Polilyte Plus ORP Sensor

Polilyte Plus ORP Sensor

Maintenance free ORP sensor. Its single hole technology avoids faults caused by liquid contact membrane blockage, and the sensor exhibits reliable repeatability and stability in high alkaline solutions, organic solvents, or low conductivity solutions. In addition, the EVEREF-L reference system ensures a longer service life.

• Double single hole to prevent blockage and ensure reliable measurement

• The diffusion potential is very small

• Good repeatability and stability

• Resistant to organic solvents, strong acids, and strong bases

  
  

Specifications

Measurement range: ± 2000 mV (Arc: ± 1500 mV)

Process temperature: 0 to 130 ° C (analog 0 to 110 ° C, digital 0 to 130 ° C)

Pressure range (relative to environment) 0 to 3 bar (140 ° C)

0 to 10 bar (130 °C)

0 to 16 bar (100 °C)

Disinfection methods: high-pressure sterilization, CIP, SIP

ORP electrode material:Pt wire

Electrolyte:Polisolve Plus

Reference system: Everef-L

Diaphragm: Single Pore

O-ring: FKM

Ordering Information

Typical applications:

Sugar industry, dyes, industrial wastewater, papermaking

Company Introduction

HAMILTON, a Swiss company, is one of the professional manufacturers of water quality testing instruments in the world. Its process analysis products include online measurement of pH, dissolved oxygen, conductivity, redox potential, solid-state optical carbon dioxide, cell density, and total cell count. Widely used in the pharmaceutical industry, fermentation process, biotechnology, food, beer and beverage industry, sugar industry, chemical and petrochemical industry, and water treatment industry.

The HAMILTON series sensor products from Switzerland have been continuously improved in the process of innovation, gradually becoming a reliable product and ideal choice in various application fields due to their features such as * functionality, excellent quality, long service life, maintenance free, and competitive price.

HAMILTON's innovative ARC smart sensor technology no longer requires external transmitters and transfers some functions to smartphones or tablets.