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VEEDER-ROOT <br /> Float Switch Discriminating Sensor <br /> Our products offer the following features and benefits: <br /> Veeder-Root's Dispenser Pan and Containment Sump <br /> Sensors quickly and accurately detect the presence of <br /> hydrocarbons or fluids and differentiate between the two, <br /> in their respective locations. <br /> Alarm conditions - Fuel, Liquid Warning, High Liquid Alarm, <br /> Sensor Out - detected by either sensor are indicated by an audible alarm, a <br /> displayed message, and a printed message on the TLS-350R or TLS-350. <br /> They are also recorded as part of the TLS-350R or TLS-350 Alarm History <br /> Report. <br /> The housing is constructed of polyester, the sensing element a conductive <br /> elastomer. The sensors can be reused after an alarm condition is sensed, <br /> without degradation to the sensing materials. <br /> • Float Switch Technology determines presence of fluid and alarms at low <br /> level and high level "trip" points <br /> • Conductive elastomer differentiates between hydrocarbons and other <br /> liquids and alarms when hydrocarbon is detected at any point on the <br /> sensor <br /> • Accurate, reliable and reusable even after exposure to heavy <br /> concentrations of hydrocarbons <br /> Features <br /> • Detects fuel at any height on the sensor, even when floating on other <br /> liquid, triggers a Fuel Alarm <br /> • Liquid Warning is triggered when liquid reaches 1.0" high on both <br /> Dispenser Pan and Containment Sump Sensors <br /> • High Liquid Alarm is triggered when liquid reaches 8.0" on Dispenser <br /> Pan Sensor, 10" on Containment Sump Sensors <br /> Temperature Rating <br /> Storage: -40 degrees C to + 70 degrees C <br /> Operating: -40 degrees C to +70 degrees C <br /> Cable length: 6 feet <br /> Dispenser Pan Sensor Dimensions: 11.53" high, 2.13" diameter <br /> Containment Sump Sensor Dimensions: 22.03" high, 2.13" diameter <br /> Withstand removal and replacement from sensing environment without <br /> sensor damage <br /> Standard Models <br />