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Flow Rate Sensor QS-2-B-008 and Leakage Sensor LS-2-B-...
with serv-Clip® Typ 2 (no cutting pipelines)
(for hydraulic and gear oils as well as for water-glycol HFC)
Examples:
Leakage (*)
Monitoring flow rate and wear of pumps
Operability of accumulators
Filter transmittance
Heat exchangers
Nozzle flow rate
Speed of hydraulic motors
Description:
Via a hole in the pipe (plastic deformation with the measuring connector serv-Clip® Type 2-mounting on non-pressurized pipes-INSTALLATION WITHOUT CUTTING PIPES-3 MINUTES), the sensor is placed directly into the oil circuit. The measuring system is based on the calorimetric principle, measuring flow rate speed in Meter/Second. Inexpensive and rapid Mounting.
Installation from pipe 12 x 1,5 mm up to 5,5 mm wall thickness possible.
For pipes over 3“ (88,9 mm) and wall thickness from 6 mm ask about our adapter SC-XE-607.
Calibration service :
You get pro sensor a data sheet with curves (comparison mA with l/min).
Inform us the ID of the pipeline and the wished measuring range from/to in l/min.
Technical data
- Measuring range 0,05 …8 m/s
- Flow rate (QS) up to 600 Liter/Min (depending on ID)
- Leakage (LS) from 0,02 Liter/Min (*)
- Temperature -20...80°C
- Output signal 4 ... 20 mA
- Power supply 24 V DC +/-10%; 150 mA
- Electrical connection M12-universal connector
- Range setting by micro-switches 6 LED
- For pipe diameters Ø 12 mm and larger
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In many fields of process and plant engineering liquids or gases play a considerable part in the results of quality control and operational safety. In the case of coolant and lubricant supply, monitoring the functioning of pumps and aggregates, ventilation as well as monitoring the product itself a failure of the flow can cause considerable damage and downtime. Thus it is very important to monitor that these media are at the right place at the right time and in sufficient quantities. Electronic flow monitors based on the calorimetric principle are especially suited for binary flow monitoring.
As these systems work without any mechanically moved parts they can be mounted independent of mounting position and flow direction. Another distinguishing feature of the calorimetric principle is its independence of the viscosity of the medium. Electronic flow monitors are based on the principle of thermal conductivity.
The flow monitor consists of a sensor that converts this physical effect into an electrical signal, and of a control monitor which processes the sensor signals and converts them into a binary signal output. The sensor is mounted directly into the medium.
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SCHMIDT® Flow-Sensor SS 20.60 HT, for high temperature up to 350 °C
SCHMIDT Technology has developed a high temperature version of the SS 20.60 for the applica-tion in operating temperature up to 350 °C - for short time even 400 °C.
The sensor differs formally in the white ceramic tip. Most of the modifications have been made in-side the sensor and the modules are designed according to the elevated specification.
A complete new designed electronic unit processes the results of measurement and provides a digital and analogue output of flow velocity as well as temperature. The new status indicator dis-plays information about the current flow velocity and the sensors status. Due to the modular con-cept the unit can also be supplied with field bus interfaces. The sensors with field bus interfaces can calculate Kg/h or m³/min. and thus disburdens the supervising PLC. Additionally the sensor gives access to its status information and allows the PLC to inform the user about defects of the sensor.
Applications:
Mass flow-control of combustion processes, burner control, flow measurement of process gases, volume flow measurement of test stands, Measurement of flow velocity in drying plants and steril-izing processes.
Technical data
Design: Immersion sensor with integrated transducer
Application: Free air and guided air in ducts from 25 to 1,000 mm
Measuring range: 0.2 … 20 m/s
Pressure atmospheric
Temperature 0 ... 350 °C
Mounting: G ½ thread
Analogue output: 0...10 V, 0/4 ... 20 mA
Digital output Impulse or switching (10 to 100 Hz)
Power supply: 24 V DC / approx. 150 mA
Field bus version: Profibus DP, Device Net
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Turbine Flow Sensor - Series TF
0-5 VDC Output, Liquid or Gas
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initial smallest measurable flow rate dependent on type of vane wheel:
in gases 0.2...1.6 m/s; in liquids 0.01...0.1 m/s
terminal flow rate dependent on type of vane wheel:
in gases 3 m/s; 20 m/s; 40 m/s; 80 m/s;120 m/s;
in liquids: 3 m/s; 7.5 m/s; 10 m/s; condition: no cavitation
probe diameter:
16 mm; 25 mm; 25/27 mm and 30 mm
working temperature range:
up to 100° C; 260 °C; 370 °C; 450 °C and 500 °C
maximum working pressure:
up to 10 bar overpressure (higher on demand)
explosion-proof type of protection:
Category 1G, 1D (Zone 0, Zone 20); Category 2G, 2D (Zone 1, Zone 21)
probe tube material:
aluminium, stainless steel, titanium
optional incl. direction indication
optional incl. integr. temperature measurement
special designs on request
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Compact units for use in Ex-applications:
for gas: Ex II 1/2 G Ex d e [ia] IIC T6 and
for dust: Ex II 1/2 D Ex iaD20/tDA21 IP6x TX
sensor for use in category 1 (Ex-zone 0 rsp. 20)
transducer housing for use in category 2 (Ex-zone 1 rsp. 21)
probe with diameter 25 mm in different lengths between 250 mm and 650 mm
initial smallest measurable flow rate:
in gases 0.3 m/s; in liquids 0.03 m/s
terminal flow rate:
in gases 20 m/s; 40 m/s; 80 m/s; 120 m/s
in liquids: 7,5 m/s; 10 m/s;
condition: no cavitation
working temperature range:
up to 100 °C; 260 °C; 370 °C und 500 °C
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design ZG7 (standard sensor):
probe with probe tube diameter of 21.3 mm with sliding probe guide piece for installation in pipelines/ducts; probes with an installation length of 500 mm or 1000 mm,
probe material:
stainless steel for use in non-hazardous areas
design ZG2 (standrard for mobile measurement):
extendable probe with probe tube diameter of 42 mm for greater insertion depths and mobile measurements
design ZG4 (universal sensor):
probe with probe tube diameter of 21.3 mm, with sliding probe guide piece for installation in pipelines/ducts
design ZG5:
probe with probe tube diameter of 21.3 mm, with lapped flange and welded, integral flange
for making contact with the medium
initial smallest measurable value:
approx. 0.5 m/s
terminal measurable value:
40 m/s; 60 m/s and 80 m/s
working temperature range:
-20 °C... 100 °C; 180 °C; 240 °C
maximum working pressure:
3 bar above atmospheric
explosion-proof type of protection:
EEx ia IIC T6 for zones 1 and 0
probe materials:
stainless steel, titanium, tantalum and HASTELLOY
necessary diameter of insertion opening: 42 mm
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Compact units for use in Ex-applications:
for gas: Ex II 1/2 G Ex d e [ia] IIC T6 and
for dust: Ex II 1/2 D Ex iaD20/tDA21 IP6x TX
sensor for use in category 1 (Ex-zone 0 rsp. 20)
transducer housing for use in category 2 (Ex-zone 1 rsp. 21)
design ZG8:
probe with probe tube diameter of 21.3 mm, with sliding probe guide piece for installation in pipelines/ducts, probes with different lengths from 500 mm up to 2000 mm
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Sensortechnics is a leading manufacturer and distributor of a wide range of sensors and fluid control devices. The product portfolio includes basic pressure sensors, rugged transmitters, submersible level sensors and customised pressure sensing systems from 1 mbar up to 1000 bar as well as liquid level sensors and switches, flow, oxygen and force sensors. Additionally, Sensortechnics offers ultrasonic air bubble, air-in-line, liquid level and fluid monitoring detectors. Fluid control devices include miniature solenoid valves, diaphragm pumps and electronic pressure controllers.
Sensortechnics has more than 25 years of experience in providing highly customised sensing products and in the development of complex integrated fluid control systems for OEM customers worldwide.
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TURCK's wear-free flow sensors reliably monitor the flow of gaseous and liquid media. The calorimetric operation of the sensors is based on the heat transport/heat loss principle, i.e., when fluid moves over the heated sensing probe, heat is conducted away from the sensor. The heat loss is thus a measure of the flow speed.
There are insertion and inline sensors available which can also be used in explosion hazardous areas according to ATEX 100a. Customer-specific versions with regard to special housing designs, materials and connections on request.
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The SW-600 series is a range of flow sensors based on the calorimetric measuring principle. This priciple is based on the physical effect that flowing medium absorbs heat energy. The cooling of the sensor tip by the flowing medium is registered and electronically evaluated.
Flow sensors are an essential component of processing- and operation plants in systems technology in order to ensure operational safety. They are used for detection of liqiid media and for coolant supply as well as for operation control at pumps.
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Fuel flow sensor DPT is designed for measuring diesel fuel consumption in the fuel line of vehicles and installations. Fuel flow sensor DPT transforms fuel flow volume into a number of impulses.
Fuel flow sensor DPT is to be used together with Fuel Monitoring Systems, Fleet Management Systems (for example CKPT 31 Lite), GPS tracking systems, AVL Systems which have discrete or pulse input 0-32V. Fuel flow sensor DPT is installed on the following vehicles: trucks, tractive vehicles, tractors, loaders, dozers, graders, excavators and other road-building machinery, technological transport, fixed installations with diesel engines. It can be also used on river and rail transport.
Advantages of fuel flow sensor DPT:
- Strong metal case
- Built-in filter
- Measurement inaccuracy ±1%
- Flow range 2...200 l/h (DPT-5.2 - 2...80 l/h, DPT-7.2 - 5...200 l/h)
- Temperature range -45...+60 ºС
- High level of protection against environmental impacts
- Seal for prevention of unauthorized sensor opening
- Light-emitting diode indication of the sensor work
- 100% control on the metrological certified installation
- Certificate of conformity (CE)
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Mass Airflow sensors contain a thin-film, thermally isolated bridge structure containing heater and temperature sensing elements. The bridge structure provides a sensitive and fast response to the flow of air or other gas over the chip. State-of-the-art chip design and manufacturing techniques allow the microbridge to be remarkably sensitive, fast, small. Used wherever airflow needs to be measured.
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OEM products are engineered to meet low cost, high volume requirements and to fit common or uniquely specific customer application demands. OEM mass flow meters are used in air, compressed air, nitrogen, methane, natural gas, carbon dioxide, argon and other gases in applications that require wide turndown ratios (100:1), low flow sensitivity, no moving parts and negligible pressure drop. These products feature true mass flow analog outputs (without additional pressure or temperature transducers) as well as temperature, totalizing and alarm outputs. OEM Flow switches are used in liquids, gases and slurries. They are ideally suited for low flow pump protection, monitoring lube oil, detecting seal leakage, verifying analyzer flow, monitoring cooling water and other critical applications. These products feature 300 series stainless steel rugged industrial design with no moving parts and negligible pressure drop. Optional materials of construction include CPVC with Hastelloy C-22 tips for corrosive applications.
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Hoffer flow control
Controls turbine flowmeters
Of all the various types of flow transducers available to industry today. None are so universally applicable as turbine flowmeters. They continue to be the most common way to measure flow electronically and have the ability to measure available upon request offering detailed, technical information.
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Flow Sensors
THORNTON offers a variety of paddlewheel, vortex shedding, and sanitary turbine flow sensors to meet the needs of most pure water treatment applications. Smart flow sensors convey their precalibrated values to the 770MAX instrument for ease of installation and startup. Pulse flow sensors can be used with the 770MAX or M300 instruments.
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FLOW RANGE (Note 1)
Ranges shown are standard ranges — other ranges are available. Contact Hoffer Flow Controls Applications Group.
BEARING TYPES (Note 2)
—CB Hybrid Ceramic, Self-lubricating shielded ball bearings. Ball bearings must be used on CO2, may be used on H2O and never on H2O/Sand or CS.
—C Hard Carbon Composite sleeve bearings. For use on H2O only.
—T Tungsten Carbide sleeve bearings. Tungsten Carbide must be used on H2O/Sand and CS, may be used on H2O, and never used on CO2.
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Saving energy is an important issue for all types of industry operating with compressed air. The new probes of the SONOAIR series, belonging to our high-precision measurement devices, are equipped with a lot of new details. These probes are able to detect the consumption of compressed air and non-combustible gases as well as leakage losses. There exist three different device series: Inline probes for pipe diameters of 15 – 50 mm, insertion probes for pipes with a diameter between 50 and 1000 mm and combined devices. The latter do not only detect the flow rate but also the temperature and the pressure within the pipe. For on-site interpretations there exist integrated displays or interfaces for using a PC or a Laptop. Alternatively, the measured data can also be stored on a data logger or a memory card.
The systems can be installed easily. They show a high measuring accuracy. The additional software allows external data interpretations as well as detailed process controls.
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Air Flow Sensors Based on the Calorimetric Principle for Air or Gaseous Media. Compact, Precise, Rugged and Reliable
vent-captors are compact, self-contained flow sensors that work according to a calorimetric principle. The principle allows for the creation of compact, reliable flow sensors with a price/ performance ratio not possible with other physical flow-sensing principles.
Especially at a low flow rate, no other sensing principle can achieve the high accuracy of a vent-captor.
First engineered by weber Sensors more than 20 years ago, weber continues to pioneer sensors based on this principle.
vent-captors are available as insertion and in-line types. Both are also available with a binary output as switches and adjustable set-point and with an analog output as meters with an adjustable measuring range.
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Compact Flow Meter with analog current output
4 to 20 mA current output
A wide range of pipe sizes
Easy installation by a welding fitting
Flow range is adjustable from 10% to 100% of the specified maximum range
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Our 30000 Series fixed set-point flow switches have factory-preset settings. The many features and the adjustability found on our other models have been designed out.
Their compact size and basic profile results in low cost switches that can be mounted where space is limited. This makes them popular for OEM applications where
simple flow switch actuation is required.
Designed for in-line use, the fluid enters the end connection and exits the side port. As the fluid passes through the unit it pushes against a spring-loaded
piston magnet sensor. As the sensor magnet moves into proximity of the reed switch the switch is actuated.
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We help you to develop a superior product based on our leading CMOSens® Technology. Together with our customers we have implemented modules and complete devices for the following markets and applications.
In cooperation with our customers we for example developed:
- Digital mass flow controllers
- Battery powered flow meters
- Gas meters
- Flow meters with 200 slm range for medical applications
- Flow meters up to 30'000 slm
- System design with combined flow and pressure control (gaschromatography)
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General description :
Thermoelectrical Airflow-Probe
Measuring range 0.01 - 5 m/s
Outputsignals Volt or mA
The probe ThermoAir6 / 64 is suited for measuring small flow ranges of gaseous media. Specially suitable for controls and monitoring functions.
The integrated temperature compensation and individual calibration in our accredited SCS wind tunnel are a guarantee of high precision.
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