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슈미트 ・ SCHMIDT
MD 10.010
LED 측정값 디스플레이
MD 10.010 LED measured value display
Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.
The SCHMIDT® LED displays MD 10.010 and MD 10.015 meet these requirements perfectly. They have been designed as large-sized wall display and can be mounted in any readily accessible position. The analog input signals are scaled by one (MD 10.010) or two sensors (MD 10.015) and displayed. In addition, an analog value (4 … 20 mA or 0 … 10 V) is provided via a galvanically separated analog output. Furthermore, the values can be used to define switching points that are output directly via two relays.
The power supply can be provided by mains voltage or via 24 Volt (DC) – the connected sensors are supplied with power directly by the LED display.
Typical application examples in connection with SCHMIDT® flow sensors:
- Detection of consumed compressed air volume
- Detection of backflow in circular pipelines
- Display of leakage volume on site
- Verification of minimum compressed air volume in the system (site of consumption)
- Display of air flow of extraction systems
- In-process detection of gas volumes
- Display of measured laminar flow
- Display and alarm function for room overflow applications
- Direct display of the actual volumetric flows on the duct
- Switching of fans or dampers when values exceed or fall below limit values on site
- Detection of backflows (e. g. in soiled filters)
Their advantages at a glance:
- Sturdy plastic housing (IP65) for wall assembly
- Settings are retained even after a power failure
- Simple and quick assembly directly on wall or duct
- Freely programmable for all kind of sensors, measuring transducers etc. (e. g. temperature, pressure or humidity sensors) with 4 ... 20 mA or 0 ... 10 Volt output signals
- Adjustable averaging
- Output of calculated measured value (e. g. volumetric flow) as display and analog signal
- Configurable relay alarm outputs (e. g. falling/rising flank)
- Power supply of connected sensor
Know where the wind is blowing from: Measuring the value and direction of flow with SCHMIDT® flow sensors and LED displays
In practice, for example in ring main compressed air pipes or circulation ducts, it very often happens that the flow does not always come from the same direction. This greatly affects the determination of the consumption rates: It leads to incorrect results, because the backflow through the flow meter is also added to the forward flow rather than subtracted. The mechanical (paddle) switches for flow detection used nowadays for solving the problem are not capable of detecting the direction of flow with small flow volumes, resulting in relatively inaccurate volume measurements.
For more information on how this can be solved, see the product brochure.
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슈미트 ・ SCHMIDT
MD 10.010
LED 측정값 디스플레이
MD 10.010 LED measured value display
Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.
The SCHMIDT® LED displays MD 10.010 and MD 10.015 meet these requirements perfectly. They have been designed as large-sized wall display and can be mounted in any readily accessible position. The analog input signals are scaled by one (MD 10.010) or two sensors (MD 10.015) and displayed. In addition, an analog value (4 … 20 mA or 0 … 10 V) is provided via a galvanically separated analog output. Furthermore, the values can be used to define switching points that are output directly via two relays.
The power supply can be provided by mains voltage or via 24 Volt (DC) – the connected sensors are supplied with power directly by the LED display.
Typical application examples in connection with SCHMIDT® flow sensors:
- Detection of consumed compressed air volume
- Detection of backflow in circular pipelines
- Display of leakage volume on site
- Verification of minimum compressed air volume in the system (site of consumption)
- Display of air flow of extraction systems
- In-process detection of gas volumes
- Display of measured laminar flow
- Display and alarm function for room overflow applications
- Direct display of the actual volumetric flows on the duct
- Switching of fans or dampers when values exceed or fall below limit values on site
- Detection of backflows (e. g. in soiled filters)
Their advantages at a glance:
- Sturdy plastic housing (IP65) for wall assembly
- Settings are retained even after a power failure
- Simple and quick assembly directly on wall or duct
- Freely programmable for all kind of sensors, measuring transducers etc. (e. g. temperature, pressure or humidity sensors) with 4 ... 20 mA or 0 ... 10 Volt output signals
- Adjustable averaging
- Output of calculated measured value (e. g. volumetric flow) as display and analog signal
- Configurable relay alarm outputs (e. g. falling/rising flank)
- Power supply of connected sensor
Know where the wind is blowing from: Measuring the value and direction of flow with SCHMIDT® flow sensors and LED displays
In practice, for example in ring main compressed air pipes or circulation ducts, it very often happens that the flow does not always come from the same direction. This greatly affects the determination of the consumption rates: It leads to incorrect results, because the backflow through the flow meter is also added to the forward flow rather than subtracted. The mechanical (paddle) switches for flow detection used nowadays for solving the problem are not capable of detecting the direction of flow with small flow volumes, resulting in relatively inaccurate volume measurements.
For more information on how this can be solved, see the product brochure.
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