Since 1986 Babbitt International has provided level control solutions to customers around the world. Reliable products, superior customer service and fast delivery have proven to be a winning formula.
Over 30% of our shipments are "special" products, designed for our customers' unique applications. Special products include higher pressure or temperature ratings, special materials of construction and a variety of process connection sizes.
"If we cannot solve your level control problem, we will recommend a competitor who can!"
Stu Babbitt, President
RF point-level switches with no moving parts. These level switches may be widely applied and may be used in Liquid applications such as Petroleum Products, Water/Wastewater, Acids, Caustics and Fuels; Interface applications such as Oil/Water, Crude/Brine and Foam/Liquid; and Dry/Bulk Solids applications such as Fly Ash, Cement, Plastics, Flour, Powders, Sand, Grain, Carbon Black and Wood Chips.
Safe, non-leak replacement for sight glasses. Local indication with switch and transmitter options. The Babbitt LG-series level indicator uses a time-proven method to indicate liquid levels which offers many advantages over conventional sight glasses or electronic level sensors. In cases of extreme pressures and temperatures, or corrosive and hazardous materials, these gauges perform where others fail thus eliminating dangerous situations for plant personnel. The standard material for the LG-Series float chamber is 316 Stainless Steel, however it can be made of any non-magnetic material that is compatible with the media being measured. These level gauges may be widely applied for many kinds of extreme applications. They may also be used in Liquid applications such as Petroleum Products, Steam Drum, Water/Wastewater, Offshore, Acids, Caustics and Fuels; and Interface applications such as Oil/Water, Crude/Brine, Foam/Liquid, Liquid/Gas and Liquid/Vapor.
Detect differential pressure in bag houses and dust collectors for dirty and broken filter alarm and backwash control. The BPS 400 is a differential pressure sensor designed to detect the pressure difference between the "dirty" and "clean" sides of a bag house or dust collector. For years attempts at measuring the differential pressure in a dust collector have been foiled because all the pressure sensing devices on the market have a common problem: the tubing ports connecting the "dirty" side of the process become clogged with dust. When the process tubing becomes clogged, pressure readings will be inaccurate. The BPS 400 has no ports to clog on the dirty side of the process, thus allowing accurate and reliable pressure measurement.
Detect and record dust emissions before they are visible. EPA Title V dust emissions parameter monitoring. Emissions from dust collectors and bag houses has become a major environmental issue. Babbitt has two products which monitor these processes, and assist in reducing the level of dust emissions. The FS 10000 Flow Switch is able to alarm and/or shut down a dust collector when a weak filter is detected BEFORE it becomes a major failure and source of dust emissions. With the FT 4100 Flow Transmitter, dust emission levels can be measured with the means to continuously record the emissions data. The FT4100 meets the requirements of EPA Title V parameter monitoring.
Accurate liquid level transmitter. Loop powered. Dual-output capable. The Babbitt LTM series Magnetostrictive Level Transmitter is an accurate, stand-alone, loop-powered device, usually mounted in the top of a tank or other container. It may also be used as a level transmitter when mounted externally on a Babbitt Magnetic Level Gauge. The unit is suitable for liquid applications that require high accuracy and repeatability. The unit may be ordered in several configurations that will give outputs of simple level, level and temperature, or two levels as in an interface application.
Cost effective liquid level transmitter for general purpose applications. The Babbitt LT3000 Ultrasonic Level Transmitter allows simple and reliable non-contact level measurement of fluids in a tank, sump or other container. The microprocessor-controlled circuit generates a pulse that is transmitted from the transducer face. This pulse is reflected back from the surface of the liquid. The "round trip" transit time is then converted into the current output, which is directly proportional to the fluid level.
The circuit automatically filters out false echoes that may be produced by peripheral obstructions in the tank. For example, a pipe or ladder that is in the "ultrasonic cone" (but not directly in front of the transducer's face) will be ignored; the LT3000 has a proprietary circuit that locks onto the farthest echo which will always be the fluid level.
For additional information or answers to your questions, please contact us at our office nearest you.