World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Become Seller

For Bulk Enquiry: sales@envmart.com

Shopping Cart $0.00

Hanna Digital PEI Body pH Electrode for Field Applications - HI12300

Free Delivery in India | Lowest Global Shipping Charges

Hanna Digital PEI Body pH Electrode for Field Applications - HI12300

Name: Hanna Digital PEI Body pH Electrode for Field Applications - HI12300
Brand: Hanna
SKU: 71172
Price: 165.65 USD
Availability: InStock



Category pH Electrodes Brand Hanna Condition New

Specifications

Country of Origin	India
Measurement Range	0 to 13 pH
Body Material	PEI (Polyetherimide)
Outer Diameter	12 mm
Model	HI12300
Cable Length	1 m
Temperature Sensor	Yes (built-in)
Max. Pressure	2 bar
Connector Type	3.5 mm proprietary digital
Reference Cell Type	Double Junction
Type of Electrolyte	gel
Temperature Operating Range	-5 to 70 °C 23 to 158 °F
Amplifier	no
Recommended Use	Field and industrial applications
Product Condition	New
MPN	HI12300
Body Length / Overall Length	120 / 163.5 mm
Junction Type / Flow Rate	Ceramic, single / 15-20 µL/h
Tip Shape	Spheric (7.5 mm diameter, low temperature glass)
Microchip	Yes

Key Features

HI12300 Digital PEI body pH electrode for field and industrial applications with built-in temperature sensor and 3.5 mm connector.

Features a rugged PEI (polyetherimide) body for excellent chemical resistance and durability in harsh environments.
Double junction, gel-filled reference design enhances measurement stability and reduces contamination risk.
Measurement range of pH 0 to 13 suitable for various laboratory and field tasks.
Equipped with a built-in microchip for sensor information storage, calibration, and traceability.
Includes an integrated temperature sensor for automatic temperature compensation in a single probe.
High performance spherical glass tip with low temperature glass, 7.5 mm diameter for accurate pH readings.
Single ceramic junction, flow rate 15–20 µL/h, suitable for demanding and prolonged use.
Operates from -5 to 70°C, compatible with proprietary digital meters via 3.5 mm connector.

Product Description

Hanna HI12300 Digital PEI Body pH Electrode is a high-performance sensor designed for accurate and reliable pH measurement across laboratory, field, and industrial applications. Built with a rugged polyetherimide (PEI) body, this electrode offers excellent chemical resistance comparable to glass while being highly durable and virtually unbreakable, making it especially suitable for harsh environments and on-site testing conditions.

The electrode is equipped with advanced digital technology, including an integrated microchip that stores essential information such as sensor type, serial number, and calibration data. This ensures quick setup, improved traceability, and seamless operation with compatible digital pH meters. A built-in temperature sensor provides automatic temperature compensation, delivering precise and stable readings even under varying environmental conditions.

Featuring a double junction reference system with a gel-filled electrolyte, the HI12300 minimizes contamination risks and ensures consistent performance in complex or variable sample matrices. The single ceramic junction maintains a controlled electrolyte flow rate of 15–20 µL/h, supporting reliable and repeatable measurements over extended use.

The electrode includes a spheric low-temperature glass tip (7.5 mm diameter) that ensures fast response and accurate pH detection across a wide measurement range of 0 to 13 pH. With an operating temperature range from −5 to 70°C and a 1-meter cable with a 3.5 mm proprietary digital connector, it offers flexibility and secure compatibility with advanced digital measurement systems.

Widely used in water treatment, environmental monitoring, chemical processing, and industrial quality control, the HI12300 electrode provides dependable performance for both routine and demanding pH analysis tasks.

Enhance your measurement reliability with Hanna’s advanced digital electrode, engineered for durability, precision, and long-term performance as part of pH Electrodes