Hanna HI1192T Type electrode glass

Hanna HI1192T Refillable Glass pH Electrode with T-Type Connector

The Hanna HI1192T Type electrode glass is a durable, glass-body pH electrode specifically designed for industrial and in-line process applications. It features a PTFE double junction, a polymer-based electrolyte, and a PG 13.5 thread for secure probe mounting. With its high chemical resistance and ability to withstand up to 3 bar of pressure, this electrode performs reliably in challenging environments, particularly where consistent pH monitoring is required.

Key Features

• Double PTFE Junction: This non-porous, chemical-resistant junction helps prevent clogging and enhances stability in high-contaminant or viscous samples.

• Robust Polymer Electrolyte: The sealed polymer electrolyte ensures minimal maintenance and stable readings in continuous or long-term monitoring.

• Extended Temperature Performance: Built with LT glass, the sensor operates effectively from -5 to 70°C, making it ideal for both ambient and moderately heated systems.

• High Pressure Resistance: The electrode withstands up to 3 bar (43.5 psi), supporting use in pressurized systems and automated reactors.

• Secure PG 13.5 Thread Mounting: Allows stable installation in pipe fittings, flow-through cells, or industrial housings.

• T-Type Connector: Enables easy integration with compatible instrumentation in process control environments.

• Long Electrode Body: With a 140 mm body length, the sensor offers deeper immersion, particularly suitable for tanks or sampling ports.

Technical Specifications

Applications

• Industrial Process Monitoring: Perfect for pH tracking in chemical production, wastewater treatment, and fermentation systems.

• Pressurized Systems: Suitable for in-line installations where elevated pressure conditions are present.

• Flow-Through Cells: Commonly used in automated process setups that require durable and maintenance-minimized sensors.

• CIP and Harsh Media: Resistant PTFE junction and sealed polymer system allow it to perform well in cleaning-in-place (CIP) systems or chemically aggressive samples.