ND Series Low and Mid Pressure Sensors Evaluation System Giveaway

This would be perfect for a mixed air/hydronic HVAC system. Low pressure for air and mid pressure for the under floor water heating.

It will work great for my uses.

I have a project in development where this would be very useful.

I have a few ideas for this one

This may have ben8citial application in development of fuel gas eveliution via litic capacitance implementation to monitor the system environment during photolytic gas eveliution transforming 2h20 into 2h2o2 and evaluate reaction at caring system net pressures in situ currently employing a sensor recovered from a sleep number mattress compressor until, only have the one this this might enable further evaluation to idealize environmental system pressures to optimize the fuel Gass conversion photolyticalky, currently less than 13psi seems to be optimal but would be beneficial to be able to monitor system gas pressures through the reaction vessel. But it is only a musing at the moment, detonated one vesske inadvertently when re firming the exit iriohase during operation did not know that there was fuel gasses present they are invisible and only detectible by the pressure their evolution produces thus blind to this parsnaters at present, thus unaware of the danger and frightened the neighbors as well as startled myself when the half meter reaction vesske detonated fortunately such a forcefully reachltion resulted in the birare glass to fracture into micropartuclates resembling si2o3 smoke thus the glass was pulverized by the p wave if the explosion thus no one was physically ingemuacudtocakly ears still have a touch if that high pitch wine doc said it’s perminate, small price to pay for innovation considering on glass of water contains as much chrmibmcal energy as 64vewulivilajt glasses if gasoline if only it were accessible 2h202 lyrics can do this using only visible light once the environmental factors are optimi#d being a pressure dependant entirety this chance discovery of the offering at such a critical phase in development of lytic capacitance night be an omen to facilitate this technology however it’s application is currently only intended as an axulary fuel source for the propulsive systems of an autonimious synthetic intelegent freestanding entity i am aspiring to manifest before the end of my lifespan, a promise i made to another whom hath inspired me to continue on… Thank you for the opertunity to prehspse further thus endeavor, if not or if others have more merit worthy endeavors please consider them first, mine is only a desire to give life to that which i consider a child since i am uncapacjcitated biologically to leave a legacy biologically i hath to do so by design vs by endowment…

Should be good for part of aircraft sensors development

I have been working on automating my ac-powered tire air pump for my bicycle.  0 - 150 PSI sensor and ESP32 controller.

Working with company developing medical and need to know Environmnetal conditions

I’m a part of a group and we’re making a prototype for sensor synth. I’d like to test this sensors with it.

I have a data center fan wall drive modulation application where this could prove useful.

Glad to be here

I have a project am developing and I want it to be viral In useful ness

https://www.youtube.com/watch?v=umJ3V4GXT6s

Innovation must be at its peak good science and technology
#Busitemamaincampus.

Product is looking good for the accurate pressure measurements in portable and stationary weather stations i.e. wind energy systems, altimeter or an altitude meter , leak detection and air compressors.

It would be interesting to implement this to UAVs

looks to be perfect for a Classroom Process Control system.

I have been working on an air pressure monitoring system for cyclists. This will reduce the project design stage considerably. Very interested.

Useful for a number of applications, flow rate, liquid level, pneumatic pressure etc.

It will useful to my project.

Automated farming and ranching applications.

I would like to use the following FIVE sensors for my Agriculture watering systems
ND210: ±62.5 to ±2.5K Pa (±0.25 to ±10 inH2O), ND150A: 0 to 150 psia, ND150D: ±50 to ±150 psi, ND060D: ±10 to ±60 psi, ND005D: ±0.5 to ±5 psi. Agriculture watering systems are different for different crops like Drip irrigation, Sprinkler, etc.

Here are some pressures to be measured for the different applications. For irrigation rotors, this is about 45 psi, with an operating range of 25 to 65 psi. For spray heads, it is 30 psi, with an operating range of 15 to 30 psi. A drip system that operates at high pressure (above 40 psi) may appear to be operating adequately. The average water pressure for most homes and businesses is between 30 psi and 50 psi. To fill water into the washing machine correctly in recommended time period, the water pressure must be between 20 and 116 psi.

The selected Five sensors are very close to my application in agriculture water pressure and Household where water is necessary in various activities. It will be good opportunity to use the ND Pressure sensors. 
The sensors are used to measure flow rate of water and to control pressure switches. This small testing of sensors will be helpful to use for different applications in Industries, Medical, Hotel, etc for fluids flow.  The giveaway kit has salient feature then other pressure sensing device in market. It also has support to interface 7 pressure ranges is an user friendly interface to use for wide range of measurement and also for multipurpose. If I am a winner of this kit I would like to use it for agriculture water system to control the flow of water at different environment conditions. The use case can be projected to community members to use in their suitable field by a common hardware.