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Helical Rotor Type High-Precision Flow Meter "MODEL H Series"

Low pressure loss and high precision across a wide measurement range! A high-precision flow meter that supports low viscosity of 3 cps to high viscosity of 1,000,000 cps!

Introducing the high-precision flow meter "MODEL H Series" with a helical rotor type, capable of low pressure loss and high-precision measurement across a wide measurement range. It can handle viscosities from 3 cps to high viscosities of 1,000,000 cps. 【Details】 ■ Accuracy: Reading value ±0.2% or less ■ High resolution, fast response, stable output, low pressure loss ■ Bidirectional measurement possible 【MODEL H241】 0.1~189 L/min (15000 P/L, ±10VDC/±4-20mA) 【MODEL H242】 0.5~540 L/min (5000 P/L, ±10VDC/±4-20mA) *For more details, please download the PDF or contact us.

Related Link - https://www.toyocontrols.co.jp/

basic information

For more details, please download the PDF or contact us.

Price range

Delivery Time

Applications/Examples of results

Measurement of flow rates for automotive fuel system functional components (low/high pressure injectors, pump flow performance, etc.) and drive system functional components (brake fluid volume, ATF, CVT, engine oil, etc.) *For details, please request materials or view the PDF data from the download.

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Helical Rotor Type High-Precision Flow Meter "MODEL H Series"

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Our company has been the Japanese agent for MAX MACHINERY (CA, USA) for over 35 years, supporting various applications such as fuel consumption measurement and fuel system functional components for motorcycles, automobiles, buses, trucks, marine, construction machinery, and general-purpose engines, as well as fuel for aircraft engines and hydraulic fluids for aircraft functional components (ground performance testing). We have also provided long-term support for the measurement of JP fuel flow and MIL-STD hydraulic oil flow, as well as for the measurement and formulation control (PLC) of micro-flows of low to high viscosity chemical solvents and materials, urethane materials, adhesives, and other chemical process applications, improving and solving problems in these areas.