The New LDL2 Series. Full Model Change. New Generation LED Bar Light. New Bar Light Units with Direct Illumination. Patent Pending

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Cori Shaw
5 years ago
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1 Patent Pending New Generation LED Bar Light New Bar Light Units with Direct Illumination Full Model Change The New LDL Series

Full Model Change Five New s 1 New Mounting Method The new mounting method enables versatile mounting to match the installation environment.

the new frame structure mounting method or the conventional mounting holes.

Brightness has also been enhanced for white, blue, and green light.

Light LDL Light LDL Light 0 50 150 00 (%) 0 50 150 00 (%) 0 50 150 00 (%) Note: 1)This applies for each color using the narrow model.

Illumination LWD = 50 mm Diffusion Plate The cable is flat to the mounting surface, and so mounting can be made to any surface.

Brightness increased by approximately 1.7 times with a camera.

Brightness distribution 1 Brightness distribution Camera Camera Shutter speed: 1/1,000 Shutter speed: 1/4,000 Note; 1)Relative sensor brightness distribution measurement

LDL LDL-XRD-WD LDL Previous Brightness increased Product by approximately (SW Series) 1.8 times with a camera.

the internal grooves in the frame structure. The size of the internal grooves complies with JIS standard M3 nuts, which are commonly used. (Use JIS standard M3 nuts for mounting.

models, and a wide model, which has diffuse illumination in a wide range.

2 Full Model Change Five New s 1 New Mounting Method The new mounting method enables versatile mounting to match the installation environment. Frame structure Mounting tap holes Cable side Heat Dissipation Enhanced You can select from two methods for greater mounting versatility to match your installation environments: the new frame structure mounting method or the conventional mounting holes. High Output Enhanced Output with Improved Light Emission Efficiency A brightness of approximately five times is achieved over previous products for red light with a camera. Brightness has also been enhanced for white, blue, and green light. Light Previous Product Comparison of image capture (%) The brightness depends on the spectral sensitivity characteristics of the camera. Light LDL Light LDL Light (%) (%) (%) Note: 1)This applies for each color using the narrow model. )The brightness of each color depends on the spectral sensitivity characteristics of the camera. Illumination LWD = 50 mm Diffusion Plate The cable is flat to the mounting surface, and so mounting can be made to any surface. LDL (narrow model) Previous Product Brightness distribution 1 Brightness distribution Brightness increased by approximately five times with a camera. Brightness increased by approximately 1.7 times with a camera. Previous Product Shutter speed: 1/1,000 Brightness increased by approximately 1. times with a camera. Brightness distribution 1 Brightness distribution Camera Camera Shutter speed: 1/1,000 Shutter speed: 1/4,000 Note; 1)Relative sensor brightness distribution measurement conditions: Intensity: %, Lens: F1-mm, Width: 775 mm, Field of vision: 3 x 7 mm 3)The values given here are for reference purposes. Actual values may vary. LDL LDL-XRD-WD LDL Previous Brightness increased Product by approximately (SW Series) 1.8 times with a camera. Shutter speed: 1/4,000 Output level (%) With the new mounting method, you have freedom in adjusting the lighting position and mounting location by sliding the securing nuts into the internal grooves in the frame structure. The size of the internal grooves complies with JIS standard M3 nuts, which are commonly used. (Use JIS standard M3 nuts for mounting.) Two models are available with different directional characteristics: the narrow model, which uses the original lens with directional characteristics similar to previous models, and a wide model, which has diffuse illumination in a wide range. Directional Characteristics of Narrow Model ( Light) Larger emission surface Original lens Relative irradiation strength Angle (deg.) Directional Characteristics of Wide Model ( Light) Larger emission surface Illumination LWD = mm Diffusion Plate Brightness distribution 1 Brightness distribution Relative irradiation strength Shutter speed: 1/500 Brightness distribution 1 Brightness distribution Selectable Directional Characteristics Angle (deg.) The wide model can provide uniform illumination in a wide area, which offers new usage of bar light. We recommend this new method using Bar Light Units LWD = 50 mm Brightness increased by Brightness increased by approximately four times with a LWD = mm approximately four times with a camera even for a wide area. camera even for a wide area. LDL-XRD-WD LDL-XRD-WD Shutter speed: 1/,000 LDL-XRD-WD Shutter speed: 1/500 Shutter speed: 1/,000 )The brightness depends on the spectral sensitivity characteristics of the camera. Output level (%) 1

3 3 Enhanced Heat Dissipation Stable long-term performance with high-efficiency heat dissipation 4 Enhanced Customizability Maximum emission surface size of 500 mm. Previous product (red) LDL (red) LED Section Temperature Change Graph Temperature ( C) 0 0 Decrease of approx. 0% 1 mm mm One-lens unit: 39 mm One-lens unit: 4 mm Emission surface size 509 mm max. Model with 1-mm-wide emission surface Emission surface size 50 mm max. Model with -mm-wide emission surface Using heat radiating fins and the frame structure increases the surface area by % over the previous model. This enables a decrease by approximately 0% of the LED mounting section temperature due to highly efficient heat radiation. Using one lens of a standardized size enables flexible customizability. The specified length of light unit can be produced in the unit of one lens. Note: For other lengths, contact your CCS sales representative. 5 4-V Input For All Colors The power that is supplied is the same for all light colors. Previously, 1 V was used only for red light, but the voltage is now 4 V for all colors. Data Typical Examples. There are virtually no changes in the graph values for the narrow model or changes that depend on whether optional products are mounted. LDL-41X1RD-WD ( Light) Actual values were measured using the LDL-41X1RD-WD. (These values are for reference only.) Change in Temperature over Time LDL-41X1SW-WD ( Light) Actual values were measured using the LDL-41X1SW-WD. (These values are for reference only.) Change in Temperature over Time Temperature ( C) 50 0 Stable at approx. C Temperature ( C) 50 0 Stable at approx. 38 C Bottom of case External air temperature Bottom of case External air temperature Relative irradiation strength (%) Change in Irradiation Output over Time Range of fluctuation: % Relative irradiation strength (%) Change in Irradiation Output over Time Range of fluctuation: 1% Note: Graph measurement conditions: Actual measurement values: Intensity: %, External air temperature: 0 C (These values are for reference only.)

Options The and have been redesigned to use insertion fixing rather than the previous screw fixing method.

is available protect the emission area of the Light Unit as well as bracketss for securing the Light Unit to

Diffusion Plate DF-LDL Series Polarization Plate PL-LDL Series Protective Plate CV-LDL Series The irradiated

You can prevent light reflection by fixing a PL-series polarization filter to the lens.

Note: The is not intended to provide protection against dust or water droplets.

Use a flat-blade screwdriver or other tool with a narrow point to catch the tabs and remove the Plate.

secure the light, the angle of the irradiation can be adjusted as desired.

or enveloped emission from four directions. Mounting 45 For details, refer to the instruction manual.

Adjust the emission angle and then firmly secure the Light Unit.

model) DF-LDL-41X1 DF-LDL-X1 PL-LDL-41X1(-VE) PL-LDL-X1(-VE) CV-LDL-41X1 CV-LDL-X1 BK-LDL (for all models in

4 DF-LDL-119X1 DF-LDL-74X PL-LDL-119X1(-VE) PL-LDL-74X(-VE) CV-LDL-119X1 CV-LDL-74X (3.) 0. (37.) 34.

4 Options The and have been redesigned to use insertion fixing rather than the previous screw fixing method. Upgraded materials for the improve the rate of diffusion. is available protect the emission area of the Light Unit as well as bracketss for securing the Light Unit to enable flexible adjustment of the emission direction. Diffusion Plate DF-LDL Series Polarization Plate PL-LDL Series Protective Plate CV-LDL Series The irradiated light is diffused to limit workpiece glare and reflections. Mounting The light is polarized. You can prevent light reflection by fixing a PL-series polarization filter to the lens. Removal The plate protects the emission section of the Light Unit. Note: The is not intended to provide protection against dust or water droplets. For details, refer to the instruction manual. Insert the tabs into the side grooves. Use a flat-blade screwdriver or other tool with a narrow point to catch the tabs and remove the Plate. Light Fixing Brackets BK-LDL (for all models in Series) Accessories Fixing screws (M3): (spare) When you secure the light, the angle of the irradiation can be adjusted as desired. A variety of methods are available for securing the Light Units, such as parallel emission from two directions or enveloped emission from four directions. Mounting 45 For details, refer to the instruction manual. 45 Install the bracketss on both ends of the Light Unit. Adjust the emission angle and then firmly secure the Light Unit. Specifications of Special Options Dimensional diagrams (mm) Name Model name (for both narrow model and wide model) DF-LDL-41X1 DF-LDL-X1 PL-LDL-41X1(-VE) PL-LDL-X1(-VE) CV-LDL-41X1 CV-LDL-X1 BK-LDL (for all models in Series) DF/PL/CV-LDL Series 1-mm-wide models 8.4 -mm-wide models 8.4 DF-LDL-119X1 DF-LDL-74X PL-LDL-119X1(-VE) PL-LDL-74X(-VE) CV-LDL-119X1 CV-LDL-74X (3.) 0. (37.) 34. DF-LDL-14X PL-LDL-14X(-VE) CV-LDL-14X DF-LDL-18X PL-LDL-18X(-VE) CV-LDL-18X DF-LDL-X PL-LDL-X(-VE) CV-LDL-X Heat resistance C C C Two types of are available. Use combinations for the following cases. BK-LDL (Bilaterally Symmetric) 5 Two, -dia. holes Mounting with Emission from Four Directions Example PL-LDL-41X1 Use a combination of two pairs of the two types. PL-LDL-41X1-VE The polarization direction differs by 90. Differentiating Paired s Black Not black Paired s will turn black when they overlap in opposite directions and will not be black when they overlap in the same direction dia R9 90 (90 ) 3

5 Product Lineup The standard lineup now includes models with a length of 00 mm or more as well as models with an emission surface of mm. The lineup includes combination of over 50 models with light colors in red, white, blue, and green, various sizes, and narrow models or wide models. You can easily access information for the desired product by visiting the CCS website (Machine Vision Applications) and entering the seven-digit number into the direct number input space. Model with 1-mm-wide emission surface Model with -mm-wide emission surface Direct number Model LDL-41X1RD LDL-41X1SW LDL-41X1BL LDL-41X1GR LDL-41X1RD-WD LDL-41X1SW-WD LDL-41X1BL-WD LDL-41X1GR-WD LDL-X1RD LDL-X1SW LDL-X1BL LDL-X1GR LDL-X1RD-WD LDL-X1SW-WD LDL-X1BL-WD LDL-X1GR-WD LDL-119X1RD LDL-119X1SW LDL-119X1BL LDL-119X1GR LDL-119X1RD-WD LDL-119X1SW-WD LDL-119X1BL-WD LDL-119X1GR-WD LDL-74XRD LDL-74XSW LDL-74XBL LDL-74XGR LDL-74XRD-WD LDL-74XSW-WD LDL-74XBL-WD LDL-74XGR-WD LDL-14XRD LDL-14XSW LDL-14XBL LDL-14XGR LDL-14XRD-WD LDL-14XSW-WD LDL-14XBL-WD LDL-14XGR-WD LDL-18XRD LDL-18XSW LDL-18XBL LDL-18XGR LDL-18XRD-WD LDL-18XSW-WD LDL-18XBL-WD LDL-18XGR-WD LDL-XRD LDL-XSW LDL-XBL LDL-XGR LDL-XRD-WD LDL-XSW-WD LDL-XBL-WD LDL-XGR-WD LED color Emission surface size 41x1 mm 41x1 mm x1 mm x1 mm 119x1 mm 119x1 mm 74x mm 74x mm 14x mm 14x mm 18x mm 18x mm x mm x mm Input voltage 4 V 4 V 4 V 4 V 4 V 4 V 4 V 4 V 4 V 4 V 4 V 4 V Power consumption 1.9 W 1.9 W 3.8 W 3.8 W 5.7 W 5.7 W 5.7 W 5.7 W 1 W 18 W 1 W 1 W Weight 50 g 50 g 75 g 75 g 95 g 95 g g g 1 g 4 V 1 W 1 g g 4 V 18 W g g g Light fixing Brackets Supported options DF-LDL-41X1 PL-LDL-41X1 (PL-LDL-41X1-VE) CV-LDL-41X1 BK-LDL DF-LDL-41X1 PL-LDL-41X1 (PL-LDL-41X1-VE) CV-LDL-41X1 BK-LDL DF-LDL-X1 PL-LDL-X1 (PL-LDL-X1-VE) CV-LDL-X1 BK-LDL DF-LDL-X1 PL-LDL-X1 (PL-LDL-X1-VE) CV-LDL-X1 BK-LDL DF-LDL-119X1 PL-LDL-119X1 (PL-LDL-119X1-VE) CV-LDL-119X1 BK-LDL DF-LDL-119X1 PL-LDL-119X1 (PL-LDL-119X1-VE) CV-LDL-119X1 BK-LDL DF-LDL-74X PL-LDL-74X (PL-LDL-74X-VE) CV-LDL-74X BK-LDL DF-LDL-74X PL-LDL-74X (PL-LDL-74X-VE) CV-LDL-74X BK-LDL DF-LDL-14X PL-LDL-14X (PL-LDL-14X-VE) CV-LDL-14X BK-LDL DF-LDL-14X PL-LDL-14X (PL-LDL-14X-VE) CV-LDL-14X BK-LDL DF-LDL-18X PL-LDL-18X (PL-LDL-18X-VE) CV-LDL-18X BK-LDL DF-LDL-18X PL-LDL-18X (PL-LDL-18X-VE) CV-LDL-18X BK-LDL DF-LDL-X PL-LDL-X (PL-LDL-X-VE) CV-LDL-X BK-LDL DF-LDL-X PL-LDL-X (PL-LDL-X-VE) CV-LDL-X BK-LDL 4

6 Dimensional diagrams (mm) Model with 1-mm-wide emission surface LDL-41X1RD/SW/BL/GR (compatible with -WD models) 0 1 (emission surface) (emission surface) x, M3, Depth: 5 Slot for three, M3 nuts LDL-X1RD/SW/BL/GR (compatible with -WD models) 1 (emission surface) 9 (emission surface) x, M3, Depth: 5 0 Slot for three, M3 nuts LDL-119X1RD/SW/BL/GR (compatible with -WD models) 1 (emission surface) (emission surface) x, M3, Depth: 5 0 Slot for three, M3 nuts

7 Model with -mm-wide emission surface LDL-74XRD/SW/BL/GR (compatible with -WD models) (emission surface) 8 74 (emission surface) x 4, M3, Depth: Slot for five, M3 nuts LDL-14XRD/SW/BL/GR (compatible with -WD models) (emission surface) (emission surface) x 4, M3, Depth: Slot for five, M3 nuts LDL-18XRD/SW/BL/GR (compatible with -WD models) (emission surface) (emission surface) x 4, M3, Depth: 5 (same for opposite side) Slot for five, M3 nuts LDL-XRD/SW/BL/GR (compatible with -WD models) (emission surface) (emission surface) x 4, M3, Depth: 5 (same for opposite side) Slot for five, M3 nuts

8 Common Specifications LED color Input voltage Peak wavelength (typ.) Relative color temperature (typ.) Cable length Input connector Polarity, signal Case material Operating temperature and humidity Storage temperature and humidity Cooling method Spectral distribution Relative irradiation strength (%) (RD) (SW) (BL) (GR) 35 nm 4 nm 55 nm,0 K 4 V max. 0.3 m SMR-03V-B 1: Anode (+) brown, : NC, 3: Cathode ( ) blue Aluminum alloy Temperature: 0 to C, Humidity: 0% to 85% (with no condensation) Temperature: -0 to C, Humidity: 0% to 85% (with no condensation) Natural air cooling Wavelength (nm) Note: The values for irradiation strength and service life given in this catalog are for reference purposes. These values are not ensured. 0 Precautions Product specifications and design are subject to change without notice. Carefully read the product's instruction manual before use to ensure correct operation. Use an R-series sharp-cut filter. Examples of workpiece imaging in this catalog are a guide that may be informative for choosing Light Units. Please check the functions of the equipment and requirements before choosing a Light Unit. B-CCS3-03/011 Subject to technical change without notice. No liability is accepted for errors which may be contained in this document.. IMAGING IS OUR PASSION GERMANY UNITED KINGDOM FRANCE SWITZERLAND THE NETHERLANDS AUSTRIA IRELAND LIECHTENSTEIN BELGIUM. LUXEMBOURG Phone: Headquarters Phone: Phone: Phone: Phone: info@stemmer-imaging.de Shimodachiuri-agaru, info@stemmer-imaging.co.uk Karasuma-dori, Kamigyo-ku, info@stemmer-imaging.fr Kyoto -11 Japan info@stemmer-imaging.ch info@stemmer-imaging.nl Phone: / Fax: URL: intlsales@ccs-inc.co.jp Copyright(c) 009 CCS Inc. All Rights Reserved. Descriptions in this catalog are based on information available as of October LDL

DF-LDL2-41X16. CCS Inc Copyright(c) 2009 CCS Inc. All rights reserved. Reproduction or photocopy without permission is prohibited.

DF-LDL2-41X16. CCS Inc Copyright(c) 2009 CCS Inc. All rights reserved. Reproduction or photocopy without permission is prohibited. DF-LDL-41X1 Third Angle Projection Units: mm 4 8.4 (3.). Copyright(c) 09 CCS Inc. All rights reserved. Reproduction or photocopy without permission is prohibited. CCS Inc. Common Specifications LED color