Hanna HI1610D pH Electrode with Built-In Temperature

Hanna HI1610D pH Electrode with Built-In Temperature

The Hanna HI1610D pH Electrode with Built-In Temperature is a high-performance glass-body pH electrode designed for accurate and stable pH measurements across a broad range of applications. Featuring a built-in temperature sensor, an internal amplifier, and a spheric tip, this electrode ensures precise readings—even in varying temperature conditions and electrically noisy environments.

Key Features

• Integrated Temperature Sensor: The built-in sensor provides automatic temperature compensation (ATC), which significantly improves accuracy when sample temperatures fluctuate.

• Internal Amplifier for Signal Stability: The included amplifier strengthens the pH signal and reduces interference from external electronic devices—ideal for laboratory or industrial settings.

• Spheric Glass Tip (9.5 mm): The rounded tip is designed for general-purpose applications, allowing smooth sample contact and consistent readings across various surfaces.

• Ceramic Single Junction: This junction ensures reliable electrolyte flow and fast response time, especially useful in standard aqueous solutions.

• KCl 3.5M + AgCl Electrolyte: A trusted combination that maintains stable internal conditions, supporting consistent electrode performance.

• Glass Body Construction: The smooth, chemical-resistant glass surface ensures durability and easy maintenance, even with frequent use.

• DIN Connector with 1 m Cable: The 7-pin DIN connector ensures secure and reliable connections to compatible Hanna meters, while the 1-meter cable allows flexibility in both lab and field use.

Technical Specifications

Applications

• General Laboratory Use: Suitable for a wide range of chemical, environmental, and educational lab applications requiring accurate pH monitoring.

• Temperature-Varying Samples: Performs exceptionally well in samples that experience fluctuating temperatures, such as biological fluids or heated solutions.

• Industrial Testing: Ideal for use in controlled environments where consistent, amplified signals are critical for process accuracy and data integrity.