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The old company name and logo may still be indicated on products, printed materials or web site published before its change. Those shall be read as the new ones.
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| 031040 | What are major characteristics
of model M2PP? [ HTML ] [ MS Word  156k ] |
| 031041 | I want to indicate an integrated flow value
by 4-20mA dc analog signal output by a 2-wire electromagnetic flowmeter. [ HTML ] [ MS Word 80k ] |
| 031042 | I need to indicate flow pulse
signals (10,000 pulses/hour) at two independent integrating counters. Maximum
input to each counter is 500 pulses/hour. [ HTML ] [ MS Word 108k ] |
| 031043 | Model JPA Application [ HTML ] [ MS Word 76k ] |
| 031044 | A positive displacement flowmeter
is used to measure the flow of a variety of different viscosity liquids.
The flow rates range from 0-5 gpm to 0-50 gpm. The flow rates relate to
a DC pulse frequency from a proximity sensor of 0-1.2 Hz to 0-12.0 Hz. I
need one frequency to analog transmitter that will provide a 4-20 mA DC
signal under both conditions and for any other frequency range which may
occur in this application. [ HTML ] [ MS Word 172k ] |
| 031045 | Will the model MTD work according to the following
specs?…. [ HTML ] [ MS Word 80k ] |
| 032047 | What is "cutout" function
of new frequency transmitters? Is it not "low-end cutout"? [ HTML ] [ MS Word 120k ] |
| 032067 | In the factory we are using the flow meter
that outputs the pulse signal. With this signal we want to know an instantaneous
flow. Which M-System products do you suggest for this application? [ HTML ] [ MS Word 88k ] |
| 032070 | We are from an institute of a pharmacy company. We are thinking of using a math converter to count the pulse signal from a flow meter so as to measure flow volume. The flow meter sends out 1 pulse every 0.333 ml. Now we want to apply a signal conditioner to the flow meter so that it can generate a pulse every 1 ml for the math converter to count. Is there any kind of signal conditioner that can be used for this by purpose? [ HTML ] [ MS Word 85k ] |
| 032110 | We are planning to use a frequency transmitter
to detect an electrical generator’s number of revolutions (pulse signal)
and convert it into a proportional analog signal output, which can be displayed
on an existing analog panel meter. The measuring frequency range is 0-1000 Hz but we want to see the scaling of 500-600 Hz as 0-100%. Do you have any transmitter which can consider the input range of 500-600 Hz into an output analog signal as scaling 0-100%? [ HTML ] [ MS Word 268k ] |
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| 032118 | We monitor a conveyer speed of production line
at the central monitor room. The conveyer moves forward and sometimes reverse
in its operation. We plan to monitor the conveyer speed at field end as well. We use a rotary encoder as a speed sensor and it outputs two-phase voltage pulse. We’d like to make a field panel as small as we can. Does M-System have a small size transmitter and digital display to meet this requirement? [ HTML ] [ MS Word 140k ] |
| 032149 | At our factory, we are having a problem with a motor, which occurs at the time of a certain number of revolutions. To monitoring, we like to count the number of revolutions by pulse (frequency) and convert to 0 to 10V DC to input to the recorder. The motor is running 0 to 1,000Hz, and the problem occurs in the range of 820 to 890Hz. I know that the input frequency is from 0Hz with a standard frequency transmitter. But, to check a problem in detail, we like to have a module which can be configured 800 to 900Hz as 0 to 100% output. Is there a product? [ HTML ] [ MS Word 79k ] |
| 032157 | We like to monitor the 24 V DC power supply voltage of the testing equipment. The following conditions we like to achieve. When voltage rises abnormally high more than 24 V DC, flash the LED (on/off) using 2 Hz square wave pulse. To identify if the voltage rises over 25 V DC, the LED’s flashing (on/off) speed by frequency to be faster. Is there any suitable product? [ HTML ] [ MS Word 83k ] |
| 032158 | At our printer paper production line, we are using rotary encoders. There is a PLC at central location and encoders are scattered in 6 different locations. The encoder has two open collector output signals for phase A and B positions. Is there a solution to transmit encoders’ signals to a PLC for a long distance from 20 meters to 70 meters? [ HTML ] [ MS Word 83k ] |
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