Supplier: Dwyer Instruments, Inc.
Description: Measure both pressure and air velocity Read the red figures directly in feet per minute of velocity - from 400 to 10,000 fpm No conversion tables needed for air at standard conditions. Read the black figures in inches of water column air pressure - from 0 to 10" w.c. Our most popular precision air
- Instrument Style: Insertion Probe Type
- Mounting: Fixtured or Permanent
- Air Velocity: Yes
- Air Pressure Differential: Yes
Standards and Technical Documents - Wool -- Determination of mean diameter of fibres -- Air permeability method -- ISO 1136:1976
Description: of rate of flow or pressure difference and a table or graph is provided for conversion of the observed reading into values of mean diameter of the measured wool fibres.
Description: Guidelines. Axial Flow Turbines – off Design Performance. Radial Turbines – Design. Radial Turbines – off Design Performance. Ducts – Design. Ducts – off Design Performance. Air Systems, Turbine NGV and Blade Cooling – Design Performance. Air Systems – off
Supplier: ASME Standards and Certification
Description: Sizing Guidelines. Axial Flow Turbines – off Design Performance. Radial Turbines – Design. Radial Turbines – off Design Performance. Ducts – Design. Ducts – off Design Performance. Air Systems, Turbine NGV and Blade Cooling – Design Performance. Air Systems
Standards and Technical Documents - A GUIDANCE MANUAL FOR MODELING HYPOTHETICAL ACCIDENTAL RELEASES TOTHE ATMOSPHERE -- API PUBL 4628Supplier: American Petroleum Institute (API)
Description: and are state-of-the-art in terms of readily available methods in the public domain; for example, the calculations for initial fluid release amount/flow rate and its concomitant physical state use standard chemical engineering methods, including thermodynamic and physical property estimation
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Pavement Dynamic Permeability Testing
Static air flow from Table i, converted to static water flow by means of the correlation developed by Gotolski (2), is also shown in Figure 5.
Control System for Sensing the Differential Pressure Between Air and Hydrogen in a PEFC
The notation Tc in Fig. 2 is a table that converts the air mass flow rate signal into a rotational speed as the command for the compressor control module.
CR4 - Thread: CFM Calculation for a Fan?
For real time CFM measurements, one would typically perform a pitot tube traverse with a manometer (or hot wire anemometer) and refer to the appropriate conversion tables to determine volumetric air flow , or utilize a velometer, or a balometer (do a search...
Monte Carlo simulation of an Ir-192 brachytherapy source spectra, geometry and anysotropy factors using Geant4 Code
TABLE II: Fluence to Air kerma Conversion Coef¿cients.
Enhanced Combustion Low NOx Pulverized Coal Burner
The calculation to convert flows in the water table to equivalent air and coal/primary air flows in a full scale burner in the field has been included in Table 8.2-1.
Air to fuel ratio control of spark ignition engines using dynamic sliding mode control and Gaussian neural network
...is very fast, and the term containing haiacts as a forcing term in the closed loop dynamics. moi is measured by a hot wire sensor, and there is a nonlinear one-dimensional table that converts voltage measurement to mass air flow rate.
An investigation of segregation and mixing in dense phase pneumatic conveying
As the numerical model is two-dimensional, several flow parame- ters in numerical tests (such as solids flow rate, air flow rate, SLR in Table 3) were converted in order to compare numeri- cal results with experimental results in three-dimension.
Wind tunnel pressure readings were converted to air flow velocities via a Zahm's Table configured for the 1 foot-by-I foot tunnel where testing took place.
Measurement of rate of gas flow using optoelectronic technique
With microproce!ssor the output voltage can directly be converted into air flow rate by preparing look up tables .
Natural radioactivity of bedrock bath instruments and hot spring instruments in Japan
series, and 40 K were calculated from the fluence (U) sim- ulated by Monte Carlo code (EGS5)  on the basis of geometries in Table 2, conversion coefficients for air kerma per fluence (Ka/U) , and conversion coefficients for effective dose for...
Simulating Design Storms with Water Chamber Testing
In order to come up with testing parameters for a water chamber test, the values must be converted to the flow rates and air pressures using Table 1, Figure 1, and Equation 1.