RADIOMETERS
       
      
        
Changes in UV output by lamps used for curing inks, coatings and adhesives
tend to occur gradually, remaining undetected until product failures are
noticed. By the time the loss in the lamps physical properties has been
discovered, extensive, costly waste may have been produced.
Some UV production variables may change drastically while others
deteriorate over time. When an unacceptable decrease in lamp energy is
observed, these variables should be checked individually until the cause is
positively identified and corrected.
BIG
DIGIT PROBEMETER RADIOMETER
The
Big Digit Light Probemeter possesses a wide range for
measurements as high as 20,000 Ft Candles or Lux. It is
able to detect 0.01 Ft Candle/Lux resolution for accurate
low light level measurements. This unit features a remote
light sensor on 46" (1.5 m) cable, built-in color and
cosine correction for precise measurements, and the
built-in CIE Spectrum Curve simulates “human eye”
response for optimum light analysis.
M007-002 Probemeter
M007-006 Probemeter with
NIST Certification
UV
SENSORS CON-TROL-CURE
Visible
and solar blind, CON-TROL-CURE® UV Sensors offer
solid-state reliability for reading the spectral range
from 185-400nm when building your own sensing device.
Features the sensitivity approaching that of PMT and the
ease of a silicon detector. Because of its flat response
across the UV range and essentially zero response anywhere
else, it can, in many cases, provide an excellent
alternative to photomultiplier tubes and enhanced silicon
detectors. Ideal for building your own UV sensing
instruments.
M007-047 UV Sensors
185-260nm
M007-048 UV Sensors
260-400nm
M007-049 UV Sensors Driving
Circle
DISKURE
4SCAN RADIOMETER
The
Diskure™ 4Scan Radiometers are equipped with three UV
sensors for individual measuring of UV-A, UV-B, UV-C, and
Total UV. They are designed to measure and display UV
Intensity (mW/cm˛) and UV Dose (mJ/cm˛) for each of the
3 UV ranges individually in the UV curing process. This
allows you to determine not only total energy, but also
how that energy is delivered (which intensity/dose at each
UV range).
There are 4 models available. Each measures as stated
above. The differences are:
Diskure 4Scan (M007-111): Base model
Diskure 4Scan-C (M007-112): Adds a USB comport. When
connected to a computer via USB, the Diskure 4Scan-C is
able to show, profile, and store a history of the measured
results of the entire UV curing process as graphic charts
in mW/cm˛ and mJ/cm˛.
Diskure 4Scan-T (M007-113): Adds a temperature sensor
Diskure 4Scan-TC (M007-114): Adds a USB comport and
temperature sensor. When connected to a computer via USB,
the Diskure 4Scan-TC is also able to show, profile, and
store a history of the measured results of the entire UV
curing process as graphic charts in mW/cm˛, mJ/cm˛, and
°F.
SPECIFICATIONS:
Spectral Range: UV-A, UV-B, UV-C, Full UV
Max. Power Input: 0 to 5,000 mW/cm˛
Display Range: 0 to 36,000 mJ/cm˛
0 to 2,000 mW/cm˛
Power source: 2 x long life 3.6 V Lithium Battery
Battery Useful Life:2,000 hrs
Max Temp.: 230°F / 110°C (up to 10 seconds), housing
shouldn’t exceed 113°F / 45°C
Dimensions:
Diameter: 5.5” (140mm)
Height: ˝” (13mm)
Weight: 9 ounces (500g)
M007-111 Diskure 4Scan, Base
model
M007-112 Diskure 4Scan-C Adds a USB comport
M007-113 Diskure 4Scan-T Adds a temperature sensor
M007-114 Diskure 4Scan-TC Adds a USB comport and
temperature sensor.
ILT-400
ILT-490 RADIOMETER
ILT400
Profiling Belt Radiometer
New solid-state detector and ultra-stable amplifier
technology along with rechargability combine to give lower
noise, greater speed, and higher accuracy at a price below
any precision belt radiometer sold today.
New solid-state detector and ultra-stable amplifier
technology for lower noise, greater speed, and higher
accuracy.
Built-in rechargeable batteries with included charger
means less downtime.
Graphically displays the performance of each lamp and
reflector in your system. A stored reference plot allows
you to compare, on-the-spot, the current performance of
the system with the base line. The information is provided
instantly. and allows the operator to see the uniformity
of the illumination.
Size: 12.7 x 111 x 161 mm (0.5" x 4.4" x
6.3")
Currently available in UVA, UVV (UVA/Vis), and BAV (UVB/UVA/Vis)
models.
ILT490
Belt Radiometer
Features:
NIST – traceable calibration
Measurement spectrum matches industry standard IL390C
(ILT490) and IL290 (ILT490C)
Built-in re-chargeable batteries (includes A400 charger)
Integrated exposure (J/cm2)
Peak irradiance (W/cm2)
Intensity profile with autoscale
Baseline profile memory
The NEW ILT490 incorporates the measurement capabilities
and exceptional performance criteria of the original IL390
and IL290 UV Curing Light Bug, with the improved features
of the ILT400, including profiling, graphing, cost
reduction, rechargeable batteries and A400 charger.
The ILT490 works with many lamp options from Iron doped, H
and D type lamps, as well as standard UV sources.
The ILT490 all in one Belt radiometer, comes in two
versions: the ILT490 broadband UV for 250-400 nm, and the
ILT490C UVC for 205-345 nm. (see graph below) Special
”O” software is available for low light level
applications for 1 mW/cm2 to 2.5 W/cm2 with profiling at
10 mW/cm2 available at no additional cost.
The best just keeps getting better
Specifications
• Measurement Range: 1.00 to 20 W/cm2
• Exposure: 1 mJ/cm2 to 20 J/cm2
• Temperature: 100 to 500 (Case temperature)
• Irradiance PROFILE: 20 mW/cm2 to 20 W/cm2
• Accuracy: Typically better than + 6%
• Cosine Receptor: Integrating sphere
• Display: 4 Digits
• Display Graphics: Resolves 5% of full scale (peak
irradiance)
• Size: 12.7 x 111 x 161 mm (.5” x 4.4” x 6.3”)
MICRO
PUCK MINI RADIOMETER
The
CON-TROL-CURE MICRO PUCK™ is a unique instrument that
enables UV measurement in extremely difficult to access
environments. Compact UV sensors make it possible to
measure UV Dose even in most confined UV curing units. The
MICRO PUCK system consists of two parts: a hand-held base
unit with a display and a UV sensor. Simply plug the
sensor into the base unit to view the measured results.
The MICRO PUCK is available in four different measuring
ranges: UV-A, UV-B, UV-C, or Full UV.
The MICRO PUCK comes complete with the sensor shape of
your choice (round or rectangular) and in the UV range you
desire. *NOTE: this model only works with the one sensor
it ships with. If you need a multi sensor compatible base
, choose the MICRO PUCK MULTI below.
While the MICRO PUCK can only read from the one sensor it
ships with, the MICRO PUCK MULTI, can accommodate up to 8
sensors that read from the same base unit. This system can
combine sensors from different UV spectral ranges,
allowing for full spectrum, 3-D UV evaluation. The MICRO
PUCK MULTI ships with 1 sensor in the shape of your choice
(round or rectangular) and in the UV range you desire. For
additional sensors (up to 8 total will work with this
unit), simply select the type your need.
The sensors are available as either a rectangular or a
round model. Both sensors work with both base units and
are available in each of the 4 different UV measuring
ranges.
SPECIFICATIONS:
Spectral Range: UV-A, UV-B, UV-C, or Full UV
Max. Power Input: 0 to 5,000 mW/cm˛
Display Range: 0 to 1,999 mJ/cm˛ (standard) or
0 to 19,990 mJ/cm˛ (x10 type)
Power Source: 2 x 2,000 hrs 3.6 V Lithium Battery
Sensor Max. Temp.: 110°C (230°F) for up to 10 seconds
Dimensions of Reader: 5.5” x 3” x 0.4” (140 x 75 x
10mm)
Dimensions of Sensor:
Rectangular: 1.5” x 0.6” x 0.5” (40 x 15 x 12mm)
Round: Diameter 1.5” x 0.35” (40 x 9mm)
Round: (only M007-144) Diameter 1.5” x 0.25” (40 x
6mm)
MICROLOG
RADIOMETER
The
CON-TROL-CURE UV-MICROLOG D™ is an extra thin (only
1/4” flat) self-contained UV data logging radiometer.
This revolutionary unit is perfect for fitting into UV
curing systems that bulkier models cannot. Contained in
its sleek case is a sophisticated microprocessor that
measures UV Intensity (mW/cm˛), UV Dose (mJ/cm˛), and
Temperature.
The resulting measurements can be viewed 2 ways: either
numerical results via the on-board display or downloaded
through a USB computer link. Once the measured data is
downloaded to a computer, you are then able to show a
graphical representation of the UV Intensity Profile, the
Peak Intensity, the Total Dose, and Temperature.
An Auto Off function shuts down the unit after one minute
of inactivity to save battery energy. Special data
acquisition software is included with each unit.
This unit is available with the LCD (M007-106), or
without. The UV-Microlog 6 (M007-107), the unit that is
without an LCD, connects to a computer to display its
readings.
SPECIFICATIONS:
Spectral Range: UV 230 - 400 nm
Max. Power Input: 0 to 5,000 mW/cm˛
Measuring Period: 30 sec.
Sampling Rate: 0.005 sec (200/sec)
Display: LCD, 2 lines x 16 digits
Power Source: 2 x long life 3.0 V Lithium Battery
Power Consumption: 20 µA
Battery Service Life: 2,000 hrs
Dimensions: 4.5" x 2.5" x 0.25" (117 x 64 x
6mm)
Weight: 3 ounces (85 g)
While on the conveyer belt, the UV-MICROLOG D can
withstand 110°C (230°F) for up to 10 seconds. The
temperature of the housing should not exceed 45°C (113°F).
PALM
PROBE RADIOMETER
The
PALM (P)roduction (A)mbient (L)ight (M)easurement Probe™
UV Radiometer is a process control instrument designed for
measuring UV energy within inaccessible environments. It
provides a safe, reliable measurement solution for UV-web
and other applications.
The PALM Probe™ has an extremely wide dynamic range
allowing it to measure very low (i.e. fluorescent bulbs)
and very high (i.e. powerful UV curing systems) levels of
UV. As the harsh physical conditions inside a UV curing
chamber include extreme temperature variations, the PALM
Probe is designed to withstand these conditions as well as
protect the operator and instrument from damage or
electrical shock. The light guide is constructed of steel
alloy and coated with a non-conductive ceramic coating to
insulate and protect the user from accidental shock. It is
further isolated from the instrument body by a
non-conductive Delrin block.
An input aperture at the tip of the PALM Probe light guide
detects all wavelengths of ultraviolet, visible and
infrared radiation. The light is directed down the light
guide to the base of the instrument where a UV filter
passes the UV light of interest to the photodetector. The
LCD display toggles between watts, joules, and seconds
during data collection and at the end of data collection.
ELECTRICAL SPECIFICATIONS:
• UV Range: 100µW/cm˛-10W/cm˛
• Spectral Response: UV-A 320-390nm, UV-B 280-320nm,
UV-V 395-445nm
• Instrument Body Operating Temperature: 32 to 158°F (0°C
to 70°C)
• Light Guide Temperature Resistance: 750°F (399°C) on
a continuous basis; much higher for measurement length
exposures
• Batteries: 2 “AA” alkaline batteries
MECHANICAL SPECIFICATIONS:
• Overall Length: 25.75” (65.4 cm)
• Probe Body Length: 7.5” (19.0 cm)
• Light Guide Length: 18.25” (46.4 cm)
• Weight: 21 oz (596 g)
M007-096A
Palm ProbeTM UV-A
M007-096B
Palm ProbeTM UV-B
M007-096C
Palm ProbeTM UV-C
RADCHECK
UV AND EB DOSE LABEL
By
producing a linear, numerical benchmark of UV and EB
system performance, the CON-TROL-CURE® Rad Check UV
Measurement System provides repeatable evaluation results
over extended periods of use. Incorporating a UV/EB-detection
dosimeter and disposable UV and EB sensitive flexible test
strips, the Rad Check system does not require outside
calibration to ensure consistency.
Designed for web offset, flexo, 3-D screen and other
systems incorporating inaccessible UV and high energy EB
curing systems, the Rad Check test strip is the only UV
dosage measurement device which can be passed completely
through rollers, wrapped around cylindrical objects, or
measure high EB dosages. Each test strip contains a UV/EB
sensitive compound which is destroyed upon exposure to a
UV light or EB energy source. After exposing the test
strip, the density of the remaining compound can be
measured by the Rad Check Dosimeter, which produces a
numerical value reflecting energy received. This numerical
value can be used to compare against jobs of similar
characteristics for evaluating lamp degradation and system
performance. 2 models available: the 800 for high
intensity systems and the 300 for low intensity systems.
Test Strip Specifications:
• Dose Levels: Test Strip 300: UV: 0-300 mJ/cm˛; EB:
0-35 Mrad
Test Strip 800: UV: 0-1400 mJ/cm˛; EB: TBD
• Range: 320-380nm
• Durability: Approximately 6 months
• Packaging: 100 strips/pack
M007-078 Radcheck 300
Dosimeter
M007-079 Radcheck 300 Test
Strips (pack of 100)
M007-081 Radcheck 800
Dosimeter
M007-082 Radcheck 800 Test
Strips (pack of 100)
SOLAR
SERIES RADIOMETER
3
palm-sized precision instruments measure UV light for a
variety of applications. The 6.5 and 6.0 measure via a
Silicon Carbide (SIC) Photodiode packaged in hermetically
sealed UV glass window cap. (the 5.0 uses GaAsP photodiode
chip and UV filter.) Solar 5.0 measures total UV-A and
UV-B (280-400nm) and is ideal for evaluating UV lamp
intensity during its life span. Solar 6.0 measures UV-B
(280-320nm) and is ideal for determining lamp UV-B
intensity and acrylic transmission. Solar 6.5 measures
environmental (outdoor) solar intensity (290-400nm,
peaking between 297-310nm) and provides LCD readout in
mW/m˛ SUV/25 (the WMO international standard for
displaying erythemally weighted irradiance on a 1-15
scale).
Point the meter at the UV light source (leakage) and
record reading. Calibrated to accuracy standards
referenced to NIST.
5.0 SPECIFICATIONS:
Irrad. Range 0-199.9 mW/cm2 Total UV
Response 280-400 nm (UVB thru UVA)
Resolution 0.1 mW/cm˛
Conv. Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Digit Size 0.4 inch high
Oper. Temp 32° F to 100° F
Oper. Humid. 5% to 80% RH
Accuracy ±5% REF.NIST
Dimensions (in.) 4.2L x 2.4W x 0.9D (in.)
Weight 4.5 OZ. (incl. batt.)
Power Source 9-Volt DC Battery
Lens UVT Acrylic .030
Diffuser Virgin Teflon .010
6.0 SPECIFICATIONS:
Irrad. Range 0-19.99 mW/cm˛ UVB
Response 280-320 nm
Resolution 0.01 mW/cm˛
Conv. Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Digit Size 0.4 inch high
Oper. Temp 32° F TO 100° F
Oper. Humid. 5% TO 80% RH
Accuracy ±10% REF.NIST
Dimensions (in.) 4.2L x 2.4W x 0.9D (in.)
Weight 4.5 OZ. (incl. batt.)
Power Source 9-Volt DC Battery
Lens UV Glass
Diffuser Virgin Teflon .005
6.5 SPECIFICATIONS:
Peak sunlight response bandwidth: 290-298 nm
Total solar response: 290-400nm, Diffey
Display: 3 ˝ digit LCD
Resolution: 0.1 UVI
Power Source: 9V DC battery
Accuracy: ±10% ref NIST
M007-054 Solar 5.0
Radiometer
M007-073 Solar 6.0 Radiometer
M007-072 Solar 6.5
Radiometer
SUNBURN
& UVA INTENSITY METER
The
Sunburning & UV-A Intensity Meter is capable of
measuring the UV-A and UV-B spectrum. The meter shows the
intensity of UV-B (also called SUV - Sunburning UV) in
Minimal Erythemal Doses per Hour (MED/Hr), the accepted
clinical measure for sunburn potential. The UV-A detector
measures the range between 320-400 nm, displaying
irradiance in mW/cm˛. This unit features a hold toggle
that freezes the present reading, an auto shut off meter
that turns the unit off after 8 minutes with near zero
reading, and 3 ft extension cables for each detector.
METER SPECIFICATIONS:
UV-B (SUV) Readout range: 0 -19.99 MED/HR
UV-A Readout range: 0-19.99mW/cm˛
Resolution: 0.01 MED/HR or mW/cm˛
Operating temperature: 0 to +50°C
Power source: 9V alkaline battery
UV-B (SUV) Detector
Spectral Response 280-320nm
Operating Temperature -10°C to +60°C
UV-A Detector
Spectral Response 320-400nm
Operating Temperature -10°C to +60°C
M007-110 Sunburning UV Meter
UV
POWER PUCK & UVICURE PLUS RADIOMETERS
The
radiometers that first set the standard for the UV
industry are now setting a new standard with advanced
features and an easy to read display, multiple user
selectable modes, and PC communication for data logging
and trending capabilities, and process verification.
The new EIT Instrument Markets UVICURE Plus II and UV
Power Puck II are advanced versions of the UVICURE Plus
and UV Power Puck widely used throughout the global UV
industry. With user selectable sample rates, these new
instruments can be used for fast conveyor lines or slower
lines, and measurements are compatible with other EIT
products.
FEATURES:
• Measures UV Peak irradiance (microW/cm2, mW/cm2,
W/cm2) and total energy density (microJ/cm2, mJ/cm2,
J/cm2) of one spectral bandwidth (Uvicure Plus II) or 4
different bandwidths simultaneously (UV Power Puck II).
• New graph, data, and reference modes to provide
choices in how to view the collected data
• Compact Size: 4.6" Diameter (117mm) x 0.5"H
(13mm)
• Self-contained - battery-powered (user-replaceable AAA
batteries)
• Unit communicates via cable to your PC
APPLICATIONS:
• Curing applications of inks, adhesives, solder masks,
and epoxies (not for use in web press applications)
• Measure lamp performance
• Compares the efficiencies of different UV curing
systems
• Compare any current reading to chosen baseline
reference to compare your system over time
• Establish UV level for proper curing
Standard Features and Benefits Include:
• Easy to Use. One-Button Operation for On/Off and
Run
• Easy to Read Data Display of All 4 Bands.
Data collected for all 4 bands on the UV Power Puck II is
displayed simultaneously on screen in mW/cm2 and mJ/cm2
for quick and easy viewing by the operator. No need to
toggle through all eight readings, one screen at a time.
Soft buttons are used for function selections, and are
indicated on the bottom of the display for easy operator
selection and use.
•
Standard EIT Multiple Bandwidths:
UVA (320-390nm), UVB (280-320nm), UVC (250-260nm), UVV
(395-445nm)
• Dynamic Range
Standard unit - 10 Watt; UVA, UVB, UVV; 1 Watt UVC. Low
Power unit -100 mW
• Setup Function
Provides user selectable instrument default modes for data
analysis and comparison, screen, and operational settings.
• Reference Mode
Used for comparison between readings. Can be useful for
system setup and troubleshooting. The user can store the
selected UV reading in the radiometer as a base line or
reference reading, then compare that reading to another.
The radiometer will display both readings and indicate the
percentage of change between readings. Data is displayed
in mJ/cm2 and mW/cm2, and percentage.
•
Graph Mode
A graph illustrating the collected UV irradiance and
energy is displayed for each of the UV bands. Data is
expressed in mW/cm2 vs. time. Graphs below illustrate both
a one and two-lamp system.
•
User Selectable Sample Rate
Smooth On Data: Compatible with previous Power Puck
versions.
Smooth Off Data: Compatible with UV PowerMAP at over 2000
samples per second.
• Unit of Measure
The unit of measure is user selectable to provide ease of
reading for operators. Display the data as you want to see
it. Selections are: mJ/cm2, mW/cm2, J/cm2, W/cm2, µJ/cm2,
µW/cm2
• Colorful, Easy to Read Display
Select low, medium, or high intensity for the graphical
display.
• Communications Port
Serial communication protocol between unit and PC/PDA.
Download collected data to a computer for statistical
analysis and data logging, and process verification.
SPECIFICATIONS:
• Display: Easy to Read, Yellow Text on Black Background
• Accuracy: +/- 10%; +/- 5% typical
• Spectral Ranges (UV Power Puck® II): 4-channel
simultaneous and continuous monitoring. 320-390nm (UVA),
280-320nm (UVB), 250-260nm (UVC), 395-445nm (UVV)
• Spectral Ranges (UVICURE® Plus II): 1-channel
continuous monitoring. 320-390nm (UVA), 280-320nm (UVB),
250-260nm (UVC), 395-445nm (UVV)
• Spatial Response: Approximately cosine
• Operating Temperature: 0-75°C Internal temperature;
tolerates high external temperatures for short periods
(audible alarm indicates when temperature has exceeded
tolerance)
• Time-Out Period: 2 minutes DISPLAY mode (no key
activity)
• Battery: Two user-replaceable AAA Alkaline Cells
• Battery Life: Approx. 20 hours with display on
• Dimensions: 4.60 x 0.50 inches; 117 mm x 12.7 mm
(D x H)
• Weight: 10.1 ounces (289 grams)
• Package Material: Aluminum, stainless steel
• Carrying Case Material: Cut polyurethane interior,
scuff resistant nylon exterior cover
• Carrying Case Weight: 9 ounces (260 grams)
• Carrying Case Dimensions: 10.75 x 3.5 x 7.75
inches; 274 x 89 x 197 mm (W x H x D).
* Specifications are subject to change. EIT will not be
responsible for discrepancies due to typographic errors.
M007-040 Radiom Power PuckTM
M007-040A UvicureTM Plus UV-A
M007-040B UvicureTM Plus
UV-B
M007-040C UvicureTM Plus
UV-C
M007-040V UvicureTM Plus
UV-V
UV-CUBE
LOGGER
UV-Cube
Logger
+ 3D measuring
+ UV-Intensity mW/cm2
+ UV-Dose mJ/cm2
+ Various UV-ranges available
+ Permanent or „triggered“ measuring mode*
+ SD-Card Slot
+ Graphic chart on computer
+ LCD display
The UV-Cube Logger is a self-contained, high quality UV
measuring instrument. It is designed to measure, record
and display peak UV intensity and UV dosage in the UV
curing process. In the standard version it is equipped
with one UV sensor for the measuring of:
Full UV 230 – 410 nm
With this total UV band peak intensity and dose measuring,
most of the measuring requirements of UV curing
applications can be covered. Due to its UV sensor and the
integrated microprocessor the UV-Cube Logger can measure,
record and display the peak UV-intensity of the total UV
spectrum (mW/cm2). Additionally, this UV-Cube Logger is
calculating the UV-dosage (mJ/cm2) of the UV energy
supplied during the time of exposure of one measuring
cycle. The UV-dosage is calculated as the total Integral
of UV-dosage over the full UV spectral bands. Optionally
it is available with an extra sensor for measuring
temperatures from 0 to 230° F / 0 to 110° C.
*This Datalogger features a selectable „triggered
mode“, i.e. the 30 sec recording cycle starts within a
120 second readiness phase not before the incident
UV-intensity exceeds 2 mW/cm˛.
The sensor is on one side of the unit, while the display
is on the opposite side. After completion of the measuring
cycle the measuring results can be scrolled through on the
built in 2 x 16 digit LCD display. A special AUTO-OFF
feature that turns off the unit automatically after one
minute serves as energy saving and extension of the
battery service life. This UV-Cube Logger is additionally
equipped with an SD-Card Slot and an evaluation software
for downloading the data to a computer to show, edit and
store a history of the measuring results of the entire
measuring cycle as graphic charts (mW/cm2) and (mJ cm2)
The UV-Cube Logger is available in six different measuring
ranges:
UV-Cube Logger, Type 1 Diazo 350 – 460 nm
UV-Cube Logger, Type 2 UV-A 315 – 400 nm
UV-Cube Logger, Type 3 UV 230 – 410 nm (Standard)
UV-Cube Logger, Type 4 UV-B 280 – 315 nm
UV-Cube Logger, Type 5 UV-C 230 – 280 nm
UV-Cube Logger, Type 6 UV-V 395 – 445 nm
Also available with 2, 3 or 4 sensors and temperature
measuring
TECHNICAL DATA
Spectral ranges: UV-A 315 – 410 nm
UV-B 280 – 315 nm
UV-C 230 – 280 nm
UV-V 395 – 445 nm
UV 230 – 410 nm
Max. Power Input 0 to 5,000 mW/cm2
Display: LCD, 2x16 digits
Display range: 0 to 36,000 mJ/cm2
Measuring range: 0 to 2,000 mW/cm2
Sampling rate: 0.005 sec (200/sec)
Measuring period: 30 sec.
Readiness phase: 120 sec.
Power source: 7.2 V NiMH Accu-Pack, 70 mA, re-chargeable
Power consumption: 20 µA
Battery service life: 1,000 charging cycles
Dimensions: 2.4” x 2.4” x 2.4” (60 x 60 x 60 mm)
Weight: approx. 17.5 ounce (500 g)
Operating temperature: 0 to 113° F / 0 to 45° C
Heat protection: Heat shield
Base Accuracy: ± 5 %
While on the conveyer belt, the UV-2C Cube Logger can
withstand max. 230° F / 110° C for up to 10 seconds. The
temperature of the housing should not exceed 113° F / 45°
C. Because of uneven radiation distribution of the UV
light source and different type of construction of the
measuring devices by different manufacturers, different
readings may appear under the same measurement conditions.
CALIBRATION
In order to keep its full function and precision it is
recommended to have re-calibration done once per year.
Re-calibration will also be necessary after change of
battery. PTB traceable calibration acc. to DIN EN ISO /
IEC 17025 with certificate
M007-377 RADM UV CUBE LOGGER
T1
M007-378 RADM UV CUBE LOGGER
T2
M007-379 RADM UV CUBE LOGGER
T3
M007-380 RADM UV CUBE LOGGER
T4
M007-381 RADM UV CUBE LOGGER
T5
VERSAPROBE
PRO RADIOMETER
The
CON-TROL-CURE® VersaProbe Pro™ Radiometers are compact,
high-tech, probe-style UV measurement devices. They
measure UV Dose (mJ/cm˛) and UV Intensity (mW/cm˛).
The VersaProbe Pro can measure UV intensity and dose with
the push of a button. Pressing the “Scan” button
begins a 30 second cycle during which peak UV intensity
and total dose are measured and recorded.
While exposed to the heat of UV curing lamps, the
VersaProbe Pro’s metal-housed probe can withstand 110°C
(230°F) for up to 10 seconds. The temperature of the
housing should not exceed 45°C (113°F). An Auto Off
function shuts down the unit after one minute of
inactivity to save battery energy.
The VersaProbe Pro offers 4 models, each measuring a
different UV wavelength:
• Full UV 250 - 410nm
• UV-A 315 - 400nm
• UV-B 280 - 315nm
• UV-C 230 - 280nm
SPECIFICATIONS:
Spectral Range: UV-A, UV-B, UV-C, Full UV
Max. Power Input: Sensor input to 5,000 mW/cm˛
Display: LCD, 2 x 16 digits
Display Range: 0 to 36,000 mJ/cm˛
Measuring Range: 0 to 2,000 mW/cm˛
Sampling Rate: 0.005 sec (200/sec)
Recording Cycle: 30 seconds
Base Accuracy: ±5%
Power source: 2 x 3.6V Long Life Lithium Batteries
Battery Service Life: 2,000 hours
Dimensions (housing): 5.5"H x 3"W x 0.4"D
(120 x 75 x 10mm)
Dimensions (sensor): 1.6"Diameter x 0.4"D (40 x
10mm)
Length of Sensor Cable: 40” (1m)
Weight: 6 oz (150 g)
M007-159R VERSAPROBEPRO
RECALBRT
IL1400
AND IL1700 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.
The IL-1700 and IL-1400 require at least one detector
assembly to function. Detector/probe assemblies are
avaialble for numerous standard and custom applications
and can be purchased seperately. However, for general
applications we have made ordering easy. Pre-packaged
systems for the most common uses 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/cm˛
and J/cm˛. 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.
PROBES
FOR IL1400 AND IL1700 RADIOMETERS
For use with
the IL1400 and IL1700 Radiometers, the Right Angle Micro
Probe takes short wave visible, and infrared measurements
in hostile environments. It features a 90 degree viewing
angle and a virtual sensing zone to quantitize in the
actual radiation application plane. this low profile probe
fits into a 4 mm opening and calibrates a wide range of
curing systems.
The CON-TROL-CURE Right Angle Micro Probe is designed to
perform measurements from 200 nm to 2,000 nm in 350 degree
F temperatures. A machined quartz head incorporated in a
pure fused silica fiber within a stainless steel sheath
measures 4 mm x 4 mm x 12.7 mm.
Available in standard 1, 2, and 3 ft lengths, the
CON-TROL-CURE Right Angle Probe can be installed into
equipment permanently. The Right Angle Probe Adaptor is
available for purchase separately.
DISKURE365
CONVEYOR RADIOMETER
The
CON-TROL-CURE® DISKURE 365™ radiometer is our most
economical pass-through radiometer for measuring UV
radiation levels in high intensity, high energy curing
environments. It is a UV dose measuring instrument small
enough (5.5" / 140 mm diameter x .5" / 13mm
height) for use in most UV curing ovens. A sensor on one
side is exposed to the UV source and the other side
contains a digital LCD which displays direct energy
readings in mJ/ cm˛.
The aluminum housing can withstand exposure to oven
temperature as well as intense vibration and shock. This
durability makes the DISKURE 365™ ideal for measuring UV
light energy in harsher environments such as
photosensitive resist exposure systems, web processing
equipment, print plate exposure systems and most UV curing
ovens. Special filters and photodiodes absorb the visible
as well as the IR portion of the light, so that
measurements are made only on the required spectral
region. After exposure, the radiometer’s LCD shows the
total UV measured in mJ/cm˛ to which the unit was
exposed.
SPECIFICATIONS:
• Weight: 1.1 lbs (500 g)
• Spectral Range: 250-410nm
• Accuracy: +/-10%
• Measuring Range: 0-5,000mW/cm˛
• Heat Resistance: 158°F / 70°C (long exposure
duration)
• Calibration Requirements: Every 12 months depending on
use (average use: once a day; heavy: 3-5 times/day)
M007-091 DISKURE365
M007-091R DISKURE365 RECALIBRATE
UV
HAZARD METER (HANDHELD)
The maximum
exposure time for which one can be safely subjected to UV
radiation is the threshold limit value (TLV). The Handheld
UV Hazard Meter's digital display indicates the number of
exposure hours to reach the TLV for the UV source being
measured. A reading above 8 hours indicates that there is
no hazard in a working day.
M007-051 UV
Hazard Meter
UV
LAMPLINE INTENSITY MONITOR
The
state-of-the-art LampLine UV Intensity Monitors are
electro-optic instruments designed for continuous on-line
UV lamp monitoring. With continuous monitoring, a UV
lamp's relative UV output is used to verify ongoing lamp
performance. In each system, the LampLine UV Sensors (sold
separately) are mounted permanently looking at the UV
source.
With any LampLine monitoring system, the principle is the
same. After installation, the user calibrates their
system(s). When the lamp(s) are new and the irradiator(s)
are clean, each monitor is set to 100%. The user then
determines a Lower Limit percentage for the alarms and
sets those. As a lamp degrades over time, the signal from
the sensor is translated into a percentage of your
original intensity setting as calibrated.
LampLine Multi-Channel Monitor:
This top of the line UV lamp monitoring system can monitor
up to 4 lamps at a time on-line. However, it is cascadable,
meaning more than 4 lamps may be monitored by adding
additional Monitors, each interconnected so that any lamp
dropping below threshold will set off an alarm. The front
display shows the percentage of original output for any
lamp being monitored.
LampLine Panel Mount:
This online monitoring system can be retrofitted to
existing machinery or incorporated directly into equipment
design. Each small monitor can be front-panel mounted so
that the percentage of original output displayed on its
LED can be constantly viewed and assessed by the user.
LampLine DIN Module:
The intent of this on-line system is to be able to monitor
a multitude of lamps by snapping individual modules onto a
rail which is normally mounted in the rear or side of the
equipment. This system is available for use in integrated
monitoring and control systems containing analog signal
processing and shared display capability. DIN Modules do
NOT have a display. Each rail mounted module allows for
monitoring of a single UV lamp.
LampLine Sensors:
The sensors work with mercury vapor, electrodeless,
deuterium, or any lamps which produce UV light. Sensors
are ordered individually and are available in 250-260nm,
280-320nm, 320-390nm, or 395-445nm spectral responses.
“Lamp On” detector indicates UV system is powered and
lamp is running. Each sensor comes with a 10' cable
(custom lengths are available).
M007-067A Lampline Multi-channel monitor
M007-066A Lampline Panel Mount
M007-068A Lampline DIN Module
M007-085 Lampline Sensor - Compact
M007-086 Lampline Sensor - "Lamp on"
MICROCURE
SLIM RADIOMETER
Directly affix this
ultra-compact electro-optic device to almost any
workpiece to accurately measure UV dosage under normal
operating conditions. With a UV data collection
instrument measuring only 1.30" (33 mm) by
1.0" (25 mm), the MicroCure™ is ideal for
inaccessible curing environments such as web presses,
bottle printers, container decorators, and compact disc
coaters.
In web press applications, MicroCure passes through a UV
curing station and is removed prior to reaching the
print station location. Equipped with an adhesive-backed
transport pad and pocket, the MicroCure adheres directly
to any item including a web traveling vertically and/or
while traveling at high speeds. In fact, MicroCure's
high sampling rate of 2000 samples/second ensures that
measurements taken at rapid web speeds will be accurate.
Due to the instrument's extremely small surface area and
very low profile (only 0.25" / 6.35 mm high),
MicroCure can actually travel around idler rollers. For
applications not requiring adhesion, the unit can be
inserted directly into a can, cup or tube. Compact disc
manufacturers who screen and/or coat CDs can put
MicroCure into one of the CD "nests" when
checking UV dosage against production parameters.
MicroCure is easy to use. There are no wires or
connectors. Since it's always "on", there are
no switches or buttons to push. Insert the unit into the
DataReader and simply push the "Select" button
to check the UV dosage. Available in 2 models: Standard
2W/cm˛ (90% intensity) or 10W/cm˛ (for heavy-duty
microwave lamps).
M007-074
MicrocureTM with Data Reader 2W/cm2
M007-074A MicrocureTM
with Data Reader 10W/cm2
M007-084 MicrocureTM
OMNISCAN
RADIOMETER
The
revolutionary OmniScan™ is the first UV analyzer to
combine dosage measurements for ensuring product quality,
with system diagnostics in one simple, automated package.
The exclusive Irradiance Profiler graphically shows the
absolute performance of each lamp subassembly in your
system. A stored reference plot allows you to compare,
on-the-spot, the current performance of the system with
your standard operating parameters. There is no need to go
to a computer station or to run complicated software.
As the OmniScan passes through the oven, it acquires the
maximum irradiance at every point along the curing path.
It then shows this information as a graph of irradiance
versus position allowing the operator to instantly see the
uniformity of the product illumination. By recalling a
stored baseline run, the OmniScanTM provides both
quantitative and qualitative analysis of the current run.
This information is provided automatically and immediately
to the operator.
GENERAL SPECIFICATIONS:
• Dose Range: 1mJ/cm˛ to 20J/cm˛
• Intensity Range: 1mW/cm˛ to 20W/cm˛
• Temperature Range: 10°C to 60°C
• Accuracy Typically better than 6%
• Information Displayed: Dose, Maximum irradiance,
Irradiance uniformity profile, Reference profile,
Difference profile
• Spectral Ranges: 205nm-345nm or 250nm-400nm
• Dimensions: 0.5”D x 4.4”W x 6.3”L (12.7 mm x 111
mm x 161 mm)
• Weight: 0.75 lbs/0.34 kg
Range (nm)
(10% peak power) Model Item Number
205 – 345 nm UVC M007-098CH, M007-098CL
250 – 400 nm UVAB M007-098ABH, M007-098ABL
265 – 310 nm UVB M007-098BH, M007-098BL
315 – 390 nm UVA M007-098AH, M007-098AL
Each of the above spectral ranges is available with either
High energy or Low energy sensitivity:
High (H) Version - shuts off after 5 minutes, or when dark
for 8 seconds, whichever is first
Maximum belt speed: 300 fpm
Irradiance Range: 10 mW/cm2 – 20 W/cm2
Profiling starts at: 10 mW/cm2
Low (L) Version - shuts off after 15 minutes, or when the
button is pressed once while “P is flashing
Maximum belt speed: 30 fpm
Irradiance Range: 1 mW/cm2 – 2.5 W/cm2
Profiling starts at: 1 mW/cm2
M007-098CH 205 - 345 nm UVC
L
M007-098C 205 – 345 nm UVC L
M007-098ABH 250 – 400 nm
UVAB
M007-098ABL 250 – 400 nm UVAB
M007-098BH 265 – 310 nm
UVB
M007-098BL 265 – 310 nm UVB
M007-098AH 315 – 390 nm
UVA
M007-098AL 315 – 390 nm
UVA
R3
PROBE UV RADIOMETER
The
CON-TROL-CURE® R3 Probe UV Radiometer is an affordable
electro-optic UV measuring instrument. It is
battery-operated, portable, extremely light-weight, and
easy to use. It is designed to measure and display peak UV
intensity in hard-to-reach curing chambers (such as narrow
web presses) in order to evaluate system performance.
With the increasing use of narrow web presses and flexo
printing technology, it has become necessary to create a
method for measuring system performance. Degradation of UV
lamps and parts can cause decreases in lamp output and
create curing problems.
R3 stands for “Rapid Reach Radiometer”. The R3 Probe
features an 18” extended probe allowing the operator to
reach areas that might otherwise be inaccessible or
dangerous to access. The probe is simple to use; just hold
the unit’s base and position the sensor under the curing
source. Quick readings allow the operator to measure
performance of the system long before curing problems
occur, without holding up the curing process.
The inside of a UV curing system can include extreme
temperature variations and other harsh physical
conditions. The CON-TROL-CURE® R3 Probe is designed to
withstand these conditions while protecting the operator
and instruments from electrical shock or damage. The 18”
rigid light guide is completely made of non-conductive
ceramic material to insulate and protect the equipment and
the operator from damage or accidental shock.
The tip of the CON-TROL-CURE® R3 Probe can detect all
ultraviolet, visible and infrared radiation wavelengths
with its specially designed input aperture. It even
detects into the UV-C spectrum down to 230nm. The sensor
at the end of the arm directs the light down the arm to
the base of the unit, there a UV filter passes the light
of interest to the unit.
The CON-TROL-CURE® R3 Probe is an effective method of
quantifying UV output. It provides the operator with
instant feedback as to the performance of his UV curing
system.
FEATURES
• A 9V battery block ensures extremely long life in
excess of 100,000 readings.
• It can monitor UV intensities up to 9,990 mW/cm˛
• Compact, Portable size
• Light-weight - Approx. 5 ounces
• 18” non-conductive ceramic probe
• The measurements taken can be viewed directly on the
LCD display.
TECHNICAL DATA
• Spectral range: M007-108 UV-A 315-410NM; M007-109
UV FULL 230-400NM
• Max. Power Input 0 to 9,990 mW/cm˛
• Display: LCD, 3 digits X 10
• Display range: 0 to 9,990
• Measuring range: 0 to 9,990 mW/cm˛
• Power source: 9 V Block Battery
• Power consumption: 20 µA
• Battery service life: 2,000 hrs (100.000 Measurings)
• Dimensions: 6.25” (158 mm) x 1.6” (40 mm) x 1.3”
(34 mm)
• Weight: Approx. 5 ounce (125 g)
• Length of light guide: Approx. 18” (45 cm)
• Overall length: Approx. 24.25”
• Operating temperature: 0 to 122° F / 0 to 50°
Centigrade
• Base Accuracy: ± 5 % The maximum permissible
temperature for the light guide is 400° Centigrade/ 750°
Fahrenheit. The temperature of the housing should not
exceed 122° F / 50° Centigrade.
Because of uneven radiation distribution of the UV light
source and different type of construction of the measuring
devices by different manufacturers, different readings may
appear under the same measurement conditions. CALIBRATION
Like most radiometers, in order to keep its full function
and precision it is recommended to have re-calibration
done once per year. Re-calibration will also be necessary
after change of battery.
SILVER
LINE RADIOMETER
The
CON-TROL-CURE® Silver Line Radiometers are rugged,
probe-style UV measurement devices. These
simple-to-operate radiometers measure UV Intensity
(mW/cm˛).
The Silver Line radiometers have 2 resolution settings.
The “x1” setting displays UV intensities from 0 to
19.99 mW/cm˛, while the “x10” setting displays from 0
to 199.90 mW/cm˛. The rugged metal-housed sensor is
capable of withstanding high temperatures and moderate
shock. While exposed to the heat of UV curing lamps, the
Silver Line radiometer probe can withstand 110°C (230°F)
for up to 10 seconds. The temperature of the housing
should not exceed 45°C (113°F).
An Auto Off function shuts down the unit after one minute
of inactivity to save battery energy.
The Silver Line series offers 4 models, each measuring a
different UV wavelength:
• UV-A: 315 - 400nm
• UV-B: 280 - 315nm
• UV-C: 230 - 280nm
• Full UV: 230 - 410nm
SPECIFICATIONS:
• Max. Power
Input: Sensor input to 1,000 W/cm˛
• Display: LCD, 4 digits
• Range x1: 0 - 19.99 mW/cm˛
• Range x10: 0 - 199.90 mW/cm˛
• Base Accuracy: ±5%
• Power Source: 2 x 3.6V Lithium Battery
• Dimensions (housing): 5.5"H x 2.75"W x
0.5"D (140 x 70 x 13mm)
• Dimensions (sensor): 1.6"Diameter x 0.4"D
(40 x 10mm) - 1m length
• Weight: 200 g
M007-154 SILVERLINE
M007-154R SILVERLINE RECALIBRATE
SPOT
CURE METER (VU RADIOMETER)
The Spot
Cure™ Meter is an easy, portable, and effective means of
quantifying UV output. This self contained, electro-optic
instrument is designed to measure and display the
intensity emitted by a UV spot curing system.
It uses a special lithium battery stick for extremely long
life-in excess of 100,000 readings. It measures UV
intensity from 0-19.99W/cm˛. A measurement head which
contains the optics is attached to one end of the
cylindrical instrument. Light guide adaptors which fit
into the measurement head are available to fit all size
light guides. It can be configured to read one of the
following UV transmission bandwidths: 250-260nm (UV-C),
280-320nm (UV-B), 320-390nm (UV-A), or 395-445nm (UV-V).
Meets ISO-9000 requirements.
M007-041A Spot CureTM
UV-A
M007-041B Spot CureTM
UV-B
M007-041C Spot CureTM
UV-C
M007-041V Spot CureTM
UV-V
UV
POWER MAP & UV MAP PLUS RADIOMETER
The UV PowerMAP™ and the
UV MAP Plus™ are both advanced measurement systems
that measure and store UV energy, UV irradiance, and
temperature information derived from their optics and
thermocouple probes in UV curing processes. The UV
PowerMAP simultaneously measures all 4 UV spectral
regions (UV-A, UV-B, UV-C, and UV-V) while the UV MAP
Plus only measures 1.
The information is transferred to a PC where it is
presented in graph and data format for viewing and
analysis. The information is characteristic of the same
energy and irradiance that would be impinged on an
actual work piece passing through the curing process.
Variables such as reflector materials, reflector shapes,
wavelength-specific reflector degradation and
uniformity, and lamp focus can be documented.
FEATURES:
• UV PowerMAP measures peak power density and total
energy density in 4 spectral regions: UV-A, UV-B, UV-C,
and UV-V
• UV MAP Plus measures the peak power density and
total energy density for any 1 spectral region
• Collection and storage of up to 1 million data
points
• Collected data displayed in graphical and tabular
forms in the PowerView™ software package
• PowerView enables an ultra-fast, user-adjustable
sampling rate - up to 2048 samples/second – that
ensures high resolution even at high speeds
• Detachable Optics Head - allows the use of different
optics heads with the Data Collection Unit to minimize
downtime during recalibration
• Type J thermocouple records temperatures from
0-500°C
• Low, narrow profile to allow access to most curing
applications
• Rugged aluminum chassis and stainless steel case
• Unit Dimensions 3.50"W X 9.0"L X
0.5"D (8.89cm X 22.86cm X 1.27cm)
• Weight 20.2 ounces (570 grams)
The UV PowerMAP and UV MAP Plus systems are composed of
a data collection unit, detachable optic measurement
head, and PowerView software package. The units measure
UV energy in J/cm˛ and UV irradiance in W/cm˛.
M007-087 UV
Power MapTM
M007-088A UV Power Map Plus TM
UV-A
M007-087 UV Power Map Plus TM
UV-B
M007-087 UV Power Map Plus TM
UV-C
M007-087 UV Power Map Plus TM
UV-V
UV
PROFILER RADIOMETER
Shown
above the UV-Data Sampler with built-in PDA
display. View and analyze data without the need for
download!
+ 2 channel
+ UV intensity mW/cm2
+ UV dose mJ/cm2
+ Temperature measuring
+ Pass-through data acquisition
+ Built-in sensors
+ 2x16 digits LCD Display
+ computer programmable
+ Parameter selection
+ Auto scale function
+ Free selectable Integral
+ Graphic charts on PC via ComPort
+ Result storing capability on PC via ComPort
+ Microsoft Evaluation Software
+ Auto off
The UV Data Sampler profiling radiometer system has been
specifically designed to measure UV-radiation on high-end
UV-curing printing market. Via ComPort, it is connected to
a PC in order to pre-select parameters for the measuring
cycle. After passage of the UV light source(s) the
recorded data can be downloaded to a computer for further
editing by Microsoft Evaluation Software. The measurement,
integrating, and recording of data from all sensor
channels takes place at user-defined intervals.
The UV-Profiler Radiometers are available in 6 distinct
models:
The UV-Profiler-3000™
handheld system combines the power and convenience of a
PDA with the analysis of a full featured radiometer. The
UV-Profiler-3000 delivers a rapid profile of your UV
curing system and displays the results via its onboard
color viewing screen or it can be connected to a PC.
The UV-Profiler-3000 measures UV from 250nm to 410nm.
Results are presented as UV Intensity (mW/cm˛), UV Dose (mJ/cm˛),
and Temperature. The UV-Profiler-3000 is equipped with one
UV sensor and one temperature sensor.
The TFT touch screen display shows the complete UV energy
profile and offers zooming and auto scale functions. Peaks
and Integrals are selectable on the screen and will be
displayed in numerical format. The sampling rate is 50
milliseconds (20/second).
The UV-T Profiler series
of radiometers is similar to the UV-Profiler-3000 in that
it measures UV Intensity, UV Dose, and Temperature. But it
differs in 2 main aspects. There is no onboard viewing
screen. Results are accessed by connecting the unit to a
computer. The other main difference is that the UV-T
Profilers are available in 4 different UV ranges:
• Full UV: 230nm-410nm (M007-121)
• UV-A: 315nm-410nm (M007-122)
• UV-B: 280nm-315nm (M007-123)
• UV-C: 230nm-280nm (M007-124)
The UV-3C Profiler radiometer
measures UV Intensity and UV Dose (not Temperature). The
main difference between this unit and the UV-T models is
that the UV-3C has 3 UV sensors. So it is able to
simultaneously measure UV-A, UV-B, UV-C, and Full UV. As
with the UV-T, the data is displayed only via a computer
link.
The UV-3C-T Profiler radiometer
is identical to the UV-3C but adds the capacity to measure
Temperature. As with the UV-3C, the data is displayed via
a computer link.
FEATURES:
• UV Energy Measurement
• 64 MB Memory
• UV Dose Measurement
• Auto-scale Function
• ComPort for Computer Downloads
• Microsoft ActiveSync Software
SPECIFICATIONS:
Spectral Range: Total UV (250nm to 410nm)
Max. Power Input: 0 to 5,000 mW/cm˛
Display Range: 0 to 100,000 mJ/cm˛ / 0 to 2,000 mW/cm˛
11150:
UV-2C Data Sampler:
M007-121 Full
UV: 230nm-410nm
M007-122 UV-A: 315nm-410nm
M007-123 UV-B: 280nm-315nm
M007-124 UV-C: 230nm-280nm
UVX
RADIOMETER
NOTE:
Radiometer (M007-043) sold separately. Probes (M007-044,
045 & 046) must be purchased individually.
The CON-TROL-CURE UVX Radiometer's unique simplicity makes
its operation as easy and fool-proof as possible. Simply
plug in 1 of the 3 remote interchangeable probes (254nm,
300nm, or 365nm), set the EXTERNAL ZERO ADJUST to read
00.0 on the LCD, and you're ready to measure. The probe is
then placed in the UV environment and the intensity
reading will be shown on the display. It continuously
monitors its own power supply and informs when its voltage
is too low for accurate readings.
A 3-foot shielded cable allows the placement of the probe
in hard-to-reach locations. Full exposure is not necessary
as accurate readings are still possible because each
probe's cosine sensitivity is nearly perfect. Each sensor
has a tripod mount which is built into the bottom of the
probe. All 3 probes are calibrated for measurement in
their own UV band. Calibrations are accurate to +/-2% and
traceable to the National Bureau of Standards.
NOTE: BECAUSE OF ITS HEAT SENSITIVITY, THE UVX RADIOMETER
IS NOT RECOMMENDED FOR USE WITH HIGH INTENSITY UV CURING
SYSTEMS.
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