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OME is a low-pressure model of the economy type. To achieve cost reduction and a low price, the main body material is aluminum, and the detection method and number of parts have been reduced. Although the output pulse has decreased, the internal spiral gear is the same as that used in OMG, maintaining high precision of ±0.1% R.S. A new amplifier box has been added, integrating a 2-phase 90° phase difference pulse (PNP) and a temperature sensor Pt100Ω. With 4-fold input, calculations can be performed with 1/4 pulse resolution, simplifying wiring compared to conventional types. It is lightweight and compact, making it ideal for measuring fuel consumption in various engines, and is also used for performance testing of fuel pumps. It is designed for intrinsically safe explosion-proof use as well. ≪Features≫ Lightweight and compact aluminum body Ideal for fuel consumption measurement High precision (±0.2% R.S.) at a low price ≪Materials≫ Main body: Aluminum (3.0615) Spindle: Hardened steel (1.0737) Bearing: Steel/Stainless steel O-ring: Viton, EPDM

≪Specifications≫ Operating Pressure (*1): Max. 4MPa Temperature Range: Depending on sensor type Compatible Viscosity: 1 to 1,000,000 mm²/s ≪Sensor Types≫ BEG 53: -40 to +125℃ (Non-explosion-proof type) BEG 47C: -25 to +125℃ (Intrinsic safety explosion-proof type) ≪Model / Diameter / Flow Rate≫ OME13 1/2" 0.1 to 10 l/min OME20 3/4" 0.3 to 45 l/min OME32 1" 1.0 to 150 l/min OME52 1 1/2" 3.5 to 525 l/min (*1) The pressure range depends on the type of connection. Screw-in (G), Flange (DIN, JIS, JPI, ANSI, etc.) *For more details, please inquire. ≪Main Applicable Fluids≫ Diesel, light oil, kerosene, gasoline, kerosene, various fuels Engine oil, transmission oil, lubricating oil, hydraulic oil, various oils ≪Applications≫ Fuel consumption measurement for diesel engines Fuel management for boilers/burners Fuel consumption measurement for various engines Performance testing of fuel pumps

KRAL　OME Compact series

【Examples of Use】 Flow rate management and control of raw materials in polyurethane foam Management of ink usage Flow rate management of automotive body sealers Management of application amount for automotive undercoating Detection/measurement of cylinder operation position in tunnel boring machines Flow rate testing of automotive hydraulic components Fuel efficiency measurement of marine diesel engines Flow performance testing of automotive fuel pumps Flow calibration reference device Management/control of adhesive application amount Management of hot melt application amount Mixing ratio management/control of RIM molding machines Reference flow meter Performance testing of engines Performance testing of fuel pumps Performance testing of fuel injection devices