Sensors

MTP-5H

Add to budget
Imagen de: MTP-5H

MTP-5H is the original member of the family. It makes measurements up to 1000 m above the instrument and gives the same performance in all weather conditions. It is compact and operates from 12 VDC (a bench-type AC-DC power supply unit is included). The rotating scanner assembly is protected by a special cover that has very good transmission. The cover sheds precipitation and allows compensation for dirt during the self-calibration. A high accuracy ambient temperature sensor forms part of the self-calibration system. A mounting frame is included, and cables for the temperature sensor, power and RS 232 data communication to a PC (not included).

 

Typically temperature inversions that cause bad air quality events occur well below 1000 m, if they are higher than this there is not normally a problem.

 

Altitude resolution is 50 m and the temperature accuracy is 0.2o C to 1.2o C or better. The field of view is a 3o cone. The only routine maintenance is to periodically clean scanner cover. MTP-5H is ideal for use in urban environments and at airports and operates from -40o C to +50o C.

Main characteristics

Altitude range 0 to 1000 m
Displayed height interval 50 m
Altitude accuracy 25 %
Minimum measurement interval 180 s
Temperature accuracy, RMS 0.2o C to 1.2o C or better
Receiver sensitivity 0.04o C
Power requirements MTP-5 12 VDC / 120 W
Operating temperature range -40o C to +50o C

Imagen de MTP-5H

Contact us

If you are thinking of carrying out a project, would like to purchase any instrumentation type or would like more information about DILUS services, please leave your contact information. The team will contact you as soon as possible.MTP-5H, leave your details. The team will contact you as soon as possible.



    Dilus is 100% compliant with the General Data Protection Regulation (GDPR). For more information on how we collect, store and process your private information in accordance with GDPR, please see our privacy policy. This policy was last updated in January 2020.