Español
Pусский
العربية
中文Service hotline: 400 065 6258
Wide range ratio, up to gas and steam60 : 1
Passed SIL2/3 safety certification and meet safety requirements
4~20mADC, pulse, HART, RS485/Modbus RTU
With integrated temperature and pressure compensation design, built-in water and water vapor thermal formulaJapa-UF97
l Design of various anti-vibration technologies
l The software adopts intelligent signal tracking and analysis algorithms to suppress vibration noise in real time and accurately extract flow signals.
l Using isolated power supply and a variety of anti-interference measures, the electronic module effectively blocks away most of the interference
l The lower limit measurable flow rate reaches the level of global first-tier brands
l Ultra-high stability, more than 5 times more stable than traditional technology, and the range ratio can reach up to 60:1
l Modular design ensures high reliability and consistency of products, as well as long-term stability
l There are many communication methods for HART and Modbus
l There is a micro-power design type, and a single lithium battery can be continuously operated for 3 to 5 years.
l Advanced probe packaging technology, can reach IP68 protection level, good long-term stability, and not afraid of humid environments
l Enhanced probe installation structure technology, can withstand maximum 3g pipe vibration
l High temperature type can measure steam flow at 430℃
Wide range ratio, up to gas and steam60 : 1
Passed SIL2/3 safety certification and meet safety requirements
4~20mADC, pulse, HART, RS485/Modbus RTU
With integrated temperature and pressure compensation design, built-in water and water vapor thermal formulaJapa-UF97
l Diameter range: DN15~DN600
l Applications: Liquid, gas and water vapor applications. The medium must be uniform and single phase
l Sensor structure: piezoelectric
l Applicable media: gas, liquid, steam
l Material:
Body material: 304, 304L, 316, 316L, 321, Hastelloy Alloy C, titanium alloy, carbon steel, etc.
Sensor material: 304, 316L, Hastelloy C, titanium alloy, etc.
l Accuracy level:
Display accuracy ±1% (gas, steam), ±0.75%
(Liquid) (Reynolds number ≥20000), maximum ±0.5%
l Repeatability: better than ±0.3%
l Pressure level: PN160, Class1500, if you exceed this pressure, you need to order an agreement
l Media Temperature:
-40~+280℃，-40~+350℃，-40~+430℃，-196~+85℃，-40~+160℃
l Ambient temperature:
Normal type: -40~80℃ (LCD working temperature -20~+70℃)
Intrinsic safety explosion-proof: -40~+60℃, explosion-proof: -40~+60℃
l Ambient humidity: 5%~90%RH
l Power supply:
Two-wire or four-wire: 12~30VDC
Battery power supply: 3.6VDC lithium battery (one ER34615 lithium battery for 3~5 years)
l Output signal: 4~20mADC, pulse signal (sensor original vortex signal)
l Communication protocol: optional HART, RS485/ModbusRTU
l Display: 128X64 dot matrix LCD display, English-Chinese bilingual menu
l Electrical interface: M20X1.5 or 1/2NPT
l Protection level: IP66/IP67, IP68
l Explosion-proof sign:
ExiaIic T1 ... t6 ga, exiaIIICT20070℃...T200430℃And
EXD IIC T1 ~ T6 GB, OuttDA21 IP66/67 T80℃~T440℃
Oil and gas:
l Flow measurement of process gases (such as nitrogen, natural gas, fuel gas) in refineries and natural gas treatment plants
l Flow monitoring and energy consumption management of steam pipelines in petrochemical production lines
l Monitoring of liquid media flow in crude oil conveying and liquefied gas conveying systems
Chemical Industry：
l Measurement of flow rate of saturated steam and superheated steam during chemical production
l Flow monitoring of compressed air, nitrogen, oxygen and other gases for process control
l Flow management of medium and low viscosity liquids (such as solvents, cleaning agents)
This website uses cookies to ensure you get the best experience on our website.
Phone
E-mail