1:36 @ifm : You say in the video that these sensors can be used in tanks to measure liquid level. Wont condensation be a problem? As far as I know, Ultrasonic sensors fail to measure correctly when there is condensation.
Condensation is a problem in rare cases. Due to the vibrations of the membrane and the mounting direction of the sensor, deposits on the sensor surface are unlikely, but cannot be ruled out. It is correct that any foreign body such as dust or water in the form of condensate can influence the measurement. It is not generally possible to determine at what concentration an influence on the measurement result can be assumed. Functional tests are essential here.
Hello Minahil, that depends on the model. You will find everything about it in the data sheet of your product. You can download the data sheet on our website for free (e.g. here fpr the UGT200: www.ifm.com/de/en/product/UGT200)
Hello! When it comes to detecting cars on a highway, we would recommend using an ifm radar sensor rather than an ultrasonic sensor, as it offers better performance in such scenarios. For further information or assistance, please don't hesitate to contact us via info@ifm.com!
Unfortunately, we cannot answer your question as the article HC-SRO4 has nothing to do with our sensors. Nevertheless, we would like to point out that we have ultrasonic sensors with a range of up to 8m in our portfolio.
@@shrabanasaha1327 These are the following sensors: UIT508, UIT507, UIT506, UIT515, UIT516 and UIT517. For more information click here: www.ifm.com/de/de/category/200_010_050_001#!/S/BD/DM/1/D/0/F/0/T/50?at_schaltabstand-bereich=600...8000
Hello Mukesh Kumar, the range depends on the design of the machine. As taller it is and as taller the ultrasonic wave producing surface is, the higher is the range of the ultrasonic waves. To get the specific range, you should take a look in the technical datasheets. We hope this answer could help you a little bit. :)
Hello Avinash! :) Thanks for your interest in ifm! You will find everything about it in the data sheet of your product. You can download the data sheet on our website for free (e.g. here fpr the UGT200: www.ifm.com/de/en/product/UGT200)
Greetings, I am trying to find a sensor that I could update te range to a max range of 127mm or 5", are your sensors teachable with buttons or do I need software? Thanks!
Thank you for your interest in our products. We have a wide range of ultrasonic sensors, which can be teached with buttons or with Software. For more details on our portfolio, please check our web store under: www.ifm.com/gb/en/category/200_010_050 or feel free to contact your local ifm branch office for further help.
Am amazed with the technology of yours... but what will happen if there was a foam above the liquid level.. how will this technology give us the correct reading? can you explain if possible
Hi Aravindh, that question is not easy to answer: The mixed measurement depends on the foam's density. On the one hand we have the reflection from the medium but, on the other hand, also the reflection from the foam.
1:36 @ifm : You say in the video that these sensors can be used in tanks to measure liquid level. Wont condensation be a problem? As far as I know, Ultrasonic sensors fail to measure correctly when there is condensation.
Condensation is a problem in rare cases. Due to the vibrations of the membrane and the mounting direction of the sensor, deposits on the sensor surface are unlikely, but cannot be ruled out. It is correct that any foreign body such as dust or water in the form of condensate can influence the measurement. It is not generally possible to determine at what concentration an influence on the measurement result can be assumed. Functional tests are essential here.
what is the frequency that it emits?
Hello Minahil, that depends on the model. You will find everything about it in the data sheet of your product. You can download the data sheet on our website for free (e.g. here fpr the UGT200: www.ifm.com/de/en/product/UGT200)
which one good for detect car in high way line ?
Hello! When it comes to detecting cars on a highway, we would recommend using an ifm radar sensor rather than an ultrasonic sensor, as it offers better performance in such scenarios.
For further information or assistance, please don't hesitate to contact us via info@ifm.com!
How to increase the sensing range of HC-SRO4 ultrasonic sensor from 400cm to 900cm?
Unfortunately, we cannot answer your question as the article HC-SRO4 has nothing to do with our sensors. Nevertheless, we would like to point out that we have ultrasonic sensors with a range of up to 8m in our portfolio.
@@ifmgroup pls specify sensor name which give 8m range.
@@shrabanasaha1327 These are the following sensors: UIT508, UIT507, UIT506, UIT515, UIT516 and UIT517. For more information click here: www.ifm.com/de/de/category/200_010_050_001#!/S/BD/DM/1/D/0/F/0/T/50?at_schaltabstand-bereich=600...8000
What is the range of ultrasonic waves
Hello Mukesh Kumar,
the range depends on the design of the machine. As taller it is and as taller the ultrasonic wave producing surface is, the higher is the range of the ultrasonic waves. To get the specific range, you should take a look in the technical datasheets.
We hope this answer could help you a little bit. :)
is this sensor detects 1 cm width of objects
Hello Avinash! :) Thanks for your interest in ifm! You will find everything about it in the data sheet of your product. You can download the data sheet on our website for free (e.g. here fpr the UGT200: www.ifm.com/de/en/product/UGT200)
Greetings,
I am trying to find a sensor that I could update te range to a max range of 127mm or 5", are your sensors teachable with buttons or do I need software? Thanks!
Thank you for your interest in our products.
We have a wide range of ultrasonic sensors, which can be teached with buttons or with Software.
For more details on our portfolio, please check our web store under: www.ifm.com/gb/en/category/200_010_050 or feel free to contact your local ifm branch office for further help.
Am amazed with the technology of yours... but what will happen if there was a foam above the liquid level.. how will this technology give us the correct reading? can you explain if possible
Hi Aravindh, that question is not easy to answer: The mixed measurement depends on the foam's density. On the one hand we have the reflection from the medium but, on the other hand, also the reflection from the foam.