Model :FOXBORO RH916XZ

Category: DCS system

Product type :PLC module

Origin: Made in the USA

Warranty: The 12-month warranty covers all new parts

FOXBORO RH916XZ Temperature sensor

FOXBORO RH916XZ Temperature Sensor This document provides the product parameters, specifications, application areas, instructions for use, introduction, and technical description of the FOXBORO RH916XZ, as well as frequently asked questions to help users better understand the product.

Measuring range: relative humidity 0-100%,

Temperature -40C to 85C

Accuracy: Relative humidity 1%(10% to 90%),

Temperature 0.2C(-10C to 70C)

Output signal :4-20mA or HARTR…

v

FOXBORO RH916XZ Electric shock, explosion, or arc flash

The output voltage of the FPS240-24 (PO924SM) and FPS120-24 (P0924SL) power supplies is set to 24.1V by default. This voltage cannot be changed. Do not expose or

Turn the output voltage potentiometer on these power supplies. Doing so will void the warranty on these power supplies and any equipment connected to them and may cause the equipment to operate

Faulty. If this output voltage changes, Foxboro does not guarantee the operation of any 200 Series subsystem device. Failure to comply with these instructions will result in death or serious injury.

Interference from the power supply Normal power supply controlled by the PLC system

It is powered by the grid. Due to the wide coverage of the power grid, it will be subject to all spatial electromagnetic interference. Radiation electromagnetic fields (EMI) in space are mainly generated by power grids, electrical equipment, lightning, radio broadcasting, and television. Radar and other transient processes are generated, commonly known as radiation interference. If the PLC system is placed in the RF field, it will be affected by radiation and sense voltage on the line. In particular, changes within the power grid, such as surges caused by knife switch operation, startup and shutdown of large power equipment, harmonics caused by AC/DC transmission devices, transient shocks caused by grid short circuits, etc., are transmitted to the power supply through the transmission line. May cause program errors or arithmetic errors, resulting in input and output errors, resulting in equipment out of control and failure, which can not guarantee the normal operation of the PLC.