Combination Glass-body pH Electrode - Low Temperature, T-type Connector

HI1190T

Combination Glass-body pH Electrode - Low Temperature, T-type Connector

$209.99

This combination glass-body pH electrode is designed for industrial applications with features such as a PTFE junction, low temperature glass, and T-type connection. With it's durable design, you can count on this electrode to stand up to your process environment.

pH electrode with exclusive PTFE non-clogging membrane.
Low temperature glass for fast stabilization and more accurate results at lower temperatures.
Built for everyday, demanding use in industrial applications.

Learn More

Thank you for your interest in our products. A representative will contact you within the next business day.

Combination electrode

Single combined electrode that has both sensing and reference components for added convenience.

PTFE junction

The electrode has a unique clog resistant junction that enhances both probe life and accuracy.

Glass body

Glass body electrodes are easier to clean, can withstand high pressure and high temperature applications, and offers high resistance to aggressive chemicals.

Low temperature glass formulation

Low temperature glass for fast stabilization and more accurate results at lower temperatures.

T-type connector

Designed by Hanna to take advantage of both PG 13.5 thread and screw cap. The PG 13.5 thread ensures proper in-line installation while the screw cap allows for maximum versatility making it possible to connect a cable of different lengths.

Double junction technology with gel polymer filling

Ensure long electrode life and reliability in harsh environments.

Keep extra testing supplies on-hand

HI70300L pH Electrode Storage Solution (500 mL) $24.99

Resources

Specifications

Specification Name	Detail
SKU	HI1190T
Body	Glass
Junction	Double, PTFE
Glass Type	(-15 to 80°C/ 5 to 176°F)
Electrolyte	Polymer
Matching Pin	No
Amplifier	No
Temperature Sensor	No
Max Pressure	3 bar (43.5 psi)
Connector	T-type
Length	140mm
Warranty	6 months