pH sensor for ultrapure water monitoring - AMT/PH-CGQ
1. Measurement range: 0～14pH
2. Accuracy: ±0.02pH / ±0.05pH (available in standard and high-precision versions)
3. Resolution: 0.01pH
4. Temperature compensation: automatic ATC 0～60℃ (pH measurement is affected by temperature, temperature electrode included as standard)
5. Response time: ≤30s (95% stable value)
6. Zero point: 7.00pH; Slope: 90%~105% Analog signal: 4-20mA (most commonly used)
• Digital signal: RS485 (Modbus-RTU)
• Power supply: 12~24VDC
• Cable length: 5m/10m customizable
Product Introduction
pH sensor for ultrapure water monitoring: high-purity water measurement
The pH sensor for ultrapure water monitoring is specially designed for ultrapure water systems in semiconductors, pharmaceuticals, and laboratories. Search keywords: pH sensor for ultrapure water monitoring, ultrapure water pH monitoring, high-purity water pH sensor. This sensor can measure stably in low-conductivity water and uses high-purity materials to avoid contamination. The pH sensor for ultrapure water monitoring features high accuracy and fast response.
pH sensor for ultrapure water monitoring: supports online quality control
The pH sensor for ultrapure water monitoring supports RS485 and 4-20mA outputs and can be integrated into ultrapure water systems for continuous quality control. Its protection rating reaches IP65 or IP68, making it suitable for inline installation. The sensor helps users monitor pH changes in ultrapure water and ensure product quality.
pH sensor for ultrapure water monitoring: meets high standards
The pH sensor for ultrapure water monitoring can be used in combination with other high-purity water instruments to form a complete monitoring solution. Choosing a pH sensor for ultrapure water monitoring with high accuracy and easy maintenance can meet the high-standard requirements of the semiconductor and pharmaceutical industries.
Main Application Areas
- Semiconductor Manufacturing — Monitoring ultrapure water used in wafer cleaning and etching processes to ensure pH stability and prevent contamination.
- Pharmaceutical Industry — Quality control of purified water and water for injection, ensuring compliance with pharmacopoeia standards.
- Laboratory Research — pH measurement in ultrapure water systems for analytical chemistry and life science experiments.
- Power Plant Water Treatment — Monitoring high-purity water in boilers and cooling systems to prevent corrosion and scaling.
Keywords：ultrapure water pH sensor, high purity water pH probe, semiconductor pH sensor, pharmaceutical pH sensor, laboratory pH sensor, low conductivity pH sensor, pH sensor AMT/PH-CGQ, industrial pH sensor
