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Liquid Level
Liquid level sensor 7100
The LevelMaster combines the industry’s most innovative hardware and software to address the unique custody-measurement and operational needs of tank-level management. The LevelMaster provides not only an accurate level gauge, but also an accurate measurement of the oil and water interface.
Unlike other level-sensing technologies, LevelMaster provides precise levels without having to continuously adjust for changes in the unpredictable properties of storage-tank liquids. LevelMaster floats can measure oil, water, and emulsion levels up to 25 feet (7.6 m) deep, with a standard relative accuracy of 0.1 inch (2.5 mm) or optional high-precision relative accuracy of 0.05 inch (1.25 mm).
Detail
Measuring the LevelMaster’s importance
The LevelMaster provides high-precision level measurement for any tank up to 25 feet (7.6 m) tall. A LevelMaster of any length is an exceptional tool that can be relied on to:
・Ensure Accurate Sales. For custody transfer applications, the measurement reliability, life cycle, and no-drift accuracy of LevelMaster sensors are unsurpassed by competing technologies. When used with powerful XSeries technology, the LevelMaster is approved by the Bureau of Land Management for measuring gross volumes of oil in custody-transfer transactions.
・Prevent Spills. The LevelMaster can prevent environmental damage caused by spills. Combined with a Totalflow XSeries RTU, the LevelMaster automatically alerts all necessary parties in the event of an unexpected rise in the tank level or spill.
・Increase Safety. The LevelMaster not only provides accurate levels, it can also save lives. With the help of XSeries RTUs and software, the LevelMaster can provide accurate level data to offsite personnel, eliminating the need to perform manual measurement on hazardous sites. The LevelMaster is CSA-certified for use in Division 1, Group D Hazardous Environments.
・Reduce Operating Expense. By utilizing a combination of XSeries RTUs and associated applications support, the LevelMaster reduces the need to drive to storage sites to monitor gas and liquids. Its simple, one-time installation, and calibration enable the operator to “set it and forget it.”
・Minimize Training Time. The LevelMaster is designed to work with all Totalflow flow computers and RTUs, and offers the same trending tool as other Totalflow applications, so training time is minimal for those already familiar with this intuitive, user-friendly technology.
Buoyancy Level Sensors and Switches
Buoyancy Level Sensors and Switches
ABB offers a complete line of buoyancy point level switches for just about any chemical, petroleum or general process application.
This family of products include horizontal floats, vertical floats, and displacer switches of all kinds. ABB’s simple and reliable design offers great flexibility with custom insertion lengths, temperature ratings to 1000ºF/ 38ºC. Pressure ratings to 5000 psig/345 bar, and a wide selection of alloys. The ABB buoyancy switches are the highest quality and cost efficient solution to industrial liquid level point sensing.
Industries served:
Power
Oil and gas production
LS Series Mechanical Level Switch
ABB’s LS Series Mechanical Level Switches are the most rugged and durable liquid point-level detection products in the industrial marketplace today.
Data
Unique concept of magnetic coupling, eliminating direct contact with process
Rugged and Robust Chamber Design for Demanding Applications
One Step Switch Point Adjust
Precision Fabricated Floats and Displacers
Compact Switching Mechanism Eliminates Bulky Housing and Traditional Bias Springs
Easily Retrofitted to Most Competitor Models
Eight (8) Standard Designs and Six (6) Compact Switching Mechanisms
Buoyancy Level Switch MS10
ABB’s MS10 Level Switch is the most rugged and durable liquid buoyancy point-level switch product in the industrial marketplace today. The MS10 is a horizontal mounted buoyancy level switch which has minimal impact to the changes in process fluid specific gravity.
Data
Electrical Contacts are Magnetically Isolated from Process
Mounting via 1-1/2″ NPT Process Connection
Optional Flange Mounting Adapters Available
Hermetically Sealed SPDT Switch (NO / NC Contact)
Vibration Resistant
Switch is Totally Enclosed with Stainless Steel Housing
Hex Shaped Housing
Designed and Constructed to FM, UL, NEMA and ANSI/ISA Guidelines
Buoyancy Level Switch MS50
The MS50 is used for top of tank mounting. The MS50 has a 316SS float, 316SS rigid float and two switches for high and low detection. Typical applications where the MS50 is used are butane, propane, oil, chlorine, acids, water and interfaces.
Data
FEATURES
Up to six SPDT switches per unit (NO & NC Contacts)
Interface & total level capability
Trip point adjustable without removing vessel from service
Vibration resistant (Multi-Float option only)
Suitable for high temperature applications
316L stainless steel wetted parts standard
Field adjustable and replaceable switches
316/316L standard, exotic alloys & thermoplastic available
Terminal block(s) included
Guided Wave Radar Level Transmitters
Guided wave radar level transmitters LWT310 LWT320 MT5000
For high-accuracy, reliable measurements even in harsh conditions.
Using radar frequencies, guided in a probe going into the monitored vessel, guided-wave radar level measurement provides continuous, reliable measurements with high accuracy. The radar wave being guided by the probe, the wave energy remains high which allows measurement even in harsh conditions.
The new LWT series of guided-wave radar builds on the legacy of the MT5000 series. Now with more powerful LevelExpertTM algorithm to efficiently track the level through the clutter, you do not need to be a radar expert to use this device: The expert is now inside the device!
Customer benefits:
Microwaves are unaffected by temperature, pressure, specific gravity and vapors
Easy to install
No moving parts
Ignores light continuous coatings
Good for vacuum service
More direct energy return – more consistent signal
Built-in waveform screen (Scope Trace)
Guided wave radar LWT300 series
Unlike traditional guided-wave radars that use device parameters requiring multiple adjustments, the LWT300 series of instruments does it for you.
The instrument uses LevelExpert™, a built-in intelligence to differentiate between the actual level and other false signals.
LWT310 for liquids applications
The LWT300 series is comprised of the LWT310 and LWT320. The LWT310 fits in a 19 mm (3/4 in) NPT interface and is offered in a flanged version.
The LWT320 fits in a 38 mm (1 1/2 in) NPT interface and is offered in a flanged version. For solids applications, the LWT320 is recommended since it can withstand a higher pull force.
Measurement
Accuracy
2 mm (5/64 in) or 0.03 %
Resolution
1 mm (3/64 in)
Temperature drift (digital)
0.001 %/°C
Range
60 m (197 ft)
Update rate
5 Hz
Temperatures
Ambient operating
–40 to 80 °C(-104 to 176 F)
Process
–50 to 204 °C (-122 to 400 F)
Storage
–40 to 85 °C (-104 to 185 F)
Process seal type vs temperature rating
• Viton (–26 to 204 °C [–15 to 400 °F])
• Kalrez (–20 to 204 °C [–4 to 400°F])
• EPDM (–55 to 120 °C [–67 to 248 °F])
• Markez (–10 to 204 °C [14 to 400 °F])
Process pressure
207 bar at 38 °C/3000 psi at 100 °F
83 bar at 204 °C/1200 psi at 400 °F
Dielectric constant
1.4 (minimum)
Process viscosity
• Coaxial probe: 500 cp
• Single probe: 10,000 cp
Power supply
15.5 to 42 V DC
Power consumption
• 56 mW (@ 15.5 V, 3.6 mA)
• 325 mW (@ 15.5 V, 21 mA)
Line resistance
1740 Ω (maximum @ 36 V, 21 mA)
Enclosure material
Powder coated aluminum or 316 L stainless steel
Protection class
IP68/NEMA 6P
Process connections
Threaded
3/4 in. (LWT310) or 1 1/2 in. (LWT320)
Flanged
ASME flanges from 1-1/2 in. to 8 in., class 150 to 900
DN flanges from DN 20 to DN 200, PN25 to PN160
Display
Integrated 128 × 64 pixels liquid crystal display (LCD) with through-the-glass (TTG) interface
Wetted materials
• Duplex 2205 stainless steel
• Super duplex 2507 stainless steel
• C-276 alloy
• 304L stainless steel
• 316L stainless steel
Guided Wave Radar Level Transmitter MT5000
The MT5000 Series Guided Wave Radar transmitters feature a graphic display incorporated into an all digital electronics module. Using this new format K-TEK has been able to add waveform screens to the modular electronics along with easy to follow multiple choice setup menus.
Data
FEATURES:
Graphic Display with Waveform Screen
Widest Selection of Wetted Materials
Radar Signal Travels Along the Waveguide – Eliminates False Echoes and Minimizes Signal Loss
No Moving Parts
Linearization Table
Lengths from 1 to 200 ft. / 0.3 to 61 meters
Rigid, Flexible Cable & Coaxial Probes
All Digital Electronics
Guided Wave Radar Level Transmitter MT5100
The MT5000 Series Guided Wave Radar transmitters feature a graphic display incorporated into an all digital electronics module. Using this new format K-TEK has been able to add waveform screens to the modular electronics along with easy to follow multiple choice setup menus.
Data
FEATURES:
Total and Interface Level Measurement from a single process penetration (see options)
Graphic Display with Waveform Screen
All Digital Electronics
Weak Signal Alarm
Widest Selection of Wetted Materials
Radar Signal Travels Along the Waveguide – Eliminates False Echoes and Minimizes Signal Loss
No Moving Parts
2 Wire Loop Powered
Lengths From 1 to 65 ft. / 0.3 to 19.8 meters
Rigid, Flexible Cable, and Coaxial Probes
Guided Wave Radar Level Transmitter MT5200
The MT5200 Measures the Level of Bulk Solids Under the Harshest of Conditions with an Industry-Leading Accuracy of ±0.20 inches (5.1 mm). K-TEK’s MT5200 Overcomes the False Echoes and Complicated Set-Up Normally Associated with Conventional Non-Contact Radar Level Transmitters, while Providing Accurate Height Measurements.
Data
FEATURES:
Graphic Display with Waveform Screens
All Digital Electronics
Radar Signal Travels Along the Waveguide
Eliminates False Echoes and Minimizes Signal Loss
No Moving Parts
2 Wire Loop Powered
Linearization Table
Lengths From 1 to 100 ft. / 0.3 to 30.6 m
Flexible Cable Probes
Laser Level Transmitters
Laser level transmitters
ABB is a leading manufacturer of state-of-the-art instruments for level and volume detection of liquids and bulk solids.
The family of non-contact laser volume and level products, LLT100, LM80, and LM200, provide solutions for accurate measurement in the following applications: inventory in bunkers, blending hoppers, reactor vessels, level control, volumetric measurement, and various dry bulk solids and liquids in silos.
These maintenance-free products meet the demands of process automation and inventory management in several industries such as mining, aggregates, oil and gas, chemicals, food and beverages, pharma, water and waste water.
Laser level transmitter LLT100
The LLT100 is a high performance laser transmitter that accurately measures level, distance and position over short and long ranges. It is a non-contact, level measuring instrument designed for industrial applications and harsh environments.
Data Measurement
Range
0.5 to 30 m (2 to 100 ft) for liquids
0.5 to 100 m (2 to 330 ft) for solids
0.5 m to 200 m (2 ft to 660 ft) for positioning applications with reflective target
Resolution
5 mm (0.2 in)
Typical accuracy
±11 mm (0.4 in)
Measuring beam
Laser wave length: 905 nm, eye safe, Class 1
Laser beam divergence
< 0.35°
Environmental conditions
Operating temperature
–40° to +60°C (–40 to +140°F), up to 280°C (535°F) with cooling tube
Storage temperature
–40 to +85°C (-40 to +185°F)
Survival temperature
–40°C to +80°C (–40°F to +175°F)
Process pressure
– Base model: –1 to +2 bar (29 psi)
– Hygienic model: –1 to +1 bar (15 psi)
– Pressure-rated model: –1 to +49.6 bar (719 psi), depending on flange
Output
Analog
4 to 20 mA, NAMUR compliant
Digital
HART 7 (multi-variable output)
Communication
Local HMI, EDD/DTM, handheld
Power supply
Powered from the loop
4 to 20 mA, 16 to 42 V DC
Heated lens option
24 V DC (3W)
Mechanical
Enclosure material
Powder coated aluminum (standard), 316L stainless steel (option)
Dimensions
– Universal – flat flange W 247 x H 215 x D 165 mm (9.7 x 8.5 x 6.5 in.)
– Class 150 – raised flange W 240 x H 242 x D 154 mm (9.5 x 9.5 x 6.1 in.)
– Class 300 – raised flange W 247 x H 242 x D 165 mm (9.7 x 9.5 x 6.5 in.)
– DIN PN 16 – raised flange W 247 x H 242 x D 165 mm (9.7 in x 9.5 x 6.5 in.)
– DIN PN 40 – raised flange W 247 x H 242 mm x D 165 (9.7 x 9.5 x 6.5 in.)
– Hygienic flange W 223 x H 215 x D 137 mm (8.8 x 8.5 x 5.4 in.)
Weight of standard model
– Aluminum enclosure with universal aluminum flange: 3.7 kg (8.2 lb)
– 316L SST enclosure with universal stainless steel flange: 8.6 kg (19.0 lb)
Weight of pressure rated model
– Aluminum enclosure: 6.7 to 7.2 kg (14.8 to 15.9 lb), depending on flange
– 316L SST enclosure: 10.0 to 10.5 kg (22.1 to 23.2 lb), depending on flange
Weight of hygienic model
– Aluminum enclosure: 5.8 kg (12.8 lb)
– 316L SST enclosure: 9.1 kg (20.1 lb)
Protection class
IP66 / IP67/ Nema 4 (SS version 4X)
Process fitting
– Flange (ASME 2”, DN50)
– Hygienic fitting / tri-clamp 4 in. (ISO2852)
Wetted parts
– Aluminum, cemented borosilicate window (base model)
– 316L SST, cemented borosilicate window (base model, hygienic model)
– 316L SST, fused borosilicate window (high pressure models)
Operation
Display
– Integrated 128×64 pixels LCD display with TTG (Through-The-Glass) interface
Software features
– Volume computation, damping, filtering, thresholds/alarms, user-defined display(with HMI)
Approvals CE, ATEX, IECEx, FM, 3A
Long range laser level transmitter LM200
High performance laser distance level and position sensor
The LM200 Laser is a laser-based distance measuring instrument used in process control systems. The on-board microprocessor calculates distance by multiplying the speed of light by the time it takes for a laser pulse to travel from the instrument to a target and back.
Data
The LM200 uses a high speed laser pulse to measure distance. The laser light is emitted towards the surface and some of it reflects back to the instrument where it is detected by a sensitive optical receiver. The time it takes for the light to travel to the surface and back to the instrument is directly proportional to the distance between the instrument and the surface. Using a time-of-flight calculation, and knowing the height of the vessel, the LM200 accurately measures the distance to the target surface using the equation below:
Level = height – speed of light x time-of-flight
2
The unique characteristics of laser light give the LM200 significant performance advantages over other technologies. The narrow, long range beam can measure both near and far distances while the optical wavelength makes it easy to evaluate applications. If you can see the surface clearly, the LM200 can measure the level.
The characteristic narrow beam divergence of the laser permits direct aiming to the target surface without interference from structure or falling material. With both continuous 4-20 mA and single point relay outputs, the LM200 can operate as a process control sensor while simultaneously providing high and low alarms.
Intermediate range laser level
transmitter LM80
The LM80 is a high performance laser transmitter that accurately measures level, distance and position over long ranges in extreme environments. It is a non-contact, level measuring instrument designed for granular solid materials and opaque liquids.
Data
The LM80 uses a high speed laser pulse to measure distance. The laser light is emitted towards the surface and some of it reflects back to the instrument where it is detected by a sensitive optical receiver. The time it takes for the light to travel to the surface and back to the instrument is directly proportional to the distance between the instrument and the surface. Using a time-of-flight calculation, and knowing the height of the vessel, the LM80 accurately measures the distance to the target surface using the equation below:
Level = height – speed of light x time-of-flight
The unique characteristics of laser light give the LM80 significant performance advantages over other technologies. The narrow, long range beam can measure both near and far distances while the optical wavelength makes it easy to evaluate applications. If you can see the surface clearly, the LM80 can measure the level.
The characteristic narrow beam divergence of the laser permits direct aiming to the target surface without interference from structure or falling material. With both continuous 4-20 mA and single point relay outputs, the LM80 can operate as a process control sensor while simultaneously providing high and low alarms.
Magnetic Level Gauge Switches
Wedge meter flow element
FPD470C
FPD470C wedge meters have DP connections for Chemical Tee remote seals. The flow element consists of a body and wedge flow restriction. This restriction creates a differential pressure in proportion to the square of the volumetric flow rate.
Data
Measures liquids, gas and steam
High Accuracy ±0.5 % of rate
Bi-directional flow
Low Reynolds number measurement (as low as Rd 500)
Minimum upstream and downstream piping requirements
Standard sizes 0.5 to 24 inch
Wedge meter flow element
FPD470F
The FPD470F is a wedge meter with DP connections for flanged remote seals. The flow element consists of a body and wedge flow restriction. This restriction creates a differential pressure in proportion to the square of the volumetric flow rate.
Data
Measures liquids, gas and steam
High Accuracy ±0.5 % of rate
Bi-directional flow
Low Reynolds number measurement (as low as Rd 500)
Minimum upstream and downstream piping requirements
Standard sizes 1.5 to 24 inch
Magnetic Level Gauges
Compact orifice flowmeter
OriMaster FPD500
OriMaster is a compact orifice flowmeter that combines a wafer-mounted orifice carrier, integral manifold and transmitter into a single, fully-codable, orifice-based flowmeter.
Data
One-stop source for the complete orifice meter package
– Purchase all the components from one supplier using a single ordering code, saving $$ in procurement and order-progressing activities. Ensures application suitability for the DP transmitter and the primary DP device.
Enhanced reliability, reduced maintenance
– As a one-piece flowmeter, pressure tested at the factory, problems during commissioning and operation associated with impulse line leakage – as well as installation errors – are virtually eliminated.
Low cost maintenance
– Pressure-tested in the factory for leak prevention
– Removable orifice plates for on site, low cost solutions to changes in process data or element wear/damage
Compact integral orifice flowmeter
IOMaster FPD510
A fully coded, one-piece flowmeter that combines the features and benefits of integral orifice metering with a 3- or 5- valve instrument manifold and the latest ABB DP and multivariable transmitters.
Data
Utilizes ABB’s new 266 series DP and multivariable transmitters with optional Through The Glass technology
– enables meter configuration without the removal of the transmitter cover
Option of alloy or stainless steel transmitter body
– enables supply of an all-stainless-steel, one piece flow meter
– for ambient conditions require stainless steel exposed parts
Integral ABB 266CSH multivariable transmitter available
– measures DP, Pressure and Temperature
– enables flowmeter to measure mass or corrected gas volume
Available in small pipe sizes
– pipe sizes of DN15, DN25 or DN40 (½, 1 or 1½ in.)
– for small flowrates and pilot plant applications
Replaceable orifice plates as standard for all sizes
– enables easy modification to changes in process conditions / fluid
Option of female-threaded or welded flanged pipework connections
– range of process connections to suit installation
Magnetostrictive Level Transmitters
Thermal mass flowmeters
ABB’s thermal mass flowmeters are suitable for all industrial and test rig applications that demand quick and precise gas measurement. The flowmeters directly indicate the mass flow or normalized volume flow of gases without any additional pressure and temperature compensation. They have an impressively high accuracy, short response time and a very wide flow range with virtually no loss of accuracy even at the lowest flow rates.
Thermal mass flowmeter
SensyMaster FMT200
The SensyMaster FMT230 offers a high quality and cost effective solution for precise and dynamic direct mass flow measurements of gases in low and medium pressure conditions. The model comes preconfigured for the application, ready to be installed by OEM customers.
The FMT250 adds high accuracy and extended functionality for advanced applications.
SensyMaster’s concept comprises high grade thermal sensor elements with superior long-term stability, the ABB platform based electronics with comprehensive signal evaluation capabilities for a high degree of performance and reliability. The software offers the ApplicationSelector that allows to change application parameters and create new applications on site and VeriMass the fingerprint based thermal sensor element verification function.
Both models communicate via MODBUS Interface and follow the SmartSensor concept.
The SensyMaster FMT230 is ideally suited for all OEM applications, the FMT250 for advanced OEM application.
General specifications:
Measuring media
– Air, Nitrogen, Oxygen, Carbon dioxide, Methane, Hydrogen, Natural Gas, Biogas, Helium, Argon, Propane, Ethane, Ethene, Butane, Ammonia, more gas types on request
FMT230 measuring accuracy for air under reference conditions
– ±1.2 % of rate within 10 … 100 % of measuring range
– ±0.12 % full scale within 1 … 10 % of the measuring range
FMT250 measuring accuracy for air under reference conditions
– ±0.6 % of rate ±0.05 % full scale
FMT250 measuring accuracy for gases under reference conditions
– with optional process gas calibration
– ±1.6 % of rate ±0.1 % full scale
Integral mount transmitter design
– single compartment transmitter housing
Measuring medium temperature
– -25 … 150 °C (-13 … 302 °F)
Ambient temperature
– -20 … 70°C ( -4 … 158°F)
– optional -40 … 70 °C (-40 … 158 °F)
– optional -50 … 70 °C (-58 … 158 °F)
Supply Voltage
– 24 V DC ±20 %
Process adaption via pipe components in different designs
– partial measuring sections (DN 25 …DN 100)
– wafer design pipe components (DN 40 … DN 200)
– Weld-on adapters (DN 100 … DN 3000)
FMT250 added functionality
– high accuracy calibration
– process gas calibration
– extended Measuring range
– high medium temperature up to 300 °C (572 °F)
– filling application software
– ApplicationSelector with up to 8 applications
…with up to 4 customer set applications
…with selectable gas type
…with selectable pipe inner diameter
Thermal mass flowmeter
SensyMaster FMT400
The SensyMaster FMT430 offers a high quality and cost effective solution for precise and dynamic direct mass flow measurements of gases in low and medium pressure conditions to meet the needs of all industrial standard applications.
The FMT450 adds high accuracy and extended functionality for advanced industrial applications.
SensyMaster’s concept comprises high grade thermal sensor elements with superior long-term stability, the common ABB look and feel with ABB specific menu structures and through-the-glass-operation and the ABB platform based electronics with comprehensive signal evaluation capabilities for a high degree of performance and reliability. The software offers the ApplicationSelector that allows to change application parameters and create new applications on site and VeriMass the fingerprint based thermal sensor element verification function.
Both integral and remote mount design is available with or without local display and HART communication supporting the modular I/O and the SmartSensor concept. Both models offer easy to understand diagnostic messages for improved operator efficiency.
The SensyMaster FMT430 is ideally suited for all industrial standard applications, the FMT450 for advanced industrial application.
General specifications:
Measuring media
– Air, Nitrogen, Oxygen, Carbon dioxide, Methane, Hydrogen, Natural Gas, Biogas, Helium, Argon, Propane, Ethane, Ethene, Butane, Ammonia, more gas types on request
FMT430 measuring accuracy for air under reference conditions
– ±1.2 % of rate within 10 … 100 % of measuring range
– ±0.12 % full scale within 1 … 10 % of the measuring range
FMT450 measuring accuracy for air under reference conditions
– ±0.6 % of rate ±0.05 % full scale
FMT450 measuring accuracy for gases under reference conditions
– with optional process gas calibration
– ±1.6 % of rate ±0.1 % full scale
Integral and remote mount transmitter design
– single and dual compartment transmitter housing options
Measuring medium temperature
– -25 … 150 °C (-13 … 302 °F)
Ambient temperature
– -20 … 70°C ( -4 … 158°F)
– optional -40 … 70 °C (-40 … 158 °F)
– optional -50 … 70 °C (-58 … 158 °F)
Supply Voltage
– 100 … 240 V AC (-15 / +10 %)
– 24 V DC ±20 %
Process adaption via pipe components in different designs
– partial measuring sections (DN 25 …DN 100)
– wafer design pipe components (DN 40 … DN 200)
– Weld-on adapters (DN 100 … DN 3000)
FMT450 added functionality
– high accuracy calibration
– process gas calibration
– extended Measuring range
– high medium temperature up to 300 °C (572 °F)
– filling application software
– ApplicationSelector with up to 8 applications
…with up to 4 customer set applications
…with selectable gas type
…with selectable pipe inner diameter
Specialty Level Instruments
Variable area flowmeters
Variable area flowmeters are the most cost effective solution for almost all applications involving the measurement of industrial process liquids, gases or steam. ABB´s variable area flowmeters are reliable, flexible and simple. They meet the application requirements by featuring a wide range of design varieties and sizes. Technology proven, they offer a long life and high reproducibility. Variable area flowmeters are excellent mechanical back-up meters because no external power supply is needed.
Armored variable area purgemeter
FAM3200
The FAM3200 is an armored purgemeter designed to meter small gas and liquid flows. This meter is especially suited for applications with cloudy, opaque or aggressive fluids in chemical and pharmaceutical industries, gas analyzers, process systems, well systems and wherever glass metering tubes cannot be used for safety reasons.
General specifications:
Application
– Clean, low viscosity liquids and gases
Mounting
– Vertically, in line or wall mouted
Connections
– 1/4 to 1 in., threaded, vertical or horizontal
Flow ranges
– Water flows: 1 to 3000 l/h
Flow turndown
– Typically 10:1
Operating pressure
– Up to 100 bar (1450 lbf/in 2 g)
Operating temperature
– Up to 180 °C (356 °F)
Accuracy
– Class 6
Alarms
– Slot sensors, up to 2 off
Tube material and float material
– Stainless steel
Metal cone variable area flowmeter
VA Master FAM540
The VA Master FAM540 flowmeter can be utilized for measuring the flow of liquids, steam and gases, especially when aggressive or opaque fluids are to be metered.
It is ideal for the chemical, pharmaceutical and food and beverage industries.
General specifications:
Application
– Clean liquids, gases and steams
Mounting
– Vertically, in line
Connections
– 1/2 to 4 in., flanged, hygienic (DIN, SMS), vertical
Flow ranges
– Water flows: 0.028 to 120 m3/h
Flow turndown
– Typically 10:1
Operating pressure
– Up to 100 bar (1450 lbf/in 2 g)
Operating temperature
– Up to 400 °C (752 °F)
Accuracy
– Class 1.6 (Class 2.5: PTFE line tubed opt.)
Alarms
– Slot sensors, up to 2 off
Tube material
– Stainless steel, optional PTFE lined
Float material
– Stainless steel, optional PTFE lined/float damping
Ultrasonic Level Transmitters & Switches
Vortex flowmeters
The robust design of ABB’s vortex flowmeters provides high performance and reliability in liquid, gas and steam measurements. Equipped with digital signal processing (DSP) and advanced filtering techniques, these innovative flowmeters from ABB allow excellent flow signal detection and provide measurement immunity from the effects of hydraulic noise and pipeline vibration.
VortexMaster FSV430
VortexMaster FSV430 is the basic meter for volume flow applications. Available in flange-mount and wafer-type designs, VortexMaster FSV430 uses a two-wire transmitter with leading edge DSP-technology with excellent vibration compensation. Intuitive operation directly through the glass makes the FSV430 incredibly user-friendly.
General specifications:
Intuitive operation
– Easy Set-up function
– Clear text display
– Meter configuration through the front glass with closed cover
Accuracy for liquids
– +/- 0.65% of rate
Accuracy for gases and steam
– +/- 0.9% of rate
Process connection / meter sizes
– Flange-mount design / DN 15 to 300 (1/2 to 12 in.)
– Wafer type design / DN 25 to 150 (1 to 6 in.)
Approvals for explosion protection
– ATEX, IECEx, cFMus, NEPSI
SIL2-certified in accordance with IEC 61508
Output / communication
– 4 to 20 mA / HART 7
– Modbus RTU-RS485
Optional binary output
– For use as a limit switch, pulse output or frequency output
Optional input from field
– Pressure, temperature, methane content, density gas analyzer
VortexMaster FSV450
VortexMaster FSV450 is the universal vortex meter for high end flow applications. It uses a two-wire transmitter with leading edge DSP-technology with enhanced flow computer functionality. Signals from remote sensors like pressure, temperature, density or gas content can be read in by an integrated analog 4 … 20 mA interface and computed directly with the flow and temperature signals measured by the device itself. FSV450 is ideal for direct mass flow or standard flow of gasses and liquids or direct mass and energy flow on saturated and overheated steam.
General specifications:
Intuitive operation
– Easy Set-up function
– Clear text display
– Meter configuration through the front glass with closed cover
Accuracy for liquids
– +/- 0.65% of rate
Accuracy for gases and steam
– +/- 0.9% of rate
Process connection / meter sizes
– Flange-mount design / DN 15 to 300 (1/2 to 12 in.)
– Wafer type design / DN 25 to 150 (1 to 6 in.)
Approvals for explosion protection
– ATEX, IECEx, cFMus, NEPSI
SIL2-certified in accordance with IEC 61508
Output / communication
– 4 to 20 mA / HART 7
Optional binary output
– For use as a limit switch, pulse output or frequency output
Optional input from field
– Pressure, temperature, methane content, density gas analyzer
Integrated flow measurement computer functionality
– Gas standard volume and mass flow
– Vapor mass flow
– Direct energy calculation for vapor and water
– Natural gas calculation in accordance with AGA /SGERG standards
Vibrating Fork Level Switches
Vortex flowmeters
The robust design of ABB’s vortex flowmeters provides high performance and reliability in liquid, gas and steam measurements. Equipped with digital signal processing (DSP) and advanced filtering techniques, these innovative flowmeters from ABB allow excellent flow signal detection and provide measurement immunity from the effects of hydraulic noise and pipeline vibration.
Service - Level Measurement Products
Vortex flowmeters
The robust design of ABB’s vortex flowmeters provides high performance and reliability in liquid, gas and steam measurements. Equipped with digital signal processing (DSP) and advanced filtering techniques, these innovative flowmeters from ABB allow excellent flow signal detection and provide measurement immunity from the effects of hydraulic noise and pipeline vibration.