• Designed as a small, versatile, self-amplified hydrophone for general purpose applications to a wide variety of underwater acoustic measurements.
• The internal amplifier eliminates triboelectric cable noise, connector contamination problems and the requirement for an expensive in-line amplifier.
• The hydrophone and cable entry are completely encapsulated in polyurethane. This alleviates water intrusion caused by cathodic action.
• The hydrophone and cable entry are completely encapsulated in polyurethane. This alleviates water intrusion caused by cathodic action.
• Applications for the H505L include underwater biological studies, ship noise studies, pump and machinery studies and monitoring of underwater ordnance.
• Frequency response +/- 3dB 2 to 10 KHz
• Maximum temperature 80ºC. Maximum operating depth 250 m

Keeping process and pollution control machines in top operating condition is a key objective of maintenance and reliability engineers in cement manufacturing. Early identification of mechanical problems keeps machines running and maximizes production. Vibration analysis is an important part of machinery health monitoring within any effective condition based maintenance program.

Wilcoxon Sensing Technologies® vibration monitoring sensors have been used for decades by maintenance experts around the world to detect machinery problems and avoid failure. Wilcoxon products have set the industry standard since 1960. They supply sensors for all types of rotating machines.

Vibration analysis is an important part of machinery health monitoring within an effective preventative and condition based maintenance program. For decades, Wilcoxon Sensing Technologies® vibration monitoring sensors have been used around the world by maintenance experts to detect machinery problems, avoid failure and improve line equipment effectiveness.

In demanding machining operations, the role of vibration analysis is critical. If important machine tools fail, manufacturing operations can shut down and revenue is lost. Our sensors help to avoid unexpected downtime. Maintenance and monitoring of cutting tools, CNC machines and milling play a vital role in efficient machining operations. For decades, maintenance and plant engineers have used Wilcoxon Sensing Technologies® vibration monitoring sensors to more accurately determine tool life and keep operations productive.

Worker safety and efficient operations depend on well-maintained machines and equipment. Environments are hazardous. Conditions are dangerous. Detection of problems on expensive machinery is a top priority. Maintenance and plant engineers rely on vibration analysis and diagnostics to analyze trends, detect problems, identify wear, prevent damage, and avoid costly repairs.

Oil and gas operations, including offshore, petrochemical, refineries and chemical, top the list of extreme operating environments. Work conditions are hazardous. Safety is critical. Detecting and preventing unexpected oil and gas machinery and component problems is a priority.

Reliability engineers and condition monitoring teams depend on vibration analysis and diagnostics to detect baseline and trend machinery health, as well as provide early warning of potential damage. Wilcoxon Sensing Technologies vibration monitoring sensors are explosion-proof, intrinsically safe and designed for high-temperature environments. They are ideal for use in hazardous areas. Sensor data provides key indicators and metrics that help to detect faults, prevent damage, extend equipment life and avoid costly repairs.

Data from Wilcoxon Sensing Technologies sensors helps maintenance experts detect faults, prevent damage, extend equipment life, and provide early warnings to avoid failure.

Maintenance and reliability engineers depend on vibration monitoring to identify mechanical problems early, keep machines running and plants operational.

Every minute that your plant is down could mean unsatisfied customers and regulatory fines. Maintenance, reliability engineers, and condition-monitoring experts depend on Wilcoxon Sensing Technologies sensors to keep water and wastewater plant machinery running efficiently.

Its highly durable vibration analysis sensors establish baseline, trend, and early warning/detection of machinery health.

To keep plants operational and lower the risk of failure, machines must be reliable.

Plant maintenance teams and reliability engineers depend on vibration analysis and diagnostics to establish baseline, trend and early warning/detection of machinery health.