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Safety equipments of airbus?
Apart from the basic safety equipments like- oxegen masks, life vest, docter's kit, MEGAPHOPE, seat belts, fire extinguisher etc. there are other important equipments like- ELT- emergencies located transmeter, PBE-protective breathing equipment radio beacon. Apart from the basic safety equipments like- oxegen masks, life vest, docter's kit, MEGAPHOPE, seat belts, fire extinguisher etc. there are other important equipments like- ELT- emergencies located transmeter, PBE-protective breathing equipment radio beacon.
Where is the auxiliary input on a 2005 Honda Accord?
accord 2005 doesn't comes with a AUX input, you need to attached a AUX convertor or, may have to use the FM transmeter. check this out: http://wiki.openfi.org/index.php/Accord_(2005) In the back row of Honda Odyysey, on the left side aux locates in the box. You can use adapter to display any devices from ipod or other dvd player.
What is the working principle of pressure transmitter?
I think your are asking about the working principle of a pneumatic transmitter. (not transmeter) A pneumatic transmitter measures liquds or air temperatures over a given range-usually a 200 degree temperature range. The range, selected for its purpose could be -40 to +160 or 0 to 200 -as in the case of Honeywell or even 100 deg. ranges, as in the case of say-Johnson Controls. (0-100) Aside from temperature range, the other important criteria is the output of the transmitter. In the case of commercial controls, the correlation of 200 degree temperatures (which is 201 values, not 200) occurs over a pressure span/output of 3 to 15 pounds.(13 values) For example, in the case of a 200 degree transmitter of say 0 to 200 degrees, the zero temperature value output equates to a 3 psi signal. At 200 degrees, the top of the range, the transmitter would output a 15 psi signal. In other words every degree change up from zero degrees would account for a pressure increase (rounded)of .064 psi. (13 pounds divided by 201 degrees)=.0646766) Pneumatic transmitters are typically direct acting and are one-pipe constant bleed devices. Their working principle involves movement of a flapper a given distance in direct response to the sensed temperature acting upon it. As the temperature rises, the bleed port positions itself toward a closed position which allows less air to escape to atmosphere. Less air to atmosphere dictates more air building up in the air line. This value is then transmitted/measured by the controller-which is pneumatically attached to the transmitter.
