For measuring the outflow of water. Never run dry again with the EASYFLOW-mini! Particularly suitable for measuring water consumption on board or in other storage containers. The compact unit has built-in dimensions (control panel cut-out W x H) 45 (+0.6) x 22.2 mm (+0.3) and is easy to install. Operation is straight-forward and the display can be reset to zero when the tank is filled by pressing the R button. The EASYFLOW-mini is tuned to the sensor supplied with the device.
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This Air-flow-Sensor processes according to the principle of Hotfilm-Anemometer and uses the cooling effect of the painted air current over the surface of sensor element. Thus the outlet voltage is changed in the same measure like the air- or gas current via the inlet- and outlet openings of sensor casings. Constructed with a thin film-, thermo-isolated bridge structure with heat- and two temperature sensor elements. The bridge structure enables high measuring sensitivity as well as fast response time on air-/gas current over the Chip. Both the temperature sensors with the heating element lying inbetween them, enables the recognition of the direction of the current and the measurement of efficiency. Made up of two Wheatstone-Bridges of existing, passive Element.
This Air-flow-Sensor processes according to the principle of Hotfilm-Anemometer and uses the cooling effect of the painted air current over the surface of sensor element. Thus the outlet voltage is changed in the same measure like the air- or gas current via the inlet- and outlet openings of sensor casings. Constructed with a thin film-, thermo-isolated bridge structure with heat- and two temperature sensor elements. The bridge structure enables high measuring sensitivity as well as fast response time on air-/gas current over the Chip. Both the temperature sensors with the heating element lying inbetween them, enables the recognition of the direction of the current and the measurement of efficiency. Made up of two Wheatstone-Bridges of existing, passive Element.
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
The FCC-01-CO is an all-purpose, microprocessor-controlled control and display unit. It is used for indicating, controlling, and regulating flow quantities. The limit value can be set and the sensor constant calibrated using the integrated keypad. Different operating modes can be selected.
Specially designed for heavy-duty professional use for measuring large volumes in chemically aggressive media such as acids, bases and other aqueous media. All parts in contact with the medium are made from highly resistant plastics (PP, ECTFE, ceramic). Thanks to the high-quality ceramic bearings, the 5-blade paddle runs at even very low flow rates and the magnets are hermetically sealed. The contactless sensor system ensures an almost unlimited lifetime. The FCH-SE generates fully conditioned square-wave pulse signals (e.g. for the PLC). By changing the connector an analogue output module can be plugged into a 4-20 mA two-wire system. The two limiting values can be quickly programmed using a teach-in method.
This compact flowmeter has been tried and tested in industrial applications (measuring, regulating, monitoring and metering instruments). The advantageous material combination of POM (Hostaform C), ceramically bonded magnets and a polished, hardened stainless steel shaft offers excellent smooth running characteristics combined with a broad chemical resistance range.
The FCH-m flow meter is designed for measuring very small quantities in aqueous and viscous media up to 80 cST. The materials used are highly resistant to aggressive media. The magnets are hermetically sealed. The contactless sensor system ensures an almost unlimited lifetime and generates fully conditioned square-wave pulse signals (e.g. for the PLC).
Specially designed for heavy-duty professional use for measuring large volumes in chemically aggressive media such as acids, bases and other aqueous media. All parts in contact with the medium are made from highly resistant plastics (PP, ECTFE, ceramic). Thanks to the high-quality ceramic bearings, the 5-blade paddle runs at even very low flow rates and the magnets are hermetically sealed. The contactless sensor system ensures an almost unlimited lifetime. The FCH-SE generates fully conditioned square-wave pulse signals (e.g. for the PLC). By changing the connector an analogue output module can be plugged into a 4-20 mA two-wire system. The two limiting values can be quickly programmed using a teach-in method.
Specially designed for heavy-duty professional use for measuring large volumes in chemically aggressive media such as acids, bases and other aqueous media. All parts in contact with the medium are made from highly resistant plastics (PP, ECTFE, ceramic). Thanks to the high-quality ceramic bearings, the 5-blade paddle runs at even very low flow rates and the magnets are hermetically sealed. The contactless sensor system ensures an almost unlimited lifetime. The FCH-SE generates fully conditioned square-wave pulse signals (e.g. for the PLC). By changing the connector an analogue output module can be plugged into a 4-20 mA two-wire system. The two limiting values can be quickly programmed using a teach-in method.
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This air flow sensor works according to the principle of the hot film anemometer and uses the cooling effect over the surface of the sensor element striking air current The output voltage changes in equal measure like air or gas flow by inlet and discharge openings of the sensor casing. Constructed with thin film, thermal insulated bridge structure with heat and two temperature sensor elements The bridge structure makes possible high measuring sensitivity as well as fast response time on air/gas flow over the chip. The two temperature sensors with central heating element lying between them make possible the detection of the direction of current and the measurement of the flow Made from two existing Wheatstone bridges, passive element
This mass flow meter represents a new generation of cost-effective sensor for gases The EM1 enables fast, accurate and reliable flow measurement in systems with up to 8 bar pressure The sensor is suited to these properties and the integrated easy-to-RS232 interface for use in a wide range of applications
Flow meter for measuring the smallest quantities of water, petrol, diesel or fuel oil. It can be used for measuring consumption on cars, trucks, ultralight aircraft etc. All parts which come into contact with the fluid are made of durable plastic. The integrated Hall sensor supplies an accurate square-wave signal.
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
With 2 counter inputs for measuring instantaneous and total flow. The ARS 260 is a microprocessor-controlled, universal display and analysis unit for reading two separate pulse meters. The compact and rugged unit is specifically designed for industrial use. The device can detect any pulse shape from 5 to 24 V/DC. Programmable scale.
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
Flow meter for measuring water, gasoline, diesel, fuel oil, lubricants, coolant and other liquid medim. Ideal for measuring small quantities of in Metering device and laboratory. All parts in contact with the medium are made from plastic. The integrated sensor provides an exact modulated signal.
This flowmeter has been tried and tested in industrial applications (measuring, regulating, monitoring and metering instruments). The advantageous material combination of POM (Hostaform C), ceramically bonded magnets and a polished, hardened stainless steel shaft offers excellent smooth running characteristics combined with a broad chemical resistance range.
Full status sensor for hard industrial applications Accurate measurements are possible even under difficult conditions (shock, vibration, temperatures etc.) Equipped with polarity and overvoltage protection in stainless steel housing Thus a long ready status is made possible The type of casing allows a simple cleaning.
This mass flow meter represents a new generation of cost-effective sensor for gases The EM1 enables fast, accurate and reliable flow measurement in systems with up to 8 bar pressure The sensor is suited to these properties and the integrated easy-to-RS232 interface for use in a wide range of applications
With 2 counter inputs for measuring instantaneous and total flow. The ARS 260 is a microprocessor-controlled, universal display and analysis unit for reading two separate pulse meters. The compact and rugged unit is specifically designed for industrial use. The device can detect any pulse shape from 5 to 24 V/DC. Programmable scale.
The ASF mass flow sensor sets new benchmark with the measurement of flow rate. Our intelligent CMOSens technology makes possible an integrated, digital and reliable flow measurement at low cost The digital interface (RS232) is simple to implement and delivers fully calibrated complete temperature-compensated data.
This mass flow meter represents a new generation of cost-effective sensor for gases The EM1 enables fast, accurate and reliable flow measurement in systems with up to 8 bar pressure The sensor is suited to these properties and the integrated easy-to-RS232 interface for use in a wide range of applications
This mass flow meter represents a new generation of cost-effective sensor for gases The EM1 enables fast, accurate and reliable flow measurement in systems with up to 8 bar pressure The sensor is suited to these properties and the integrated easy-to-RS232 interface for use in a wide range of applications
Specially designed for heavy-duty professional use for measuring large volumes in chemically aggressive media such as acids, bases and other aqueous media. All parts in contact with the medium are made from highly resistant plastics (PP, ECTFE, ceramic). Thanks to the high-quality ceramic bearings, the 5-blade paddle runs at even very low flow rates and the magnets are hermetically sealed. The contactless sensor system ensures an almost unlimited lifetime. The FCH-SE generates fully conditioned square-wave pulse signals (e.g. for the PLC). By changing the connector an analogue output module can be plugged into a 4-20 mA two-wire system. The two limiting values can be quickly programmed using a teach-in method.
The ASF mass flow sensor sets new benchmark with the measurement of flow rate. Our intelligent CMOSens technology makes possible an integrated, digital and reliable flow measurement at low cost The digital interface (RS232) is simple to implement and delivers fully calibrated complete temperature-compensated data.
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
Full status sensor for hard industrial applications Accurate measurements are possible even under difficult conditions (shock, vibration, temperatures etc.) Equipped with polarity and overvoltage protection in stainless steel housing Thus a long ready status is made possible The type of casing allows a simple cleaning.
This compact flow meter has been tried and tested in industrial applications (measuring, regulating, monitoring and metering instruments). The advantageous material combination of POM (Hostaform C) and a polished hardened stainless steel shaft offers excellent smooth running characteristics combined with a broad chemical resistance range. This analysis technique is particularly suitable for media which contain light magnetic debris but are optically translucent.
The advantageous material combination of POM (Hostaform C), ceramically bonded magnets and a polished, hardened stainless steel shaft offers excellent smooth running characteristics combined with a broad chemical resistance range. The inductive sensor system generates a sinusoidal output signal.
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
There is a LED and a photo transistor behind that plastic dome If there is no against the plastic dome, then the complete ray of light of LED is reflected back to the photo transistor. If liquid moistens the plastic domes, then the refractive index changes and less light reaches the transistor. One obtains a digital output signal (High at air) at output
The only 59 x 17 x 31 mm wide measuring turbine is particularly suitable for measuring chemically highly aggressive media such as acids and lyes in the chemical industry and in electroplating, for monitoring machine cooling circuits, in the laboratory and in other metering technology applications. All parts in contact with the medium are made from plastic. The integral sensor generates an NPN open collector signal.