pH Probe General Purpose, Electrolyte solid, Junction antifouling annular Teflon, pH 0-14

Gizmo Engineering pH-GT-15ft is a general-purpose industrial pH probe designed for accurate and reliable measurement in demanding process environments. Engineered for compatibility with pH controllers and monitoring systems, this probe combines durability, precision, and ease of maintenance, making it well suited for applications such as wastewater treatment, chemical processing, and plating operations. At its core, the pH-GT-15ft features a robust sensing element built with advanced solid dielectric technology and a Teflon liquid junction. This design helps resist fouling and clogging, ensuring consistent performance even in harsh or contaminated solutions. The probe supports a full 0-14 pH measurement range and delivers high accuracy, typically within ±0.02 pH, making it suitable for applications requiring tight process control. One of its key advantages is integrated temperature compensation via a Pt1000 sensor, allowing the probe to maintain measurement accuracy across varying thermal conditions. The probe is rated for temperatures up to approximately 80 degC (176 degF) and can withstand moderate pressure, supporting use in a variety of industrial tanks and pipelines. The construction emphasizes longevity and resilience. A thick glass sensing bulb enhances resistance to mechanical shock, while the non-refillable electrolyte system with a large reservoir reduces maintenance needs and provides a typical service life of 6-12 months, depending on application severity. The “15ft in designation refers to its integrated 5-meter cable, enabling fleXible installation and easy connection to control panels or remote instrumentation. Additionally, the probe uses a standard PG13.5 thread (approximately 3/4 in NPT), ensuring compatibility with common mounting assemblies. Overall, the Gizmo Engineering pH-GT-15ft is a dependable, industrial-grade pH sensor that balances rugged construction with precise measurement capabilities, making it a practical choice for continuous monitoring in challenging environments.