Description
The ST-710 is a uniquely designed industrial-grade inline pH sensor that offers greatly improved range, accuracy and stability with anti-interference capabilities. A built-in transmitter supports both digital and analog signal output, designed to simplify on-site installation, calibration and operation. The ST-710 offers a flat pH bubble sensing element to increase resistance to highly turbid waters and contamination.
Typical Applications
- Industrial Water Applications
- Process Water Applications
- Cooling Water
- Raw/Influent Water
- Surface Water Monitoring
- Wastewater & Stormwater Monitoring
- Reverse Osmosis/ Desalination
Features
- 0–14pH Range
- Dual Embedded Transmitters – 4–20mA and RS-485 supporting Modbus, Eliminating the Need for Pre-Amplifier & Enhanced Robustness when the Controller is away from the Sample Point
- Compact Design for Small Footprint, Ideally Suited for Industrial Applications
- Tolerant to Frozen Conditions during Shipment or Storage for Short Periods
- Large Junction Capacity (Compared to Replaceable Electrode Design) Leading to Longer Service Life and Less Maintenance
- Stainless Solution Grounding Point on Sensor to Stay Away from Ground Loop Problems
- Interfaces with MA-WB Wireless Adapter or PowerPACK Auxiliary Box for Bluetooth® Access via uPyxis® app
Reverse Osmosis & Desalination
Reverse Osmosis (RO) desalination is a cutting-edge water treatment process. It removes dissolved salts, minerals, and contaminants by forcing water through semi-permeable membranes under high pressure. RO has become a critical solution for transforming seawater and brackish sources into usable water. Applications include municipal, industrial, and commercial grade systems.
Pyxis Lab delivers advanced inline sensor technology, smart analytics, and plug-and-play monitoring systems. Designed specifically for the challenges of RO desalination, our innovative solutions empower operators with real-time insights. In addition to reliable data to drive system efficiency, protect assets, and achieve superior water quality at every stage of the process.
