PhotriX with Fiber Optics connecting to Sapphire Lightpipe

Our most accurate pyrometer configured with a flexible fiber optic cable connecting the instrumentation to a remote, sapphire lightpipe. This configuration is ideal for induction heating processes requiring high accuracy and restricted optical access (e.g., vacuum process or narrow field of view).

Available in 4 different near infrared spectral responses (880 nm, 900 nm, 1550 nm and 700-1650 nm) with temperatures measured between 60 °C and 2600 °C.

Photrix Fibre Optics_Sapphire 250x250 View
MUXBox View

Details

Our most accurate pyrometer, the PhotriX Series has the industry’s best signal-to-noise ratio allowing lower temperatures to be measured with unmatched precision for control of high-value processes and research applications. This configuration of our PhotriX series uses a flexible fiber optic cable to connect to a sapphire lightpipe that collects the infrared radiation from the target. This configuration is ideal applications using induction heating or when there is not optical access for a traditional lens solution to have sufficient viewing access to the target.

The Photrix with fiber optics connecting to lightpipe is offered in 4 spectral response (wavelength) versions and has the following features:

  • Low Temperature Capability (see chart below for details)
    • 60 to 900 °C or 100 to 1400 °C with 700-1650 nm spectral response
    • 100 to 2600 °C with 1550 nm spectral response
    • 240 to 2600 °C with 900 nm spectral response
    • 250 to 2600 °C with 880 nm spectral response 
  • Fast Response (1ms)
  • Accuracy of +/- 1.5 °C or 0.15% of reading
  • Precision of 0.01 °C (see TN-828)

Available options include analog output (user selectable 4-20 mA or 0-10V) and multi-channel interface modules allowing up to eight (8) sensors to be integrated into a single digital signal with parallel analog outputs. Standard system includes all necessary electrical cables, power supply, PC interface software and documentation/calibration. 

Typical Applications

Induction heated susceptor temperature control
Solar Thin-film PV substrate measurement during deposition 
CZ Crystal Growth

Documentation

Configuration Options

      Temperature range
      Celsius Fahrenheit
Configuration P/N Spectral
response
Description of 2mm diameter
Lightpipe Collection Optics
 Min 
(°C)
Max
(°C)
Min
(°F)
Max
(°F)
ML-GAPX-LO-SZ-LP2-XXX 700-1650 nm XXX mm length, Z m fiber optic cable with 200 μm core 100 1400 212 2552
ML-GAPX-LO-MZ-LP2-XXX 700-1650 nm XXX mm length, Z m fiber optic cable with 600 μm core 65 950 149 1742
ML-GAPX-LO-LZ-LP2-XXX 700-1650 nm XXX mm length, Z m fiber optic cable with 1000 μm core 60 900 140 1652
ML-AAPX/088-LO-SZ-LP2-XXX 880 nm XXX mm length, Z m fiber optic cable with 200 μm core 300 2600 572 4712
ML-AAPX/088-LO-MZ-LP2-XXX 880 nm XXX mm length, Z m fiber optic cable with 600 μm core 265 1900 509 3452
ML-AAPX/088-LO-LZ-LP2-XXX 880 nm XXX mm length, Z m fiber optic cable with 1000 μm core 250 1600 482 2912
ML-AAPX/090-LO-SZ-LP2-XXX 900 nm XXX mm length, Z m fiber optic cable with 200 μm core 290 2600 554 4712
ML-AAPX/090-LO-SMZ-LP2-XXX 900 nm XXX mm length, Z m fiber optic cable with 600 μm core 255 1900 491 3452
ML-AAPX/090-LO-LZ-LP2-XXX 900 nm XXX mm length, Z m fiber optic cable with 1000 μm core 240 1600 464 2912
ML-GAPX/155-LO-SZ-LP2-XXX 1550 nm XXX mm length, Z m fiber optic cable with 200 μm core 155 2600 311 4712
ML-GAPX/155-LO-MZ-LP2-XXX 1550 nm XXX mm length, Z m fiber optic cable with 600 μm core 115 2400 239 4352
ML-GAPX/155-LO-LZ-LP2-XXX 1550 nm XXX mm length, Z m fiber optic cable with 1000 μm core 100 1800 212 3272
Wavelength Response
Center 880nm 900nm 1550nm 700-1650nm
FWHM 60nm 60nm 50nm N.A.
Temperature Range*
Celsius (° C) 220-2600 210-2600 70-2600 30-2600
Fahrenheit (° F) 428-4712 410-4712 158-4712 86-4712
Accuracy ± 1.5° C or 0.15% of reading
Precision 0.01 C, wavelength, speed and temperature dependent. See Technical Note TN-828 for details.
Response Time User adjustable up to 1ms
Drift <0.15° C per year
Output RS-232 (standard), Modbus protocol supported, Analog Output (optional)
Electronics Ambient 10 – 60° C (50 – 140 ° F)
Weight 310 grams
Power 110/220 VAC, 50-Hz and 60-Hz (also accepts 10-30 VDC)
*See Technical Note TN-831 for additional temperature range options. Temperature range is factory configured and calibrated.

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