| UV Radiometers |
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| EIT serves the instrument market through the design & production of equipment that measures and tracks process control information in UV applications. EIT radiometers and on-line monitoring equipment provide UV users with the widest choice of instruments on the market. The radiometers are NIST traceable and most are available in a choice of four standard wavelengths. |
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| 3DCURE™ |
- Multiple measurement points - up to 32 sensors!
- Small, low profile Sensor with cosine response, each calibrated and serialized.
- Individual Sensors are single band and are available in any of EIT's four standard (UVA, UVB, UVC or UVV) bandwidths. The sensors can be combined in any combination of bandwidths to meet the measurement needs of your UV source(s) and process.
- Sensors are easily attached on either a permanent or a temporary basis.
- Flexible daisy-chained quick connector system allows the Sensors to be placed exactly where they are needed without creating an octopus maze of cables.
- An LED on each Sensor can be toggled via software to easily identify its location on the work piece.
Data Collection Module (DCM) / EIT Cure3D Software:
- The Data Collection Module (DCM) is small (4.5"L x 2.75"W x 0.8"H; 11.43 x 7.0 x 2.03cm), durable, portable; uses rechargeable batteries that provide power to the Sensors.
- The DCM attaches to the daisy-chained (multidrop) Sensors and travels through the process.
- The DCM stores the collected data from up to 32 sensors and transfers s digital data file to a computer via EIT Cure3D software.
- The Cure3D software displays the energy density (joules/cm2) and irradiance (watts/cm2) values, plus other pertinent information in table format from each Sensor in the chain.
- The data can be easily exported into a spreadsheet program such as Excel® to allow analysis and sharing of the data. ActiveX® controls are available to allow end users to manipulate the data in their particular format.
- The DCM with the attached Sensors can also be used in a tethered mode to a computer for instantaneous readings and feedback for immediate adjustment of UV lamps
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| UV PowerMap |
- Measure performance of the entire UV process
- Compare characteristics of multiple lamps
- Compare UV systems over time or compare different systems to each other
- Measure temperature in curing environment
- Track and store archival data
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| UVICURE® Plus II - Contact us on the new UVICURE® Plus II |
- Curing applications, i.e. curing of inks, adhesives, solder masks and epoxies
- Measure UV lamp performance
- Compare the efficiency of curing systems
- Establish UV level for proper curing
- Measure one spectral bandwidth
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| UV Power Puck® II - Contact us on the new UV POWER PUCK® Plus II |
- Curing applications, i.e. curing of inks, adhesives, solder masks and epoxies
- Measure UV lamp performance
- Compare the efficiency of curing systems
- Establish UV level for proper curing
- Measure four spectral bandwidths
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| MicroCure |
- Use in relatively inaccessible applications (small container, web printing, small conveyor, three dimensional and batch applications)
- Establish UV curing levels
- Measure UV lamp performance
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| UVIRAD |
- Use in imaging and plate making applications where intensity levels are low (<100mW/cm²)
- Exposure machine intensity profiling (find "hot" and "cold" spots within a vacuum frame)
- Establish a benchmark exposure value
- Platen and artwork opacity measurements - UV lamp evaluation
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| SpotCure |
- Monitor spot curing system performance
- Measure light degradation
- Determine optimum positioning of light guide cable
- Compare the efficiency of spot curing systems
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| Palm Probe |
- Measure UV system performance particularly in applications where measurement space is limited or it is difficult to establish.
- Establish, document and maintain UV process windows.
- Measures intensities up to 10 Watts/cm2
- Wide dynamic range (100,000:1) allows multiple uses from production curing (high irradiance) to stray hazard (low irradiance) applications.
- Single hand operation.
- Meet ISO, quality and customer requirements for SPC/SQC.
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| Online Monitoring Equipment |
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| EIT serves the instrument market through the design & production of equipment that measures and tracks process control information in UV applications. EIT radiometers and on-line monitoring equipment provide UV users with the widest choice of instruments on the market. The radiometers are NIST traceable and most are available in a choice of four standard wavelengths. |
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| MultiBrite |
- Continuously monitors up to four UV lamps simultaneously
- Provides a readout in percentage of 100% original UV lamp output
- Incorporates a 0-10V output and 4-20mA current output proportional to UV
- Sounds an alarm when any lamp falls below a user settable low limit threshold
- Powered by 110V or 220V
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| Online UV Intensity Display Module |
- Continuously monitors the output of a single UV lamp
- Displays results as a percentage of 100% original value
- Provides a 0-10 volt output proportional to UV which can interface to a PLC, strip chart recorder, etc.
- Provides an alarm relay contact
- Powered by 24 volts AC or DC
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| DIN Rail UV Intensity Monitor |
- Continuously monitors the output of a single UV lamp as a percentage of 100% original value
- Clamps onto "din rail" behind equipment allowing multiple units to be inserted into a relatively compact area
- Provides a 0-10 volts output proportional to UV which can interface to a PLC, strip chart recorder, etc.
- Features an alarm relay contact
- Powered by 24 volts AC or DC
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| Compact Sensor |
- Improved optical design to virtually eliminate solarization
- Small profile for installation in tight spaces
- Squared body design for easier mounting
- Can be used on most lamp makes and types
- Sealed optics to prevent contamination - optional air purge
- Available with a "lamp on" detector
- Compatible with any of EIT¹s monitoring equipment
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