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SUP-PH5018 Glass Electrode pH Sensor, Water pH Sensor for Industrial/Laboratory Use

SUP-PH5018 Glass Electrode pH Sensor, Water pH Sensor for Industrial/Laboratory Use

short description:

The SUP PH5018 is a robust industrial-grade glass electrode pH sensor specifically engineered for demanding environments like wastewater, petrochemical, and mining, offering a unique blend of high performance and low maintenance.

It ensures long-term stability by utilizing an advanced solid dielectric and a large-area PTFE liquid junction to effectively prevent clogging and extend operational life through its unique long-distance reference diffusion path.

Built with a durable PPS/PC shell and a convenient 3/4 NPT threaded connection, the sensor simplifies installation by eliminating the need for a separate sheath, thereby reducing system costs. Furthermore, its low-noise cabling supports highly accurate, interference-free signal transmission over long distances (40 meters or more) within its operating range of 0℃ to 100℃.

Features:

  • Zero potential point:7 ± 0.5 pH
  • Conversion coefficient: > 98%
  • Installation size: Pg13.5
  • Pressure: 0 ~ 4 Bar at 25 ℃
  • Temperature: 0 ~ 100℃ for general cables

Tel.: +86 13357193976(WhatsApp)

Email: vip@sinomeasure.com


Product Detail

Product Tags

Introduction

The SUP electronic pH sensor probe is a high-performance, low-maintenance glass pH sensor specifically engineered to handle harsh industrial environments. This pH sensor electrode utilizes innovative solid dielectric and a large-area PTFE liquid junction technology to effectively overcome the common industrial pain points of electrode clogging and frequent maintenance.

This water pH sensor offers superior anti-interference capability and long-term stability, making it suitable for industrial processes like chemical production, wastewater treatment, petrochemicals, and mining, where high measurement precision and extended electrode life are critical.

 Feature

I. Durability and Low Maintenance

Maintenance-Free Design: Achieves lasting stability and minimal maintenance by adopting internationally leading solid dielectric and large-area PTFE liquid junction designs.

Clog-Free Operation: Effectively solves the problem of electrode clogging and requires no supplementary dielectric.

Extended Electrode Life: Features a specially designed long-distance reference diffusion path to guarantee extended electrode life in aggressive environments such as sewage and corrosive media.

 II. Installation and Cost Efficiency

Simplified Installation: Utilizes a durable PPS/PC shell and upper/lower 3/4NPT pipe threads for quick installation.

Cost Saving: Allows for side or vertical installation onto reaction vessels or pipes without the need for an external protective sheath, which significantly simplifies the process and reduces costs. 

III. Measurement Performance

High Accuracy: Provides high accuracy, fast response, and good repeatability for reliable data.

Stable Reference: Relies on a stable silver ion Ag/AgCL reference electrode to maintain measurement integrity.

IV. Signal Transmission

Long-Distance Transmission: Includes a high-quality, low-noise cable that effectively resists interference.

Wiring Flexibility: Supports ultra-long signal transmission greater than 40 meters, offering great flexibility for field wiring.

Specification

  Product   Glass pH sensor
  Model   SUP-PH5018
  Measurement range   0 ~ 14 pH
  Zero potential point   7 ± 0.5 pH
  Slope   > 98%
  Membrane resistance  <250ΜΩ
  Practical response time   < 1 min
  Salt bridge   Porous ceramic core/ porous Teflon
  Installation size   Pg13.5
  Heat resistance   0 ~ 100℃
  Pressure resistance   0 ~ 2.5 Bar
  Temperature compensation   NTC10K/Pt100/Pt1000

Applications

With rugged design and high accuracy, the SUP 5018 Industrial Glass pH Sensor is widely applied across the following sectors:

Water and Wastewater Treatment: Precise pH monitoring and control for sewage, process water, and effluent discharge.

Chemical and Petrochemical Industries: Accurate batch dosing and process monitoring for corrosive liquids and high-viscosity media.

Mining and Metallurgy: Monitoring pH changes during mineral flotation, leaching, and smelting processes.

Food and Beverage: Used for fermentation processes, liquid recipe formulation, and quality control.

Other Industrial Processes: Including pulping and paper, textile dyeing, and the semiconductor electronic industry, where accurate pH analysis in complex or highly polluting fluids is mandatory.

 


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