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  • Monitoring Reciprocating Gas Compressors with 4-20 mA LPS Vibration Sensors
    Vibration monitoring is well established as a tool for diagnosing the mechanical health of rotating machines. Machinery analysts and technicians have been successfully using vibration monitoring of rotating machinery for many years. Pumps, fans, motors, gearboxes, rotary compressors and many other
  • Dynamic ICP (R) Pressure Sensors for Detection of Combustion Instability and High Intensity Acoustics in Rocket Motor Research
    Rocket motor combustion instability is caused by pressure fluctuations and acoustic resonances in the combustion chamber, which may reduce engine performance, induce structural vibration, and possibly lead to catastrophic failure by a break-down of the thermal insulating boundary layer
  • Vibration Monitoring Sensors - efector Octavis System Makes Real-Time Machine Maintenance Easy
    Consider this compact device a type of OnStar for your plant equipment. The efector Octavis condition monitor provides real-time monitoring on critical plant equipment such as pumps, motors, compressors, fans and spindles. efector Octavis is permanently mounted on equipment to detect rolling
  • Remote Motor Monitoring Over Ethernet
    Motors are used in many automation applications. To prevent unexpected failures, many motors have built in thermal overloads. Also, some companies add vibration sensors to alert them when a motor is not behaving properly. However, many organizations are not aware there is another simple motor
  • PT 104: Cooling Towers and Process Cooler Fans
    Cooling towers are a critical component in many power generation and chemical plants, and other process facilities. Catastrophic equipment failure can result in safety hazards, lowered production, and expensive repairs. Vibration monitoring of cooling tower fans, gear boxes, shafts, and motors
  • Transportation Industry In A "Buzz" Over Haptics
    stands to reason that an additional sensory signal, tactile or kinesthetic feedback, will improve the responsiveness of the driver in certain conditions. Uses. When integrated with safety sensors/ controllers, vibration-inducing mechanisms can alert the driver and enhance operational safety. Anywhere
  • Advantages of Linear Encoders Over Rotary Encoders
    : although the sensing head is very compact and slim, it preserves its toughness. The fully encapsulated electronics is optimally protected against dust, oil, grease, water, shocks, vibrations. Typical applications are for example linear motors, pick & place robots, electronic assembly systems.

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