Phone: +1-301-330-88111-800-WILCOXON
Wilcoxon Sensing Technologies, a vibration monitoring products manufacturer and supplier, actively participates in the vibration analysis, process automation, condition monitoring and machinery diagnostics industries. We attend and exhibit at many industry events to meet with those who are new to the field of vibration monitoring and see customers, partners and industry veterans. If you would like to meet with a Wilcoxon representative at an industry event, please use the Schedule Booth Meeting button below for the particular event where you are interested in meeting with us, or contact us using our General Inquiry form.
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The SMRP Annual Conference is an opportunity for growth and networking with maintenance and reliability professionals from around the world.
electronica covers the entire world of electronics. Here you can find high-performance systems and components from the micro- and nano-worlds of semiconductor and micro systems technology, as well as measurement and sensor technology, display technology and vehicle electronics, from on-board power systems to active assistance systems.
The SPS is the industry highlight of the automation sector and, with its unique concept, represents the complete spectrum of smart and digital automation - from simple sensors to intelligent solutions, from what is feasible today to the vision of a comprehensively digitized industrial world.
Under- and over-lubrication contributes to 40-70% of bearing failures. Precision lubrication can be achieved with ultrasound analysis and supported with vibration root cause analysis.
This webinar will advise vibration practitioners on determining the ideal location and mounting method of vibration sensors for a variety of machines and monitoring applications. Specific guidance is given for permanent accelerometer installations, route-based data collection, high-frequency vibrations, low-clearance locations, and electrical isolation.
Machinery health monitoring is a vital part of maintenance programs that reduce costs and downtime, but you don’t have to be a vibration expert to improve your process. You can monitor critical machinery vibration levels using cost-effective sensors and transmitters that run on common 4-20 mA loops. The latest generation of vibration transmitters are field-configurable and pre-process data to enhance fault diagnostics compared to simplified overall vibration data.
Selecting the right cable assembly for a vibration sensor is highly dependent on the environment in which the sensor will operate. In a rugged industrial setting, a cable assembly may be called on to protect against water or dust ingress, extreme temperatures, corrosive elements, sharp objects, EMI, RFI, and radiation. In this webinar, you will learn to select the cable, protection level, and connector fittings to ensure data reliability in your unique plant environment.
This is not your average accelerometer specifications course. “Understanding accelerometer datasheets” articles, presentations and webinars are as ubiquitous as they are important. But there’s more to sensor selection than sensitivity! In this webinar, you’ll learn about many of the less-frequently discussed accelerometer specifications and how, when, and why they impact the quality of your data – long after the vibration sensor has been commissioned.
Vibration monitoring in hazardous areas begins with selecting the right accelerometer or vibration transmitter, but it doesn’t end there. The entire measurement chain, even parts outside the hazardous area, must meet electrical and safety requirements to support safe sensor operation. This webinar details the necessary accessories, including safety barrier requirements and cable capacitance calculations, as well as mounting hardware, enclosures, and when you do (or don’t) need a certified handheld vibration meter.
Underwater vibration monitoring of pumps, submersible equipment, and other critical machinery requires additional considerations across the accelerometer value chain. Selecting the correct sensor, mounting hardware, and cabling will ensure accurate and reliable vibration data over the long life of the sensor. This webinar is ideal for CBM practitioners in Water & Wastewater, Food & Beverage, and any other industries where the reliability of wet or underwater assets are important to plant production and operation.
Industry 4.0 delivers new ways of boosting safety and maintenance regimes, and the related process infrastructures make it easy to integrate vibration trending into process monitoring. The challenge comes in simplifying vibration data to give meaningful process outputs without sacrificing full spectrum vibration data that is valuable for machinery fault analysis. How can we bridge the gap? This webinar will delve into new digital solutions that allow a facility to integrate vibration trending and analysis into the existing process monitoring infrastructure.
This webinar offers an in-depth look at a variety of “specialty” IEPE vibration sensors - including triaxial, high temperature, high voltage, and seismic sensors - and what makes them unique.
This webinar covers the basic considerations when selecting an IEPE accelerometer or velocity sensor for vibration monitoring. Topics such as expected amplitudes, frequency range, hazardous area requirements, cabling and mounting methods, and sensor styles are touched on.
Discussion focusing on 4-20mA vibration monitoring. Loop powered sensors, vibration transmitters, display and alarm modules will be covered as well as their most important product selection considerations and various combination possibilities.
This webinar covers different installation considerations for both IEPE accelerometers and 4-20mA vibration transmitters, including power requirements, cabling and mounting, as well as various installation troubleshooting methods.