GF Signet 3-2724-11 pH / ORP Electrode, Flat Style

Signet 2724-2726 pH/ORP Electrodes The Signet 2724-2726 pH and ORP Electrodes feature a patented reference electrode design and use the unique foul-proof patented DryLoc® connector. The large area PE reference junction and pathway are constructed to increase the total reference effectiveness and ensure long service life. The DryLoc® connector with corrosion-resistant gold-plated contacts readily connects the sensor to the mating 2760 preamplifier or the 2750 sensor electronics. The robust Ryton® threaded sensor body and choice of flat pH, bulb pH, or flat ORP sensing elements provide a broad range of chemical compatibility for a wide variety of applications. There are two optional sensing versions available: HF and LC. The quick temperature response is available in either a PT1000 or a 3 KΩ temperature sensor and allows compatibility with all Signet pH/ORP instruments. The 2724-2726 electrodes are general-purpose sensors ideal for a wide range of applications. The sensors incorporate 3/4 NPT or ISO 7-1 R3/4 thread for installing into standard pipe-tees. They can also be mounted directly into Signet standard fittings. Fields of Application: Water and Wastewater Treatment Neutralization Systems Scrubber Control Effluent Monitoring Sanitization Systems Pool and Spa Control Aquatic Animal Life Support Systems Process Control Cooling Towers Advantages: Patented reference design for exceptional performance Mounts in Signet standard fittings from DN15 to DN100 (1/2 to 4 in.) 3/4 NPT or ISO 7/1-R 3/4 threaded sensors for use with reducing tees DN15 to DN100 (1/2 to 4 in.) Special design allows for installation at any angle, even inverted or horizontal Ryton® (PPS) body for a broad range of chemical compatibility Patented DryLoc® connector with gold plated contacts Quick temperature response HF resistant glass available for trace HF of ≤2% Low conductivity sensor available for liquids down to 20 μS/cm **Note: Electrodes will freeze outside of the 2-day transit zone in winter conditions.