YOKOGAWA (2003) Resistance Thermometer Sensor and Thermocouple Data Collection

YOKOGAWA (2003) Resistance Thermometer Sensor and Thermocouple Data Collection

Resistance thermometer sensors (RTSs) and thermocouples are the temperature sensors most widely used in industrial temperature measurement. They have the advantages of simple construction and ease of use, making for convenience in measurement. However, if correct application methods based on

LEYBOLD (2007) Fundamentals of Vacuum Technology

LEYBOLD (2007) Fundamentals of Vacuum Technology

This brochure is meant to provide an easy to read overview covering the entire range of vacuum technology and is inde- pendent of the current Oerlikon Leybold Vacuum product portfolio. The presented product diagrams and data are pro- vided to help promote a more comprehensive understanding of vacuum technology and are not offered as an implied war- ranty. Content has been enhanced through the addition of new topic areas with an emphasis on physical principles affecting vacuum technology.

B&R Industrial Automation Corp (2009) Industrial Fieldbus Technologies Understanding the basics and simplifying your decision

B&R Industrial Automation Corp (2009) Industrial Fieldbus Technologies Understanding the basics and simplifying your decision

Making a decision on which fieldbus technology to implement on industrial automation applications is getting more complicated. During early stages of the design, engineers must choose “Which fieldbus is the right choice for this application”. Properly answering this question ensures

SPIRAX SARCO (2013) SP400/500 the world’s most energy efficient electropneumatic valve positioners

SPIRAX SARCO (2013) SP400/500 the world's most energy efficient electropneumatic valve positioners

Lloyds Registry EMEA has confirmed the air consumption rates of Spirax Sarco’s SP400 and SP500, making them the world’s most energy efficient digital electro-pneumatic valve positioners. This recognition of the SP400 and SP500 electro-pneumatic smart positioner range — developed in-house

EMERSON (2016) 7 Ways to improve Productivity and Process Operations with Pressure Instrumentation

EMERSON (2016) 7 Ways to improve Productivity and Process Operations with Pressure Instrumentation

To achieve operational goals, processing facilities must consistently produce at optimal throughput levels. Successfully meeting the challenges of minimizing equipment maintenance, maximizing uptime, accounting for process variability and achieving faster startups can make the difference between achieving production and revenue

Fluid Components International LLC (2016) Best Practices Engineering Guide Installation Recommendations for FCI Single-Point Thermal Dispersion Flow Meters

Fluid Components International LLC (2016) Best Practices Engineering Guide Installation Recommendations for FCI Single-Point Thermal Dispersion Flow Meters

All flow meter technologies have recommended installation and engineering practices to ensure they meet their published specifications and for optimal performance, accuracy and repeatability. Flow meter users are frequently challenged with wide variations in their actual field conditions and installation

METTLER TOLEDO (2012) Best Practice Guide to Process Analytics in the Chemical Industry

METTLER TOLEDO (2012) Best Practice Guide to Process Analytics in the Chemical Industry

​This booklet contains a collection of success stories from a few of our many chemical and petrochemical customers. It highlights different analytical measurement challenges they faced, and how METTLER TOLEDO solutions provided the answer.​ METTLER-TOLEDO-2012-Best-Practice-Guide-to-Process-Analytics-in-the-Chemical-Industry.pdf

Rosemount (2009) Manual de consulta de conjuntos de termorresistencias y termopares

Resistance Thermometers and Thermocouple Assemblies - Manual - Rosemount-2009

Medición de temperatura con termorresistencias Contiene información sobre la descripción y el principio de medición, la estructura, los métodos de conexión y los ámbitos de aplicación. Medición de temperatura con termopares Contiene información sobre la descripción y el principio de medición,

Acromag (2011) Criteria for Temperature Sensor Selections of TC and RTD sensor types

Acromag (2011) Criteria for Temperature Sensor Selections of TC and RTD sensor types

Temperature reigns as the most often measured process parameter in industry. While temperature measurement utilizes sensors of many forms, the actual measurement of temperature is accomplished via only five basic sensor types: Thermocouple (T/C), Resistance Temperature Detector (RTD), Thermistor, Infrared Detector, and