pH and ORP Transmitter Overview

The Foxboro 876PH is a 2-wire, loop powered intelligent transmitter that, when used with Foxboro pH and ORP sensors, provides measurement, local display, and transmission of pH, ORP or ion selective electrode (ISE) activity.                                     

Manufactured byfoxboro

Description

Click to rate this post!
[Total: 0 Average: 0]

The Foxboro 876PH is a 2-wire, loop powered intelligent transmitter that, when used with Foxboro pH and ORP sensors, provides measurement, local display, and transmission of pH, ORP or ion selective electrode (ISE) activity. The transmitter outputs a HART digital signal and a 4 to 20 mA analog output.  It offers easy configurability, a rugged, NEMA 4X field-mounted enclosure for the most challenging industrial environments, and agency certifications for hazardous electrical areas. HART communications and a time saving HART Device Type Manager integrates with user’s plant asset management strategies. Versions are available for use with conventional analog pH sensors as well as the digital Smart PH10 sensor.                                            

Benefits

Intrinsically safe for use in hazardous area installations

IP66 and NEMA 4X enclosure

Two unique configurations can be saved, facilitating a quick and easy change, saving operator time and cost

History log for up to 100 time and date stamped events

Simultaneous pH and ORP measurement

Sensor and transmitter diagnostics

Auto buffer recognition for flawless pH calibrations

24/7 expert technical and application support                                   

Applications

Gas scrubber pH control

Chemical reactor pH control

Pulp and paper bleach blant, paper machine

Power generation pure water pH, cooling towers, scrubber, forced oxidation gypsum pH control

Food and beverage pH in ethanol production, product quality, rendering plant pH

Water and waste pH adjustment, pH in waste water

All industries; waste water treatment, reverse osmosis water purification, boiler water and condensate

Documentation

mi_611-165
mi_611-262_g