Press Release Summary:
Available in FLT93S and FLT93F versions, FLT Series Switch can be operated in setpoint range in water from 0.01 to 0.5 FPS. Unit offers level/interface accuracy of ±0.25 in. and measurement repeatability of ±0.125 in. Product is operated in a temperature range of -40 to 350 °F and is suitable for wet/dry detection, high/low level alarm and control, foam and sediment interface control and agitation detection applications. Switch comes in aluminum standard enclosure.
Original Press Release:
Point Level Monitoring & Control Switch Supports High Reliability Application Environments
Ideal for Chemical Refining, Food & Beverage, Oil/Gas, Electric Power, Metals & Mining, Pulp/Paper, Water & Wastewater Treatment
Process and plant engineers in search of a reliable point level monitoring and control solution will find the FLT Series Switch from Fluid Components International (FCI) is the answer with its excellent accuracy, dual trip points and relays, SIL 2 rating for ultra-reliability and full Ex agency approvals on the complete instrument.
Point level monitoring and control are essential in many industrial processes to prevent over-filling or under-filling, as well as to provide a reliable “empty” notification. Accurate switching ensures continuous plant operation without interruptions that could lead to quality issues, safety problems, regulatory issues and higher costs.
The FLT Switch provides dependable point level and interface sensing in liquid, gas or foam. It’s ideal for heavy duty environments (FLT93S) and small process connections requiring a fast, responsive switch (FLT93F). Applications include wet/dry detection, sump level detection, high/low level alarm and control, interface control in separation vessels, foam and sediment interface control, and agitation detection.
The FLT93S Switch can identify the interface between any type of media including foam, emulsion layers, liquids and slurries. The FLT93S Switch’s dual switch point option allows one instrument to control two different product interfaces. Two or more switches are used to control product discharge and intake at specified points.
The FLT Switch operates over a wide setpoint range in water from 0.01 to 0.5 FPS (0,003 to 0,9 MPS). Level/interface accuracy is ±0.25 inch (±6.4 mm), and measurement repeatability is ±0.125 inch (± 3.2 mm). The standard FLT93S withstands operating temperatures from -40 to 350 °F (-40 to 177 °C), and an optional configuration is available for temperatures from -100 to 850 °F (-73 to 454°C).
With its advanced thermal dispersion mass flow sensor, the FLT features built-in temperature compensation which ensures repeatable and reliable operation, even in extreme environments, such as those found in the high temperature chemical refining and other process industries. This automatic compensation adjusts the instrument for changes in operating environment temperatures to ensure the trip points will remain accurate and will prevent false alarms or alarm failures to improve end-product quality, to maximize safety and to allow alarms to be set within a narrower setpoint range.
The FLT Switch is hydrostatically proof pressure tested to 3500 psig [240 bar (g)] at 70°F [21°C]. Derated with temperature, the maximum operation service recommended is 2350 psig [162 bar (g)] at 500°F [260°C]. Higher pressure ratings are available with special construction and test certification.
A wide selection of standard and custom process connections can be provided with the FLT Switch. The electronic control circuit can be integrally-mounted with the sensing element, or it can be located in a remote location. The standard enclosure is made from a coated aluminum alloy. It is suitable for use in ATEX locations and is rated for NEMA Type 4X (IP66) environments. Stainless steel or fiberglass enclosures also are available.
Fluid Components International is a global company committed to meeting the needs of its customers through innovative solutions to the most challenging requirements for sensing, measuring and controlling flow and level of air, gases and liquids.