Wilcoxon Sensing Technologies

In a recent interview with Mobius Connect, our Senior Applications Engineer Peter Eitnier discusses why predictive maintenance practitioners are adding ultrasound to their CBM program - and how precision lubrication can extend the life of bearings. Link below ⏬⏬⏬ in the comments. #ultrasound #bearings #conditionmonitoring #conditionbasedmaintenance

Wilcoxon is joining the Amphenol Advanced Sensors team at electronicaFair next week! Find Christopher McLean and Chris Kramm and the Amphenol team in Hall B3, Booth 532.

TOMORROW! There are a lot of choices to make when selecting a 4-20 mA vibration transmitter for process monitoring. Senior Applications Engineer Peter Eitnier breaks it all down for you. Live November 6 and streaming after that. Registration link is in the comments ⬇️⬇️⬇️

Free Webinar! - Vibration Transmitter Selection Guidelines --- Wednesday, November 6 - 1:00 PM - 2:00 PM EST This webinar begins with the basics of vibration transmitter selection, such as acceleration vs. velocity, output calculation types, and full-scale range. Depending on the application, ideal measurements may be overall vibration, frequency banding, pre-processing, or dual output of dynamic data. In some cases, a field-configurable transmitter is preferrable to a factory-configured transmitter, and the industrial environment may necessitate rugged sensors or hazardous area approvals. All of this will be covered in this Free Webinar, as well as other key considerations when selecting a vibration transmitter, which include cost and compatibility, both with existing infrastructure and the expanding enterprise data architecture, and more. Webinar attendees will learn how to match their monitoring requirements to common vibration transmitter characteristics for factory-configured and field-configurable sensors and modules, as well as learn how to select a vibration transmitter that is compatible with their organization’s budget and data goals, from walk around data collection and local process monitoring to edge devices and enterprise data systems. Attendees will also receive a decision tree to guide them through the process of specifying the parameters of a vibration transmitter, plus a 4-20 mA converter with alarming recommendations.  This Webinar is presented by industry expert, Peter Eitnier, a Senior Applications Engineer at Wilcoxon Sensing Technologies, and a certified ISO CAT II Vibration Analyst and Ultrasound Operator Level 1. Learn More about this Free Webinar and REGISTER NOW at  https://lnkd.in/gbwKuqSZ #maintenance #reliability #predictivemaintenance #reliabilityengineering #sensors #vibrationanalysis #rotatingequipment #wilcoxon

"Can you explain the significance of vibration coupling on wireless sensor performance?" That's what SAE Media Group's Tech Briefs magazine recently asked Chris Kramm in an interview about Wilcoxon's new LVEP-TO5 ultra-low power embeddable accelerometers. They discussed the mechanical challenge of embedding an accelerometer to achieve the stated sensor specifications. Read the excerpt below or the full interview (link in the comments).

Do you use electromagnetic shakers or piezoelectric shakers? What's your shaker application? #testandmesurement #structuraltesting #modalanalysis

H23 series hydrophones are small, versatile, self-amplified, and shielded for a variety of underwater acoustic measurements. Lab and ocean applications for the H23 series hydrophones include calibration, military surveillance, underwater biological studies, ship noise studies, pump cavitation and machinery studies, and monitoring of underwater ordnance. #underwater #acoustics #hydrophone #sensors

#seismic #sensors #vibrationmonitoring

Lab and ocean applications for the H23 series hydrophones include calibration, Test & Measurement, military surveillance, underwater biological studies, ship noise studies, pump cavitation and machinery studies, and monitoring of underwater ordnance.

As the cornerstone of condition monitoring, vibration monitoring can detect a wide range of bearing faults to allow scheduled maintenance, prevent unplanned downtime, and avert catastrophic failures for production assets.