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AST A 450C FO-PL0 pages
AST
Accurate Sensors Technologies
Digital pyrometer in two color with mono fiber optic cable
800°C…….3200º C
AST A450C FO/PL is highly accurate digital two color
pyrometer with fiber optic for non contact
temperature measurement. This is specially designed
for applications under rough condition .This can be
used in areas with high ambient temperature (upto
250°C)without cooling or in areas where strong
electromagnetic interference can influence a correct
measurement because the fiber and sensor head do
not contain electronics part.
Temperature measurement is not affected by any
parameter which affect the amount of energy reaching
pyrometer. This makes the a ratio pyrometer inherently
more accurate.The ratio technique may elimate, or
reduce error in emissivity, surface finish ,and energy
absorbing materials, such as water vapor ,dust
between the pyrometer and the target .The main
parameter such as emissivity ratio, response time can
be set .These parameter as well as the additional
parameters such as sub range ,maximum value storage
and address can be adjusted via PC.
AST A450C FO-PL is provided with USB 2.0 connector
with cable. The pyrometer can be powered through
USB port. In this case no external power supply is
required (+24V DC requires for operation of analog
output, laser,RS-232 / RS-485 output )
Applications
Induction heating
Melting
Welding
Casting
Forging
Annealing
Sintering
Rolling mill
Rotary kilns
Pouring stream
AST A450C FO-PL
Standard Scope of Supply
AST A450C FO-PL with Laser Targeting Light ,
USB Output, 2.5 M Long fiber optic Cable, USB
Cable, 5M Connection Cable.
Features
Highly accurate 0.5 % of measured value +1°C
Wide temperature range- 800°C…3200°C
Analog and Digital output
High Optical Resolution
Laser targeting light
U.S.B. Output
Small Spot sizes
Analog output 0…20mA or 4…20mA
Digital interference RS232 or RS 485
up
Fiber optics and optical head withstand to 250°C
Rugged mono fiber optics
Open Screw For USB 2.0
We Measure Temperature Accurately even in extreme conditions
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