6104-245-1502

The 6104-245-1502 is a type of digital output pressure transducer, also known as a Digital Pressure Transmitter, that features a variety of features that enable the user to accurately measure pressure and relay a digital output signal in response to a given pressure range. It is designed for use in a wide range of applications, including industrial, automotive, aerospace and medical.

The 6104-245-1502 has both a low-profile design and a high-accuracy output, making it ideal for areas that require precision readings and measuring small changes in pressure. It features a wide range of output options, from 4-20mA current outputs to CANopen, EtherNet/IP or HART digital communication protocols, allowing the user to configure the output according to their specifications.

In order to measure pressure, the 6104-245-1502 utilizes a piezoresistive pressure-sensing chip and a Wheatstone bridge circuit. This type of transducer is suitable for measuring both differential and gauge pressure. The built-in amplifier and digital-to-analog converter take the analog signal from the Wheatstone bridge and convert it into a digital signal for output, which can then be sent to the desired communication protocol. This type of pressure transducer is highly stable, reliable and accurate, and is capable of measuring pressure up to 2000PSI.

The 6104-245-1502 has a wide variety of applications, depending on the needs of the user. Industrial and automotive applications, for example, require detailed pressure readings and information, while aerospace and medical applications benefit from the accuracy and the high-pressure rating of the 6104-245-1502. Its low-profile design and its output options make it ideal for areas where space is limited or for those that require detailed outputs.

The 6104-245-1502 is an excellent choice for a variety of applications that need a reliable and accurate pressure transducer. With its wide range of features and output options, it is a suitable and reliable tool for any type of application that needs a digital pressure transmitter. Its low-profile design allows it to fit into tight spaces, while its reliable and accurate outputs ensure reliable and accurate readings.