METTLER pH Sensor InPro4801i/SG/225

The InPro 4801i is a digital pH sensor designed for harsh environments and low temperatures. It offers a strong resistance to oxidizing media, solvents, and highly acidic or alkali solutions. This sensor provides predictive sensor-health diagnostics.

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Description

pH Measurement in Harsh Environments.

The InPro 4801i is a digital pH sensor designed for harsh environments and low temperatures. It offers a strong resistance to oxidizing media, solvents, and highly acidic or alkali solutions. This sensor provides predictive sensor-health diagnostics.

Performance in Harsh Conditions

This pH sensor is designed to perform accurately in demanding industrial environments, at low temperatures, and under high pressure.

Reduce Maintenance Costs

The PTFE annular junction, long diffusion path, and double electrolyte chamber combine to reduce cleaning and maintenance needs.

Advanced Predictive Diagnostics

This pH sensor has Intelligent Sensor Management (ISM) technology, offering predictive diagnostics to reduce maintenance and simplify calibration.

ISM (Digital) or Analog ISM (Digital)
PH Sensing Technology Glass Membrane Suitable For Low Temperatures (LoT)
PH Range 1 – 14
Reference System Gel electrolyte, PTFE annular diaphragm, pressure compensated double chamber Ag/AgCl system
Operating Temperature (Fahrenheit) 23 °F – 176 °F
Operating Temperature (Celsius) -5 °C – 80 °C
Cable Connector K8S
Process Connection Pg 13.5 Thread
Sterilizable/Autoclavable No
Sensor Length 225 mm
Certificates & Approvals
CE
METTLER TOLEDO Quality Certificate
FM: IS Cl. I, II, III, Div 1, GR ABCDEFG/T6
ATEX/IECEx: Ex ia IIC T6/T5/T4/T3 Ga/Gb
PED
Operating Pressure (Bar)
0 to 12 barg @ 80°C
Model Family
InPro4800(i)
Temperature Sensor
Digital
Measurement Parameter
pH
ORP/Redox
Shaft Material
Glass
Operating Pressure (PSI)
0 to 174 psig @ 176°F
Solution Ground/Redox Metal Platinum
Refillable Electrolyte
No
Hazardous Area Approvals
Yes
Primary Media/Application
Chemical Processes
Hygienic/Biocompatibility
No

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