Line Sensor LED Lights Catalog. 1 Vol.

Line Sensor LED Lights Catalog 1 Vol. CCS Inc.

Line up Line Sensor LED Lights LineUp LNSP series Reflection type Illuminating mechanism Achieve high output illumination with controlled diffusion due to this unique illuminating mechanism. Because light does not easily diffuse, there is little loss for the amount of light, allowing for illumination over long distances. This product Camera LED Rod lens P.7 Inspected object Natural air cooling with a brightness of 4, lx, the highest level in the industry.* By controlling light diffusion through the unique illuminating mechanism, there is little change in the brightness due to distance, allowing you to flexibly set the distance between the inspected item and the light. The can be made from a minimum of 1 mm up to a maximum of 1,mm, in 1 mm increments. * Measured values with an illuminating distance of 5 mm LNHKSTK series Reflection type Illuminating mechanism Illuminated light from the LED is passed through a cylindrical lens at the tip, thus illuminating a convergent line of light. Camera This product P.11 LED Cylindrical lens Inspected object A cylindrical lens allows for illuminating with a convergent line of light. There are two types of s: 6 mm or 2 mm. By changing the position of the lens unit on the tip, you can freely set the converging or the converging width for the illuminated light. 1

HLND series R type Reflection type Illuminating mechanism Achieve high output by employing unique radiating and illuminating mechanisms. The can be made up to 2,7 mm long. Camera LED This product P.15 Inspected object Achieve the optimal high output as reflection lighting by using a diffusion plate with a high transmittance rate. Supports use with higher brightness than the Ttype (transmission lighting) of the same series. The can be made from a minimum of 1 mm up to a maximum of 2,7 mm, in 1 mm increments. HLND series T type Transmission type Illuminating mechanism Achieve high uniformity by employing unique radiating and illuminating mechanisms. The can be made up to 2,7 mm long. Camera Inspected object LED P.19 This product Achieve the optimal uniformity as transmission lighting by using a diffusion plate with a high diffusion rate. Supports use with higher uniformity than the Rtype (reflection lighting) of the same series. The can be made from a minimum of 1 mm up to a maximum of 2,7 mm, in 1 mm increments. LT series Transmission type Illuminating mechanism By employing a mechanism where the sticks out from the main unit, it's possible to illuminate with the tip near the inspected item, even in a narrow space. Camera Inspected object This product P.23 LED Achieve both high uniformity and high brightness through this unique optical system. It can perform highlyaccurate inspections, as well as handle highspeed scan rates as well. The can be made from a minimum of 1 mm up to a maximum of 1,8mm, in 1 mm increments. 2

Selection guide Selecting for Application by Industry Plastic film and glass industry Inspecting for scratches on transparent film Plastic film and glass industry Inspecting for fish eyes, scratches, and foreign materials on transparent film LNSP series P.7 LT series P.23 Plastic film and glass industry Inspecting for foreign objects on transparent film Papermaking industry Inspecting alignment for label seals HLND series T type P.19 LNSP series P.7 Nonwoven fabric industry Inspecting for faults in nonwoven fabrics Food product industry Inspecting for foreign materials mixed in rice LNHKSTK series P.11 HLND series R type P.15 3

Substrates and electronics industry Inspecting the exterior of substrates equipped with electronic parts Substrates and electronics industry Inspecting for cracks and damage in wafers LNSP series P.7 LT series P.23 Substrates and electronics industry Inspecting the exterior of film substrates Mechanical parts industry Inspecting for scratches and dents in motor axles LNHKSTK series P.11 HLND seriest type P.19 Metal industry Inspecting the exterior of metal foil sheets Steel plate industry Inspecting the exterior of colored steel plates LT series P.23 HLND series R type P.15 4

Lighting selection guide Selecting based on lighting characteristics If selecting based on illuminance or costeffectiveness... If selecting based on convergence... Uniformity of the Uniformity of the Low High Uniformity of the emitting surface Low High Uniformity of the emitting surface LNSP series P.7 LNHKSTK series P.11 If selecting based on supported... If selecting based on supported... Uniformity of the Uniformity of the Low High Uniformity of the emitting surface Low High Uniformity of the emitting surface HLND series R type P.15 HLND series T type P.19 If selecting based on brightness, uniformity of the emitting surface, or diffusion... Uniformity of the High Low Uniformity of the emitting surface LT series P.23 Conditions for comparing each light : Comparison of measured values 1 mm away from the light's : Comparison using our measurement conditions Uniformity of the : Comparison of measured values 1 mm away from the light's with the lens focal point aligned : Comparison using our measurement conditions : Comparison using our measurement conditions : Comparison using the product lineup : Comparison using standard price for a 2 mm *Data listed here are actually measured values. Results may vary for individual units. 5

Uniformity of the LNSP LNHKSTK HLNDR HLNDT LT Low High Low High Low High Low High LNSP LNHKSTK HLNDR HLNDT LT Low High Low High Low High LNSP HLNDR LT Uniformity of the HLNDT LNHKSTK 6, 5, Graph of the change in illuminance of line sensor lighting LNSP 4, (lx) 3, 2, LT HLNDR LNHKSTK 1, HLNDT 2 4 6 8 1 12 14 16 18 2 Illuminating distance (mm) 6

7mm Reflection type LSNP series LNSP Series Direct Number Direct No. 15 Achieved brightness of 4, lx *1 with a natural air cooling type Line sensor lighting that achieves both high output and compact size *1. Actual measurement values at a 5 mm illumination distance, current as of our inhouse inspection in September of 211. LNSP6SW of 4, lx *1, the top class in the industry Through our unique illuminating mechanism, we achieved a brightness of 4, lx, the top class in the industry for natural air cooling types. Graph of the change in illuminance Achieving both high output and compact space We achieved a compact design compared to general, high output line sensor LED lights. Compact design (lx) 6, 5, 4, 3, 2, Change in illuminance from the LNSP3SW 42 mm Size of general, high output line sensor LED lights 1, 2 4 6 8 1 12 14 16 18 2 Illuminating distance (mm) * Actual measurement values at 1% intensity in each illuminating distance. (Results may vary for individual units.) Providing a stable inspection environment We provide a stable examination environment. The light stabilizes about 3 minutes after being turned on, and furthermore, the output variance is low. Graph of the change in brightness over time Relative brightness (%) 12 1 8 6 4 2 Change in brightness over time for the LNSP3SW 2 4 6 8 1 12 14 16 18 Time (Min) * Actual measurement values at 1% intensity at an ambient temperature of 25 C. (Results may vary for individual units.) Lighting characteristics The following radar chart introduces the LNSP Series' characteristics. Lighting characteristics radar chart Uniformity of the Low High Stabilized approx. 3 minutes after it lit up Uniformity of the emitting surface Weight 1,9 g For the LNSP3SW Saving space for your inspection environment By making the light more compact, we contribute to saving space in your inspection environment or equipment environment. Spacesaving environment LNSP Series Enables short distance illumination Saves space Illuminating mechanism Camera Achieve high output illumination with controlled diffusion due to this unique illuminating mechanism. Because light does not easily diffuse, there is little loss for the amount of light, allowing for illumination over long distances. Figure of the LNSP's illuminating mechanism Using special This product radiating mechanism LED Rod lens Camera Inspected object 7 LNSP Series Direct Number Direct No. 15 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applications We use high output and uniform illumination to provide optimal imaging for a wide variety of objects, from glossy test material to objects with diffusion. Also, because the illuminated light is wide, it's easy to align the camera. Inspecting alignment for label seals Inspecting the exterior of substrates equipped with electronic parts Inspecting for scratches on transparent film Data Measurement data for the LNSP3SW (Data listed here are actual measurement values. Results may vary for individual units.) (lx) Relative (%) Graph of the distribution of illuminance 1 9 8 7 6 5 4 3 2 1 15 125 1 75 5 25 25 5 75 1 125 15 175 15 125 1 75 5 25 25 5 75 1 125 15 175 Lateral position (mm) Lateral position (mm) 6, 5, 4, 3, 2, 1, distribution * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. Graph of the change in illuminance Change in illuminance 2 1 4 6 8 12 14 16 18 2 Illuminating distance (mm) 75 85 95 15 115 125 135 145 155 165 175 185 195 25 215 225 235 245 255 Intensity scales (Steps) * Actual measurement values at 1% intensity at each illuminating distance. * Actual measurement values when using analog Control Unit, PSB3324. Relative brightness (%) Graph of the distribution of brightness 1 9 8 7 6 5 4 3 2 1 Graph of output characteristics distribution * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. Radiation amount (%) 1 9 8 7 6 5 4 3 2 1 Output characteristics Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 8

Reflection type LSNP series LNSP Series Direct Number Direct No. 15 Lineup Direct number Model LED color Emitting Power consumption Applicable Weight (max.) surface (max.) Control Unit Dimensions 1584 1585 1586 1587 1588 LNSP1SW LNSP2SW LNSP3SW LNSP4SW LNSP5SW 1mm 2mm 3mm 4mm 5mm 21W 41W 61W 81W 11W 43g 76g 1,9g 1,42g 1,74g PSB3324 1 1589 159 1591 1592 1593 LNSP6SW LNSP7SW LNSP8SW LNSP9SW LNSP1SW 6mm 7mm 8mm 9mm 1,mm 121W 142W 162W 182W 22W 2,7g 2,4g 2,73g 3,5g 3,38g Common specifications LED color Correlated color temperature Input voltage Connector Polarity/signal (SW) 5,8 K (typ.) DC24V (max.) Metal connector: SRCN1A167P (Made by Japan Aviation Electronics Industry, Limited) 1, 2, 3: (+), 4, 5, 6: ( ), 7: NC Cable Case material Operating environment Storage environment Cooling method.3 m Emitting surface: Acrylic, Base: Aluminum alloy, Side plate: PC Temperature: to 4 C, Humidity: 2 to 7%RH (with no condensation) Temperature: 1 to 6 C, Humidity: 2 to 7%RH (with no condensation) Natural air cooling Light spectrum 1 9 Relative radiation strength (%) 8 7 6 5 4 3 2 1 38 4 42 44 46 48 5 52 54 56 58 6 62 64 66 68 7 72 74 76 78 Wave (nm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Dimensions (mm) 1 LNSP (1 n)sw *n = Number from 1 to 1 21 () 8 (1 n)+26: Full (1 n): Emitting surface (18) 42 Detailed figure C 1.5 8 5.4 5 32 7 42 (Ø6.9) 24 25 1.5 4.2 7.5 Metal connector 7P 55 3 For installation 4M5 nut slot Detailed figure C 9 LNSP Series Direct Number Direct No. 15 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applicable Control Unit PSB3324 Direct number Model 2762 PSB3324 Applicable light No. of channels 3W 1 P.27 Options Extension cable This cable connects the light and the Control Unit. You can choose from 2 m, 3 m, 5 m, 1 m, and 2 m. Direct number 3142 3151 3159 3131 3149 Model FCB21.25SQME7 FCB31.25SQME7 FCB51.25SQME7 FCB11.25SQME7 FCB22.SQME7 Cable 2 m 3 m 5 m 1 m 2 m Dimensions (mm) FCBn1.25SQME7 (n=2, 3, 5, 1) FCB22.SQME7 (1 n) 2 Ø1.6 Ø1.6 Ø11.7 Ø1.6 Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 1

Reflection type LNHKSTK series LNHKSTK Series Direct Number Direct No. 129 Illuminating converged line light Cylindrical lens allows for convergent illumination without wasting any light LN2SWHKSTK LN6SWHKSTK Achieving high output using unique lighting technology We achieved high output with low power consumption using our unique radiation mechanism and optical design. Graph of the change in illuminance Illuminating converged line light A cylindrical lens allows for convergent illuminance without wasting any light. image for the LN2SWHKSTK 25, Change in illuminance for the LN2SWHKSTK (lx) 2, 15, 1, 5, 2 4 6 8 1 12 14 16 18 2 Illuminating distance (mm) * Actual measurement values at 1% intensity in each illuminating distance. (Results may vary for individual units.) You can freely set the converging and converging width By changing the position of the lens unit on the tip, you can freely set the converging or the converging width for the illuminated light. The lens unit can be moved. A coaxial unit can be installed Install the optional coaxial unit to use coaxial illumination. A coaxial unit can be installed. Converging width (Thin) Converging width (Wide) Coaxial unit Lighting characteristics The following radar chart introduces the LNHKSTK Series' characteristics. Illuminating mechanism Page 33 contains examples with the coaxial unit installed. Illuminated light from the LED is passed through a cylindrical lens at the tip, thus illuminating a convergent line of light. Lighting characteristics radar chart Figure of the LNHKSTK illuminating mechanism Using special radiating mechanism Uniformity of the This product Camera Low High Uniformity of the emitting surface LED Cylindrical lens Inspected object 11 LNHKSTK Series Direct Number Direct No. 129 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applications By changing the position of the lens unit on the tip, you can freely set the converging or the converging width for the illuminated light. Efficient convergence allows for optimal imaging even with relatively little power consumption. Inspecting the exterior of film substrates Inspecting for faults in nonwoven fabrics Data Measured data for the LN2SWHKSTK (Data listed here are actual measurement values. Results may vary for individual units.) Relative (%) 1 9 8 7 6 5 4 3 2 1 25, 2, 15, 1, 5, distribution Change in illuminance 2 1 4 6 8 12 14 16 18 2 Illuminating distance (mm) Relative brightness (%) 1 75 5 25 25 5 75 1 1 75 5 25 25 5 75 1 Lateral position (mm) Lateral position (mm) * Actual measurement values at 1% intensity with an illuminating distance of 1 mm (With the custom optional diffusion film installed). (lx) Graph of the distribution of illuminance Graph of the change in illuminance * Actual measurement values at 1% intensity with an illuminating distance of 1 mm (With the custom optional diffusion film installed). Change the brightness distribution by moving the lens unit's position. Radiation amount (%) Graph of the distribution of brightness 1 9 8 7 6 5 4 3 2 1 Graph of output characteristics 1 9 8 7 6 5 4 3 2 1 distribution Output characteristics 12 13 14 15 16 17 18 19 2 21 22 23 24 Input voltage (V) * Actual measurement values at 1% intensity at each illuminating distance. * Actual measurement values when using analog Control Unit, PSB324VB. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 12

Reflection type LNHKSTKseries LNHKSTK Series Direct Number Direct No. 129 Lineup Emitting surface Power consumption Applicable Direct number Model LED color (max.) Weight (max.) Control Unit* Dimensions 1312 LN6SWHKSTK 6mm 6.1W 25g PD33243 series 1 1367 LN2SWHKSTK 2mm 22W 75g PSB series 2 *Regarding applicable Control Unit: The digital Control Unit PD33243 Series controls light intensity through pulse width modulation (PWM). Please evaluate your actual inspection environment before making a selection. Common specifications LED color Correlated color temperature Input voltage (SW) 5,5K (typ.) DC24V (max.) Cable Case material Operating environment.3 m Aluminum alloy Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Connector SMR3VB 1 Storage environment Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) Polarity/signal 1: Anode (+) Brown, 2: NC, 3: Cathode ( ) Blue Cooling method Natural air cooling Light spectrum 1 9 Relative radiation strength (%) 8 7 6 5 4 3 2 1 38 4 42 44 46 48 5 52 54 56 58 6 62 64 66 68 7 72 74 76 78 Wave (nm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Dimensions (mm) 1 LN6SWHKSTK 2 LN2SWHKSTK 2.5 65 6 2.5 25 2 7 2.5 65 2 2M3 tap depth 6 (For installation) 2 24.5 15 4.75 24.5 15 2 2M2 tap depth 4 (For installation) 4.75 2 2M2 tap depth 4 (For installation) 21 2.5 25 2 2M3 tap depth 6 (For installation) Adjusting screws 82 to 97 45.5 Adjusting screws 82 to 97 2 45.5 SM Connector 3P SM Connector 3P 24.2 24.2 12.25 2M4 tap depth 8 (For installation) 12.25 2M4 tap depth 8 (For installation) 15 4 45 12 13 LNHKSTK Series Direct Number Direct No. 129 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applicable Control Unit Digital Control Unit PD33243 series PD33243PI PD33243SI PD33243EI Direct number Model 2775 PD33243PI Applicable light No. of channels Direct number Model Applicable light No. of channels Direct number Model Applicable light No. of channels 24V 28W 3 2777 PD33243SI 24V 28W 3 2776 PD33243EI 24V 28W 3 P.29 P.29 P.29 Analog Control Unit PSB series PSB124VB PSB324VB PSB124VWW Direct number Model Applicable light 2194 PSB124VB 24V 1W 1 2215 PSB324VB 24V 3W 1 2191 PSB124VWW 24V 1W 1 Options P.31 Coaxial unit Install on the LNHKSTK series light to use coaxial illumination. No. of channels Direct number Model Applicable light No. of channels Direct number Model Applicable light P.31 No. of channels P.31 Dimensions (mm) KTVLN6 (For the LN6SWHKSTK) KTVLN2 (For the LN2SWHKSTK) 7 58 8.3 16 7 198 8.3 16 34.5 72 9 54 1.3 34.5 212 9 194 1.3 6 46 24.5 5 5.5 4 16 4 3.5 65 12 2 2φ3.6 (For light installation) 2M3.5 depth 4 (For installation) 6 46 24.5 5 5.5 4 25 8 8 12 2 2φ3.6 (For light installation) 3M3.5 depth 4 (For installation) Extension cable The cable included with the light is 3 cm. Use an extension cable to match your installation environment. FCB Direct number 3122 314 315 3158 Model FCB1 FCB2 FCB3 FCB5 Cable 1 m 2 m 3 m 5 m Application Used when extending the space between the light and the Control Unit. Cable diameter: Ø4.8 mm Flexible cable It can even withstand tests where it is bent 1 million times. FRCB Direct number 3222 3231 3232 3234 Model FRCB1 FRCB2 FRCB3 FRCB5 Cable diameter: Ø4.8 mm Cable 1 m 2 m 3 m 5 m Use this cable with excellent endurance when extending the space between the Application light and the Control Unit. * If using flexible cables, affix the cable section on the light side (including the connector section). Caution: If you join cables for a over 5 m, the intensity may be unstable. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 14

Reflection type HLND series Rtype HLND Series RType Direct Number Direct No. 128 We can make s up to 2,7 mm Line sensor lighting with both high output and support HLND3RDR HLND3SW2R HLND6SW2R HLND6RDR We can make s from a minimum of 1 mm up to a maximum of 2,7 mm The HLND Series provides light with the optimal to meet your needs. Because we manufacture the product joining the LED panels, we can manufacture the in 1 mm increments. You can specify a maximum of 2,7 mm. Also, we used aluminum alloy as the material for the chassis, and ensured sufficient strength through integral extrusion. HLND1 Emitting surface from a minimum of 1 mm, in increments of 1 mm HLND27 You can specify the for the up to a maximum of 2,7 mm Rtype, optimal as reflection lighting The HLND series Rtype achieves the optimal high output as reflection lighting. Also, the LED can emit white light or red light. Select your light based on your needs. High quality design you can use stably This light displays stable performance over a long period by using a radiation mechanism that prevents the temperature from rising due to the heat emitted by the LED, as well as a mechanism for efficient illumination. Rtype (Reflection lighting) Using a radiating mechanism Using metal connectors Achieve the optimal high output as reflection lighting by using a diffusion plate with a high transmittance rate. You can use higher brightness than the Ttype (transmission lighting) of the same series. Lighting characteristics The following radar chart introduces the HLND Series' Rtype's characteristics. Illuminating mechanism Achieve high output by employing unique radiating and illuminating mechanisms. Lighting characteristics radar chart Uniformity of the Figure of HLNDR's illuminating mechanism Using special radiating mechanism Camera LED Low High Uniformity of the emitting surface This product Inspected object 15 HLND Series RType Direct Number Direct No. 128 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applications We ensured optimal brightness by using a diffusion plate with a high transmittance rate. It's optimal for imaging in a dark field using scattered light. Inspecting for foreign materials mixed in rice Inspecting the exterior of colored steel plates Data Measured data for the HLND3SW2R (Data listed here are actual measurement values. Results may vary for individual units.) Graph of the distribution of illuminance Graph of the distribution of brightness distribution distribution 1 1 Relative illuminance (%) 9 8 7 6 5 4 3 2 1 Relative brightness (%) 15 125 1 75 5 25 25 5 75 1 125 15 175 15 125 1 75 5 25 25 5 75 1 125 15 175 Lateral position (mm) Lateral position (mm) 9 8 7 6 5 4 3 2 1 * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. (lx) Graph of the change in illuminance Change in illuminance 3, 25, 2, 15, 1, 5, 2 1 4 6 8 12 14 16 18 2 Illuminating distance (mm) * Actual measurement values at 1% intensity at each illuminating distance. Radiation amount (%) Graph of output characteristics Output characteristics 1 9 8 7 6 5 4 3 2 1 75 85 95 15 115 125 135 145 155 165 175 185 195 25 215 225 235 245 255 Intensity scales (Steps) * Actual measurement values when using analog Control Unit, PSB3324. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 16

Reflection type HLND series Rtype HLND Series RType Direct Number Direct No. 128 Lineup Direct number Model LED color Emitting surface Power consumption (max.) Weight (max.) Applicable Control Unit Dimensions 12661 14367 HLND1RDR HLND1SW2R 1mm 4.8W 1W 52g 1169 14287 HLND2RDR HLND2SW2R 2mm 9.6W 2W 84g 118 1413 HLND3RDR HLND3SW2R 3mm 14W 3W 1,16g 13362 14254 HLND4RDR HLND4SW2R 4mm 19W 4W 1,48g 12912 14667 HLND5RDR HLND5SW2R 5mm 24W 5W 1,8g 1195 1415 HLND6RDR HLND6SW2R 6mm 29W 6W 2,12g 146 1519 HLND7RDR HLND7SW2R 7mm 34W 71W 2,44g 1336 14375 HLND8RDR HLND8SW2R 8mm 38W 81W 2,76g 13297 14555 HLND9RDR HLND9SW2R 9mm 43W 91W 3,8g 12913 14919 HLND1RDR HLND1SW2R 1,mm 48W 89W 3,4g 12822 HLND11RDR HLND11SW2R 1,1mm 53W 91W 3,75g 13313 14193 HLND12RDR HLND12SW2R 1,2mm 58W 17W 4,4g HLND13RDR HLND13SW2R 1,3mm 62W 115W 4,36g 1516 1513 HLND14RDR HLND14SW2R 1,4mm 67W 124W 4,68g PSB3324 1 14699 HLND15RDR HLND15SW2R 1,5mm 72W 133W 5,g 14582 HLND16RDR HLND16SW2R 1,6mm 77W 142W 6,32g 1518 HLND17RDR HLND17SW2R 1,7mm 82W 151W 5,64g 14977 14568 HLND18RDR HLND18SW2R 1,8mm 86W 16W 5,96g 14726 HLND19RDR HLND19SW2R 1,9mm 91W 169W 6,28g 14694 HLND2RDR HLND2SW2R 2,mm 96W 178W 6,6g 14613 HLND21RDR HLND21SW2R 2,1mm 11W 186W 6,92g 1511 HLND22RDR HLND22SW2R 2,2mm 16W 195W 7,24g 14499 HLND23RDR HLND23SW2R 2,3mm 11W 24W 7,56g 14732 HLND24RDR HLND24SW2R 2,4mm 115W 213W 7,88g HLND25RDR HLND25SW2R 2,5mm 12W 222W 8,2g 14878 HLND26RDR HLND26SW2R 2,6mm 125W 231W 8,52g 14733 HLND27RDR HLND27SW2R 2,7mm 13W 24W 8,84g 17 HLND Series RType Direct Number Direct No. 128 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Common specifications LED color Correlated color temperature/ Peak wave Input voltage Connector Polarity/signal Light spectrum (SW2) (RD) Cable 6,5 K (typ.) 624 nm (typ.) Case material Aluminum alloy Operating DC24V (max.) environment Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Metal connector: SRCN2A167P (Made by Japan Aviation Electronics Industry, Limited) Storage environment Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) 1, 2, 3: (+), 4, 5, 6: ( ), 7: NC Cooling method Natural air cooling Relative radiation strength (%) 1 9 8 7 6 5 4 3 2 1 38 4 42 44 46 48 5 52 54 56 58 6 62 64 66 68 7 72 74 76 78 Wave (nm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Applicable Control Unit PSB3324 Direct number Model 2762 PSB3324 Applicable light 3 W No. of channels 1 P.27 Dimensions (mm) 1 HLND(1 n)r (1 n): Emitting surface 7.6 (Emitting surface) (1 n)+56.3: Full 22 22 72 (2 n)m5 tap depth 5 Direct number 3142 3151 3159 3131 3149 Model FCB21.25SQME7 FCB31.25SQME7 FCB51.25SQME7 FCB11.25SQME7 FCB22.SQME7 Cable 2 m 3 m 5 m 1 m 2 m Dimensions (mm) FCBn1.25SQME7 (n=2, 3, 5, 1) (1 n) FCB22.SQME7 2 Ø1.6 Ø1.6 Ø11.7 Ø1.6 54 35 *n = Number from 1 to 27 31 21 4.5 P1 (n1) 5 67 P1 (n1) 67 (n 2)+4M3 tap depth 5 29 Metal connector 7P Options Extension cable This cable connects the light and the Control Unit. You can choose from 2 m, 3 m, 5 m, 1 m, and 2 m. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 18

Transmission type Direct No. 128 HLNDseriesTtype HLND Series TType Direct Number We can make s up to 2,7 mm Line sensor lighting with both uniformity and support HLND3RDT HLND3SW2T HLND6SW2T HLND6RDT We can make s from a minimum of 1 mm up to a maximum of 2,7 mm The HLND Series provides light with the optimal to meet your needs. Because we manufacture the product joining the LED panels, we can manufacture the in 1 mm increments. You can specify a maximum of 2,7 mm. Also, we used aluminum alloy as the material for the chassis, and ensured sufficient strength through integral extrusion. HLND1 Emitting surface from a minimum of 1 mm, in increments of 1 mm HLND27 You can specify the for the up to a maximum of 2,7 mm Ttype, optimal as transmission lighting The HLND series Ttype achieves the optimal uniformity for transmission lighting. Also, the LED can emit white light or red light. Select your light based on your needs. High quality design you can use stably This light displays stable performance over a long period by using a radiation mechanism that prevents the temperature from rising due to the heat emitted by the LED, as well as a mechanism for efficient illumination. Ttype (Transmission lighting) Achieve the optimal uniformity as transmission lighting by using a diffusion Using a radiating mechanism Using metal connectors plate with a high diffusion rate. You can use higher uniformity than the Rtype (reflection lighting) of the same series. Lighting characteristics The following radar chart introduces the HLND Series' Ttype's characteristics. Illuminating mechanism Achieve high uniformity by employing unique radiating and illuminating mechanisms. The can be made up to 2,7 mm long. Lighting characteristics radar chart Uniformity of the Figure of HLNDT's illuminating mechanism Using special radiating mechanism Camera Inspected object Low High Uniformity of the emitting surface LED This product 19 HLND Series TType Direct Number Direct No. 128 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applications We achieved both brightness and uniformity by using a diffusion plate with a high diffusion rate. It's optimal for imaging in a bright field using reflected or transmitted light. Inspecting for foreign objects on transparent film Inspecting for scratches and dents in motor axles Data Measured data for the HLND3SW2T (Data listed here are actual measurement values. Results may vary for individual units.) Relative illuminance (%) Graph of the distribution of illuminance Graph of the distribution of brightness distribution distribution 1 1 9 8 8 7 6 6 5 4 4 3 2 2 1 15 125 1 75 5 25 25 5 75 1 125 15 175 15 125 1 75 5 25 25 5 75 1 125 15 175 Lateral position (mm) Lateral position (mm) Relative brightness (%) * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. (lx) Graph of the change in illuminance 25, 2, 15, 1, 5, Change in illuminance 2 1 4 6 8 12 14 16 18 2 Illuminating distance (mm) * Actual measurement values at 1% intensity at each illuminating distance. Radiation amount (%) Graph of output characteristics Output characteristics 1 9 8 7 6 5 4 3 2 1 75 85 95 15 115 125 135 145 155 165 175 185 195 25 215 225 235 245 255 Intensity scales (Steps) * Actual measurement values when using analog Control Unit, PSB3324. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 2

Transmission type Direct No. 128 HLNDseriesTtype HLND Series TType Direct Number Lineup Direct number Emitting surface Power consumption Model LED color (max.) Weight (max.) Applicable control unit Dimensions 1159 14366 HLND1RDT HLND1SW2T 1mm 4.8W 1W 52g 1266 14469 HLND2RDT HLND2SW2T 2mm 9.6W 2W 84g 1182 1412 HLND3RDT HLND3SW2T 3mm 14W 3W 1,16g 1189 14331 HLND4RDT HLND4SW2T 4mm 19W 4W 1,48g 1193 14672 HLND5RDT HLND5SW2T 5mm 24W 5W 1,8g 1197 1414 HLND6RDT HLND6SW2T 6mm 29W 6W 2,12g 14483 1453 HLND7RDT HLND7SW2T 7mm 34W 71W 2,44g 132 1484 HLND8RDT HLND8SW2T 8mm 38W 81W 2,76g 13139 14554 HLND9RDT HLND9SW2T 9mm 43W 91W 3,8g 1479 14337 HLND1RDT HLND1SW2T 1,mm 48W 89W 3,4g HLND11RDT HLND11SW2T 1,1mm 53W 91W 3,75g 1162 14269 HLND12RDT HLND12SW2T 1,2mm 58W 17W 4,4g HLND13RDT HLND13SW2T 1,3mm 62W 115W 4,36g 13439 14846 HLND14RDT HLND14SW2T 1,4mm 67W 124W 4,68g PSB3324 1 13649 1453 HLND15RDT HLND15SW2T 1,5mm 72W 133W 5,g HLND16RDT HLND16SW2T 1,6mm 77W 142W 6,32g HLND17RDT HLND17SW2T 1,7mm 82W 151W 5,64g 1521 14912 HLND18RDT HLND18SW2T 1,8mm 86W 16W 5,96g 13958 HLND19RDT HLND19SW2T 1,9mm 91W 169W 6,28g HLND2RDT HLND2SW2T 2,mm 96W 178W 6,6g 1456 HLND21RDT HLND21SW2T 2,1mm 11W 186W 6,92g HLND22RDT HLND22SW2T 2,2mm 16W 195W 7,24g HLND23RDT HLND23SW2T 2,3mm 11W 24W 7,56g 158 HLND24RDT HLND24SW2T 2,4mm 115W 213W 7,88g HLND25RDT HLND25SW2T 2,5mm 12W 222W 8,2g HLND26RDT HLND26SW2T 2,6mm 125W 231W 8,52g 12831 HLND27RDT HLND27SW2T 2,7mm 13W 24W 8,84g 21 HLND Series TType Direct Number Direct No. 128 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Common specifications LED color Correlated color temperature/ Peak wave Input voltage Connector Polarity/signal Light spectrum (SW2) (RD) Cable Case material Aluminum alloy 6,5 K (typ.) 624 nm (typ.) Operating Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) DC24V (max.) environment Metal connector: SRCN2A167P Storage environment Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) (Made by Japan Aviation Electronics Industry, Limited) 1, 2, 3: (+), 4, 5, 6: ( ), 7: NC Cooling method Natural air cooling 1 9 8 7 6 5 4 3 2 1 38 4 42 44 46 48 5 52 54 56 58 6 62 64 66 68 7 72 74 76 78 Wave (nm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Applicable Control Unit PSB3324 Direct number Model Applicable light No. of channels 2762 PSB3324 3W 1 P.27 Dimensions (mm) 1 HLND(1 n)t *n = Number from 1 to 27 (1 n): Emitting surface (1 n)+56.3: Full 22 22 72 (2 n)m5 tap depth 5 Options Extension cable This cable connects the light and the Control Unit. You can choose from 2 m, 3 m, 5 m, 1 m, and 2 m. Direct number Model Cable Dimensions (mm) FCBn1.25SQME7 (n=2, 3, 5, 1) (1 n) FCB22.SQME7 2 Ø1.6 Ø1.6 Ø11.7 Ø1.6 54 Relative radiation strength (%) 35 31 21 4.5 7.6 (Emitting surface) P1 (n1) 5 67 P1 (n1) 67 (n 2)+4M3 tap depth 5 29 Metal connector 7P 3142 3151 3159 3131 3149 FCB21.25SQME7 FCB31.25SQME7 FCB51.25SQME7 FCB11.25SQME7 FCB22.SQME7 2 m 3 m 5 m 1 m 2 m Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 22

Transmission type LTseries LT Series Direct Number Direct No. 1281 Achieves both high uniformity and high brightness Provides optimal imaging with its unique illuminating mechanism LT6SW Supports highlyaccurate inspection in a highspeed environment We achieved both high uniformity and high brightness through our unique optical system. It can perform highlyaccurate inspections at a highspeed scan rate, and supports a wide range of uses. Graph of the distribution of brightness 1 distribution of the LT6SW (Long side) 1 (Short side) Illuminating mechanism optimal for onsite work Because the LT Series has mechanism where the sticks out from the main unit, it's possible to illuminate with the tip near the inspected item. This contributes to saving space in your inspection environment or equipment environment. Use for transmission By reducing the space between rolls, you can improve inspection speed. Relative brightness (%) 8 6 4 2 3 25 2 15 1 5 5 1 15 2 25 3 Lateral position (mm) 8 6 4 2 1.4 1 1 1.4 Lateral position (mm) uces slack Long side (6 mm) Short side (2.8 mm) Because we manufacture the product joining the LED panels, you can specify the of the in 1 mm increments. It can support various applications with its variety of sizes, from 1 mm to a maximum of 1,8 mm. LT1SW * Actual measurement values at 1% intensity in 1 mm illuminating distance. (Results may vary for individual units.) Emitting surface from a minimum of 1 mm, in increments of 1 mm Other lights Used in direct reflection Allows for inspections where the light is installed at a narrow angle with the camera. Compact structure LT Series Saves space Enables short distance illumination LT18SW You can specify the for the emitting surface up to a maximum of 1,8 mm Lighting characteristics The following radar chart introduces the LT Series' characteristics. Lighting characteristics radar chart Uniformity of the Illuminating mechanism By employing a mechanism where the sticks out from the main unit, it's possible to illuminate with the tip near the inspected item, even in a narrow space. Figure of LT's illuminating mechanism Using special radiating mechanism Camera Inspected object Low High Uniformity of the emitting surface This product LED 23 LT Series Direct Number Direct No. 1281 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applications This is particularly effective for highlyaccurate inspections which require noticing fine changes. Even for uniformity on the long side, we ensured high uniformity not just for the center of the short side but to both edges. You can use it for a wide variety of uses. Inspecting for cracks and damage in wafers Inspecting for fish eyes, scratches, and foreign materials on transparent film Inspecting the exterior of metal foil sheets Data Measured data for the LT3SW (Data listed here are actual measurement values. Results may vary for individual units.) Graph of the distribution of illuminance Graph of the distribution of brightness distribution distribution Relative illuminance (%) 1 1 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1 15 125 1 75 5 25 25 5 75 1 125 15 175 15 125 1 75 5 25 25 5 75 1 125 15 175 Lateral position (mm) Lateral position (mm) Relative brightness (%) * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. * Actual measurement values at 1% intensity with an illuminating distance of 1 mm. (lx) Graph of the change in illuminance 3, 25, 2, 15, 1, 5, Change in illuminance 2 1 4 6 8 12 14 16 18 2 Illuminating distance (mm) * Actual measurement values at 1% intensity at each illuminating distance. Radiation amount (%) Graph of output characteristics Output characteristics 1 9 8 7 6 5 4 3 2 1 75 85 95 15 115 125 135 145 155 165 175 185 195 25 215 225 235 245 255 Intensity scales (Steps) * Actual measurement values when using analog Control Unit, PSB3324. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 24

Transmission type LTseries LT Series Direct Number Direct No. 1281 Lineup Direct number Model LED color Emitting surface Power consumption Applicable Control (max.) Weight (max.) Unit Dimensions 145 14828 14372 14989 14786 14476 14852 LT1SW LT2SW LT3SW LT4SW LT5SW LT6SW LT7SW LT8SW LT9SW 1mm 2mm 3mm 4mm 5mm 6mm 7mm 8mm 9mm 15W 29W 43W 57W 71W 85W 99W 113W 128W 5g 1,g 1,5g 2,g 2,5g 3,g 3,5g 4,g 4,5g PSB3324 1 14477 14478 14479 14758 14373 LT1SW LT11SW LT12SW LT13SW LT14SW LT15SW LT16SW LT17SW LT18SW 1,mm 1,1mm 1,2mm 1,3mm 1,4mm 1,5mm 1,6mm 1,7mm 1,8mm 142W 156W 17W 184W 198W 212W 226W 24W 255W 5,g 5,5g 6,g 6,5g 7,g 7,5g 8,g 8,5g 9,g Common specifications LED color Correlated color temperature Input voltage Connector Polarity/signal (SW) 1, K (typ.) DC24V (max.) Metal connector: SRCN2A167P (Made by Japan Aviation Electronics Industry, Limited) 1, 2, 3: (+), 4, 5, 6: (), 7: NC Cable Case material Operating environment Storage environment Cooling method Aluminum alloy Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) Natural air cooling Light spectrum 1 9 8 7 6 5 4 3 2 1 38 4 42 44 46 48 5 52 54 56 58 6 62 64 66 68 7 72 74 76 78 Wave (nm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Dimensions (mm) 1 LT(1 n)sw *n = Number from 1 to 18 2.8 () (1 n)+78: Full (Full )13 Detailed figure C 58 (27.6) (6) 24 (1 n): Emitting surface 24 (23.8) (12.4) 6 (83) (76) Relative radiation strength (%) 8 5.4 2 4.2 7 Metal connector 7P (15) 14 14 For installation 5M5 nut slot Detailed figure C 25 LT Series Direct Number Direct No. 1281 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Uniformity of the Applicable Control Unit PSB3324 Direct number Model Applicable light No. of channels 2762 PSB3324 3W 1 P.27 Options Extension cable This cable connects the light and the Control Unit. You can choose from 2 m, 3 m, 5 m, 1 m, and 2 m. Direct number 3142 3151 3159 3131 3149 Model FCB21.25SQME7 FCB31.25SQME7 FCB51.25SQME7 FCB11.25SQME7 FCB22.SQME7 Cable 2 m 3 m 5 m 1 m 2 m Dimensions (mm) FCBn1.25SQME7 (n=2, 3, 5, 1) FCB22.SQME7 (1 n) 2 Ø1.6 Ø1.6 Ø11.7 Ø1.6 Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 26

Analog Control Units PSB3324 series PSB3324 Direct Number Direct No. 219 Highly functional analog Control Unit that brings out the performance of line sensor lighting The PSB3324 analog Control Unit is a highly functional analog Control Unit equipped with three types of external control methods for a massive output capacity of 3 W. 245mm Can set intensity in 256 steps Equipped with an intensity range selection function 11mm Equipped with three types of external control functions (Parallel, EIA485, and Analog) PSB3324 Supports high output of 3 W Achieves a lightweight, compact design 97mm Weight 2,3g This single Unit is equipped with three types of control functions for parallel communication, EIA485 communication, and analog input Control mode Description ON/OFF input connector Parallel communication connector ID switch Set up to 4 Units EIA485 communication/ analog input connector Parallel communication EIA485 communication Analog input ON/OFF control Intensity control Control the intensity in 256 steps via parallel signal input Intensity control Command input for 256 steps of intensity via EIA485 communications ON/OFF control Command input via EIA485 communication Control the intensity in 256 steps via analog voltage Intensity control ( to 5 V) ON/OFF control is possible in combination with parallel, EIA485, or analog control LED Lights ON/OFF control via OFF signal input (parallel bit method) Digital display supports recreating intensity Optimize your intensity setting with the intensity range selection function Intensity range selector Output voltage 18 to 24 V 15 to 24 V 12 to 24 V Digital display Setting switch Quick operation using a pushbutton dial Intensity setting to 256 steps. Turn on the power while pressing the button to select external control mode. Press and hold for 2 seconds to lock the intensity value. Push to select. Press and hold to lock. Spin to adjust. You can choose an intensity range to match the lighting characteristics. * LED output varies depending on the lighting (Graph is for reference purposes). Output voltage (V) 24 22 2 18 16 14 12 64 128 192 255 Intensity scales (Steps) Intensity range 12 to 24 V 1.25 2.5 3.75 5 Intensity setting via analog input (V) Intensity range 18 to 24 V Intensity range 15 to 24 V 27 PSB3324 Direct Number Direct No. 219 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

1 2 3 4 5 6 1 2 3 4 5 6 ON/OFF PARALLEL INTENSITY PSB3324 MODE ANALOG/SERIAL EXTERNAL MANUAL RANGE 18 to 24 V 15 to 24 V 12 to 24 V ID Specifications Model PSB3324 Direct number 2762 Emitting method Constant emitting Drive method Constantvoltage system Intensity control method Variable voltage control No. of channels 1 channel Applicable light (rated) 24V 3W Manual and external Intensity control intensity Front manual/external switch (MODE) Variable output Select between 3 steps via the front intensity range selector (RANGE). voltage range Set any of 256 steps via the setting switch. Manual Press and hold the switch for 2 seconds to lock the intensity value. Parallel communication 8bit intensity value setting (B to B7) and write signal (WR) Serial communication Command input via EIA485 communication External Analog input Analog voltage ( V to 5 V) External control mode can be selected by pushing the setting switch while turning ON the power. Lighting control Parallel bit input Lighting signal (OFF) Serial communication Command input via EIA485 communication EIA485 ID Set via the front ID switch ( to 3). Maximum of 4 connected units. communication Terminating Set via the front ID switch settings resistance (terminating resistance is ON only when the ID is ). Emitting delay (typ.).1 s Error detection display "Err" is displayed on the frontpanel digital display. Error detection output Errors are output and light output is stopped for an internal AC/DC error. External control Error output terminal (OC, OE), photocoupler insulation, connector opencollector output, alarm open (load current of 1 ma or less), and error status (serial communication) Overcurrent protection Operates at 15% of the rated current or higher. Resets by cycling the Control Unit. Over voltage protection Operates at 12% to 155% of the rated voltage. Resets by cycling the Control Unit. Input voltage (rated) AC1 24V Power consumption (typ.) 41VA Frequency 5/6Hz 2 A/4 A (primary/secondary value at 1 VAC), Inrush current (typ.) 4 A/4 A (primary/secondary value at 24 VAC) * From a cold start Ground leakage current 3.5 ma max. (264 VAC, 6 Hz, with no load) Output voltage Select between 3 steps via the front intensity range selector. variation range (typ.) 12V to 24V * With no load 15V to 24V * With no load 18V to 24V * With no load Operating temperature and humidity Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Storage temperature and humidity Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) Acceleration: 19.6 m/sec2, frequency: 1 to 55 Hz, cycle: 3 min, Vibration resistance sweep cycle: each hour in the X, Y, and Z directions Cooling method Forced air cooling CE marking Safety standard: EN6111 compliant Conforms to EMC standard EN613261 Class A Environmental regulation RoHS compliant Material, coating, surface processing Steel plate, Thickness of cover: 1., Thickness of chassis: 1.6, N3 leather tone finish Weight 2,3 g max. Accessories 3prong grounded AC cord (2 m): ( 1) Dimensions (mm) 11 Digital display 97 Setting switch (pushbutton dial) ID switch Analog input/eia485 communication connector Parallel communication connector ON/OFF input connector L13 L14 L11 L12 Front 17.5 7 196 7 Options External control cables These are cables for parallel communication, EIA485 communication, and analog input. Select yours to match your control method. (mm) Parallel Communication Cable Direct number: 3683 Model: EXCB2M23 ON/OFF Input Cable Direct number: 3682 Model: EXCB2M13 Parallel Communication / ON/OFF Input Shared Cable Direct number: 3684 Model: EXCB2M1M23 3 3 3 1 1pole MIL connector 2pole MIL connector Ø6.1 Only showing one end 1pole MIL connector Ø5 Only showing one end Analog Input Cable Direct number: 3687 Model: EXCB2E6AN3 3 EIA485 Communication Cable Direct number: 3686 Model: EXCB2E6SR3 3 EIA485 Communication Relay Cable Direct number: 3685 Model: EXCB2E33 * If connecting two or more Control Units, connect this cable to the external device side. 3 AMP Ø4.6 Only showing one end AMP Ø4.6 Only showing one end Ø3.9 Only showing one end EIA485 Communication Relay Cable Direct number: 3717 Model: EXCB2E6SRE33 * If connecting two or more Control Units, use this cable to connect the Control Unit and the relay connector. 3 EIA485 Communication Relay Cable Direct number: 3721 Model: EXCB2E3E3.2 * If connecting four Control Units, use this cable to connect relay connectors to one another. 2 EIA485 Communication Relay Connector Direct number: 372 Model: ECNRE3CN4 13.8 econ relay connector 3 pins x 4 3 13 Rear Output connector (Metal connector) POWER AC inlet Manual/external mode selector Intensity range selector Fan exhaust outlets Control Unit switch 65 16 Side 245 Fan exhaust outlets Fan air inlets Bottom 4M3 bottom mounting screw hole (Insertion depth of 5 mm) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Ø7.2 2pole MIL connector Only showing one end * This cable connects the Control Unit and an external device. (Between the Control Unit and external device) (Between the external device and relay connector) 3 2 1 (Between the Control Unit and relay connector) Ø3.9 (Between relay connectors) Download a detailed procedure for connecting the EIA485 communication cable from the Web. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 28

Digital Control Units PD33243 series PD33243 Series Direct Number Direct No. 218 Highlyfunctional digital Control Units you can choose to match your network The digital Control Unit PD33243 Series is a digital Control Unit equipped with an interface optimal for onsite work and a variety of functions. Can set intensity in 256 steps Can control intensity with 3 independent channels Equipped with strobe emitting function Lineup of three types of external control functions (Parallel, EIA485, and Ethernet) Equipped with standard DIN rail Achieves a lightweight, compact design Weight 6g 12 mm 82.6mm 84mm Channel selection switch Digital display Setting switch Quick operation using a pushbutton dial Intensity setting to 256 steps Strobe emitting time setting Setting lock Push to select. Press and hold to lock. Spin to adjust. * Protrusions such as switches and rubber padding are not included. The digital Control Unit PD33243 Series controls light intensity through pulse width modulation (PWM). Please evaluate your actual inspection environment before making a selection. 3 types of external control available You can choose between the parallel, EIA485, and Ethernet types. PD33243PI The parallel type has the fastest switching for settings. Perform highspeed control through batch transmission. PD33243SI The EIA485 type can individually manage units using multidrop wiring. Can manage up to 4 Units. PD33243EI The Ethernet type supports standard protocols TCP/IP and UDP/IP. Pursuing even more convenience. Manual/external mode selector External control connector External trigger input connector Manual/external mode selector ID switch External control connector External trigger input connector Manual/external mode selector External control connector External control reset switch External trigger input connector Trigger logical setting switch Trigger logical setting switch Trigger logical setting switch Example of communication Example of communication Example of communication PC Parallel signal output Channel number Intensity value Emitting time, etc. PLC EIA485 communication Individual management using ID settings PC Server Server Server Network environment PLC Parallel signal output Channel number Intensity value Emitting time, etc. Setting switching PD33243PI Other devices Intensity value Emitting time, etc. PD33243PI Receives settings all at once. Channel number Intensity value Emitting time, etc. Reflects set values for the lighting on the designate channel all at once. PC EIA485 network ID:3 ID:2 ID:1 ID: PD33243SI Individual management using ID settings PD33243SI Can manage up to 4 Units. Other devices Can manage up to 4 Units. Allows for multidrop wiring Ethernet (TCP/IP) (UDP/IP) Allows for individual management from the upper network PD33243EI Individual management through IP addresses Other devices Other devices Manage number of allotted IP addresses 29 PD33243 Series Direct Number Direct No. 218 * If using multidrop wiring, please use the optional EIA485 Communication Relay Cable (EXCB2E3E3.2). You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Common specifications Emitting method Drive method Intensity control method No. of channels Applicable light (rated) PWM frequency Error detection display Overcurrent protection* Input voltage (rated) Power consumption (typ.) Frequency Output voltage (rated) Output current (rated) Operating temperature and humidity Storage temperature and humidity Cooling method CE marking Material/Surface processing Weight Accessories PD33243SI (EIA485 Type) Specifications Direct number Intensity setting ON/OFF setting Emitting mode setting Error detection output External control connector PD33243EI (Ethernet Type) Specifications Direct number Intensity setting Emitting mode setting Error detection output Constant emitting Constantvoltage system PWM control and emitting time control 3 channels 24 V 28 W 125 khz "OCP" displayed on front digital display. Operates at 17% of output current or higher. Resets by cycling the Control Unit. 1 to 24 VAC 78 VA 5/6 Hz 24 VDC Total for 3 channels: 1.1 A Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) Natural air cooling Safety standard: EN6111 compliant, EMC standard: EN61326 Class A compliant Material: Aluminum and resin, Surface processing: Blue alumite 6 g max. 3prong grounded AC cord (2 m) * Do not intentionally shortcircuit the positive and negative output terminals. PD33243PI (Parallel Type) Specifications Direct number Intensity setting ON/OFF setting Emitting mode setting Error detection output External control connector ON/OFF setting External control connector 2775 Manual Set 256 steps using the front setting switch External 8bit input (B to B7), write pulse (BRTWR), and channel selection (CHSEL to CHSEL2) External trigger input Manual Set 11 steps using the front setting switch External 4bit input (M to M3), write pulse (TRGWR), and channel selection (CHSEL to CHSEL2) Transistor output between pins 19 and 2 of the external control connector Normal operation: Open, Overcurrent output detected: Closed Trigger input Intensity/emitting mode setting 2777 Manual Set 256 steps using the front setting switch External Command input via EIA485 communication External trigger input or command input via EIA485 communication Manual Set 11 steps using the front setting switch External Command input via EIA485 communication Command sent when overcurrent output is detected. Trigger input Intensity/emitting mode setting MIL connector, 1 poles econ connector, 3 poles 2776 Manual Set 256 steps using the front setting switch External Command input via TCP/IP or UDP/IP communication External trigger input or command input via TCP/IP or UDP/IP communication Manual Set 11 steps using the front setting switch External Command input via TCP/IP or UDP/IP communication Command sent when overcurrent output is detected. Trigger input Intensity/emitting mode setting MIL connector, 1 poles MIL connector, 2 poles MIL connector, 1 poles RJ45 connector Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Dimensions (mm) Parallel type Front Channel selection switch 124 12 ID switch External control connector External control connector 84 Output connector AC inlet External control connector EIA485 type Ethernet type Setting display lamp (1.8) Digital display Setting switch Channel display lamp Trigger logical setting switch Manual/external mode selector (6) External trigger input connector External control reset switch * The EIA485 and Ethernet types have the same dimensions as the Parallel type. 56 14 (13) 1 Side 82.6 (8) DIN rail installation area Bottom 59.3 (6) (6) 4M3 (Insertion depth 5 mm) Options External control cables (mm) Parallel Communication Cable Direct number: 3683 Model: EXCB2M23 Trigger Input Cable (Parallel Bit Input) Direct number: 3682 Model: EXCB2M13 3 3 2pole MIL connector Ø6.1 Only showing one end 1pole MIL connector Ø5 Only showing one end Parallel Communication/Trigger Input Branch Cable Direct number: 3684 Model: EXCB2M1M23 3 1 Bottom Mounting Bracket Direct number: 41164 Model: BKPD3 7 4 2Ø4.5 (1) 1pole MIL connector Ø7.2 29 19 2Ø3.5 2pole MIL connector Only showing one end 5 59.3 1 5 * 1 set (2 pieces) EIA485 Communication Relay Cable Direct number: 3685 Model: EXCB2E33 * This cable connects the external device to the Control Unit or to the relay connector. 3 EIA485 Communication Relay Cable Direct number: 3721 Model: EXCB2E3E3.2 * If connecting two or more Control Units, use this cable to connect the Control Unit and the relay connector. 2 EIA485 Communication Relay Connector Direct number: 372 Model: ECNRE3CN4 13.8 econ relay connector 3 pins 4 3 13 Ø3.9 Only showing one end (Between the external device and Control Unit), (Between the external device and relay connector) Ø3.9 (Between the Control Unit and relay connector) Download a detailed procedure for connecting the EIA485 communication cable from the Web. Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 3

POWER 1 to 24 V 5/6 Hz, 27 VA 5 6 4 7 3 8 2 9 1 1 INTENSITY LIGHT 4M3 GND Analog Control Units PSB series PSB Series Direct Number Direct No. 27 Standard Analog Control Unit Series The PSB Series Control Unit provides stepless intensity control for variable voltage. PSB124VB PSB324VB PSB124VWW Specifications Dimensions (mm) Product name Model Direct number Emitting method Drive method Intensity control method No. of channels Applicable light (rated) Intensity control Overcurrent protection Input voltage (rated) Power consumption (typ.) Frequency Inrush current (typ.) Ground leakage current Output voltage (rated) Operating temperature and humidity Storage temperature and humidity Cooling method CE marking Environmental regulation Material, coating, surface processing Weight Accessories PSB124VB LED Light Analog Control Unit PSB324VB PSB124VWW 2194 2215 2191 24 V, 1 W Constant emitting Constantvoltage system Variable voltage control 1 channel 24 V, 3W 24 V, 1 W Intensity knob on the unit front panel Operates at 125% of the rated current or higher. Resets automatically. Operates at 15% of the rated current or higher. Resets automatically. AC1 12V AC1 24V 27 VA 78 VA 27 VA 5/6 Hz 15 A (For 1 VAC) 15 A (For 1 VAC) 2 A (For 2 VAC) * From a cold start * From a cold start 3.5 ma max. 3.5 ma max. (264 VAC, 6 Hz, with no load) 12 (±1) VDC to 24.5 (±.25) VDC Temperature: to 4 C, Humidity: 2 to 85%RH (with no condensation) Temperature: 2 to 6 C, Humidity: 2 to 85%RH (with no condensation) Natural air cooling Safety standard: EN6111 compliant EMC standard: EN61326 compliant RoHS compliant Steel plate, Thickness: 1., N3, Matte finish Approx. 47 g Approx. 7g Approx. 47 g Instruction Guide (1) Instruction Guide (1) AC cord (Grounded) (1) PSB124VB Control Unit switch PSB324VB PSB124VWW 76 11 54 11 Intensity knob 45 5 16 118 8.5 1.5 93 14.5 Output connector FG terminal 4M3 depth 5 (Mounting screw hole) 1 VAC AC cord (2.3 m) Control Unit switch Output connector Control Unit switch AC inlet 86 8 7 8 76 11 54 11 Intensity knob 55 5 FG terminal Intensity knob 5 5 Output connector FG terminal 16 149 8.5 14.5 12 14.5 16 131 8.5 15.5 1 15.5 4M3 depth 5 (Mounting screw hole) 1 VAC AC cord (2.3 m) depth 5 (Mounting screw hole) Be sure to read the "Instruction Guide" included with the product before use and observe cautionary information. Options Options include a type where the intensity knob can be locked. Model: PSB124VBL/PSB324VBL How to use the type with a function for locking the intensity knob Front drawing Intensity knob Side sectional drawing 1) Adjust the intensity using a flathead screwdriver. 2) To lock the knob, use a hexagonal wrench to spin the M3 set screw on the knob body and lock it. M3 screw Regarding use Use the PD33243 Series digital Control Unit if you require fine intensity settings, controllability, or reproducibility. Flathead screwdriver Hexagonal wrench 31 PSB Series Direct Number Direct No. 27 You can easily access the product information page you want just by inputting the 7digit number in the direct number input space from CCS s website (Machine Vision Application page). The direct number is included on the Lineup of each product page.

Inquiry Sheet If you would like to use lighting selections, free demo products, or a testing room, please fill in the required information below and fax it to your local Sales Office. A sales representative will contact you. Date / / Company Department Name Address Postal code: Tel Fax Email Information about the inspected item (1) Inspected item: Metal Paper (printed) Nonwoven cloth Glass/film Plastic Ceramics Other ( ) (2) Surface condition: Glossy Not glossy Stain finishing Other ( ) (3) Surface shape: Flat Curved Other ( ) (4) Color: Black Other ( ) (5) Transparency: Transparent Opaque Other ( ) Inspection contents (1) Exterior inspections: Surface unevenness Foreign material/dirt Pin holes Coating breaks/wrinkles Coating unevenness Scratches Form Other ( ) (2) Reading: Characters OCR Patterns Other ( ) (3) Misalignment/Alignment (4) Measurement (5) Other: ( ) Inspection conditions/environment Sheet width mm Inspection (field of vision) width mm Carrying speed m/minute Resolution μm Scan rate Hz (μs) Illuminating format Reflection/Transmission Snaking mm Rattling ± mm Distance between the mm Distance between the mm camera and the sheet Light and the sheet Camera angle Lighting angle Presumed camera Camera pixel count Presumed lens FStop Lighting restraints Environmental requirements Temperature/Water resistance/dust/ambient light/other ( ) Please copy and use this sheet If there is anything else besides the above (schematics, etc.), please include it here. Requests regarding followup I'd like for a visit/meeting. I'd like an experiment/verification. Borrowing a sample product Other ( ) Desired response date (Urgent/By / ) Information about Web Member registration If you register as a member on our website, you can download various materials, such as 3DCAD drawings and instruction guides. Also, we accept applications for lighting selections and free demo products from our contact page. Please feel free to use it. 32

Technical Guide The following introduces custom lights that CCS has designed, developed, and manufactured 1 Coaxial Convergent Line Sensor Light Characteristics Installed a coaxial unit for convergent lighting. The half mirror allows for illumination from the camera axis. Uniform illumination is possible even for the highly reflective mirror surface. Application Inspecting for dents/scratches in sheet metal Inspecting for uneven film coating Inspecting for scratches on LCD panels Figure of the illuminating mechanism 3D exterior figure Imaging sample: Image of a dent in sheet metal Imaging environment: Identical to camera and optical conditions except during charging time. Line light converged by the cylindrical lens is illuminated by the half mirror on the same axis as the camera. Coaxial illumination Coaxial Convergent Line Sensor Light Camera Half mirror Cylindrical lens This product LED Inspected object Charging time: 99 μs Approx. 3x Charging time: 3 μs Mechanism for imaging uneven faults using a coaxial convergent line sensor light Light source Light source Inspected object Inspected object Even section If the surface of the inspected item is even, the light that is illuminated will enter the camera as reflected light. Uneven section If the surface of the inspected item is uneven, the light from the light source will move out of the camera's field of vision, so only the uneven faults will appear dark. * The imaging samples that are used have been purchased by our company. The samples have been processed for imaging, and are not intended to represent product quality and performance. 33

Inquire at your local Sales Office regarding customized lights 2 Dome Line Sensor Light Characteristics Achieve uniform diffused illumination by using curved reflective panels. It allows for uniform illumination of 3dimensional objects which do not have a uniform surface forms or states. Application Inspecting the exterior of resin pellets Inspecting the exterior of polysilicon Inspecting the exterior of galvanized steel plates Figure of the illuminating mechanism 3D exterior figure Imaging sample: Image of the exterior of galvanized steel plates Illuminated light from the LED diffused by the curved reflective panel. Illuminating the inspected item with even, uniform diffused light. Camera Line sensor light It's difficult to differentiate between minute faults and surface differences. Dome Line Sensor Light Diffused light from the dome light negates differences in surface tone, making it possible to notice faults. This product Reflective panel LED Inspected object Mechanism for imaging the exterior of galvanized steel plates using a dome line sensor light Light source Light source Inspected object Light source Light source Inspected object Glossy Glossy Glossy Matte Matte Matte Glossy section Only the light illuminated from near the roof of the reflective panel is reflected by the glossy section at nearly a direct reflection and is seen by the camera. Matte section The matte section has a lower reflection rate compared to the glossy section, but light illuminated from the whole reflective panel is diffused and is seen by the camera. Pull the light away from the sheet. The diffused reflection is weaker, so the matte sections are darker. Bring the light closer to the sheet. The diffused reflection is intense, so the matte sections are brighter. * The imaging samples that are used have been purchased by our company. The samples have been processed for imaging, and are not intended to represent product quality and performance. 34

Technical Guide Basic line sensor camera knowledge 1 Differences between area sensor cameras and line sensor cameras Area sensor camera Line sensor camera Imaging methods for the area sensor camera and the line sensor camera (Conceptual image) Shape of imaging element Area sensor camera Lens mount C mount, F mount, etc. F mount, M72 mount, etc. Make an image of the whole field of vision all at once. Pixel expression Capture expression 2M (1,6 1,2 pix) Shutter speed 1/4, (25 μsec) 1/6 (16.67 msec) 8 K (8,192 pix) Charge storage time 4, Hz (25 μsec) 1, Hz (1 msec) Line sensor camera Takes images in lines and makes them one picture. 2 Reading line sensor camera specifications Pixel count Pixel size Optical element Video rate Scan rate Line transferring panel Video output (Digital output) Sensitivity Amount of saturated exposure Dynamic range Output nonuniformity Power supply capacity Operating temperature range Operating humidity range Storage temperature range Weight Dimensions Lens mount Specifications 16,384 3.5 μm 3.5 μm 57.344 mm 64 MHz (8 MHz 8TAP) 35 khz 28.57 μsec (Min.) 8bit Full Configuration gain1 = 1.2, gain2 = 4.8 DNnj/cm2 23 ke (Representative value) 6 db (By element) Standard 1% When at 5% saturation power (By element) 12 V ±.5 V (.5 A or less) C to 4 C 85% (max.) 1 C to +65 C 72 g max. 1 (W) x 1 (H) 34 (D) (Not including protrusions) M72, P =.75 mm Size of 1 pixel Related to receiving sensitivity. Larger sizes can receive more brightness. Length of the whole image sensor Related to the lens' image cycle. It's necessary to use a lens with an image cycle larger than this. Speed at which the digital data is sent Speed for forwarding 1 pixel's worth of data. Normally displayed in bits per second (bps). (The example on the left is displayed by frequency) Frequency for reading 1 line The inverse of this value is the exposure time. Multiply the video rate by the pixel count to calculate the minimum scan rate. Length of time it is exposed to light Relative to the shutter speed for an area camera. Sometimes called the charging time. About the pixel count 3 for line cameras 4 How to find the required when selecting a line sensor light Pixel count Pixel size Ratio of receiving surface area Setup examples Information required when selecting the of your light 2K(2,48) 4K(4,96) 14 14 μm 1 1 μm 16 8 (1) WD (Working distance) : Distance from the camera to the surface of the inspected item 8K(8,192) 12K(12,288) 7 7 μm 5 5 μm 4 2 (2) LWD (Light working distance) : Distance from the light to the surface of the inspected item 16K(16,384) 3.5 3.5 μm Note: varies based on the wave of the light source and the receiving sensitivity of the image sensor. does not necessarily correspond to the receiving surface area ratio. 1 Surface of the inspected item FOV WD (3) FOV (Field of vision) Calculate the require using the items above Use the trigonometric ratio and Solve calculate using the following procedure. WD : FOV = (WD + LWD) : required Required LWD Required = FOV x (WD + LWD) WD Note: The above is only valid for applications using direct light transmission or direct light reflection. The must be uniform. Select a light longer than the you calculated. 35

Setting optical and lighting conditions 1 How to find the working distance (WD) Optical system for the line sensor camera (Wideside resolution) It is necessary to calculate the working distance in advance. WD Seen from upstream Line sensor camera Estimated working distance m +1 WD = m f Seen from the side You can calculate an estimate WD just by putting the receiving element /field of vision or the element size/widthside resolution, and the lens focus distance, into the WD equation as the scaling factor m. * Reference value Method for testing line sensor image input When using a line sensor camera, calculate the working distance (WD), carrying speed, and scan rate before starting the test. Example calculation with the following camera specs and conditions Pixel size: 7 μm 7 μm (Pixel count: 8,192) Focus distance: In regard to the scan rate and working distance when performing an image input test with the following conditions for a lens where f = 55 mm 1. Carrying speed: 2 mm/sec 2. Resolution: Carrying direction 3 μm Lateral direction 3 μm Scan rate =.3 mm 2 mm/sec =.15 sec = 15 μsec Working distance = {(7/3 + 1) / (7/3)} 55 mm = Approx. 291 mm 2 3 Relationship between the lens' effective diameter and the light's installation distance * Reference value What is the effective diameter for the lens in the conditions on the left? Effective diameter D X LT Series (Emitting surface width: 2.8 mm) HLND Series (Emitting surface width: 7.6 mm) Lens conditions Lens in use Nikon Ai MicroNikkor 55 mm f/2.8s FStop F5.6 Distance to the surface of the inspected item: Approx. 291 mm Distance of the LT Series to the surface of the inspected item: Approx. 83 mm Y Distance of the HLND Series to the surface of the inspected item: Approx. 225 mm D = Lens focus distance Fstop = 55 5.6 = 9.8 What is the longest distance where the most efficient brightness can be achieved for the emitting width (short side) of each light? Find it using similar relationships 1) If using the LT Series 9. 8: 291 = 2. 8 : X X = (291 x 2. 8) 9. 8 = Approx. 83 mm 2) If using the HLND Series 9. 8: 291 = 7. 6 : Y Y = (291 x 7. 6) 9. 8 = Approx. 225 mm For both the above lights, if the light is farther than the distance above, it will be darker, but if the light is closer than the distance above, there will be virtually no change in the brightness. (However, this assumes that the inspected item is limited to something transparent where the illuminated light can be observed directly. This cannot be applied to an inspected item with a possibility for diffusion.) Also, if the lens in use or the Fstop changes, various conditions such as the effective diameter and WD change. Therefore, please consider this only as a reference value under certain conditions. Furthermore, the camera's pixel size is a large factor regarding brightness. Comparison of the images for the area sensor camera and the line sensor camera Imaging sample (Metal bar) Image of scratches on a metal bar Sample size: Length 15 mm, φ2 mm Resolution: 1 μm Pixels of the camera in use Line camera: 8,192 pixels Area camera: 3, pixels Imaging with the area sensor camera Resolution: 1 μm Imaging with the line sensor camera 36

Support We provide various kinds of support so that you can select the optimal light for you Free demos We will ask you about the item you're inspecting and the contents and conditions of the inspection, then select the optimal light for you. We will lend you a free demo product so you can verify how it works in your environment. Feel free to apply if you're confirming imaging or verifying settings before purchasing a product. Flow for free demos Receive your request Confirm inspection conditions Select device Loan device Customer verification Return device Free testing room You can use our testing rooms free of charge. We looking forward to helping you. Flow for using our testing rooms Advance preparation Day of the test Testing room Receive your request Confirm test conditions Preliminary experiment using flawed sample Visit Suggesting the optimal light Installation example Optical system (Lens) Camera Image processing Uniaxial table Resolution Variety of setups Nikon Ai MicroNikkor 55 mm f/2.8s Large format lens x.7 8,192 pixel line sensor camera Hardware image processing board Stepping motor Stroke: MAX 6 mm, 5 mm/sec to 4 mm/sec 1 μm 1 μm to 1 μm 1 μm Direct light setup, diffused light setup, transmitted light setup We perform tests, nearly recreating your imaging environment. We suggest the lighting solution for getting optimal images using our LED Lights, Control Units, and options. 37

Testing Room CCS's strong product lineup meets your diverse lighting needs CCS provides lighting solutions and technical consultation on locations worldwide so that you can choose the best illumination. Please feel free to contact us. All locations have testing rooms where you can do experiments of your workpieces with our lightings. (Please make an appointment in advance.) Products Display Shelf Testing Room 38

CCS website http://www.ccsgrp.com CCS Corporate Profile Machine Vision Applications Machine Vision Applications Topics Products Product information, such as specifications and accessories, is provided. Downloadable information is also provided. New Product Information Information on new and popular products is provided. Downloads This page is for downloading 3DCAD drawings, PDF drawings, DXF drawings, operation manuals, PDF catalogs, and PDF brochures. Services and Support Items such as Warranty Information, Repairs, FAQs, Domestic and Overseas Branches, Testing Rooms, are listed. Contact Us Inquiries on LED Lighting, Borrowing Products, Estimates, Requests for Catalogs, Productrelated Questions, and Other Questions are handled from this web page. Registration for New CCS Members New Registration If you register as a CCS member, you can download all materials (such as PDF or DXF drawings and operation manuals) from our website. You can also send in applications for selecting the appropriate Light Unit or borrowing Demonstration Units, and post requests for estimates or for catalogs. Go ahead and register as a member. Direct Number Input Fields Direct Number A direct number is a 7digit number assigned to a CCS product. You can easily access the web page providing information on any desired product by simply entering the direct number in the field provided. The direct number assigned to each product is listed in the Product Lineup Table or on the product web page. We accept requests regarding lighting selections, free demo products, testing rooms, and more. Please feel free to inquire. Caution To ensure proper and safe use of the product, please read the Instruction Guide completely before using the product. For product improvement, specifications and designs are subject to change without notice. The sample images in this catalog are intended to serve only as references to help you select lighting. The samples that are used have been purchased by our company and processed for imaging. They are not intended to represent product quality and performance. Please verify the functionality and conditions required for your particular application before you consider our products and make a selection. CCS Inc. Headquarters Shimodachiuriagaru, karasumadori, kamigyoku, Kyoto 62811 JAPAN TEL : +81754158284 / FAX : +81754158278 URL : http://www.ccsgrp.com/ Email : sales@ccsinc.co.jp CCS Asia PTE LTD 63 Hillview Avenue #71, Lam Soon Industrial Building, Singapore 669569 TEL : +6567691669 / FAX : +6567693422 URL : http://www.ccsasia.com.sg/ Email : sales@ccsasia.com.sg CCS America, Inc 5 Burlington Woods Suite 24 Burlington, MA 183 USA TEL : +178127269 / FAX : +1781272692 URL : http://www.ccsamerica.com/ Email : info@ccsamerica.com CCS Inc. Shanghai Office Room 38B39, CIMIC Tower No.19 Century Avenue, Pu Dong New Area, Shanghai 212, P.R. China TEL : +862158358728 / FAX : +862158358928 Email : ccschina@ccsinc.co.jp CCS Europe NV/SA Bergensesteenweg 423, Bus 13 16 SintPietersLeeuw, Belgium TEL : +32()23338 / FAX : +32()233381 Email : info@ccseu.com CCS Inc. Shenzhen office 17B,China Economic Trade Building, 7Rd Zizhu, Zhuzilin, Futian District, Shenzhen 5184 P.R.China TEL : +867558279477 / FAX : +867558279478 Email : ccschina@ccsinc.co.jp Copyright(c) 214 CCS Inc. All Rights Reserved. Content current as of March 214. 22143Line catalog