HLVseries HLV-14-PJ HLV-24 HLV HLV-24-3W HLV W. HFRseries HFS. PJseries

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1 Presenting the Second-Generation HLV Series! -High-Luminosity LED Spotlight Series for Replacing Halogen Light Sources- High luminosity spotlights HLVseries HLV-14-PJ HLV-24 HLV HLV-24-3W HLV W Micro fiber-heads HFRseries HFS HFR-25-3 HFR-4-2 HFS-14-5 Patent Pending Patent Pending s for Micro fiber-heads HLV-NRseries HLV-24-NR HLV-24-NR-3W supplies for HLV series PJseries PJ-155-2CA PJ-155-3CA PJ-155-2CD24 PJ-155-3CD24 Patent Pending

2 High luminosity spotlights HLV series The Replacement for Halogen Light Sources. Upgrade HLVseries Why HLV spotlights are better than halogen lights High Contrast Selectable light colors with the high contrast imaging according to the object characteristics. Easy Guidance Easy cabling with a great deal of flexibility. CCD camera Macro lens HLV-14-PJ HLV-24 Exclusive Compact Size Cost Effectivenss Saving space by lightweight and extremely compact housing. Long life span saves maintenance cost. HLV Low power consumption & Less heat Eco-friendly through low power consumption and less heat generation. HLV-14-PJ HLV-14RD-PJ HLV-14SW-PJ Selecting the proper wavelength/color according to the object characteristics provides high contrast image Comparison of Spectral Characteristics - Halogen vs HLV series 4 colors are available. LED(R G B)is monochromatic light, so a clear image can be captured without being influenced by color aberration. HLV-14BL-PJ HLV-24 HLV-14GR-PJ HLV-24SW Relative light intensity (%) Halogen lamp HLV series White Blue Green Red HLV-24RD Wavelength (nm) Wavelength (nm) HLV-24BL HLV-24GR Contrast Comparison - Halogen vs HLV series A range of LED colors unlike Halogen, is selectable from four different LED colors according to the work applications. Halogen light source 1/2 CCD x9 HLV series: HLV-27-BL (Blue) 1/2 CCD x9 HLV HLV-24SW-122 HLV-24RD-122 Low contrast High contrast with clearer image Binary Image Binary Image Absolute difference under binary image 1 HLV-24BL-122 HLV-24GR-122 Vague outline creates a difficulty in obtaining a clear image Very clear image of alignment mark recognition obtained

3 to the New, Second Generation HLV Series of High-Luminosity LED Spotlights! Relative intensity (%) Long life span, less power consumption, saving time and maintenance costs! Life span comparison - Halogen vs HLV series Halogen lamp 1 1 1, 1, 1, Operating time (hr) 2, Halogen 5-2, hours HLV-24RD HLV series TJ=9 C 1 1 1, 1, 1, Operating time (hr) over 3, hours Based on the result of accelerated test of basic device 3, Compact design to save space The compact housing of HLV-14 series is perfect for applications in a narrow space. HLV-14-PJ *Do not connect the HLV-14-PJ series to a conventional PLV power supply. Two types of tip diameter Ø8 and Ø12 Ø8 type Ø12 type Two types of tip diameter Ø8 and Ø12 allow direct insertion into existing coaxial lenses. Change in intensity (%) Change in Brightness Comparison -- Halogen Lamp vs HLV Series Halogen lamp replacement (Number of lamps to replace) HLV-24RD Halogen ON time (h) Two advantages of using halogen light sources are low initial costs and the ability to select the light guide best suited to the application. However, with a service life ranging from as short as 5 hours to an average of about 2, hours, halogen lamps require frequent, labor intensive maintenance in the form of replacement and adjustment, resulting in a substantial cost in manhours as well as losses due to production line downtime. LEDs, on the other hand, have a service life of 3, hours minimum, more than 1 times that of halogen lamps. Moreover, you don't have to worry about sudden lamp burnout, as you do with halogen lamps, and LEDs can be precisely controlled. With LED illumination, you can expect a return on the total running cost within a few years, and enjoy stable use for an extended period of time. Specifications : HLV-14-PJ / HLV-24 / HLV Model Max power consumption HLV-14RD-PJ HLV-14GR-PJ 1.W HLV-14BL-PJ 1.1W HLV-14SW-PJ HLV-24RD HLV-24GR 1.4W HLV-24BL 1.6W HLV-24SW HLV-24RD W HLV-24GR-122 HLV-24BL W HLV-24SW-122 LED color Red Green Blue White Red Green Blue White Red Green Blue White Dominant wavelength or color temperature max. t y p. min. 645nm 627nm 62.5nm 55nm 53nm 52nm 49nm 47nm 46nm 1K 55K 45K 645nm 627nm 62.5nm 55nm 53nm 52nm 49nm 47nm 46nm 1K 55K 45K 645nm 627nm 62.5nm 55nm 53nm 52nm 49nm 47nm 46nm 1K 55K 45K Half radius of emission wavelength 2nm 35nm 25nm - 2nm 35nm 25nm - 2nm 35nm 25nm - Case material Cable Connector Polarity, signal Usage environment Storage environment Weight 25g Aluminum.3m SMR-3V-B 1 - Signal (R) pink; 2 - Anode (+), brown; 3 - Cathode (-) blue Temperature to 4 C, humidity 2 to 85% (with no condensation) Temperature -2 to 6 C, humidity 2 to 85% (with no condensation) 5g *Do not connect the HLV-14-PJ series to a conventional PLV power supply. Excessive current will lead to malfunction. When an older-type HLV-14 spotlight is connected to a PJ power supply, Low range light adjustment is not possible. Dimensional Diagrams : HLV-14-PJ / HLV-24 / HLV RoHS-compliant products HLV-14RD-PJ/GR-PJ/BL-PJ/SW-PJ HLV-24RD/GR/BL/SW HLV-24RD-122/GR-122/BL-122/SW Ø8 -.2 Ø6(Emitting surface) Ø8 -.2 Ø6(Emitting surface) Ø12 Ø6(Emitting surface) 2 5 (9) (9) 3 3 2

4 High luminosity spotlights HLV series The New Ultra-ful HLV-24-3W HLVseries CCD camera Macro lens HLV-24-3W HLV-24-3W HLV W Exclusive HLV-24SW-3W Cross-sectional View of the HLV-24-3W Patent Pending Generation Unique Technology Achieves Highly Uniform, High-Luminosity Condensed Light A CCS designed condenser lens and rod lens combine to emit highly uniform, high-luminosity condensed light. Rod lens Heat radiating fin HLV-27-R HLV-24RD HLV-27-BL HLV-24BL-3W HLV-27-GR HLV-24GR-3W Condenser lens Cable 1.25 times Aluminum case LED element Maximum Luminosity Comparison - Conventional LED (HLV-27) vs HLV-24RD/HLV-24-3W 2.27 times 2.27 times Brightness (lx) LED light emitted from the light source is condensed to a high density by the condenser lens. The resulting light is gathered by the rod lens at the light emitting end, and emitted while suppressing diffusion to enable high uniformity and luminosity. This makes it possible to maintain high luminosity even when the LWD* is increased, resulting in 2 to 4 times greater brightness at an LWD of 5 mm in comparison to conventional LEDs. (See figure below.) *Light Working Distance: the distance from the light source to the object Luminosity Characteristics of a Conventional LED (HLV-27) with respect to LWD 6, 5, 4, 3, 2, *Luminosity values are reference values HLV-24RD HLV-27-R HLV-24GR-3W HLV-27-GR HLV-24BL-3W HLV-27-BL HLV-24SW-3W HLV-27-SW HLV-24BL-3W HLV-24GR-3W HLV-27-SW HLV-24SW-3W (%) 2.27 times *Calculated by setting the maximum luminosity (LWD =, Imax.) of a conventional LED to 1%. Higher Intensity Enables Imaging That Was Difficult for Conventional LEDs. 1, LWD (mm) HLV W Alignment Mark Imaging Comparison - Conventional LED (HLV-27) vs the New HLV-24/HLV-24-3W The new HLV-24 can be used even for imaging applications that were difficult to handle with conventional LEDs due to insufficient intensity. And the ultrapowerful HLV-24-3W enables stable imaging even at high shutter speeds. Application Sample HLV-27-BL(Blue) HLV-24BL(Blue) HLV-24SW-122-3W HLV-27-BL HLV-24BL LCD alignment mark 2x Coaxial macro lens Working distance: 47 mm Application Sample Shutter speed: 1/1 Light intensity: 1% of Max HLV-24BL(Blue) Shutter speed: 1/1 Light intensity: 3% of Max 1(%) 3 1(%) HLV-24BL-3W(Blue) HLV-24GR-122-3W HLV-24BL HLV-24BL-3W HLV-24BL-122-3W 3 LCD alignment mark Shutter speed: 1/1 Shutter speed: 1/1 2x Rear converter and 2x macro lens Light intensity: 1% of Max Light intensity: 6% of Max Working distance: 75 mm 1(%) 6 1(%)

5 Series Gives You Twice the Intensity of Conventional LEDs! Comparison of CO2 Emission for LED and Halogen Lamp Illumination Configuration Method consumption LED illumination Halogen lamp illumination High luminosity spotlight (CCS HLV-24RD) 5-W halogen lamp (other brand) Dedicated power supply Straight light guide (1 m) Continuous operation at maximum intensity 24 hours / day for one month LED power consumption: 1.4 W Halogen lamp power consumption: 5 W 1.4 W x 72 h (24 h x 3 days) = 1,8 Wh 5 W x 72 h (24 h x 3 days) = 36, Wh CO2 Emission Reduced by 97 % By replacing halogen lamp illumination with LED illumination, yearly CO2 emission can be reduced by approximately 97%. In terms of CO2 absorption by trees, the CO2 emission for one LED lamp can be absorbed by one tree, whereas absorption of the CO2 emission for one halogen lamp requires forty-one trees. Yearly CO2 emission.36 kg of CO2 x 1,8 Wh x 12 months = 4.4 kg of CO2.36 kg of CO2 x 36, Wh x 12 months = kg of CO2 (monthly power consumption) (yearly emission) (monthly power consumption) (yearly emission) * CO2 emission per kw of power consumption is.36 kg * CO2 emission per kw of power consumption is.36 kg Comparison taking trees as an example *Yearly CO2 absorption per tree is 3.78 kg CO2 Emission Comparison 4.4 kg of CO kg of CO2 1 (kgco2) 8 HLV-24RD Halogen 6 Amount that is absorbed by trees 1.2 LED illumination Amount that is absorbed by trees 41 Halogen lamp illumination years 2 years 3 years 4 years 5 years 6 years Specifications : HLV-24-3W / HLV W Model Max power consumption LED color max. Dominant wavelength t y p. or color temperature min. Half radius of emission wavelength Case material Cable Connector Polarity, signal Usage environment Storage environment Weight HLV-24GR-3W Green 55nm 53nm 52nm 35nm HLV-24BL-3W Blue 49nm 47nm 46nm 25nm HLV-24SW-3W White 1K 55K 45K - RoHS-compliant products HLV-24GR-122-3W 2.8W HLV-24BL-122-3W HLV-24SW-122-3W Green 55nm 53nm 52nm 35nm Blue 49nm 47nm 46nm 25nm White 1K 55K 45K - Aluminum.3m SMR-3V-B 1 - Signal (R) pink; 2 - Anode (+), brown; 3 - Cathode (-) blue Temperature to 4 C, humidity 2 to 85% (with no condensation) Temperature -2 to 6 C, humidity 2 to 85% (with no condensation) 5g Dimensional Diagrams : HLV-24-3W / HLV W HLV-24GR-3W/BL-3W/SW-3W HLV-24GR-122-3W/BL-122-3W/SW-122-3W Ø8 -.2 Ø6(Emitting surface) Ø12 Ø6(Emitting surface) 2 62 (21) (21) 3 3 4

6 Micro fiber-heads HFR series HFS HFRseries CCD camera Extension holder (option) - Ring type - HFR-25-3 Connecting adaptor AD-HF HFR-25-3 HLV-27-NR Exclusive Remarkable Make the most of your work with the Micro A full 5.8 times as bright as a 1W halogen ring-light! * When 1W Halogen +Ø2 Ring light guide at maximum intensity used Comparison of CCD intensity - Halogen vs HFR series While halogen fiber lighting illuminates a wide area, the HFR series using originalcondensing techniques provides high intensity by illuminating only a required field of view. Relative CCD sensitivity(%) Relative CCD sensitivity at each LWD (LED colors are all RED) A full 3.5 times as bright as a 1W halogen A full 5.8 times as bright as a 1W halogen A full 2.3 times as bright as a 1W halogen HFR-4-2 HFR W halogen+ Ø2 ring light guide LWD(mm) HFR-4-2 * The optimal condensing illumination selectable in the lineup according to the field of view size and LWD* * LWD: Light Working Distance (Distance from a light to an object) HFR-25-3 HFR-4-2 Ø25 Ø25 Ø4 HFS *Three light source units are required - Straight type - Ø5 1 High-condensed illumination by Ø5 from 1mm LWD (high-condensed illuminating by single array) Ø1 3 Condensed illumination from 3mm LWD (condensed by single array) Ø1 2 High-condensed illumination by wide-view of Ø1 from 2mm LWD (condensed by three independent arrays) CCD camera Macro lens HFS-14-5 Connecting adapter AD-HF Exclusive HLV-27-NR Clear images can be captured by selecting illumination range, illumination angle and luminosity Detecting a minute part that is difficult to capture with an existing halogen light source, can be achieved with high contrast Actual images of chip part Operating conditions: Shutter speed: 5µsec(1/2, sec.) Lens: Double magnification Intensity: Maximum Halogen+Ring light guide HFR-25-3 HFR-4-2 HFS Illuminated by 5W halogen light. Condensed illumination at 3mm LWD (condensed by a single array). High intensity condensed irradiation to Ø5(condensed high intensity by a single array). High intensity irradiation (condensed by three independent arrays) with wide viewing field.

7 Fiber-Head series, maximizing the potential of LED lighting! Optimal light source colors are available according to the work sample characteristics Image comparison of wafer bonding pad Halogen light + Ring light guide LWD 65mm (Blue)LWD 1mm Uses an originally developed light guide Fiber specifications Model /3 HFS-14-5 Fiber material Plastic Multi-component glass Housing material Aluminum Aluminum Bundle sheathing SUS SUS Fiber diameter (µm) 5 5 Fiber arrangement - Random-spec. Image comparison of alignment of TAB tape Numerical aperture (NA) Acceptance angle ( ) Halogen light + Ring light guide LWD 65mm HFR-25-3(Blue)LWD 3mm Spectral transmittance (nm) 4 to 7 3 to 1,3 HFR-25-3 Minimum bending radius (mm) 3 5 Operating conditions Storage conditons Temp. to 4 C, Humidity 2 to 7% (non-condensing) Temp. -1 to 6 C, Humidity 2 to 7% (non-condensing) Weight ( g ) Perfect for a wide range of applications The HFS series can be attached directly into the coaxial lens, since the shape of the tip of halogen straight light guides is the same size. Less heat conductivity, compact leading tip provides a wide use in various applications. HFS-14-5 Specifications : / HFR-25-3 / HFR-4-2 / HFS-14-5 RoHS-compliant products Model Operating temperature Operating humidity Weight HFR-25-3 HFR-4-2 HFS-14-5 to 4 C 2 to 7% (non-condensing) 6g 25g 115g Dimensional Diagrams : / HFR-25-3 / HFR-4-2 / HFS-14-5 / M3 depth 3 HFR M3 depth Ø6.1 8 Ø25 2-Ø3.5/Ø6 depth Ø Adapter for HLV-24-NR (accessory) Ø13 Ø5 P.C.D.2 15 LWD1 2 4-M3 depth 4 PCD3 45 Ø13 2-Ø3.5/Ø6 depth Light Source Receivers: 3pcs HFS-14-5 Fiber Ø6 Ø Ø8 2-Ø3.5/Ø6 depth LWD= Ø4 Ø Adapter for HLV-24-NR 6

8 Micro fiber-heads HFR series Micro Fiber Head Ring Series -- Inspection Device, and Other In HFRseries - Low angle type - High-Luminosity Condensed Light Emission from Low Angles HFR-46-LA HFR-42-6 CCD camera Ø46 Ø42 HFR-46-LA Custom-design available Connecting adaptor AD-HF HLV-24-NR Exclusive Ø3 1 High-luminosity condensed light with a 3- mm diameter from the ultra-low angle of a 1-mm LWD. High-luminosity condensed light emission in a 3- mm diameter from a low LWD of 6 mm (2-step independent light condensing). Extremely low-angle condensed light emission is possible with the HFR-46-LA Ø3 6 Ultra-thin housing with super-low-angle condensing illumination HFR-46-LA A low angle type is designed to detect minute concaves and convexes of an object. This super-compact design is perfect for a microscope for a narrow working distance between a lens and an object. Application example of connector pin position Microscope HFR-46-LA Detecting the pin displacement by illuminating only a pin tip side. The tip of this pin is seen. object (Connector pin) CCD camera Coaxial Illumination (Light used: HLV-27) HFR-46-LA HFR-42-6 (Two-piece use) HLV-24-NR Exclusive * Connecting adaptor AD-HF *Use: PJ-155-2CA The edge of a pin with coaxial light (double magnification telecentric lens) cannot be detected. The reflection of housing gives an unclear image on the pin position detection with the curved illumination. Enables the detection of the pin displacement clearly, by illuminating only a tip side. Custom-design available HFR-42-6 HFR High-Luminosity Condensed Light Emission from a Low Angle High-luminosity condensed light emission achieved with two light sources. Higher luminosity is achieved by using two HLV-24-NR light sources. This is ideal for extracting the features of extremely small objects or imaging at high shutter speeds. The light source can also be easily changed, so you can select the light color that is best suited to the spectral reflectance of the target object. Connect the light source and the HFR-42-6 You can select the optimal light source color 7

9 Select to Match Your Inspection Environment, stallation Conditions HFRseries - Long Work Distance type - Uniform Condensed Light Emission from a Long Light Working Distance! HFR-5-7 HFR-1F-5-65 Ø5 Ø5 CCD camera HFR-5-7 Connecting adaptor AD-HF HLV-24-NR 7 Uniform condensed light emission in a 16- mm diameter from a long LWD of 7 mm. 65 Uniform condensed light emission in a 16- mm diameter from a long LWD of 65 mm. Custom-design available HFR-5-7 HFR Condensed Light Emission from a Long Light Working Distance Even when the light source and target object must be separated by distance, light dispersion is controlled for more effective spotlight emission. Optimal when the inspection environment, inspection devices, and other installation conditions require space between the light source and the target object. With normal LED ring illuminators, the light is dispersed. By using the HFR-5-7, a precise intensity can be radiated onto the inspection point. Illumination Range Comparison -- Conventional LED Ring Illuminator vs the HFR-5-7 (at an LWD of 7 mm) LDR2-5RD HFR-5-7 CCD camera LDR2-5RD HFR-5-7 HFR-1F-5-65 * HFR-1F Condensed Light Emission in Any Color from a High Angle Connection to the light source lets you blend colors in unlimited steps. *Use: PJ-155-3CA Custom-design available HFR-1F-5-65 *Special source of light are required Increased Precision from a New Light Source The is an exclusive light source comprised of a light source section and a blending unit. It enables step-less, independent dimming of each color. The special construction of the blending unit eliminates irregularities to provide uniform light emission. Connection to a model from the CCS Micro Fiber Head Ring Series allows you to create the optimal illumination color for a variety of configurations. HLV-24RD-NR (Red light souce) HLV-24GR-NR-3W (Green light souce) HLV-24BL-NR-3W (Blue light souce) HLV-3M(Blending unit) 8

10 Micro Fiber Head Lines HLN/HLNV HLNW series Micro Fiber Head Line Series -- Inspection Device, and Other In HLNseries - Line type - Originally Developed Line Fiber Head Responds Flexibly to Diverse Inspection Environments Easy customization Flexible modular design Exclusive HLV-24-NR Simple size changes Uniform brightness Easy sizing (with no joints between modules) Uniform light intensity among modules, and uniform imaging brightness HLN-5 Selectable light source color Select from red, green, or blue light source colors Applicable to a variety of target objects Lets you respond to various objects by changing the illumination color HLN-15 Custom-design available Easily Change the Light Source Color and Size (in 5-mm Units) HLN-5 HLN-5 HLN = HLN-15 HLNVseries - Line-shaped coaxial type - The modular design of the HLN series lets you create a maximum size of up to 3 mm (in 5-mm units) and change the light source color. Illuminator units can be easily assembled together by removing the screws on the sides. By mounting illuminator units on a diffusion board of the desired illumination length, you can assemble a seamlessly uniform line illuminator. The ability to control light modulation in 5-mm units lets you easily adjust the illuminator to solve the kinds of problems in emission uniformity often seen in line sensor illumination, such as differences in the light intensity between the center and the ends, or intensity decreases. This lets you easily unify line sensor output. Light intensity adjustment unifies line sensor camera output Conventional model Module-type line illumination Coaxial adapter HLN-5 Illumination Illumination HLV-24-NR Custom-design available Exclusive HLNV-15 Intensity Output Position in width direction Line sensor camera output Output Intensity Position in width direction Line sensor camera output Position in width direction Position in width direction Even though the illumination is uniform, the line sensor camera output is often not uniform. The line sensor camera output can be unified by adjusting the light intensity of each module. By attaching an adapter to the end, the unit can be used as a coaxial illuminator. 9 Using a coaxial adapter lets you control the reflectance from objects having a mirror surface, and illuminate them with uniform light. In addition, the HLN-5 can be used at higher luminosity than conventional incident-light coaxial illuminators, and the ability to select the light source color and to create illuminators in customized lengths allows you to flexibly handle applications in a wide variety of inspection environments.

11 Select to Match Your Inspection Environment, stallation Conditions HLNWseries - Condensed light line type - HLNW-15-2 *Recommended power supply: PJ-155-3CA (4 units) Achieves an Entirely New Level of High-Luminosity, Condensed Light Line Emission HLNW Use 12 high-luminosity spotlights (HLV-24-NR) for the light source. Unique light condensing technology achieves highluminosity condensed light at an LDW of 12 mm. Light is concentrated at high luminosity to a diameter of approximately 4 mm from an LWD of 12 mm. A high-luminosity, highly uniform line light with a length of 13 mm can be emitted. Custom-design available HLNW-15-2 Four Line Lights Are Condensed into a Single Point to Create Uniform, High-Luminosity Light High-luminosity condensed light line illumination for high-speed inspection by a line sensor camera. Twelve high-luminosity spotlights are used as the light source to achieve an unprecedented level of brightness. CCS proprietary light condensing technology achieves uniformly high luminosity and condensation. Four line lights are condensed into a single point from an LWD of 12 mm. Applicable to high-speed imaging with a line sensor camera, an application that is difficult with conventional illumination. The Same Brightness as a 1W Halogen Line Light! CCD Brightness Comparison -- HLNW-15-2 and a 1W Halogen Line Light *Measured at maximum luminosity HLNW-15-2 (white) maximum power consumption: 33.6W The Same Brightness with 1/3 the Consumption.96 times Halogen line light maximum power consumption: 1W Without condensing lens.15 times With condensing lens A dramatic increase in light intensity has been achieved by combining our high-luminosity spot illumination and original light condensing technology. The new illumination both saves energy and offers a long service life because it does not consume large amounts of power as conventional halogen lamps do. Illumination Structure of HLNW (%) Use 12 spotlights from the HLV-24 or HLV-24-3W series. Dust cover Cooling fan 1

12 of Micro fiber-heads HLV-24-NR series Micro Fiber Head Light Sources HFR-25-3 HFS-14-5 * *Use: PJ-155-3CA Blend the color as you want!! Increased Precision from a New Light Source The is an exclusive light source comprised of a light source section and a blending unit. It enables step-less, independent dimming of each color. The special construction of the blending unit eliminates irregularities to provide uniform light emission. Connection to a model from the CCS Micro Fiber Head Ring Series allows you to create the optimal illumination color for a variety of configurations. HLV-24RD-NR (Red light souce) HLV-24GR-NR-3W (Green light souce) HLV-24BL-NR-3W (Blue light souce) HLV-3M(Blending unit) Connecting examples of and Micro fiber-head Connecting CCS Micro fiberheads provide full color with various illumination types. Straight type HFS-14-5 Ring type / HFR-25-3 HLV-NRseries By changing the light source color, high quality images can be obtained according to the application purpose Image examples of liquid crystal glass panel Independent control of intensity provides the optimal illumination and images according to the spectral characteristics of object. Red illumination Green illumination HFR-25-3 HFS-14-5 Connecting adapter AD-HF Exclusive HLV-27-NR Blue illumination Mixed illumination of red and blue colors HLV-24-NR HLV-24SW-NR All featured patterns captured by an independent full color control. HLV-24RD-NR Connecting example of HLV-27-NR series and Micro fiber-head 11 HLV-24BL-NR HLV-24GR-NR In order to utilize the characteristics of different wavelengths, four colors of Red (R)/ Green (G)/ Blue (B)/ White (SW) are available. To connect to micro-fiber head, attached adapter is required. Straight type HFS-14-5 Ring type /HFR-25-3

13 Achieve Optimal Light Colors on Target s The HLV-NR-3W Series with Higher Intensity than Conventional LEDs Is Being Simultaneously Released HLV-24-NR-3W HLV-24BL-NR-3W HLV-24SW-NR-3W HLV-24GR-NR-3W Maximum Illumination Comparison - Conventional LED (HLV-27-NR) vs HLV-24-NR-3W Connect to the, and measure at an LWD of 1 mm. HLV-27-NR-R HLV-24RD-NR HLV-24BL-NR HLV-24BL-NR-3W HLV-24GR-NR HLV-24GR-NR-3W HLV-24SW-NR HLV-24SW-NR-3W 1.1 times 1.5 times 1.5 times 1.5 times (%) *This comparison is made by setting the maximum brightness (LWD =, Imax) of each HLV-24-NR color to 1%. Only the red color is compared with HLV-27-NR-R. Interchangeable light source color with ease The exclusive light source, HLV-24-NR Series for Micro fiber-heads, is easily removable and attachable. Precise images can be obtained by choosing the optimum light source color when imaging. Please use with a connecting adaptor, AD-HF for use. Higher Intensity Enables Imaging at Shutter Speeds that were Impossible for Conventional LEDs. Electronic Component Imaging Comparison - Conventional LED (HLV-27) vs the New HLV-24-NR/HLV-24-NR-3W The new HLV-24-NR can be used even for imaging applications that were difficult to handle with conventional LEDs due to insufficient intensity. And the ultra-powerful HLV-24-NR-3W enables imaging at 25% light modulation, supporting stable imaging at faster shutter speeds. Image target object HLV-27-NR-BL(Blue) HLV-24BL-NR(Blue) HLV-24BL-NR-3W(Blue) HLV-27-NR-BL HLV-24BL-NR HLV-24BL-NR-3W 2x macro lens + Character inspection on electronic components Shutter speed: 1/1 Light intensity: 1% of Max Shutter speed: 1/1 Light intensity: 5% of Max Shutter speed: 1/1 Light intensity: 25% of Max 1(%) 5 1(%) 25 1(%) Specifications : HLV-24-NR / HLV-24-NR-3W / Model Max power consumption LED color HLV-24RD-NR 1.4W Red HLV-24GR-NR Green HLV-24BL-NR 1.6W Blue HLV-24SW-NR White HLV-24GR-NR-3W Green HLV-24BL-NR-3W 2,8W Blue Dominant wavelength or color temperature max. t y p. min. 645nm 627nm 62.5nm 55nm 53nm 52nm 49nm 47nm 46nm 1K 55K 45K 55nm 53nm 52nm 49nm 47nm 46nm Half radius of emission wavelength 2nm 35nm 25nm - 35nm 25nm Case material Aluminum Cable.3m Connector SMR-3V-B Polarity, signal 1 - Signal (R) pink; 2 - Anode (+), brown; 3 - Cathode (-) blue Usage environment Temperature to 4 C, humidity 2 to 85% (with no condensation) Storage environment Temperature -2 to 6 C, humidity 2 to 85% (with no condensation) Weight 3g RoHS-compliant products HLV-24SW-NR-3W 7.4W White Red/Green/Blue 1K 55K (Transmitted wavelength) 45K - - 2g Dimensional Diagrams : HLV-24-NR / HLV-24-NR-3W / HLV-24RD-NR/GR-NR/BL-NR/SW-NR HLV-24GR-NR-3W/BL-NR-3W/SW-NR-3W (9) (21) 3 4-M3depth (1.2) M3depth Ø Ø3.5/Ø6depth6 12

14 Intensity Range Control Hi Remote Range Control Hi Remote Lo Manual Remote Control supplies for HLV Series PJ series AC 1-24V DC 24V PJ-155-2CA PJ-155-3CA PJ-155-2CD24 PJ-155-3CD24-5V Analog Control Utilizing the same -5V external control as a standard halogen light source, allows external control for the present system. Continuous current control enables adjustment of the light intensity more precisely than with halogen light sources. Four different types of controllers are available for various operating conditions. 1V AC type 2ch:PJ-155-2CA 3ch:PJ-155-3CA Relative intensity (%) Halogen Input voltage (V) PJ Series Input voltage (V) Relative intensity (%) 24V DC type 2ch:PJ-155-2CD24 3ch:PJ-155-3CD24 Applicable to the Entire HLV-14/HLV-27/HLV-24 Series Models with CE Marking PJ-155-2CA / PJ-155-3CA PJ-155-2CD24 / PJ-155-3CD24 The PJ power supply has an internal circuit for automatically discriminating the illumination type. It can be used with all HLV series spotlights available to date. An LED indicator on the panel shows the status in accordance with the illumination type connected. HLV-14-PJ series HLV-14-PJ Close-up HLV-24 series HLV-24 HLV-14/27 series HLV-14 Lit HLV-24-3W Lit HLV-27 Not lit HLV HLV W HLV-24-NR HLV-24-NR-3W HLV HLV-27-NR HLV-3M-RGB Specifications : PJ-155-2CA / PJ-155-3CA / PJ-155-2CD24 / PJ-155-3CD24 RoHS-compliant products Model PJ-155-2CA PJ-155-3CA PJ-155-2CD24 PJ-155-3CD24 Input * 1-24V AC(5/6Hz) 24V DC consumption (typ.) Number of channels 27VA 2 37VA 3 1W W 3 DC output Light intensity switch Light intensity control Light OFF control Remote control connector 5.5V max. Manual operation by panel switch (Manual), or remote light intensity (Remote) Manual light intensity (Manual), panel dial, remote light intensity (Remote), analog voltage to 5 V (5.25 V max.) OFF: 2.5 to 5. V (24 V max.), ON:,8 to V *Internal pulldown D-Sub,15-pin (male) Weight 62g 64g 36g 36g *The operable range of input voltage is: 85 to 265 VAC for the PJ-155-2CA and PJ-155-3CA, and 1 to 26 VDC for the PJ-155-2CD24 and PJ-155-3CD24. Dimensional Diagrams : PJ-155-2CA / PJ-155-3CA / PJ-155-2CD24 / PJ-155-3CD24 PJ-155-2CA The PJ-155-3CA is also the same size. PJ-155-2CD24 The PJ-155-3CD24 is also the same size (16) 1-24V~ Remote Control L1 L2 Intensity L1 L2 142 PJ-155-2CD24 (8) (16) 4-M3(screw hole for securing) A L1 L2 13 PJ-155-2CA Lo Manual (16) M3(inside 3mm max.) for Fixation DIN Rail Bracket A

15 HLV/HFR Series Option Condensing Lens for HLV-24 Series HL-3/HL RoHS-compliant products HL-3Dimensions(mm) 55 M22.5 P (M3-4mm) Combinations HL-3 Supported Models HLV-24 Series M3 depth 5 HL HLV-24-3W Series *HL-3/HL cannot be used with HLV-14/HLV /HLV W/HLV-24-NR/HLV-24-NR-3W series. 12 Illumination diameter of HL-3/HL Upper : Inner diameter Lower : Outer diameter HL-24-21Dimensions(mm) HL-3 Ø8 Ø12 Ø26 Ø28 Ø4 Ø48 Ø52 Ø68 Ø65 Ø87 Ø8 Ø11 2-M3 depth Ø HL Ø7 Ø26 Ø1 Ø33 Ø13 Ø42 Ø28 Ø5 Ø4 Ø6 Ø45 Ø7 12 WD(mm) *Data shown here are the a ctual measurements and does not guarantee the products performance. Extension holders for / HFR25-3 The extension holders, HD-HFR /1618 are designed to fix the converging spot of HFR series. It can be attached directly to a WD fixed magnification lens. Light can be mounted with ease, and possible to attach at most efficient working distance. RoHS-compliant products Usage examples of extension holders, HD-HFR / HD-HFR Used for attaching macro lens and Micro fiber-head. Use an appropriate holder type according to the working distance of lens and the working distance of ring-light guide. For 1mm LWD of Ring Light Guide () with a 4mm WD of lens, the HD-HFR holder is needed HD-HFR Attaching example Ø Ø13 For 3mm LWD of Ring Light Guide (HFR-25-3) with a 4mm WD of lens, no holder needed. WD4mm WD1mm WD4mm WD3mm HD-HFR HD-HFR Attaching example For 1mm LWD of Ring Light Guide () with a 6mm WD of lens, the HD-HFR holder is needed HD-HFR Extension holders Macro lens Ø Ø13 WD6mm WD1mm For 3mm LWD of Ring Light Guide (HFR-25-3) with a 6mm WD of lens, the HD-HFR holder is needed HD-HFR Attached to a telecentric lens Ø Ø13 WD6mm WD3mm *Contact our sales representative for other variations. 14

16 Information A hazard label indicating the hazard class rating is attached to HLV series spotlights. To ensure safe usage, be sure to read the label before use. Do not remove the label, as it contains important information for the safe operation of the product. Hazard Label Example HLV series spotlights are provided with a hazard label such as the following. Hazard labels are color-coded corresponding to the color of light emitted. Information such as the LED class, maximum output, and wavelength is recorded on the front of the label, and the model number, serial number, and other details are recorded on the back. Top side Back LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:627nm CLASS 2 LED PRODUCT HLV-24RD A/1.4W MADE IN JAPAN Close-up LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:627nm CLASS 2 LED PRODUCT Red light White light Green light Blue light LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:627nm CLASS 2 LED PRODUCT LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:4-7nm CLASS 2 LED PRODUCT LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:53nm CLASS 2 LED PRODUCT LED RADIATION DO NOT STARE INTO BEAM MAX POWER:67mW WAVE LENGTH:47nm CLASS 2 LED PRODUCT With regard to Laser Safty Standard (IEC Amd.2) LED illuminations are applicable to laser products defined by IEC. The explanation of each class is shown below. Class Outline Class 1 Class 1 levels of LED radiation are safe under reasonably foreseeable conditions of operation Class 1M Class 2 Class 2M Class 3R Class 3B Class 4 Class Class 2 Precautions Class 1M levels of LED radiation are safe under reasonably foreseeable conditions of operation, but may be hazardous if the user employs optics within the beam. Class 2 levels of LED radiation emit visible radiation(4nm ~ 7nm) where eye protection is normally afforded by aversion responses, including the blink reflex. Class 2M levels of LED radiation emit visible radiation(4nm ~ 7nm) where eye protection is normally afforded by aversion responses, including the blink reflex. However, viewing of output may be more hazardous if the user employs optics within the beam. Class 3R levels of LED radiation are potentially hazardous with direct intrabeam viewing, but the risk is lower than for Class 3B lasers. Class 3B levels of LED radiation are normally hazardous when direct intrabeam exposure occurs. Class 4 levels of LED radiation also capable of producting hazardous diffuse reflections. They may cause skin injuries and could also constitute a fire hazard. Their use requires extreme caution. Classification of LED illuminations described in this HLV Series (IEC Amd.2) Series names and model names HLV-14-PJ HLV-24 HLV HLV-24-3W HLV W HLV-24-NR HLV-24-NR-3W For RoHS-compliant products and other detail information, visit To ensure safe usage, be sure to read the Operating Manual before operating the product. In the interest of product improvement, the specifications and design described herein may change without prior notice. B-CCS66-6/216 Subject to technical change without notice. No liability is accepted for errors which may be contained in this document. Headquarters Shimodachiuri-agaru, Karasuma-dori, Kamigyo-ku, Kyoto Japan Phone: / Fax: intlsales@ccs-inc.co.jp Copyright(c) 27 CCS Inc. All Rights Reserved. Descriptions in this catalog are based on the information available as of August HLV24 Imaging is our passion. STEMMER IMAGING Head Office Gutenbergstraße 9-13, D Puchheim Phone: , info@stemmer-imaging.de