“Natural Light LED” equipped Patent Pending W W W. S T E M M E R- I M A G I N G . C O M Natural Light LED Ring Light for Stereomicroscope CNR-110NW Equipped with Natural Light LEDs. ( High color rendering of CRI98 and easy on the eyes. ) The brightest in the industry. Secure a work area without any changes. Newly Developed Equipped with Natural Light LEDs General Color Rendering CRI98 The average color rending index achieves an unprecedented level of CRI98. Colors can be faithfully observed as they originally appear in the sample. Note:This is the average rendering of evaluated test colors (eight colors specified by JIS) (correlated color temperature: 5000 K). This value is for reference only. Enlarged Observation of Flower Petals Sample: Cyclamen Pink What are color rendering properties ? For example, white paper appears slightly orange in color under an incandescent lamp. The type of light source used affects the visibility of an object's color. How a certain light source brings out color in an object is termed "color rendering" and the characteristics used for the purpose are a light source's "color rendering properties." In general, light sources with good “color rendering properties” are able to light up an object without introducing any differeces from its original hue. Deep red Images captured in sunlight. Sample of Image Captured with Using CNR Pink Sample of Image Captured Using Conventional LED Ring Light Deep red The original colors of the flower can be faithfully reproduced. It is also possible to reproduce subtle color contrasts. Pink Deep red The original colors of the flower cannot be faithfully reproduced. It is not possible to reproduce subtle color contrasts. Sample of Image Captured Using Fluorescent Ring Light Pink Deep red The colors are changed, and the original colors cannot be reproduced. CNR Conventional white LED In addition, excellent performance is also provided in inspection for specks or color spots on PCB surfaces and observation in scientific fields, such as for cells in biology. Sunflower stem Eye Friendly Note:Compared to common lights. The amount of stress on the eyes by many-hour or closeup observation will be reduced. Eye Stress from Light Structure of the Eye Eyestrain The shorter-wavelenght is the greater amount of energy the light has. The shortor-wavelength light among visible light reaches the retine and may stress on it. Corpus vitreum Cornea UV Absorption by the cornea and lens Lens Visible light Psychological and Physiological Effects People feel most natural ( i.e., psychologically and physiologically relaxed ) in sunlight, and so bluish white light, which has a high correlated color temperature, produces a sense of discomfort and results in psychological and physiological stress. Infrared range near visible light IR Absorption by the cornea and lens Transfer of information Retina The light of the CNR contains few components at short wavelengths, and so the retina is not exposed to significant stress. The correlated color temperature of 5000 K is close to sunlight, and so observation can be performed without discomfort. 1 W W W. S T E M M E R- I M A G I N G . C O M A Natural Light LED can faithfully reproduce colors because the light components are close to sunlight. Color Rendering Index (CRI) Graphs Note: Graphs of Color Rendering Indices by Light Source ( Standard = 100 ) CCS "Natural Light LED"(CCT: 5000 K) Common white LED CCT = Correlated Color Temperature 98 9 7 99 99 98 98 98 99 98 97 99 97 96 97 98 98 100 Tri-phosphor cool-white fluorescent light (CCT: 5300 K) (CCT: 5000 K) 100 72 80 75 73 74 72 78 69 50 50 0 0 100 88 72 71 63 90 89 85 82 80 68 91 88 74 86 58 45 46 91 72 67 56 50 44 14 CRI R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 General color rendering index CRI is the mean of the series R1 to R8. -13 0 CRI R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 CRI R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 Special color rendering indices: Individual color rendering indices for 15 colors (i = 1 to 15) It is possible to view with unprecedentedly high color rendering, particularly for violet ( R8 ) , red ( R9 ) , blue ( R12 ) , and yellow ( R10 ) . Spectral Distribution The Natural Light LED has a similar spectral distribution as sunlight compared to other light sources, with broad range of wavelengths rather than a disproportionate weight at specific wavelengths. -ideal to reproduce an object’s original color. Spectral distribution of “Natural Light LED” Color reproduction is extensive with no disproportionate weight at specific wavelengths. Spectral distribution of sunlight Spectral distribution of common white LED Visible light UV IR The wavelengths are very strong in the blue range, and the light appears somewhat bluish, so color reproduction is insufficient. Spectral distribution of fluorescent light Specific wavelengths are excessively strong, and the reproduction for other colors is insufficient. Correlated Color Temperature CCT is 5,000 K. This means Natural Light LED allows to see objects in their natural color. Light Intensity of 35,000 lx, the Highest in the Industry Collective Lens Image Our unique collective lens enables bright illumination in the observation field of view. Collective lens Notes: 1) This applies for a WD of 110 mm. (The value is for reference only.) 2) Achieves the highest level of brightness for LED lights for microscopes. (Based on CCS research as of February 2009.) CCS's Unique Mounting Method (Bottom-up Method) Securing a Work Area without Any Changes Mounting Methods of Other Companies (Suspended Method) A unique mounting method eliminates the need to make the work area narrower under the objective lens. Work can be performed without thinking about the light when the test samples or workpiece is moved while observing. Low Power Consumption, Energy Savings, and Long Lifetime No Infrared or ultraviolet radiation Only minimal amaunts of infrared and ultraviolet radation are emitted, which greatly minimizes color fading and other damage caused to target objects. Low power consumption of 5.7 W. The lifetime is longer than that of fluorescent lights. Greatly helps reduce running costs. 2 W W W. S T E M M E R- I M A G I N G . C O M Specifications Dimensional Diagrams (mm) Model CNR-110NW LED color Daytime white color Input voltage 24V DC 28 Power consumption (max.) 5.7W Aluminum alloy, PMMA, Steel plate Cable length 1m Weight 280g max. Accessories Light fixing ring: 54 mm dia. 60 mm dia. Ø 3 62 .2 3 0° Material Ø110 Environmental Regulation RoHS compliant Mounting tap holes x 2 (M3), through holes (120° distribution for installation) 120° Product name Model Lighting method Drive method No. of channels PWM frequency Light control Maximum cable length Input voltage (rating) Input voltage (range) Dedicated power supply for CNR-110NW PMD-1024V Constant lighting PWM control 1 channel 3.9KHz Operation by the intensity control knob 1 m max. for lighting cable and 3 m max. for FG cable 100 to 240V AC 90 to 264V AC Power consumption (typ.) 20VA Frequency 50/60Hz FCC FCC PSE PSE Environmental Regulation RoHS compliant Weight 400g max. Accessories AC adapter x 1, Instruction guide x 1 PMD-1024V 124 Intensity control knob Output connector FG terminal Input connector (3) 74 FCC label Accessory: AC adapter CNR-compatible Microscopes Model Manufacturer NIKON OLYMPUS SMZ-1, SMZ-2B, SMZ445, SMZ460, SMZ645, SMZ660, SMZ800, SMZ1000, SMZ1500 The SMZ-1, SMZ-2B, SMZ445, and SMZ460 require a separately sold adapter (AD-CMR-G-OBA60). SZ61 (51/6045/4060/4045/3060), SZX7 (9), SZ4045CHI, 6045CHI PMD-1024V Power Supply for Optimal CNR Performance Main Features Control the light intensity of the CNR in unlimited steps from 0% to 100%. The light intensity is easy to control with high-usability enclosure design. Available with AC input ( AC adapter provided ) . Notes Carefully read the product's instruction manual before use to ensure correct operation. Product specifications and design are subject to change without notice. Examples of workpiece imaging in this catalog are a guide that may be informative for choosing illuminations. Please check the functions of the equipment and requirements when choosing. W W W. S T E M M E R- I M A G I N G . C O M . I M A G I N G I S O U R PA S S I O N GERMANY UNITED KINGDOM FRANCE SW I T Z E R L A N D AUHeadquarters ST R I A IRELAND L I E C H T E N ST E I N Phone: +49 89 80902-0 Phone: +44 1252 780000 Phone: +33 1 45069560 Phone: +41 55 415 90 90 Shimodachiuri-agaru, Karasuma-dori, Kamigyo-ku, Kyoto 602-8011 Japan [email protected] [email protected] [email protected] [email protected] Phone: +81-75-415-8284 / Fax: +81-75-415-8278 URL: http://www.ccs-grp.com E-mail: [email protected] THE NETHERLANDS B E LG I U M . L U X E M B O U R G Phone: +31 575 798888 [email protected] Copyright(c) 2009 CCS Inc. All Rights Reserved. Descriptions in this catalog are based on information available as of May 2009. 02002-01-0904-CNR B-CCS55-11/2013 ∙ Subject to technical change without notice. No liability is accepted for errors which may be contained in this document. 38 8° Power switch
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