diaphragm meter

diaphragm meter

[′dī·ə‚fram ‚mēd·ər]
(engineering)
A flow meter which uses the movement of a diaphragm in the measurement of a difference in pressure created by the flow, such as a force-balance-type or a deflection-type meter.
References in periodicals archive ?
The main type of PD meter used for gas flows is the diaphragm meter. However, diaphragm meters are being replaced by rotary PD meters for many applications.
Sensus says its patent-pending accuWAVE[TM] diaphragm meter design will be available on the model 415, Class 400 meter in mid-2010.
Tenders are invited forRATE CONTRACT FOR SUPPLY OF COMMERCIAL DIAPHRAGM METER
To overcome these disadvantages, a diaphragm meter has been coupled with an MIU (Figure 2), a modified, electronic secondary element of a new generation equipped with a microprocessor.
The major areas of GRI-funded flow research being conducted at the MRF include orifice and turbine meters, ultrasonic flowmeters, gas-sampling methods, and diaphragm meter experiments.
Tenders are invited for Annual Rate Contract For Procurement Of Domestic Natural Gas Diaphragm Meters Diaphragm Meter, G1.6, Flow capacity of 2.5 m/hr (Left side inlet Right side outlet) as per Data Shee Document cost : INR 1500 EMD value : INR 750000 Document Purchase Start date : 05 Apr 2018 Document Purchase End date : 26 Apr 2018 Pre-bid meeting date : 13 Apr 2018 Opening date : 26 Apr 2018 Period of contract : 1 Year
The first "dry" gas diaphragm meter was invented in 1843 by Thomas Glover.
Again, meters were placed in real world measurement applications, in series with a comparison rotary or diaphragm meter equipped with a corrector and data logger.
British Gas said the following important issues should be addressed with the new meter: (1) The design accuracy of the meter was to be better than the diaphragm meter; (2) The new meter should be compact; (3) The meter should be easily upgradeable; and, (4) The meter should be part of a modular design so that the metering packaging is aesthetically pleasing.
Trying to come up with a much smaller alternative that is as accurate as the traditional diaphragm meter but incorporates microprocessor technology is difficult because they tend to be more expensive, so gas utilities are reluctant to utilize them in a big way.
This assessment, through the application of reverse engineering, resulted in developing an estimate of the relative manufacturing cost, reliability, and metering accuracy of each technology normalized to a reference diaphragm meter, the Rockwell S-275.
600 250 CF diaphragm meter w/ temperature compensation; 25 400-450 CF diaphragm meter w/ temperature compensation & 25 psi MAOP & connection set; 25 600-650 CF diaphragm meter w/ temperature compensation & 25 psi MAOP & connection set; 20 800 CF diaphragm meter w/ temperature compensation & 25 psi MAOP & connection set, 20 1000 CF diaphragm meter w/ temperature compensation & 25 psi MAOP & connection set, 2 1400 CF diaphragm meter w/ temperature compensation & 100 psi MAOP & connection set.