Features:
- True ORP configuration: code 12 selects a platinum measuring electrode
- Extended integral lead: code 02 supplies 15 ft (4.57 m) of coaxial cable without a preamplifier
- High-solids reference design: the TUpH junction and helical pathway resist coating and poisoning
396P-02-12-55 measures ORP from -1500 to +1500 mV using the platinum option in the rugged Rosemount 396P body.
Its longer 15 ft lead supports remote instrument placement while retaining the direct, non-preamplified sensor signal.
The same front and rear process threads let designers choose insertion, immersion, or flow-through mounting for the intended vessel or line.
Apter Power can review 396P-02-12-55 electrode identity, cable length, analyzer input, installation method, and documentation before quotation.
Emerson 396P-02-12-55 TUpH ORP Sensor with Integral Cable Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Platinum electrode: code 12 establishes the oxidation-reduction potential measurement.
- Measurement span: the official ORP range is -1500 to +1500 mV.
- Direct signal: code 02 contains no integral preamplifier.
- Long lead: the sensor leaves the body on a 15 ft (4.57 m) coaxial cable.
- Large-area junction: the TUpH interface limits the effect of surface coating.
- Helical pathway: the extended reference path slows contaminant migration.
- Polypropylene structure: the reinforced body supports chemically demanding aqueous processes.
- Analyzer group: code 55 identifies the five listed Rosemount instrument families.
- Dual process threads: 1 in. MNPT connections are provided at both ends.
- Insertion duty: the front process connection supports line or vessel entry.
- Submersion duty: the rear thread accepts the documented immersion assembly.
- Flow-through duty: a compatible cell or tee can place the electrode in a controlled sample stream.
- Dirty-process ORP measurement: the TUpH reference design addresses coating exposure.
- High-solids vessels: the rugged body supports immersed oxidation-reduction monitoring.
- Abrasive aqueous streams: the long reference path helps protect signal stability.
- Flow-through analysis: the threaded sensor body can be installed in the documented cell or tee arrangement.