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Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15
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Positive displacement flow meter for measuring viscous liquids such as oils, fuels, chemicals, solvents, resins and pastes
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Magneto-inductive flow meter is perfect for reliably measuring the flow of conductive liquids
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The perfect solution for flow applications where reliability and low cost are desired
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Differential pressure flow meters for liquids and gases,
replaces the OK10-CLC
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Very low flows, acid and caustic-proof, shock resistant, small size
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All metal, high pressure flow meter and switch for easy vertical or horizontal installation
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Piston type positive displacement flow meter with flow ranges from 1.6 to 110 GPH
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Viscosity-compensated plastic flow meters and switches, reduced float jamming
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Compact, thermal flow sensors with microprocessor-based drift stabilization
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Pelton wheel turbine flow meter for locations where space is tight, replaces the OK45
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Rugged, corrosion resistant, KSM are based on the float principle
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Rough ambient conditions, measures flow rate of electrically conductive materials
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Compact float type flow meters and switches in brass or stainless steel, replaces the OK55
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High pressure viscosity compensated flow meter with optional switch
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Capable of rapid detection of flow rate change of non-hazardous gases
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Domed sight glass for easy verification of air or liquid flow
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Visual flow indicator with self-cleaning mechanism and optional plastic rotor
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Cost effective, exceptional tolerance to dirt and solids
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Viscosity compensated flowmeter with optional switch
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Ideal for processes under difficult and rough operating conditions
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Keeps the flow of liquid constant by decreasing the cross-section of an orifice proportionally as the pressure increases
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Ideal for flow indications that need to be seen from an elevated position
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Compact flow switch with microcontroller for outstanding temperature compensation
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All directions of flow, shows current flow rate in volume or mass per unit in time
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All directions of flow, ideal for processes under difficult and adverse operating conditions
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Measures low flow with minimum pressure loss at high flow rates
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