by Jennifer Catone | Dec 6, 2023
Automotive Stamping Press THE CHALLENGE Replacement parts have long lead times, and an immediate repair was not possible. The Trident DM4500 wear debris sensor was installed on a 2500T stamping press in August of 2021. After a baseline wear concentration was...
by Jennifer Catone | Nov 30, 2023
Wear Debris Detection – Metal Processing Plant THE CHALLENGE Catastrophic gearbox failures can begin with minor component damage and accelerate undetected, even with traditional oil sampling and vibration monitoring practices in place. THE SOLUTION Poseidon’s Online...
by Jennifer Catone | Jul 20, 2022
Clocking Bearing Detection by Trident DM4500 THE CHALLENGE Clocking bearings are not detectable early enough through traditional vibration-based CMS systems. THE SOLUTION Poseidon’s online wear debris sensor can detect clocking bearings early before they cause...
by Jennifer Catone | Jul 20, 2022
Breather Replacement – Iso-Logic Breather THE CHALLENGE Desiccant life degrades at different rates on different equipment; replacements are based on fixed time intervals or visual inspection. THE SOLUTION Using a connected breather, desiccant breathers can be replaced...
by Jennifer Catone | Jan 15, 2021
Locomotive Engine Fault – Trident FQMS THE CHALLENGE Locomotives run in remote regions and it’s hard to get consistent, timely, and accurate offline oil samples to catch impending failures. THE SOLUTION Key Benefits: • Provides continuous insight to...
by Jennifer Catone | Jul 22, 2020
Site-Wide LoRa Network with Trident AP2200 THE CHALLENGE Older sites may not be equipped with an uptower network connection, making monitoring data difficult to transmit without costly retrofits. THE SOLUTION Poseidon developed a site-wide wireless network using LoRa...
