrity expectations and protecting product quality.
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