Flow Measurement
Showing 193–216 of 239 results
-
Coriolis flow meter
OPTIMASS 2400
ViewCoriolis mass flowmeter for the highest capacity bulk measurementFor gases and liquids up to 4,600 t/h; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)CT: OIML R117, MI-005, MI-002; API and AGA compliantFlange: DN100…400 / 4…16″, max. PN160 / ASME Cl 15003 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, PROFINET (Ethernet-APL), EtherNet/IP™, Bluetooth® -
Coriolis flow meter
OPTIMASS 3010
ViewCoriolis mass flowmeter for low flow and dosing applicationsMass, density and volume flow of liquids and gases (>0.3 kg/h / 0.01 lb/min)Standard pressure rating up to 300 bar / 4351 psiFlange: DN15 / ½”; thread, clamp, etc.Integrated Modbus -
Coriolis flow meter
OPTIMASS 3400
ViewCoriolis mass flowmeter for low flow and dosing applicationsHigh accuracy (±0.1%) for gases and liquids >0.3 kg/h / 0.01 lb/minStandard pressure rating up to 300 bar / 4351 psiFlange: DN15 / ½”; also thread and clamp connections3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, PROFINET (Ethernet-APL) EtherNet/IP™, Bluetooth® -
Coriolis flow meter
OPTIMASS 7010
ViewCoriolis mass flowmeter for advanced applications and process controlSingle straight tube for mass, density and volume flow of viscous, aggressive or shear-sensitive mediaAlso certified for hygienic useFlange: DN10…100 / ½…4″, max. PN100 / ASME Cl 600; othersIntegrated Modbus -
Coriolis flow meter
OPTIMASS 7400
ViewCoriolis mass flowmeter for challenging process mediaHigh accuracy (±0.1%), for viscous, aggressive or shear-sensitive media; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)CT: MI-005; API; hygienic certificationsFlange: DN10…100 / ½…4″, max. PN100 / ASME Cl 600; others3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, PROFINET (Ethernet-APL), EtherNet/IP™, Bluetooth® -
Flow Measurement
OPTISWIRL 2100
ViewVortex flowmeter for basic utility applicationsFor liquids, (wet) gases, saturated and superheated steam (+240°C / +464°F)Available with integrated nominal diameter reduction for a large measurement span also in pipelines with large diametersFlange: DN15…300 / ½…12″; wafer version: max. DN100 / 4″2-wire, 4…20 mA, HART®7 -
Flow Measurement
OPTISWIRL 4200
ViewVortex flowmeter for utility applications and energy management systemsFor liquids, (wet) gases, saturated and superheated steam (+240°C / +464°F)Integrated P+T measurement: direct output of mass, normalised flow, energy, gross/net heatFlange: DN15…300 / ½…12″; wafer version: max. DN100 / 4″2-wire, 4…20 mA, HART®, FF, Profibus-PA -
Flow Measurement
OPTISWIRL 5080
ViewVortex flowmeter for high temperature applicationsFor liquids, gases and steam up to +427°C / +800°FAdaptive filtering and signal conditioningFlange: DN15…300 / ¾…12″, max. PN160 / ASME 1500 lb;Sandwich version: max. DN200 / 8″2-wire, 4…20 mA, HART® -
Differential Pressure
PITOBAR – Direct Transmitter Mounting
ViewPITOBAR Averaging Pitot Tube for Direct Transmitter Mounting (Type DK203, DK204, DK205, DK253, DK254, DK255)The PITOBAR Averaging Pitot Tube is used to measure the flow of liquid and gasses in horizontal or vertical pipe lines. Its working principle is derived from the classic or single point pitot tube. However, as opposed to the single point pitot tube, the PITOBAR Averaging Pitot Tube has a number of holes depending on pipe size pointing towards the upstream side. One port pointing downstream measures the static pressure. The main advantages of this flow element are its low installation costs and low pressure loss compared to other flow elements, especially in larger pipe sizes. -
Differential Pressure
PITOBAR – Larger Pipe Sizes
ViewEMCO PITOBAR Averaging Pitot Tube for Larger Pipe Sizes (Type PC 450, PC455)The PITOBAR Averaging Pitot Tube is used to measure the flow of liquid and gasses in horizontal or vertical pipe lines. Its working principle is derived from the classic or single point pitot tube. However, as opposed to the single point pitot tube, the PITOBAR Averaging Pitot Tube has a number of holes depending on pipe size pointing towards the upstream side. One port pointing downstream measures the static pressure. The main advantages of this flow element are its low installation costs and low pressure loss compared to other flow elements, especially in larger pipe sizes. -
Differential Pressure
PITOBAR – Remote Transmitter Mounting
ViewPITOBAR Averaging Pitot Tube for Remote Transmitter Mounting (Type DK200, DK250)The PITOBAR Averaging Pitot Tube is used to measure the flow of liquid and gasses in horizontal or vertical pipe lines. Its working principle is derived from the classic or single point pitot tube. However, as opposed to the single point pitot tube, the PITOBAR Averaging Pitot Tube has a number of holes depending on pipe size pointing towards the upstream side. One port pointing downstream measures the static pressure. The main advantages of this flow element are its low installation costs and low pressure loss compared to other flow elements, especially in larger pipe sizes.The PITOBAR Averaging Pitot Tube for Remote Transmitter Mounting provides accessibility and is particularly suitable in applications with space constraints or other environmental conditions that prevent direct mounting. Choose Type DK200 or DK250 depending your requirements for pipe and probe size (see table for maximum allowable differential pressure below). -
Differential Pressure
PITOBAR – Steam Flow
ViewEMCO PITOBAR Averaging Pitot Tube for Steam Flow (Type DK251)The PITOBAR Averaging Pitot Tube is used for flow measurement of liquid and gasses in horizontal or vertical pipe lines. The PITOBAR Averaging Pitot Tube principle of operation is derived from the classic or single point pitot tube. As opposed to the single point pitot tube, the PITOBAR averaging pitot tube has a number of holes depending of pipe size pointing towards the up-stream side. One port pointing down stream measures the static pressure. The PITOBAR has very low installation costs and the pressure loss is low compared to other flow elements, especially in larger pipe sizes. -
Flow Measurement
PTFM 6.1
ViewPortable Transit Time Flow MeterWhether you need flow measurement when you didn’t have it before, or you need to prove that your existing system is performing properly, the PTFM 6.1 Portable Transit Time Flow Meter is here to help by providing accurate, non-invasive flow measurement in the most challenging industrial environments and applications, with minimal installation complexity and cost.With new and more powerful signal processing hardware, rugged IP67 design, and three interchangeable, non-invasive transducer sizes optimized for a wide range of pipe sizes and materials, the PTFM 6.1 is the right choice for your on-the-go or long-term flow measurement applications. -
Accessories
RT14 – Flow Rate Totaliser
ViewThe FLOMEC® RT14 Rate Totaliser is the perfect display for users who require a more sophisticated local display that can also interface with external control or monitoring equipment. The RT14 features a backlit LCD, which provides optimal readability from a distance or in low-light conditions. Various output options are available to suit almost any flow measurement application, with a 4-20mA analogue signal for flowrate feedback and control, flow alarms for monitoring of critical processes, and a scaled pulse signal for remote monitoring of total volumes. The RT14 is housed in a robust glass-reinforced nylon enclosure with an IP66/67 rating, rubberised buttons, and a polycarbonate screen protector. The FLOMEC® RT14 is a fantastic product for almost any flow measurement application in both safe and hazardous areas.Control OutputsAn unscaled pulse output serves as an input signal amplifier, ideally suited for coil-type inputs from turbine or paddle wheel meters. The output can be transmitted over and can be configured for NPN/PNP with a wiring connection.ProgrammingSimple PIN-protected flowchart programming with English prompts guides you through the programming routine, greatly reducing the need to refer to the instruction manual. -
Accessories
RT40 – Flow Rate Totaliser
ViewThe FLOMEC® RT40 Flow Rate Totalizer is a perfect choice for users who require a simple display to read flow rate or totalised volume from a flow meter. The configurable digital output (pulse or alarm) also makes the RT40 well suited to use with a fuel management system, PLC, or a remote data logger.The RT40 is a cost-effective solution for economic operations, seamlessly integrating with FLOMEC Oval Gear, Turbine and Insertion meters equipped with a pulse output. This streamlined compatibility enhances data analysis at a glance, eliminating the necessity for intricate systems in simple installations. -
Doppler Flow Meter
SFM 6.1
ViewUltrasonic non-contact Slurry Flow MeterPulsar SFM 6.1 Ultrasonic Slurry Flow Meter เครื่องวัดอัตราการไหลสำหรับ Slurry และ Dredging Application แบบ Clamp-On ติดตั้งภายนอกท่อ ไม่สัมผัสของไหล รองรับท่อหลายขนาด พร้อม Data Logger และสัญญาณ 4-20mA สำหรับงานอุตสาหกรรมและระบบขุดลอก -
Flow Measurement
ST-Ultrasonic Flow Meter
ViewFlow Range: 0.1 m/s~5.0 m/sAccuracy: ±2.0%（0.3m/s~5.0m/s)Pipe Size: DN6-DN100Communication: RS485, support Modbus RTU protocoCable Length: 2.0m (up to 20m)Communication: RS485, support Modbus RTU protocoEnvironment Temp.: -10℃~50℃ -
Doppler Flow Meter
Stingray 2.0
ViewPortable Level Velocity LoggerThe Stingray 2.0 is a portable level-velocity logger, with free Logger Software for the calculation of flow as an open channel meter. The design is compact, portable, and battery-powered which makes it a fantastic instrument for open channel flow measurement. Using four standard Alkaline D-cell batteries to operate as a battery-powered data logger, the unit is a complete area velocity logger with an ultrasonic sensor that data logs level, velocity, and water temperature for flow monitoring through open channels, partially full sewer pipes and surcharged pipes. -
Doppler Flow Meter
SUP-FSD300
Viewเครื่องวัดอัตราการไหลแบบอัลตราโซนิคโดปเปลอร์ SUP-FSD300เครื่องวัดอัตราการไหลแบบอัลตราโซนิคโดปเปลอร์ SUP-FSD300 เป็นเครื่องมือวัดอัตราการไหลและอัตราการไหลของน้ำในน้ำธรรมชาติหรือช่องทางและท่อส่งน้ำ ใช้งานง่ายและมีประสิทธิภาพที่เสถียร -
Flow Measurement
SUP-LUGB
Viewเครื่องวัดอัตราการไหล SUP-LUGB Vortex ที่ไม่มีการชดเชยอุณหภูมิและความดันเครื่องวัดอัตราการไหล SUP-LUGB Vortex ทำงานบนหลักการของกระแสน้ำวนที่สร้างขึ้นและความสัมพันธ์ระหว่างกระแสน้ำวนและการไหลตามทฤษฎีของ Karman และ Strouhal ซึ่งเชี่ยวชาญในการตรวจวัดไอน้ำ ก๊าซ และของเหลวที่มีความหนืดต่ำ
