MICRO-EPSILON TIM 400 Manual de usuario descargar pdf (Pagina 3)

Non-contact measurement

of the surface temperature

Each Micro-Epsilon IR temperature

sensor model incorporates state of the art

technology to achieve one goal: Measure

accurate and non contact temperature.

With this method we can offer a precise,

wear free and fully non contact temperature

reading without any physical effect or

impact on the target.

Wide range of applications

IR temperature sensors and IR cameras

are used in a variety of applications within

any industry from R&D to production and

process monitoring.

Selectable target distance and spot size

Depending on the application, one can

choose the ideal distance from the sensor

to the target. Due to the many different

optics offered, very small spot sizes, even

at large distances are possible.

Wide temperature range

IR Sensors made by Micro-Epsilon cover

a huge span of temperature readings.

Starting as low as -50°C in cooling

processes or labs and measuring up to

1800°C on molten metals, these sensors

measure precise and fast within the blink

of an eye.

Precise and stable measurements

Micro-Epsilon’s diversity of spectral ranges

from 0.7µm to 14µm results in a stable and

accurate temperature reading regardless of

the application challenge.

Proven technology

IR Sensors developed and produced

by Micro-Epsilon are the most durable,

robust and reliable with an extreme long

life expectancy. Cutting edge technology

and continuous improvement in the design,

results in IR sensor performances which

are unrivaled. Sensors operate in 250°C

environment without cooling, survive

50g acceleration and read with a NEDT

resolution of 25 milli Kelvin.

For fast measurement events

Temperature of moving objects and fast

events can be captured with the Micro-

Epsilon IR sensors which offer the fastest

thermopile detector with an exposure

<9ms or photon detectors with a response

time of 1ms. Even the IR imager takes real

time frames every 10ms.

Compact sensor design

For restricted spaces or complete

integration the Micro-Epsilon IR sensors

represent the most compact size in its

class. Special models offer integrated

miniaturized signal process electronics for

maximum compactness.

Smallest spot-diameter for tiny targets

Common IR sensors on the market can not

measure temperature of tiny small parts

such as leads of ICs, small hot spots on

circuit boards, fiber strands etc. Micro-

Epsilon offers the most sophisticated

optics for the IR sensors to measure with

the world’s smallest spot sizes <1mm.

R&D

Maintainance

Quality Inspection

Process Monitoring

<0.1°C

-50°C +1800°C

thermoMETER optics

There are several different lenses available for the various series. The

lenses are basically differentiated by the ratio of the distance of the

measuring object to the diameter of the measuring spot.

SF Lenses (Standard Focus) have an almost linear ratio while the CF

Lenses (Close Focus) have a smaller measuring spot in distances

close to the sensor. FF Lenses (Far Focus) offer a small spot even at

large distances.

Standard Focus Optics (SF)

Close Focus Optics (CF)

Far Focus Optics (FF)

Spot size should be less or equal than the size of the measured target area.

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