ES1-LP3

Series:	ES1
Part Status:	Obsolete

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ES1-LP3 Specialized Sensors

Specialized sensors provide the ability to measure and monitor physical parameters which cannot be monitored with regular sensors. ES1-LP3 is one of these specialized sensors. It is an inductive 2-wire loop powered senor that is ideal for use in hazardous locations, oil and gas exploration, and corrosive environments where strong vibrations are present.

Applications

ES1-LP3 sensors are particularly useful in hazardous locations with corrosive or vibration conditions. The sensor has a wide range of applications including process control, pump pressure monitoring, and tank level measurements. ES1-LP3 is also suitable for a variety of applications requiring temperature and/or pressure measurements in hazardous locations. Additionally, the sensor is suited for use in oil and gas exploration projects, ensuring accurate and reliable data is being produced.

Advantages

The ES1-LP3 is equipped with hazardous area-approved explosion proof housing which provides UL listed approval for safe operation in areas with flammable gas or vapor. The sensor is flexible and easily installed and maintained. It features advanced components, such as advanced microprocessor- controlled converters and digital signal processing circuits, to provide superior accuracy and reliability. Additionally, its wide operating range offers versatility under a variety of conditions.

Working Principle

The ES1-LP3 sensor is designed to operate on a two-wire loop unit. Two linearized, transducer-based signals are transmitted over the loop unit and outputted from a signal conditioner. One signal is an analog voltage signal and the other is a digital signal. The digital signal is used for temperature and pressure compensation. The signal conditioner receives the signals and outputs a 4-20mA current loop output and the digital signal is sent from the sensor to the signal conditioner. The signal conditioner interprets the signals and provides an output to a monitoring system. The signal conditioner also contains signal conditioning circuitry which filters noise, linearizes the signal, and provides temperature and pressure compensation. These features ensure the accuracy of the readings and minimizes the risk of error or misreading. The data from the signal conditioner is then sent to the monitoring system, where it is monitored and recorded. The monitoring system sends data to the user\'s computer or remote location. The data is then analyzed and can be used for decision making.

Conclusion

In conclusion, the ES1-LP3 specialized sensor is a reliable and robust sensor, offering advanced features that ensure accuracy and reliability in a variety of applications. The sensor is designed for use under hazardous, corrosive, and vibration conditions and is ideal for use in hazardous locations, oil and gas exploration, and other applications requiring temperature and/or pressure measurements. It is fully packaged in an explosion-proof housing for safe operation in hazardous environments. Additionally, the two-wire loop unit allows for greater flexibility and easier installation and maintenance. The advanced components and signal conditioning circuitry, including temperature and pressure compensation, enable the ES1-LP3 to produce accurate data in virtually any application.

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