Passer à la recherche Passer au contenu principal Passer à la navigation

Besoin d'aide? Appelez-nous: 1-800-663-4209

Nous avons remarqué que vous êtes dans , veuillez visiter votre site local en cliquant sur le lien ci-dessous pour des offres et un support régionaux.

Soyez curieux. Allez de l’avant.

Êtes-vous prêt à devenir un spécialiste? Découvrez nos vidéos et nos articles informatifs les plus prisés ci-dessous.

ARTICLE DE LA SEMAINE DE L’INGÉNIERIE
Parcourez nos articles les plus consultés
Bandes Chauffantes Bandes Chauffantes

Une bande chauffante est un dispositif qui est monté sur une surface et utilisé pour chauffer la surface ou l’air (des gaz).

Cartouches chauffantes Cartouches chauffantes

La majorité des applications ne requièrent pas le maximum en termes de watt/cm². N'utilisez qu'une densité de puissance aussi élevée que nécessaire.

Thermoplongeurs Thermoplongeurs

Un thermoplongeur est un dispositif qui est installé dans un réservoir ou un conteneur pour chauffer un liquide. Il peut être amovible, à bride ou à visser.

What are LVDT Sensors? DwyerOmega | Blog | What are LVDT Sensors?

An LVDT is an electromechanical device used to convert mechanical motion or vibrations, specifically rectilinear motion, into a variable electrical current, voltage or electric signals, and the reverse.

Installing Load Cells DwyerOmega | Blog | Installing Load Cells

Each load cell installation is unique. Consult a structural engineer when your application requires very high accuracy, long-term stability, custom specifications, or when using in a varied R&D environment.

Blog Fluid Control in Modern Data Centers

Fluid Control in Modern Data Centers As rack densities increase, liquid cooling is becoming essential to maintain thermal performance in modern data centers. Along with this shift comes greater emphasis on fluid routing, isolation, and control. Valves now play a central role in managing flow paths, enabling automation, and supporting rapid response to leaks or system changes. This article outlines how different valve types fit into liquid-cooled architectures and where they provide measurable operational value.

En lire plus
Apprentissage Technique Types of Relays

Types of Relays Relays are fundamental components in industrial control systems, providing reliable isolation and switching of electrical loads. This article explains how solid state and electromechanical relays operate, highlights key features and performance considerations, and outlines how to select the right relay for demanding applications.

If you want the meta description more product‑driven, educational, or application‑specific (e.g., HVAC, motor control, power switching), I can tune it precisely.

En lire plus
Blog Product Highlight: IF-IOL Series IO-Link<sup>®</sup> Converter

Product Highlight: IF-IOL Series IO-Link® Converter Many facilities still rely on proven 4–20 mA and 0–10 V analog sensors for critical measurements. While these signals remain widely supported, integrating them into modern digital architectures can introduce unnecessary complexity, particularly as systems scale or require more granular diagnostics.

The IF-IOL Series IO-Link® Converter is designed to bridge that gap. By converting legacy analog signals into IO-Link® process data, the IF-IOL Series enables existing sensors to participate in a standardized, bidirectional digital communication framework without requiring sensor replacement or extensive rewiring.

En lire plus
Apprentissage Technique Types of Accelerometers

Types of Accelerometers An accelerometer is a device that can measure acceleration experienced by an object. However, there are many types of accelerometers. In this article you will learn about those.

En lire plus
Info sur Produit Capteurs Sanitaires

Capteurs Sanitaires Capteur sanitaire: Un capteur sanitaire est un appareil de mesure de la température, du débit ou de la pression dans un environnement où les produits sont destinés à la consommation humaine.

En lire plus
Blog Why is Air Balancing HVAC Systems Important?

Why is Air Balancing HVAC Systems Important? Air balancing ensures an HVAC system delivers the correct airflow to each zone, room, and terminal as intended by the original design. By measuring, adjusting, and verifying airflow, proper balancing improves comfort, indoor air quality, energy efficiency, and equipment reliability. This article explains common airflow measurement techniques, including flow hoods and duct traverse methods, and compares traditional proportional balancing with predictive balancing. It highlights how predictive balancing reduces iteration, improves accuracy, and saves time, especially in complex or mission-critical HVAC systems such as hospitals, laboratories, clean rooms, and data centers.

En lire plus
Blog Love is in the (Conditioned & Ventilated) Air

Love is in the (Conditioned & Ventilated) Air This article highlights a series of HVAC and industrial “power couples” that demonstrate why certain devices are designed to work together. Using a Valentine’s Day theme, it shows how pairing complementary sensors, controls, and protection devices improves system reliability, reduces downtime, and prevents damage. Featured pairings include level switches with leak detectors for layered protection, RTD probes with thermowells for accurate and protected temperature measurement, flowmeters with controllers for measurement-driven control, flexible heaters with thermostats for controlled heating, and thermocouple wire with matched connectors for signal integrity.

En lire plus
fr-CA
fr
Enregistrer la configuration