Excellent precision for the 150 c and 300 c and 1000 c ranges with values in the region of 0 3 of the full scale.
Infrared brake temperature sensor.
While the infrared spectrum extends up to 1 000 000 nm ir temperature sensors do not measure above 14 000 nm.
Get contact details address of companies manufacturing and supplying infrared temperature sensors infrared temperature ir thermal sensor across india.
Fixed infrared temperature sensor with rs485 modbus rtu interface and a broad selection of field of views shop now dual non contact laser high temperature infrared thermometer dual laser infrared thermometer 75 1 narrow field of view shop now os mini series.
Measuring specific part of brake.
The most common infrared thermometer is the spot infrared pyrometer or infrared pyrometer which measures the temperature at a spot on a surface actually a relatively small area determined by the d s ratio.
These sensors work by focusing the infrared energy emitted by an object onto one or more photodetectors.
They measure temperatures from 20 c to 500 c accurately and consistently with an outstanding response time of 240 ms.
If the goal is to measure a specific 1cm point on the same brake with the same ir sensor e g.
Etekcity infrared thermometer 749 not for human temperature gun non contact digital laser ir thermometer 58 716 50 380 standard size black yellow by etekcity 26 99 26.
The output signal is perfectly linear.
For temperature profiling it is best to position the sensor 10cm away and point it at the desired spot.
Find here infrared temperature sensors infrared temperature manufacturers suppliers exporters in india.
Infrared temperature sensors sense electromagnetic waves in the 700 nm to 14 000 nm range.
These usually project a visible red dot onto the center of the area being measured that identifies the spot being measured but plays no.
The emissivity of the infrared brake temperature sensor may be adjusted by programming the product via a usb cable.
The izze racing brake temperature sensor is specifically designed to measure the highly transient surface temperature of a brake rotor at multiple points making it possible to acquire the time based temperature distribution across a rotor s surface in order to evaluate optimize the pad pressure distribution pad selection cooling efficiency braking efficiency and hot spot formation from.