P0924JH FOXBORO

P0924JH FOXBORO

P0924JH FOXBORO

Product Description

P0924JH is a pressure transmitter designed and manufactured by Schneider Electric brand Foxboro. It is a highly reliable and accurate device that can measure pressure in various industrial applications. This device can generate 4-20mA output

Signal output can be used for remote monitoring and control purposes.

P0924JH FOXBORO

Input module(P0924JH)

Brand:Foxboro

Product Description

●3-layer termination components for internal and/or external loop powered transmitters per channel.

Compact and sturdy design suitable for housing in G3 grade(harsh)environments

Each input and output channel is electrically isolated

●Execute simulated I/O applications with configurable options for conversion time and rate of change limitations

●Four 20 mA DC analog input channels

●Four 20 mA DC analog output channels

●High accuracy achieved through sigma delta data conversion for each channel

●Support for DPIDA control blocks

TA is used in conjunction with the output bypass station to maintain output during maintenance operations

describe

P0924JH Foxborough

Product Description

P0924JH is a pressure transmitter designed and manufactured by Schneider Electric brand Foxboro. It is a highly reliable and accurate device that can measure pressure in various industrial applications. This device can generate 4-20mA output

Signal output can be used for remote monitoring and control purposes.

Product parameters

。 Pressure range: 0-100 psi

。 Output signal: 4-20 mA

·Accuracy:+/-0.1% of full scale

·Power supply: 12-36 VDC

。 Environmental temperature range: -20 to 85 degrees Celsius

。 Process temperature range: -40 to 120 degrees Celsius

。 Process connection: 1/4 inch NPT

Specifications

The equipment is constructed with a stainless steel casing, which has strong corrosion resistance and environmental damage resistance.

P0924JH has high configurability and can be adjusted to meet specific application requirements.

This equipment is designed for accurate and reliable measurements in harsh industrial environments.

The device is very stable and has minimal drift over time.

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