USHIO LIGHT MEASURING INSTRUMENT CATALOG Calibration will be made under the quality management organization that conforms to the ISO9001 standards. Pl

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USHIO LIGHT MEASURING INSTRUMENT CATALOG Calibration will be made under the quality management organization that conforms to the ISO9 standards. Please contact us at the following for details.

1 USHIO LIGHT MEASURING INSTRUMENT CATALOG Calibration will be made under the quality management organization that conforms to the ISO9 standards. Please contact us at the following for details. USHIO INC. Customer Service Center 649 Moto-Ishikawa-cho, Aoba-ku, Yokohama-shi,Kanagawa Tel Fax Disclaimer Be sure to read the attached user's guide tounderstand well the outline, operaion, and safety of this system before operating or servicing the system. Notice UIT-365 uses lithium secondary batteries as the power source. Please recharge the battery at least once every six months, even when it is not in use for a long time. If it is not recharged, the battery performance and service life could decline due to abnormal internal chemical reactions caused by excessive discharging, which could lead to deformation, liquid leakage, heat dissipation, or ignition. Please comply with the recharging conditions designated by our company when recharging batteries. If the battery is recharged under conditions that differ (such as high temperatures, voltages, or electric current other than those specified, or using a modified recharger), deformation, heat dissipation, disruption, or ignition of the batteries could result. Because of the properties of rechargeable batteries, their performance gradually declines and the operating time gradually shortens even when they are fully recharged. Please contact our company promptly when this happens. Notice Equipment shown in this catalog, any products using the equipment or technologies relating to the equipment fall under the category of security control relating to freight or technologies under the provisions of the Foreign Exchange and Foreign Trade Control Law. You have to obtain permission from the Government of Japan before exporting them from Japan. Disclaimer USHIO does not accept any liability whatsoever for secondary damages (e.g., equipment damage, loss of opportunity, loss of operational profits) suffered by the customer result of use or breakdown of this product. USHIO INC. TOKYO-6-5 Marunouchi, Chiyoda-ku, Tokyo -8 Tel Fax OSAKAShin-Osaka Prime Tower 5F 6-- Nishi-Nakajima, Yodogawa-ku, Osaka 532- Tel Fax USHIO ASIA PACIFIC PTE LTD. 28 Genting Lane, #5-5, Platinum 28, Singapore Tel Fax USHIO TAIWAN, INC. 8F, No.4, Sec., Zhongxiao W.Rd., Taipei 4, Taiwan, R.O.C. Tel Fax USHIO KOREA, INC. Dukheung Bldg., 4/F, 328-, Seocho-dong, Seocho-gu, Seoul, , Korea Tel Fax USHIO AMERICA, INC. 544 Cerritos Avenue, Cypress, CA 963, U.S.A. Tel Fax USHIO EUROPE B.V. Sky Park, Breguetlaan 6-8, 438BC Oude Meer, the Netherlands Tel Fax USHIO FRANCE S.A.R.L. Z.I. du Vert Galant-Allée St.Simon B.P. 743-St. Ouen L'Aumone 95, Cergy Pontoise Cedex, France Tel Fax USHIO DEUTSCHLAND GmbH Munchener Strasse, Steinhöring, Germany Tel Fax USHIO U.K., LTD. Argyll House, Quarrywood Court, Livingston, West Lothian, EH54 6AX, U.K. Tel Fax All information, data and specifications shown are subject to change without notice.

2 The Irradiance Meter Leads to the Light. Vacuum Far- Near- Visible Light Near- Mid- Far- -C -B -A -A -B -C nm 28nm 35nm 4nm 78nm 4nm 3nm 6nm Halogen Lamp Halogen Heater Lamp Xenon Flash Lamp / Xenon Short-Arc Lamp Super-Thin Palm Top Irradiance Meter P4 Accumulated Meter Digital Intensity Meter Spectralradiometer Spectral Reflectance Meter P4 Deep Lamp Super-High Pressure Lamp Metal Halide Lamp High Pressure Lamp Artificial Satellites Wavelength management of Solar Simulator power source,reflective ratio management of components P4 Outdoor Sign Boards Irradiance and wavelength management at times of printing P4 Dielectric Barrier Discharge Excimer Lamp Xenon Fluorescent Lamp External Electrode Rare Gas Fluorescent Lamps-XEFL LED Solar PanelsPhotovoltaic Power Generation Wavelength management of the light sources for output property inspection Air Purifiers Air Conditioners Door Knobs(Toilet) Irradiance management at times of photo catalyst of the material (titanium oxide) Wavelength management for clarifying the reactive wavelength properties when developing new materials Flat TVs Irradiance and wavelength management at times of hardening when liquid crystal panels are produced Irradiance and reflectance management at times of hardening of optical films P4 P4 LED Lighting (Fluorescent Lamps) Irradiance and reflectance management for -hardened resins of diffusion sheet P4 Flowers (Carnation) Vegetables (Tomato) Fruits (Strawberry) Irradiance and wavelength management using lighting (lamp irradiation) to control the time of blooming Irradiance and wavelength management when promoting photosynthesis (enhancing yield amount and sugar content) using lighting (supplementary lighting) Crime Prevention Cameras (Infrared Rays) Wavelength management of light sources for monitoring cameras Automobiles (Hybrid Cars, Electric Vehicle Car) Irradiance management at times of sealing resin hardening for fuel cell separators Irradiance and refectance management at times of hardening of moth-eye films for car navigation systems and diffusion sheet for LED headlights (headlights and tail lamps) Irradiance management at times of bonding of Electronic Control Unit P4 P4 Blu-Ray Disc Players Irradiance management at times of bonding of the pick-up lens Irradiance management at times of bonding of HDD electronic components P4 Smartphone (Mobile Phones) Irradiance management at times of provisional and final hardening of resins for touch panels Irradiance and refectance management of -hardened resins for optical films P4 P4 -Blocking Umbrellas Sunscreen Wavelength management (for -blocking) at times of product inspection -Blocking Clothing Wavelength management (for -blocking) at times of product inspection Water Irradiance management at times of water sterilization using 2 3

Super-Thin Palm Top Irradiance Meter UIT SERIES UIT- 365 Super-Thin Palm Top Irradiance Meter Measure & Log Measured Data Major Applications STEP : STEP : Measure & Log Measured Data Measurement of

3 Super-Thin Palm Top Irradiance Meter UIT SERIES UIT- 365 Super-Thin Palm Top Irradiance Meter Measure & Log Measured Data Major Applications STEP : STEP : Measure & Log Measured Data Measurement of Irradiance on Optical Film Wireless, and simplified to the maximum extent possible STEP 2: STEP 2: Display and Manipulate Measured Data Palm-top size, less than 4.9 mm thick Optimum for irradiance management in coating on an optical film and bonding of lenses Allows efficient absorption of diagonally incident light Ensures high accuracy and repeatability of measured values even when measuring the irradiance of dispersive continuous light Enables measured data to be easily interchanged with other irradiance meters as well as correction of an instrumental error Use of a secondary battery allows repetitive charging and use Measure Real-time STEP : STEP : Measure while Monitoring Measure the Irradiance of Spot Light for Bonding Pick-up Lenses Real-time measurement with UIT-365 connected with PC via USB Real-time measurement with UIT-365 connected with a mobile device 4 A sampling rate up to Hz is selectable (during continuous measurement for a maximum of 2 minutes) to allow sampling of detailed data even on a high-speed production line No wiring is needed in data logging or offline measurement mode, thus it can be placed on anywhere for measurement including a narrow area in which other irradiance meters cannot be placed. Actual Size Specifications Models Functions Sampling Rate Max No. of Recorded Data Samples Interface Power Possible Battery Operation Time Dimensions Bonding Pick-up Lenses Weight Spectral Sensitivity Absolute-value Calibration Wavelength Calibration Accuracy Detector Diameter Non-linearity Operating Temperature Range (Detector Temperature) Irradiance Measurement Range Accumulated Light Amount Measurement Range UIT-365 Off-Line Measurement / On-Line Measurement / Sleep (Electric Power Saving) /32/ (to be selected by the dedicated software) 2, (for a maximum operation time of 2 minutes at the sampling rate of Hz) Micro USB (Type B) interface conforming to the USB. standard Online measurement: USB bus power Offline measurement: Lithium Secondary Battery * Approx..5 hours *2 9 (9) x 25 x 4.9 The parenthesized length of 9 mm indicates the UIT-365 meter when enclosed with a USB cover. Approx. 25 Measuring lrradiance of Spot Light to (The temperature of Light Receiving Equipment.) Models Spectral Response (Typical Value) Angular Dependence (Typical Value) Specifications of UIT-365 Dedicated Application Program "Photometer" Operation System Relative Spectral Response UIT-365 * The battery is incorporated into the main unit and is recharged while connected to a PC via USB. It cannot be recharged if either the battery or its charging system has failed, but will begin recharging when the failure has been repaired. *2 This value is computed when the battery is brand new and fully charged. Therefore, it may not be guaranteed under any condition. *3 Heat Shield Cover (Option) * On and after SP3 *2 Currently for 32-bit CPU only. The application for 64-bit CPU is currently under development. cos UIT-365 5

Accumulated Meter / Digital Intensity Meter UIT SERIES UIT-2 Accumulated Meter Allows measurement of the temperatures, or five wavelength ranges (with central wavelengths of 72 nm, 254 nm, 33 nm, 365

Switching functions: UIT can select power source by AAA battery x 3 or external (AC Adapter: option) Configuration UIT-2A can use AAA battery or AC adapter ACV/For Japan Use Only.

Photodetector (Option) Compatible with Extension Cables (main unit ~ photoreceptor: 2m as standard option) Versatile enough to measure irradiance, peak irradiance, accumulated light amount,

4 Accumulated Meter / Digital Intensity Meter UIT SERIES UIT-2 Accumulated Meter Allows measurement of the temperatures, or five wavelength ranges (with central wavelengths of 72 nm, 254 nm, 33 nm, 365 nm, and 45 nm) by simply replacing the detector unit. Switching functions: UIT can select power source by AAA battery x 3 or external (AC Adapter: option) Configuration UIT-2A can use AAA battery or AC adapter ACV/For Japan Use Only. Photodetector (Option) Output to PC Accessories Handling Instructions Trunk Case AAA battery x3 Precision Driver Options Temperature Sensor (D-TK) Extension Cable (Standard: 2m) Integrated Type Photodetector (Option) Compatible with Extension Cables (main unit ~ photoreceptor: 2m as standard option) Versatile enough to measure irradiance, peak irradiance, accumulated light amount, irradiance distribution,spot-light irradiance, and temperature distribution. Serial Communication Cable Heat Shield Cover (Option) UIT Accumulated Meter / Digital Intensity Meter Built-in memory allows measurement of irradiance distribution for up to 4 minutes. Effective / Invalid Change of an Auto Power-Off Function PC Serial Communication Functions Reading of Irradiance Distribution Data Confirmation of Sample/sec Switching of Measurement Range Measurement of Irradiance (Temperature) Analog Output Cable * The heat shield cover for the old UIT- model cannot be used. *2 UIT-2A can not use this shield. Output to Monitor Specifications Models Display Digits Functions Irradiance Distribution Output Sampling Rate Communication Functions Power Dimensions (mm) Weight Digital LCD Display, 4 Digits (Irradiance), 5 Digits (Accumulated Light Amount) Real-Time Irradiance, Peak Irradiance, Accumulated Light Amount, Irradiance Distribution, Temperature; 3-Stage Range, Auto-power-off Function (5min./invalidity) Analog to V Output; Maximum Recording Time of 2 minutes or 4 minutes (With Recorder Connected) 6 or 32 Samples Per Second Communication Format: Half Duplex, Synchronous Format: Start-Stop Synchronization (Asynchronous) Baud Rate: 4,8bps (Fixed), Transmission Code: ASCII, Data Length: 8Bit (Fixed), Stop Bit:, Parity: None, Delimiter: CR AAA battery x 3 75 (W) x 6 (D) x 5 (H) Approx. 2 g Temperature Sensor Specifications Models Temperature Measurement Range ( C) Thermocouple Line to 3 UIT-2 D-TK Chromel-Alumel Line (Type K) Detector Specifications Models Type Sensitivity Wavelength Region (nm) Wavelength for Calibrating Absolute Value (nm) Calibration Accuracy Detector Diameter (mm) Non-Linearity (%) Range of Temperatures for Use (ºC) (The Temperature of Detector) Temperature Dependency (Typical Value) Irradiance Measurement Range (mw/cm 2 ) Spectroscopic Sensitivity Characteristics (Typical Value) Range H Range M Range L Range H Accumulated Light Amount Range M Measurement Range (mj/cm 2 ) Range L Angular Dependence Characteristics (Typical Value) V-S72 cos V-S D-C254 Integrated Type D-S254 D-S33 D-C365 Integrated Type D-S D-C45 Integrated Type D-S45 Relative Spectroscopic Sensitivity *These numerical values and graphs are the representation reference values, and may not guarantee this specification in all products cos S254 S deg Relative Spectroscopic Sensitivity cos S deg Relative Spectroscopic Sensitivity Relative Spectroscopic Sensitivity cos D-S365 / 45 D-C365 / deg, (unit:mm) Appearance Main Unit Head-Shield Cover Temperature Sensor Separate-Type Detector Integrated-Type Detector 6 7 8

UIT SERIES UIT-2 Digital Intensity Meter Allows measurement of the temperatures of two wavelength regions (with central wavelengths of 365 nm, and 45 nm) by simply eeplacing the detector unit.

5 UIT SERIES UIT-2 Digital Intensity Meter Allows measurement of the temperatures of two wavelength regions (with central wavelengths of 365 nm, and 45 nm) by simply eeplacing the detector unit. Appearance, (unit:mm) Switching functions: UIT can select power source by AAA battery x 3 or external (AC Adapter: option) Compatible with extension cables (main unit ~ photoreceptor: 2m as standard option) Configuration Main Unit Detector 2-M3 Mounting Holes at 8mm Depth Detector (D-45PD):Option Detector (D-365PD):Option Input by AC Adapter Output to Monitor UIT-2 Accessories Analog Signal Output Cable Handling Instructions Trunk Case AAA battery x3 Options Extension Cable (Standard: 2m) AC Adaptor Specifications Detector Specifications Models UIT-2 Models D-365PD D-45PD Display Digits Functions Analog Output Sampling Rate Power Digital LCD Display, 4 Digits (Irradiance) Real-time Irradiance, 3-Stage Range, Sensitivity (CAL value) Adjustment Output voltage: to.999 V Output impedance: 2kΩ or less Response speed: approx. msec. 32 Samples Per Second External Power Supply by AAA battery x 3 or AC adapter (AC adapter is optional) Type Sensitivity Wavelength Region (nm) Wavelength for Calib Rating Absolute Value (nm) Calibration Accuracy Detector Diameter (mm) Non-Linearity (%) Range of Temperatures for Use (ºC) (The Temperature of Detector) Temperature Dependency (Typical Value) Irradiance Measurement Range (mw/cm 2 ) Range H Range M Range L Dimensions (mm) Weight 8 (W) x 8 (D) x 9 (H) Approx. g Spectroscopic Sensitivity Characteristics (Typical Value) Spectroscopic Sensitivity 3 4 nm Spectroscopic Sensitivity 4 nm Angular Dependence Characteristics (Common specification between models. and typical value) (%) (deg) Cos Curve Detector 9

Spectralradiometer USR-45 SERIES USR-45 Spectralradiometer USR-45 Series Spectralradiometer USR-45V/D Spectralradiometer USR-45V/D Measurement of Absolute Values This enables absolute values of

USR-45V/D Wide Light Range: Flash Light Flash light can be measured, not only ambient light and AC light. Wide Dynamic Range Supports wide range of measurements from weak light to intense.

6 Spectralradiometer USR-45 SERIES USR-45 Spectralradiometer USR-45 Series Spectralradiometer USR-45V/D Spectralradiometer USR-45V/D Measurement of Absolute Values This enables absolute values of spectrum energy to be displayed. USR-45V/D Minimal Scattering Light Minimizes amount of scattering light to achieve high accurate measurement. USR-45V/D Wide Light Range: Flash Light Flash light can be measured, not only ambient light and AC light. Wide Dynamic Range Supports wide range of measurements from weak light to intense. Measurement of Dispersive Continuous Light Is Possible The angular properties have been improved significantly with the unique optical system. Diagonal incident light is taken in without using an integrating sphere. Measurement of High Irradiance LED Is Possible The high-accuracy dispersion board enables measurement of high lighting intensities. (2 mw/cm 2 /nm*) *A reference value at 365 nm Wide Dynamic Range-Type The standard-type equipment has been added with the dispersive continuous light measurement and high irradiance measurement functions. A greater range of light sources may now be measured, including sunlight and LED. * Wavelength Range VA type: 3 to [nm] / DA type: 22 to 8 [nm] Sunlight Measurement of dispersive continuous spectral light, including sunlight and long arc metal halide lamps Optical Spectrum of Sunlight Measurement Example Wavelength Management at Plant Factories The following effects have been confirmed for each wavelength of light when cultivating plants. Therefore, the current issues may be clarified and technical innovation could result, such as the establishment of new cultivation methods and efficiency improvement in volume production, by correctly grasping and controlling the wavelength and light volume. USHIO s guarantees values based on absolute values. The product contributes to technological innovations in plant cultivation. Example Wavelengths of Light Effective for Plant Growth 2 2 Cryptochrome / Phototropin Optical Spectrum of Long Arc Metal Halide Lamps Light Environment Relative Visibility by Humans Relative Visibility Identify Active Ingredients s of Light LED Wavelengthnm Measurement of high lighting intensities, including that of LED and long arc light sources Chromaticity Coordinate Photomorphogenesis Pulse Absorption Spectrum by Plant Leaves Absorption Ratio Wavelengthnm Phytochrome Chlorophyl / Carotenoid Measurement of flash light that emits light for a short time,such as LED and xenon lamps Spectroscopic Radiation Energy of Xenon Flash Lamps Photorecepton Rice Barley Beans Tomatoes Cucumbers Photosynthetic Pigment Standard-Type This compact instrument enables various forms of data to be measured, including the absolute values of the spectrum energy, with a series of simple operations. * Wavelength Range V type: 3 to [nm] / D type: 22 to 8 [nm] Irradiance Management with Exposure Systems In general, the optical spectra of lamps decline with time. Especially with exposure systems, wavelengths are being managed strictly and this prevents accurate wavelength measurement for simple measurements. This could make use of exposure systems for which process management is difficult. USHIO s USR enables accurate measurement from immediately after the start of use to the end of the service life of lamps, because the absolute values of spectroscopic energy are shown. Color Filter Process Color Resist Coating ExposureDevelopmentCleaning Substrate Example R G Cleaning Cleaning Substrate Measurement Example Cleaning Cleaning B Etching Development Coar Resist Exposure Deposition TFT Array Process Relative Intensity Rubbing Process (Photo Aligning) Cleaning Resist Stripping Cleaning Operating Hour Filling Cell Assemby Process Flip Spread Spacer Bonding TAB Mouting PCB Mouting Back Light Mouting Module Process Wavelengthnm Synthesis of Functional Substances Development of Pigment Starts Growth of Stem Promotion of Photosynthesis Morphogenesis of Leaves Induction of Flowering Growth of Stem Promotion of Photosynthesis Induction of Flowering, Regulation of Flowering Growth of Stem Super High Pressure Lamp Spectral Irradiance Definite value of spectral irradiance to be shown in realtime. Light ourput level of certain spectrum can be shown. Lamp Span Characteristics Super High Pressure Lamp Spectro-Radiometer Light Output Deterioration with Time Definite value of spectral irradiance to be shown in realtime. Light ourput level of certain spectrum can be shown. Data Provided by Doctor of Agriculture Goto National University Corporation Chiba University 2

7 USR-45 SERIES Basic Characteristics Measurable Wavelength Fiber Type V type D type Wavelength Range Resolution Accuracy Fiber Length Incident Optics m or 3m (Per Request) Folding Incidence Measurement Performance Spectral Measurement (Including Transmittion Factor and Absorbance) Measurement Interval Continuous Measurement Frequency Sampling Frequency Automatic Input Availability.4 to 9999 sec. (Depend on Measurement Condition) MAX. 99 Spectral/Measurement to 99 Times/Changeable Synchronous Trigger Output (BNC Connector) Deterioration with Time Measurement Measurement Interval Continuous Measurement Frequency Maximum Displayable / Wavelength Number.4 to 9999 sec. (Maximum May Applied Depend on Measurement Condition) MAX. 99 Spectral/Measurement Specifications Standard-Type Wide Dynamic Range-Type Appearance, (unit:mm) Models Main Unit Sensitivity Wavelength Region (mm) Maximum Intensity without ND Filter (@365nm) Angular Properties (Reference) See the graph under this chart. ND Filter * Light of even greater intensity may also be measured in some cases, given differences among devices. Graph Comparing Angular Properties Relative Intensity Yes (Option) No Angle of Incidence deg Measurement Accuracy (Sampling Frequency) Noise Stray Light Level Absolute Value Within % Versus Full Scale (at 25 C Less than % (At 3nm Using Halogen Lamp) (At Shipping Inspection) 22 to 2nm ±2% Towards to Full Scale 2 to nm ±% Towards to Full Scale Incidence Unit : Folding Incidence Light Receiving Part 8 (V/D),6 (VA/DA) 3

Spectral Reflectance Meter URE-V/D URE-V/D Spectral Reflectance Meter Measurement Example Spectral reflectance rate at each location can be shown at the same time.

Portable size to carry, This is ideal for Optical Polished Products, such as Glasses, especially Elliptical Reflectors, Flat Mirrors, and Lenses 2 5 5 Two-in-One Instrument This can be used as

This ideal for the measurement of optically polished glass, particularly optical parts, sucn as, condensing lenses, elliptical reflector, or flat mirrors.

8 Spectral Reflectance Meter URE-V/D URE-V/D Spectral Reflectance Meter Measurement Example Spectral reflectance rate at each location can be shown at the same time. Reflectance rate at particular wavelength can be confirmed, then, uneveness can be evaluated as well. Portable size to carry, This is ideal for Optical Polished Products, such as Glasses, especially Elliptical Reflectors, Flat Mirrors, and Lenses Two-in-One Instrument This can be used as spectro-radiometer intensity meter. Large Products Can Be Measured in Nondestructive Ushio's unique measuring unit enables measurement of large products. This ideal for the measurement of optically polished glass, particularly optical parts, sucn as, condensing lenses, elliptical reflector, or flat mirrors. Compact Measuring Unit This is a portable, easy-to-use device that enables measurement in the location where optical parts are placed. This measureing unit can be used in any convenient location, thereby enabling fluctuation in spectro-reflectance. Instantaneous Measurement Radings There are two wavelength ranges for measurement, 28nm to 8nm or 3nm to nm, which enable instantaneous measurement. Processing Measurement Data in Excel Measured data can be processed and saved by Excel. Spectral Reflectance of Curved Surfaces Can Also Be Measured The measurement of curved surface such as the condenser mirror is possible in nondestructive Muliple Layer Evaporated Elliptical Mirror (Including Other Side) Screw Hole for Fix Measuring Point Measurement Portion Detail Drawin Measuring Area, (unit:mm) AR Coating Lens Measurement Portion At the time of reference measurement of % calibration.this can measure Spectral transmission rate. Basic Characteristics Product Type URE-V/D Measurement Object Optical Parts, such as, Elliptical Reflector, Flat Mirror and Lenses a) Size: Larger than 2mm or 2mm b) Curved Surface: ±Rmm to Flat Surface c) Surface: Optical Polishing Surface or Equivalent (Excluding Diffusing Surface) Incident Angle Measurable Wavelength 2 Ranges Resolution a) 28 to 8nm, b) 3 to nm (Tolerance: ±2nm) Range Depends on USR-45 Type Measurement Accuracy Curved Surface (R) Measurement is Also Possible. Measuring Area Approx. 6mm Outer Size Light Source Weight Approx. 28kg Utility Flat Object±.5% (Including Repeatability ±%) Rmm±2.% (Including Repeatability ±%) ACV3A (URE needs three outlets) Usage Environment Reference Measurement a) Reference Measurement (Calibration) of % Calibration b) Reference Measurement (Calibration) of Si (Silicon) Standard Reflective Surface (For High Reflectance) Reflectance[%] c) Reference Measurement (Calibration) of Quarts Standard Reflective Surface (For Low Reflectance) Reflectance[%] Light Source Unit Xenon Lamp 75W a) Temperature to 35 C b) Humidity3 to 8% RH

0810_UIT250_soto

0810_UIT250_soto UIT UNIMETER SERIES 250 201 Accumulated UV Meter Digital UV Intensity Meter Research & Development CD Medical Biotech Sterilization Exposure Bonding Manufacturing Curing Production Electronic Components