The IL-1700 Research radiometer is the most versatile current measurement instrument in the world.
CON-TROL-CURE® IL-1400/1700 RADIOMETERS
The IL-1700 Research radiometer is the most versatile current measurement
instrument in the world. Designed specifically to measure photo detector
current, the IL-1700 maintains unmatched linearity over a 10 billion to
1 dynamic range.
This benchtop device is a powerful analytical tool.
The portable IL-1400 combines the latest technical
innovations in low level current amplification technology with microprocessor
controlled simplicity. The onboard computer interrogates each "smart"
detector for units, calibration and range information, automatically displaying
a calibrated reading in the correct optical units. In addition to being
user-friendly, the IL-1400 provides performance specifications unmatched
by any other handheld radiometer on the market.
For general applications we have made ordering easy. Pre-packaged systems
are now available including: Radiometer, probe, and applicable filters.
No more guessing what system is right for you, we have done the work for
you.
UV CURING We offer the full line of International
Light UV curing radiometers designed specifically for this application.
All radiometers
are calibrated to NIST standards in W/cm2 and J/cm2. For general purpose
measurement requirements, the IL-1745 and IL- 1445 are a perfect pre-packaged
solution. However, in many graphic applications it is not possible
to pass a monitor through the curing system. The RAMP probe has been
designed to take spot irradiance measurements in confined environments.
The IL-1747 and IL-1447 curing radiometers include the RAMP probe
and appropriate detectors.
PHOTORESIST Photoresist is an organic polymer which becomes soluble when
exposed to ultraviolet light. It contains a light-sensitive substance
whose properties allow image transfer onto a PCB board. Unique to
these radiometer systems is the ability to autorange during exposure
integrations. Proprietary floating current-to-current amplification
technology permits autoranging without any gain changes, for real-time
integration without data loss. Consult your photoresist manufacturer
to determine whether the IL-1740 and IL- 1440 in "A" (wide)
response or "B" (narrow) response is appropriate for your
application.
GERMICIDAL
UV irradiation is an effective method of killing a broad range of
microbes. In essence, the UV radiation breaks the molecular bonds
in the organism’s DNA. These Germicidal Radiometers use solar blind
vacuum photodiodes and filters with band passes in accordance with
the IES Luckiesh and DIN standards. For general Germicidal applications
we recommend the IL-1771 or IL-1441.
CUSTOM
Both the IL-1400 and the IL-1700 systems can be further customized
for the above applications and additionally configured for use in:
Photometry, Radiometry, Phototherapy, Photobiology, Photostability,
UV Hazard, Solar, Laser, and LED. Individual sensors, probes, and
filters are available for adding to or upgrading your existing device.
Part Number
System
Application
Specifications
M007-017A
IL-1445
Curing
182nW/cm² to 0.6W/cm². Spectral Range: 250-400nm
M007-017B
IL-1447
Curing/RAMP
.4mW/cm² to 10W/cm² (heat limit). Spectral Range:
250-400nm
M007-017C
IL-1440A
PhotoresistA
250nW/cm² to .8W/cm². Spectral Range: 320-475nm
M007-017D
IL-1440B
PhotoresistB
52nW/cm² to 184mW/cm². Spectral Range: 326-401nm
M007-017E
IL-1471
Germicidal
33μW/cm² to 333mW/cm². Spectral Range: 185-310nm
M007-017F
IL-1400
Custom
M007-001A
IL-1745
Curing
2.3 x 10-9 to 2.3W/cm². Spectral Range: 250-400nm
M007-001B
IL-1747
Curing/RAMP
8 x 10-6 to 10W/cm² (heat limit). Spectral Range:
250-400nm
M007-001C
IL-1740A
PhotoresistA
4 x 10-9 to 4W/cm². Spectral Range: 320-475nm
M007-001D
IL-1740B
PhotoresistB
5 x 10-7 to 5W/cm². Spectral Range: 326-401nm
M007-001E
IL-1771
Germicidal
1 x 10-9 to 5x10-4W/cm². Spectral Range: 185-310nm
M007-001F
IL-1700
Custom
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