New pHeasy® ARC Sensor Delivers Accuracy and Performance Feedback
Reno, Nevada — (Virtual Press Office) – Hamilton Company, world leader in fluid measurement, introduces the pHeasy ARC Sensor, an advanced-technology tool for accurate process pH measurement without recalibration. The pHeasy ARC sensor incorporates a unique ChekRef device that provides feedback on the accuracy of the pH measurement, delivers an alert when an electrode needs replacement, monitors chloride loss and detects reference poisons. Users can set inaccuracy limits for warnings and alarms based on the status of the sensor quality including glass resistance, reference resistance, and the CheckRef potential. As part of the new ARC Sensor family, pHeasy also features direct communication with the process logic controller (PLC) without transmitters, enabling fast delivery of the feedback measurements for timely adjustments through a 4-20 mA or digital signal.
With pHeasy ARC Sensors, one calibration at the start of the operation is sufficient; time-consuming recalibration is eliminated. The ongoing accuracy monitoring extends service intervals and increases the reliability of pH measurement.
“The pHeasy ARC sensors incorporate two unique technologies that deliver a quantum leap in sensor performance,” commented Amber Ratcliff, product manager for Hamilton. “The ARC digital connection improves data integrity, productivity and product life.”
Hamilton Company is a leading worldwide supplier of precision liquid handling equipment, laboratory automation and storage systems, serving customers in academic and private research laboratories, pharmaceutical and clinical diagnostic companies and governmental institutions. Hamilton maintains headquarters in Reno, Nevada and Bonaduz, Switzerland, both of which house R&D and production facilities. Hamilton has subsidiaries for direct sales and service in many countries and works with a wide distributor network in other regions. Hamilton is a privately held company. For more information, visit www.hamiltoncompany.com.

