HI7662-TW Temperature Probe: compact precision for your laboratory measurements
The HI7662-TW temperature probe from Hanna Instruments is a highly reliable laboratory accessory designed to meet the growing demands for precision in analytical measurements. When used with the pH/ORP and pH/ORP/ISE modules of the HI6000 multi-parameter system, it plays a central role in automatic temperature compensation, a critical factor in ensuring consistent and accurate readings in pH and ion measurements.
Its stainless steel design makes it robust, durable and easy to clean, making it ideal for regular use in laboratory environments. It can be easily inserted into various types of liquid samples thanks to its small diameter of 3 mm, which allows for a fast temperature response and excellent sensitivity. It offers immediate compatibility with Hanna devices via an RCA (Phono) connection, ensuring simple and secure installation.
Integrating this probe into an analysis chain provides a real gain in reliability. By ensuring the thermal stability of samples at the time of measurement, it allows the user to eliminate an often overlooked factor of variability. This is particularly crucial in applications where slight temperature variations can distort results, such as in the pharmaceutical, food and environmental sectors.
With its ability to operate over a wide temperature range from -5 to 105°C, the HI7662-TW meets the needs of measurements in a variety of conditions, whether the samples are cold, at ambient temperature or slightly heated. It is an essential component for any laboratory concerned with scientific rigour, especially as it requires no complex maintenance. Its quick connection, reading stability and compact size make it ideal for frequent analysis protocols.
The HI7662-TW is specifically recommended for use with the HI1131B pH electrode, creating a powerful duo for demanding measurements. It requires no complex calibration and integrates seamlessly into the workflow of Hanna Instruments devices for a smooth and professional user experience.
