High-Precision Industrial Digital Rs485 PH Sensor for Water Quality Monitoring

Short Description:

The pH Sensor employs an isolated power supply design to ensure stable performance and robust anti-interference capabilities. Ideal for water quality monitoring, industrial processes, and laboratory applications, it supports automatic/manual temperature compensation and multiple calibration solutions (USA/NIST/custom). Featuring a flat bubble structure for easy cleaning and a ceramic sand core liquid junction for reliable measurements, this sensor delivers high accuracy (±0.02pH) across a 0-14pH range. Its compact, polymer plastic housing and RS-485 MODBUS output make it durable and easy to integrate into diverse systems, even in harsh environments.


Product Detail

Product Tags

Features

① Isolated Power Supply & Anti-Interference

The sensor’s isolated power design minimizes electrical noise, ensuring stable data transmission in environments with strong electromagnetic interference.

② Dual Temperature Compensation

Supports automatic or manual temperature compensation to maintain accuracy across varying operating conditions (0-60°C).

③ Multi-Calibration Compatibility

Calibrate effortlessly using USA, NIST, or custom pH/ORP solutions for tailored measurement scenarios.

④ Flat Bubble Structure

The smooth, flat surface prevents air bubble accumulation and simplifies cleaning, reducing maintenance downtime.

⑤ Ceramic Sand Core Liquid Junction

A single salt bridge with a ceramic sand core ensures consistent electrolyte flow and long-term measurement stability.

⑥ Compact & Durable Design

Constructed from corrosion-resistant polymer plastic, the sensor withstands harsh chemicals and physical stress while occupying minimal space.

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Product Paramenters

Product Name PH Sensor
Range 0-14 PH
Accuracy ±0.02 PH
Power DC 9-24V, current<50 mA
Material Polymer Plastic
Size 31mm*140mm
Output RS-485, MODBUS Protocol

 

Application

1. Water Treatment Plants

Monitor pH levels in real time to optimize neutralization, coagulation, and disinfection processes.

2. Environmental Monitoring

Deploy in rivers, lakes, or reservoirs to track acidity changes caused by pollution or natural factors.

3. Aquaculture Systems

Maintain optimal pH for aquatic life health and prevent stress or mortality in fish and shrimp farms.

4. Industrial Process Control

Integrate into chemical manufacturing, pharmaceuticals, or food production to ensure compliance with quality standards.

5. Laboratory Research

Deliver precise pH data for scientific studies on water chemistry, soil analysis, or biological systems.

6. Hydroponics & Agriculture

Manage nutrient solutions and irrigation water to enhance crop growth and yield.

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