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Gear Flow Meter with ball bearings.
Specifiation:
Measuring range: 0.005...1,000 l/min
Viskosity: 5...25,000 mm²/s
Linearity: ±0.5 % of actual value
Pressure: max. 630 bar
Fluid temperature: max. +180 °C
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Affordable – Quality– Precision
SIKA VZ...Al can be used for
•Flow rate measurements
•Consumption measurements
•Dosing applications
The SIKA gear wheel flow sensors are high-precision measuring sensors for measuring volumetric flow. As they work using positive displacement, they are designed for measuring viscous, lubricating fluids such as oils. The flow sensor is not suitable for measuring water. By using certain materials such as anodised aluminium, we have succeeded in developing an excellently priced series of devices which use the tried-and-tested gear wheel process, and which are ideal for all standard applications.
Functional description
The flowing medium causes the precision gear wheels to rotate proportional to the flow rate. A non-contact pick-up measures the wheel rotation. As every tooth produces a pulse, the sensors resolution is extremely high and even minimum volumes can be measured. The frequency produced is proportional to the rate of flow. The VZ 0,2 AL-S has a 2 channel output signal with a 90° phaseshift. For standard applications the readout of one channel issufficient. In case the flowdirection should be determined, both channels must be read.
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The Titan oval gear flowmeters work by using the liquid pressure to drive a pair of interlocking oval gears. This rotation can be detected by a variety of means to give either a TTL or contact closure pulse output. The unit is manufactured in a choice of materials and pressure ratings to suit most applications and as with all positive displacement flowmeters, the performance improves with increasing viscosity, and can achieve an accuracy of ± 0.1% of reading.
The standard range of sizes covers from 0.25” to 2” BSPF connections, with maximum flows from 1l/min to 500 L/min depending on the model. Viscosities up to 10,000cP can be measured accurately, both in forward and reverse flow. Units are available for high pressure and temperature operation.
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Basically, the VTR consists of a rotor, the housing and the measurement pick-up. The flow of fluid sets the rotor into motion.
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Based on the same meshing gear principle as
the VSE series VS and VHM the Ecoflow sensor
measures viscous media, however as in-linedevice.
An integrated, magnetoresistive pick-up with PNP
or NPN-switching output produces per tooth one
impulse
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The programmable flow display evaluates the pulses
from the magnetoresistive pickup and shows the
chosen units on a backlit LCD-display. Alarm and
condition reports are signalled in the display by a
red LED with additional text. The measured values
are transmitted by means of an analogue output, 0
or 4 … 20 mA, and 0 or 2 … 10 Volt by means of
a resistor (500 Ohm). The limit values are signalled
through two transistor switching outputs.
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RITTER drum-type gas meters are universally applicable for measuring the volume of flowing gases and are particularly effective when measurements demand the highest precision.
The major advantage and the superiority of volumetric Gas Meters (like Drum-type Gas Meters) over other measurement principles, which determine gas volume using secondary measurable variables such as speed, heat capacity, hot-wire resistance or similar, is that the volume is directly measured. That means that the condition and the composition of the gas has no influence on the measurement accuracy.
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2150EX Flow Meter for Zone 0 locations
Area Velocity meter - Baseefa approved as ATEX Group II, Category 1G
The 2150EX is an intrinsically safe Area Velocity Flow Meter that is specifically designed and Baseefa-approved for use in Zone 0 and Zone 1 potentially explosive atmospheres under ATEX Directive 94/9/EC.
The AV 2150EX smart Area Velocity probe is built on digital electronics, so the analog level is digitized in the sensor itself. The probe is also factory-calibrated for 3 meter span at different temperatures. This superior built-in calibration eliminates temperature drift in the level signal, providing long-term level stability that reduces recalibration frequency and completely eliminates span recalibration.
The 2150EX is powered by two lithium or rechargeable lead acid battery packs, or by the 2194EX network interface module. Highly efficient power management provides battery life up to 8 months with two-minute data storage interval.
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Were developed for high precision
flow metering for a wide variety of
liquids, especially liquids with high
abrasiveness and poor lubricity.
Applications include: chemical,
petrochemical, pharmaceutical and cosmetic
industry, two-component mixers,
paints, aviation.
Are dead spaced optimized for
(easy flushing) use in the paint industry
and for paint spraying systems.
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KRAL Volumeter® for research and production test stands. Laboratory measurement precision is achieved despite fast flow changes and fluid oscillations.
The ideal conditions at the Bureaus of Standards however show the potential of KRAL precision. The screw spindle-metering from the KRAL Volumeter is on one hand very robust and handles the oscillation from pressure waves. On the other hand, the spindles are very quick and can follow fast changes of the flow velocity. Optional pressure pulse compensation is available that detects transient fluid waves.
Please consider that we are a manufacturer of high quality displacement pumps and flowmeters for liquids. The products (pumps with magnetic couplings, high pressure flowmeters and flowmeters – chemically resistant) mentioned on this portal are only part of our product range. Please find more detailed information on our website or directly from us.
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Volutron VHZ-...GA/GK
The flowmeter VHZ was especially developed for the metering of viscous liquids. The units work volumetrically as gear transmitters with high accuracy and full viscosity stability.
Gear wheel flow meter, with provides a linear frequency signal by flow proportional revolution of a gear wheel and sensoring by a field biased Hall sensor. Viscosity compensated by volumetric operation.
operation independent of viscosity
light and compact design
for cost sensitive application
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Gear flow meters are positive displacement meters which are used in various applications. KEM offers a great variety of models e.g. for paints, underbody seal, sealants.
Specifications:
Measuring ranges: 0.005...1,000 ltr./min
Viscosity range: 5...25,000 mm²/s
Linearity: ±0.5% of actual value
Pressure: max. 630 bar
Fluid temperature: max. +180°C
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VOLUTRONIC® - that means high-dynamic, precise volume and flow measurements, evaluated according to the application - from a simple display unit to an intelligent micro-controller solution.
The basis for all this is the KRACHT gear type flow meter. This flow measure product presents the successful result of our long-experienced engineers. The sophisticated tooth system geometry in connection with application-specific bearings are made for the gear type flow meter being an absolute "All-rounder". The gear type flow meter covers a wide medium range: to go from hydraulic oil to printing ink, from gear grease to water based lacquer. The highly-efficient KRACHT electronics take the signals given by the gear type flow meter and ensures that processes are exactly monitored, regulated and controlled.
For example, in process technology as micro-controller for metering and mixing systems, or as flexible measuring and recording electronics for differentiated applications in test bench technology. KRACHT know-how guarantees functional solutions - standardized and optimized for application.
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VOLUTRONIC® - that means high-dynamic, precise volume and flow measurements, evaluated according to the application - from a simple display unit to an intelligent micro-controller solution.
The basis for all this is the KRACHT gear type flow meter. This flow measure product presents the successful result of our long-experienced engineers. The sophisticated tooth system geometry in connection with application-specific bearings are made for the gear type flow meter being an absolute "All-rounder". The gear type flow meter covers a wide medium range: to go from hydraulic oil to printing ink, from gear grease to water based lacquer. The highly-efficient KRACHT electronics take the signals given by the gear type flow meter and ensures that processes are exactly monitored, regulated and controlled.
For example, in process technology as micro-controller for metering and mixing systems, or as flexible measuring and recording electronics for differentiated applications in test bench technology. KRACHT know-how guarantees functional solutions - standardized and optimized for application.
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SIKA positive displacement flow sensors are highly accurate transmitters that measure volume flows. They work on the positive displacement principle.
The flowing medium causes a pair of gear wheels to rotate. The sensor is manufactured to the highest accuracy and is then precisely assembled. The rotation is scanned by two non-contact pick-offs. As each tooth generates a pulse, the resolution is very high. Very low flow rates can be accurately measured and small volumes can be dosed.
The measurement unit contains two pick-offs that are circumferentially offset by ¼ of a tooth pitch to generate a 2 channel flow-proportional frequency signal. Suitable processing of the signal provides an greater resolution and the option to identify the flow direction.
It is possible to measure not only high viscosity media but also media whose viscosity varies e.g. because of changes in temperature. The maximum pressure drop should not exceed 16 bars. This limits the measurement range of high viscosity media (see pressure drop diagrams). Basically, the measurement accuracy increases with increase in viscosity of the media.
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The Titan oval gear flowmeters work by using the liquid pressure to drive a pair of interlocking oval gears. This rotation can be detected by a variety of means to give either a TTL or contact closure pulse output. The unit is manufactured in a choice of materials and pressure ratings to suit most applications and as with all positive displacement flowmeters, the performance improves with increasing viscosity, and can achieve an accuracy of ± 0.1% of reading.
The standard range of sizes covers from 0.25” to 2” BSPF connections, with maximum flows from 1l/min to 500 L/min depending on the model. Viscosities up to 10,000cP can be measured accurately, both in forward and reverse flow. Units are available for high pressure and temperature operation.
Units can be provided branded to customer requirements.
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Turbine flowmeter are units designed to be precise and reliable, and can be used in many applications. VTR flow-meters can be installed even under the harhest application conditions in the oil, petrochemical and the chemical industries as well as in other industry sectors.
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Suitable for fuels, lubricants and non-corrosive fluids to a viscosity of 1000cPs, the M100 is a 100mm (4"), high flow, oval gear flowmeter and is capable of measuring fluid flows of up to 1200LPM. The M100 is accurate to +/- 0.5% and provides exceptional levels of reliability and durability.
Features
- Easy to read and operate, resetable mechanical register options available
- Flexibility of installation options (eg: can be mounted horizontally or vertically - no flow conditioning required
- Low pressure drop allows for economical pump selection or gravity flow applications
- Meter construction enables fast and easy on-site servicing without removal from application
- Meter accuracy is verified by a factory calibration check after which an individual metrology report is issued
- Meter design minimises the number of wearable and replaceable parts and extends product life
- Available with 4' ANSI 150lb, JIS10K and DIN 16 flanges (modular construction) or 3' screwd BSP (F) / NPT (F) / ANSI Flange
- An option of 10 pulse per unit of measurable output available (mechanical only) P500
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Turbine flowmeter are units designed to be precise and reliable, and can be used in many applications. VTR flow-meters can be installed even under the harhest application conditions in the oil, petrochemical and the chemical industries as well as in other industry sectors.
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Gear Flow Meters for High Pressure Applications with Autoclave Connections up to 1,000 bar.
Specifications:
Measuring range: 0.02 up to 7 l/min
Repeatability: ±0.1 % of actual value
Linearity: ±0.5 % of actual value
Pressure: max. 1,000 bar
Temperature: max. +150 °C
Connections: Autoclave 3/8’’_8F-375-CX
Materials:
Housing: stainless steel as per DIN 1.4404
Wheel: stainless steel as per DIN 1.4122
Sealing: Viton
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The pick-up system consists of one or two sensor units,
which are screwed into the cover of the VS flow meter
and of a downstream switched amplifier. This amplifier is
connected with the flow meter by means of a temperature
resistant cable and has to be installed outside the high
temperature area, where the ambient temperature should
not exceed 50°C (122°F).
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Fibreoptical amplifier and lightpulse receiver for applications in electrostatical painting systems.
Specifications:
FOP 60
Power supply: lithium battery
Ambient temperature: –20 up to +50°C
Ex protection: EX II 2 G EEx ia IIC T4/T5/T6
OPTV
Supply voltage: UB: +7 up to +30 V
Ambient temperature: –20 up to +60°C
Output: frequency output
Ex protection: EX II2 G EEx ia IIC T6
The integral pickup detects the r.p.m. of the gears and the FOP provides a flow-proportional light pulse signal.
The OPTV receiver will convert the light pulses into a current or voltage squarewave signal.
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Were developed for high precision
flow metering for a wide variety of
liquids, especially liquids with high
abrasiveness and poor lubricity.
Applications include: chemical,
petrochemical, pharmaceutical and cosmetic
industry, two-component mixers,
paints, aviation.
Are dead spaced optimized for
(easy flushing) use in the paint industry
and for paint spraying systems.
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The rotation of the flowmeter gear wheels is sensed
by a non-contact magnetoresistive pickup, amplified
and emitted as pulses. The passing of each
individual gear tooth produces a pulse corresponding
to a precise positively displaced measured
volume. The pulse output can be produced as PNP
or NPN signals. The frequency is proportional to
the momentary flow.
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Helical flow meters are positive displacement meters with a very favourable pressure drop behaviour. They are therefore perfectly suited for the flow measurement of very high viscosity fluids.
Thanks to wide measuring ranges, high accuracy and resolution helical flow meters are an excellent choice for laminating systems, painting systems, adhesive dispense systems, PUR systems as well as batching systems for various fluids.
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KRAL Volumeter® offer laboratory measuring accuracy even under rough industrial conditions.
Pressure pulsation compensation
KRAL Volumeter® have constructive characteristics making them suitable for mechanical strain caused by strong pressure pulsation.
Identification and consideration of return flows
Beside the flow sensor, KRAL Volumeter® are delivered with an optional sensor for recognising the flow direction. Together with our Flow Management Unit BEM 4U even short-termed flow reversals are identified and correctly taken into account when calculating the measuring value.
Please consider that we are a manufacturer of high quality displacement pumps and flowmeters for liquids. The products (pumps with magnetic couplings, high pressure flowmeters and flowmeters – chemically resistant) mentioned on this portal are only part of our product range. Please find more detailed information on our website or directly from us.
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The helical screw flowmeter is a high precision meter giving excellent reliability. It is mainly used for viscous fluids but will also perform well on low viscosity fluids. The basic range of meters are in aluminium or grey cast iron and stainless steel models are available. Flow rates range from 0.1 l/min to 7,500 l/min.
Suitable for wide ranges of viscosity these meters provide high accuracey measurement (+/-0.1%) for fuel and oil flows particularly for automotive and aviation test rig applications.
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Engine Specific Fuel Consumption Measure-ment To Check The Engine-Specifications And To Control Fuel Cost And Engine Adjustments Is Now Possible.
Engine-related fuel consumption measurement in multi-engine systems is now possible with the KRAL Volumeter®. The further development of the approved fuel consumption measurement for Diesel Engines offers now:
The high measuring accurancy of the overall system is only possible by the precision of the individual KRAL Volumeter®.
The connection to standard-bussystems such as modbus and CANbus.
Improved casings, electronic, cable and sensors.
Improved spindle bearings for more resistance against abrasive fuels.
A monitoring function for analysing maladjustments of the fuel system.
Please consider that we are a manufacturer of high quality displacement pumps and flowmeters for liquids. The products (pumps with magnetic couplings, high pressure flowmeters and flowmeters – chemically resistant) mentioned on this portal are only part of our product range. Please find more detailed information on our website or directly from us.
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The high-precision Volumeter from KRAL guarantees the precise maintaining of formulations, to achieve PUR products entirely free of any faults.
KRAL Volumeter® measure precise over a wide flow range, with high resolution and a low pressure loss. They be used successful in low pressure-PUR systems and closed-loop-regulations.
Please consider that we are a manufacturer of high quality displacement pumps and flowmeters for liquids. The products (pumps with magnetic couplings, high pressure flowmeters and flowmeters – chemically resistant) mentioned on this portal are only part of our product range. Please find more detailed information on our website or directly from us.
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The pick-up system consists of one or two sensor units,
which are screwed into the cover of the VS flow meter
and of a downstream switched amplifier. This amplifier is
connected with the flow meter by means of a temperature
resistant cable and has to be installed outside the high
temperature area, where the ambient temperature should
not exceed 50°C (122°F).
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Volumetric flow-meters
