Model series CLXCD meters are single-jet dry type totalizing water meters. They are an ideal choice for a range of sub-metering applications for apartment and commercial buildings as well as marinas, RV and camping parks etc

Model series CLXCB meters are multi-jet, dry type totalizing water meters. They are an ideal choice for a range of municipal, private and industrial water-metering applications.

CFT110 hall effect turbine flow sensor is economical and ideal for OEM applications involving low flow liquid monitoring. The low cost coupled with 1/2% repeatability makes it an ideal candidate for replacing dispensing timer systems

CFR0 flow transmitters combine visual confirmation of flow with a pulse or conditioned 0-10 V output proportional to flow rate. As liquid passes through the meter body, a magnetic rotor spins at a rate proportional to flow. This causes a series of magnetic fields (the rotor vanes) to excite a hall effect sensor, producing a series of voltage pulses.

The WMX101 is a flanged electromagnetic flow meter for use in utility or industrial water and wastewater applications. An ingenious economical design makes it an ideal meter for applications where propeller meters have been the norm, but with no moving parts to wear the magnetic flow meter minimizes maintenance costs and dramatically decreases total cost of ownership..

The CFS-4 Series makes flow protection economical for a broad range of industrial applications such as welders, lubrication systems, medical sterilizers and chemical dispensing. A piston, encapsulating a permanent magnet, is positioned in the flow path within the unit housing. When displaced by the pressure differential from fluid flow, this piston magnetically actuates a hermetically sealed reed switch (SPST or SPDT, depending on the part number) within the unit.

These slim, inline switches reduce pressure drop to a minimum. They incorporate a unique, dual-diameter, internal bore and piston configuration to minimize flow constriction. Liquids are able to smoothly pass around the piston and flow through the switch with little pressure loss to the down stream line.

These rugged inline flow switches use 100 micron filtration and are less susceptible to clogging than other high-pressure inline flow switches. The one-piece magnetic PPS composite piston makes the CFS380 ideal for high-pressure applications such as industrial cleaning equipment. The CFS380 is also an excellent choice for semicon cooling applications where simple design and reliable operation are required.

This rugged inline flow switch offers the same superior performance to non-clogging as its metal cousin (CFS380). The fixed set point and simple design make it a dependable switch.

The CFS480 large-body inline flow switch delivers ample flow rates with minimal pressure drop. 25% larger than model CFS380, the CFS480 is ideal for processes that push more fluid through their systems and demand low pressure drops. Designed to accommodate the Semiconductor Industry's move to larger 300 mm wafer and crossover equipment, this switch is also perfect for critical medical equipment applications.

These two series of precision-calibrated switches provide reliable and consistent performance; repeatability is within 1%. CFS-925 and CFS-926 units are factory preset for actuation at specified flow rates.

Measuring only 1" x 2-3/4", these compact switches are ideal for use where space is at a premium. Designed for use with water and oil, these switches are suitable for many OEM applications. They are ideal for coolant or lubricant flow monitoring in portable equipment and many other applications with space constraints.

A unique, patented piston design assures accuracy within 20% over a full range of viscosities from 40 to 1000 SSU. CFS930 switches are ideal for use in applications where liquids of different viscosities are blended; or for use in lubrication systems where oil flow monitoring is critical at start-up. Switch compensates for viscosity changes automatically. Each unit is factory preset, using 300 SSU oil, for actuation at specified flow rates.

These externally adjustable switches are ideal for protecting machine tools from coolant flow failure, for protecting bearings from loss of lubricant or to assure proper air flow.

The CFS200 Series offers accurate flow detection, with 1% repeatability, over a broad range of flow settings and port sizes. Its durable construction delivers long-life reliability in either water or oil. Generous flow paths keep pressure drop low.

CFS400 series provide accurate flow detection in water and oil with 1% repeatability. They are available in factory preset or field adjustable versions. Flow settings on the adjustable version can be easily changed without disassembly. A shuttle by-pass vane inside the housing is controlled externally using an ordinary flat-blade screwdriver.

The CFS500 offers low cost flow monitoring with a variety of switch actuation points and low pressure drop. All wetted parts are polypropylene or stainless steel, making this switch ideal for a wide range of chemical and temperature requirements.

CFRS flow switches combine visual confirmation of flow with dynamic, electronic switch operation. As liquid passes through the meter body a magnetic rotor spins at a rate proportional to flow. This causes a series of magnetic fields (the rotor vanes) to excite a hall effect sensor, producing a series of voltage pulses. Switch point calibration is easy: a local LED signals when set point is reached.

The pressure transmitter type 506 with proven ceramic technology, features calibrated and amplified sensor signals which are available as standard voltage or current outputs.

360 Series adjustable pressure switch is a compact design for low, mid and high-pressure applications. The housing and pressure port are made of 316 Stainless Steel. The switch housing is a welded, hermetically sealed, explosion proof assembly available as a single pole double throw (SPDT) or double pole double throw (DPDT) configuration.

Model series WTA-2MF manifold mount inert isolation valves offer great performance and a choice of wetted materials for compatibility with aggressive media. The valves utilize unique soft elastomeric seals that are forgiving of particulate matter that would typically destroy an inert valve.

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