LM9000 UV lamp monitor

LM9000 UV Lamp Monitor System

We can provide an entire line of solutions to determine critical information on UV Lamp conditions while the lamp is operating within the curing application. The LM9000™ UV LAMP MONITOR, the flagship of this technology, is a highly modular, computer-based, full spectrum UV data acquisition and management system providing both real-time display and data storage of UV Lamp output characteristics. Our exclusive Optical Probe and Fiber Optic sub-systems will allow permanent sensor placement inside the curing zone, reflector housing, or even directly on the lamp.

1)The LM9000™ is available in 2 forms: The Internal LM-9000™ Instrument is a PC card (ISA or PCI Bus), mounted directly inside the PC. The External LM-9000™ Instrument is housed in an impact resistant case that is connected to the PC’s USB port. Both units allow direct connection of the UV enhanced Fiber Optic Cable to the PC, bringing the full spectrum of UV light (200nm to 450nm, other ranges available on special order) into the system. The incoming "Light Sample" is broken up into individual wavelengths and reflected onto a CCD array containing 2000 individual sensors. Data from each sensor (and wavelength) is then displayed by the computer and maintained in an MS-SQL DataBase. Multiple lamp configurations can be created by incorporating the additional card units and adding additional instrument units to the system.LM9000 Windows Software DisplayLM9000 SpectrophotometerLM9000 USB System With Laptop For Software Display


2) The LM9000™ Software is Windows compatible featuring real-time display of the wavelength intensity distribution between 200 and 450 nanometers sampled every 5 seconds, selective wavelength monitoring, and a saved baseline display. The LM-9000™ captures all the performance characteristics of your UV Lamp output throughout the course of each job, not just when the operator pushes a button. The LM-9000™ even saves information for later, so you can keep process and machine settings, job characteristics and system state information to help duplicate the exact conditions that job required. "Events" for selected wavelengths can be defined to alert operators to changes in lamp intensity.


3) The Basic Optical Probes are available as small as 1/4" (6 mm) diameter by 3/4" (19 mm) long, intrude only 3/8" (9.5 mm) into the curing system, and are easily installed inside the curing zone, anywhere around the lamp. Using a proprietary lens system that interface with the connecting Fiber Optic cabling, Basic Probes will withstand up to 752°F (400°C), and come in 4 levels of Optical Attenuation, designed to address very high UV light levels when used in High Energy (300+ watt) lamp systems.



4) The connecting Fiber Optic Cabling is designed for industrial applications, and is specially UV enhanced to transmit all the UV energy in the 200nm - 450nm range without loss of signal. Jacketed and encased within a flexible stainless steel covering, the Fiber is designed to function at up to 572°F (300°C) continuous operation and will not solarize over long term UV exposure. Cables feature easy installation on Industrial Processing equipment without fear of damage to the fiber. Cables are available in 6.6 ft (2 m), 33 ft (10 m) and in Custom lengths.

Do you need mutliple lamp and multiple system monitoring capabilities? What about process control interfacing with the LM-9000™ to make production line control a reality? Visible light and UV monitoring capacity is available, making control of other aspects of product creation possible ?


  • Continuous Monitoring of Lamp Energy
  • Full Spectral Range Sensitivity From 200-450nm Range
  • Selective Wavelength Monitoring
  • Full Capabilities At Any Intensity with No Wattage Limitations
  • Automatic Calibration At Startup
  • Completely Modular Component Designs
  • Single or Multiple Lamp Configurations Are Available
  • Simultaneous Multi-Lamp Monitoring And Event Storage Capabilities
  • Choice of View Angle To the Lamp
  • No Environmental Barriers To Probe Installation: Temp 452°F (400°C) Max.
  • Probes May Be Installed Anywhere Around The Lamp, or Anywhere Along It
  • Small Probe Profile: 1/4" (6 mm) Diameter, 3/8" (9.5 mm) intrusion into curing area
  • Focal Plane Positioning using the Optional Right Angle Probe
  • Long Range Positioning of Central Station to Monitored Lamps up To 66 ft (20 m) from Central Station (Longer Ranges Are Available)
  • Selective Sampling By Hour, Minute, Day, Week or Month
  • History of Lamp Performance With:
    • Full Range Data Storage
    • Maintains All Lamp Operation Information
    • Records All Lamp Operating Parameters
    • Event Data Storage By Job, Skid, Hour, Day, Operation, Operator, Machine
    • Event Recording By Critical Wavelength / Critical Energy Level
  • Completely Software Controlled by Windows


  • Lamp Data:
    • Date & Time of Lamp Installation
    • Lamp Serial Number (for tracking)
    • Number of Hours On (in use) and Number of Lamp Starts
    • Peak Irradiance at Each Wavelength
    • Baseline Performance of New Lamp
  • Process Data:
    • Operating Temperature, Power and Speed Settings
    • Output Energy Events
    • User Defined Data Collection
  • Data Storage:
    • Lamp & Job Baselines
    • Lamp & Job Description Information
  • Data Reporting Capabilities:
    • ISO-9000 Level Reporting
    • Lamp Performance Over Time
    • Process Data Reports On Demand
    • Ink/Coating, Job, Lot & Skid
    • I/O Interfacing Options for Extended Process Controls and Data Logging
  • Optional Accessories
    • Computer
    • Light, Medium & Heavy - Duty Probes
    • Probe & Fiber Optic Lengths
    • Temperature Monitoring Sensors
    • Visible Spectrum Optical Bench 200-1000nm
    • Modular System Expansion for Additional Lamps or Probes


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