Luxo Microscope Product Line

Transcription

LUXO MICROSCOPE SYSTEMS
LUXO'S MICROSCOPE
PRODUCT LINE IS DESIGNED FOR TODAY'S HIGH-TECH
MANUFACTURING ENVIRONMENT. W E OFFER A BREADTH AND VARIETY OF PRODUCTS TO
ANSWER YOUR NEEDS.
INSPECTION
OPERATIONS WILL APPRECIATE THE MAGNIFICATION RANGE AND
ERGONOMIC FEATURES OF OUR MICROSCOPES, WHILE ASSEMBLY TECHNICIANS ENJOY
THE LARGER WORKING DISTANCES AND VERSATILITY OF OUR DIGITAL IMAGING
ACCESSORIES.
ALL
OF OUR MICROSCOPE MODELS FEATURE HIGH QUALITY ACHROMATIC LENSES WITH
ANTI-REFLECTIVE COATINGS FOR SUPERIOR VISUAL CLARITY. THERE ARE PLENTY OF
OPTIONAL EYEPIECES AND ACCESSORY OBJECTIVE LENSES THAT ALLOW YOU A WIDE
RANGE OF MAGNIFICATION POWER. YOU ALSO CAN CHOOSE AMONG VARIOUS LIGHTING
AND MOUNTING OPTIONS, INCLUDING OUR PATENTED K-ARM.
OUR
DIGITAL IMAGING ACCESSORIES WILL ALLOW YOU TO CAPTURE AND SHARE YOUR
OBSERVATIONS FOR INCREASED PRODUCTIVITY.
18712 System 250-FL
18712, System 250-FL
This system features a Binocular Stereo-Zoom Microscope with Boom Stand and a
Fluorescent Ring Light. Luxo’s Binocular S-Z scope has a sturdy, heavy duty, cast
aluminum alloy housing that rotates 360° in its focus mount. Models are standard with
10X widefield eyepieces and have a zoom range from .65X to 4.5X giving it a
magnification range of 6.5X-45X. The zoom control is by dual graduated knobs on the
sides of the body. Its extended magnification range is from 3.25X to 225X when using
optional eyepieces and accessory lenses. The Boom Stand has a 10” x 10” base that
weights in at 22.5 pounds, has a vertical column that is 17.5” in height and a horizontal
extension of 26”. The 17-watt fluorescent light source is rated for more than 4,000 hours;
its color temperature is 5600°K. It comes with a 2-conductor polarized plug-in ballast on
an 8-ft. cord and provides excellent illumination.
©2002 Luxo Corporation. All rights reserved.
3/02
18718 System 350-FLX
18718, System 350-FLX
This system features a Trinocular Stereo-Zoom Microscope with Boom Stand,
Fluorescent Ring Light, ½” CCD Color Camera, 14” Color Monitor, Video Adapter with
0.6X lens, power supply and BNC-BNC 6’ cable. Luxo’s Trinocular S-Z scope has a
sturdy, heavy duty, cast aluminum alloy housing that rotates 360° in its focus mount. It
can function as a Binocular model or objects can be viewed on the monitor. S-Z
Trinocular scopes come with 10X widefield eyepieces and have a zoom range from
0.65X to 4.5X giving it a magnification range of 6.5X to 45X. The zoom control is by dual
graduated knobs on the sides of the body. Its extended magnification range is from
3.25X to 225X when using optional eyepieces and accessory lenses. The Boom Stand
has a 10” x 10” base that weights in at 22.5 pounds, has a vertical column that is 17.5” in
height and a horizontal extension of 24”. The 17-watt fluorescent light source has a 2conductor polarized plug-in ballast on an 8-ft. cord. The lamp is rated for more than
4,000 hours and has a color temperature of 5600°K. The color CCD camera and monitor
provide clear images for inspection, assembly work or teaching/training situations. Image
size as viewed on the monitor can range from 7.5X to 420X by adjusting the zoom lens
setting and use of the full range of optional accessory lenses available for the Trinocular
scope.
3/02
18722 System 150-FL
18722, System 150-FL
This system features the Stereoscope 1X-2X microscope with Boom Stand and FL-Ring
Light. The 1X-2X Stereoscope has a sturdy, heavy duty, cast aluminum alloy housing that
rotates 360° in its focus mount and comes with 10X eyepieces. It has two objective
lenses (1X and 2X) for magnifications of either 10X or 20X. Additional magnification
ranges are available with optional eyepieces and accessory lenses (see chart for these
eyepieces/lenses). The Boom Stand has a 10” x 10” base that weights in at 22.5 pounds,
has a vertical column that is 17.5” in height and a horizontal extension of 26”. The 17watt fluorescent light source is rated for more than 4,000 hours; its color temperature is
5600°K. It comes with a 2-conductor polarized plug-in ballast on an 8-ft. cord and
provides excellent illumination.
3/02
Accessory Lenses and Eyepieces
(fit all three microscope models)
P/N
18750
18736
18752
18754
Description
0.5X Lens
0.75X Lens
1.5X Lens
2.0X Lens
18758
18760
18762
18763
Eyepieces/10X (Pair)
18700 Stereo-Zoom Binocular Microscope
Microscope body
Binocular, stereo-zoom. Heavy-duty cast aluminum housing. Body
rotates 360° in focus mount
Zoom Ratio
7:1
Zoom Range
0.65x to 4.5x
Zoom Control
Dual graduated control knobs
Magnification
6.5x to 45x with standard 10x widefield eyepieces
Field of View
4.5mm to 31mm
Working Distance
95mm
Eyetube Inclination
45°
Interpupillary Distance
52mm to 85mm
Dioptric Adjustment
±5 diopters for each eye
Extended Magnification Range
•
•
•
3.25x to 225x
3.25x with optional 0.5x objective lens
225x with optional 25x widefield eyepieces and 2.0x objective
lens
Extended Working Distances
•
•
•
25mm to 150 mm
25mm working distance with optional 2.0x objective lens
6/01
18705 Stereo-Zoom Trinocular Microscope
Microscope body
Trinocular, stereo-zoom. Heavy-duty cast aluminum housing. Body
rotates 360° in focus mount.
Zoom Ratio
7:1
Zoom Range
0.65x to 4.5x
Zoom Control
Dual graduated control knobs (bilateral mount)
Magnification
6.5x to 45x with standard 10x widefield eyepieces
Field of View
4.5mm to 31mm
Working Distance
95mm
Eyetube Inclination
45°
52mm to 85mm
Dioptric Adjustment
±5 diopters for each eye
•
•
•
3.25x to 225x
3.25x with optional 0.5x objective lens
225x with optional 25x widefield eyepieces and 2.0x objective lens
Extended Working Distances
•
•
•
25mm to 150 mm
6/01
18710 Stereoscope 1X-2X Microscope
Microscope body
Binocular, fixed stereoscope. Heavy-duty cast aluminum housing. Body
rotates 360° in focus mount.
Paired Objectives
Selectable 1x or 2x
Magnification
10x or 20x with standard 10x widefield eyepieces
Field of View
•
•
•
Working Distance
105mm
Eyetube Inclination
45°
55mm to 78mm
Dioptric Adjustment
Left eyetube
•
•
•
10mm to 20mm with standard 10x widefield eyepieces
8.5mm to 17mm with optional 15x widefield eyepieces
7mm to 14mm with optional 20x widefield eyepieces
10x or 20x with standard 10x widefield eyepieces
15x or 30x with optional 15x widefield eyepieces
20x or 40x with optional 20x widefield eyepieces
6/01
WIDEFIELD EYEPIECES
Choose from an assortment of widefield eyepieces to suit your magnification
needs. A pair of our 10X eyepieces come standard with any microscope body we
ship. We also have available 15X, 20X and 25X widefield eyepieces, as well as a
10X eyepiece with reticle. The reticle is scaled at 10mm with 100 divisions. For a
complete listing of all eyepiece and objective lens combinations, including total
magnification power, field of view and working distances, proceed to the
Microscope Optics page.
PART NUMBER
DESCRIPTION
18758
10X EYEPIECES (PAIR)
STANDARD
18760
OPTIONAL
18762
OPTIONAL
18764
OPTIONAL
18765
10X EYEPIECE WITH RETICLE
(EACH)
OPTIONAL
ACCESSORY OBJECTIVE LENSES
Use the accessory objective lenses to adjust the magnification power, field of
view and working distances of your microscope to suit your needs. Choose from
the following selection. For a complete listing of all eyepiece and objective lens
combinations, including total magnification power, field of view and working
distances, proceed to the Microscope Optics page.
PART NUMBER
DESCRIPTION
18750
0.5X LENS
18736
0.75X LENS
18752
1.5X LENS
18754
2.0X LENS
18766
COVER SHIELD (1X LENS)
Stereo-Zoom Microscope Optics Data
Objective zoom setting 0.65 – 4.5X
Eyepieces
WF10X
WF15X
WF20X
WF25X
Accessory
Objective Lens
None
0.5X
0.75X
1.5X
2.0X
Total
Magnification
(Range)
6.5 - 45X
3.3 - 22.5X
4.9 - 33.8X
10 - 67.5X
13 - 90X
Field of View
Diameter (mm)
31 - 4.5
61.5 - 8.9
41 - 5.9
20.5 – 3
15.4 - 2.2
Total
Magnification
(Range)
10 - 67.5X
5 - 33.8X
7.3 - 50.6X
14.6 - 101X
19.5 - 135X
Field of View
Diameter (mm)
24.6 - 3.6
49.2 - 7.2
32.8 - 4.7
16.4 - 2.4
12.3 - 1.8
Total
Magnification
(Range)
13 - 90X
6.5 - 45X
10 - 67.5X
19.5 - 135X
28 - 180X
Field of View
Diameter (mm)
20 - 2.9
40 - 5.8
26.7 - 3.9
13.3 - 1.9
10 - 1.4
Total
Magnification
(Range)
16.3 – 112.5X
8.1 - 56X
12.2 - 84.4X
24.4 - 168.8X
32.6 - 225X
Field of View
Diameter (mm)
18.5 - 2.7
37 - 5.4
24.6 - 3.6
12.3 - 1.8
9.3 - 1.3
Working
Distance (mm)
95
150
120
45
25
1.5X
2.0X
Stereoscope 1X-2X Optics Data
Accessory
Objective Lens
Eyepieces
WF10X
WF15X
WF20X
WF25X
None
0.5X
0.75X
Objective
1X
2X
1X
2X
1X
2X
1X
2X
1X
2X
Total
Magnification
10X
20X
5X
10X
7.5X
15X
15X
30X
20X
40X
Field of View
Diameter (mm)
20
10
48.8
24.4
26.6
13.3
12.8
6.4
8.7
4.8
Total
Magnification
15X
30X
7.5X
15X
11.25X
22.5X
22.5X
45X
30X
60X
Field of View
Diameter (mm)
17
8.5
39.6
19.8
21.5
10.7
9.9
4.9
7.3
3.6
Total
Magnification
20X
40X
10X
20X
15X
30X
30X
60X
40X
80X
Field of View
Diameter (mm)
14
7
32.5
16.2
17.4
8.7
8.1
4.1
6
3
Total
Magnification
25X
50X
12.5X
25X
18.75X
37.5X
37.5X
75X
50X
100X
Field of View
Diameter (mm)
10.4
5.2
26
13
14
7
6.6
3.3
4.8
2.4
Working
Distance (mm)
100
220
120
45
30
3/02
18730 Boom Stand with Base
18730 Boom Stand with Base: The Boom Stand has a 10” x 10” base that weights in at 22.5 pounds, has a
vertical column that is 17.5” in height and a horizontal extension of 26” (when used with a System 150 or
250 model) or 24" (when used with a System 350 model). The horizontal arm has a unique feature with the
final 2-1/2" of extension being fine adjustment on a rack and pinion track controlled by knobs for precise
positioning. Focus mount can be angled to 45° for viewing and inspection.
Base
Heavy-duty painted cast iron. 10” x 10” and weighs 22.5 lbs.
Vertical post
Polished stainless steel at 17.5” in height, the post is permanently attached to a
cast iron cap that attaches to the base using three heavy-duty bolts with lock
washers (recessed under base). Heavy-duty locking safety ring.
Horizontal boom
Specially coated aluminum; extends between 24” and 26” (depending on
microscope body model and attached accessories) from the vertical post to the
center of the focus mount. Has fine horizontal focus control with locking knob.
Post can be fully rotated 360° about its own axis to allow maximum flexibility in
lateral positioning of microscope body. Lever controlled locking mechanism
controls longitudinal positioning of drop post.
Drop post
Heavy-duty stainless steel, with threaded safety ring.
Focus mount
Heavy duty cast aluminum with rack and pinion gearing focus control with dual
ergonomic knobs. Third knob (not visible) allows rotating and locking focus
mount about the drop post for maximum flexibility. Knurled thumbscrew with
nylon tip to safely secure microscope without damaging it.
Cross mounting block
Heavy-duty cast aluminum, safely secures horizontal boom arm to vertical post.
Ergonomic knobs allows user to easily adjust and secure vertical and horizontal
positioning of microscope and accessories.
6/01
18731 Boom Stand with Clamp
This Boom Stand has a heavy-duty clamp mount that opens up to 2.5" wide to mount to
workstations or bench edges. The horizontal extension is 26" and has a unique feature with the
final 2-1/2" of extension being fine adjustment on a rack and pinion track controlled by knobs for
precise positioning. Focus mount can be angled to 45° for viewing and inspection.
Clamp
Heavy-duty painted cast iron with 2½” clearance for easy mounting.
Vertical post
Polished stainless steel at 17.5” in height, the post is permanently attached to a
cast iron cap that attaches to the base using three heavy-duty bolts with lock
washers (recessed under base). Heavy-duty locking safety ring.
Horizontal boom
Specially coated aluminum; extends up to 26” from the vertical post to the
center of the focus mount. Has fine horizontal focus control with locking knob.
Post can be fully rotated 360° about its own axis to allow maximum flexibility in
lateral positioning of microscope body. Lever controlled locking mechanism
controls longitudinal positioning of drop post.
Drop post
Heavy-duty stainless steel, with threaded safety ring.
Focus mount
Heavy duty cast aluminum with rack and pinion gearing focus control with dual
ergonomic knobs. Third knob (not visible) allows rotating and locking focus
mount about the drop post for maximum flexibility. Knurled thumbscrew with
nylon tip to safely secure microscope without damaging it.
Cross mounting block
Heavy-duty cast aluminum, safely secures horizontal boom arm to vertical post.
Ergonomic knobs allows user to easily adjust and secure vertical and horizontal
positioning of microscope and accessories.
3/02
18733 Illuminated Table Stand
18733: Illuminated Table Stand
An illuminated stand for viewing of small objects. Comes with two independently-controlled light
sources. A dimmable 20-watt MR-11 halogen light is focused on the subject and a 7-watt
compact fluorescent lamp provides back lighting from underneath through a translucent medium.
Base of stand is 6½” wide by 9½” deep by 12” high (measured from surface to top of vertical
post).
Technical Specifications
·
Standard focus mount accepts all Luxo microscope bodies
·
6.5"W x 9.5"D x 12"H
·
Weighs 9.5 lbs.
·
Variable dimming incident halogen light
·
Transmitted fluorescent light
3/02
18734 Table Stand
18734: Table Stand
A stand for viewing small objects when an independent light source is used. Base of
stand is 6½” wide by 9½” deep. Overall height is 11” measured to the top of the vertical
post.
Technical Specifications
·
Standard focus mount accepts all Luxo microscope bodies
·
6.5"W x 9.5"D x 11"H
·
Weighs 7.5 lbs.
·
Transmitted fluorescent light
3/02
LFOD150 150-Watt Illuminator with LFODG
LFOD150: 150-Watt Illuminator
The Luxo Fiber Optic Illuminator, LFOD150, features a 150 watt halogen light source that
is dimmable and beams its light through a variety of attachments. In this case the
LFODG, Dual Gooseneck light guides, offer a light source that gives you supreme
flexibility in light intensity and placement. This combination eliminates troublesome
shadows and glare when examining objects under magnification.
Also available: LFOSG Single Gooseneck light guide and LFORL Fiber Optic Ring Light with
adjustable light ports.
LFORL Fiber Optic Ring Light with Adjustable Light Ports
LFODG Dual Gooseneck Fiber Optic Light Guide
3/02
Technical Sheet: Illuminators, Transmitters, Lamp-life
Fiber Optic Illuminators and Transmitters
Luxo’s Fiber Optic Illuminator (p/n LFOD150) provides a controlled source of illumination. A
dimmer switch controls the intensity of its 150-watt halogen light source. A fan helps evacuate air
to maintain the unit at a cooler temperature and assist in length of lamp (bulb) life.
The most popular transmitter used with the illuminator is a Fiber Optic Ring Light (p/n LFORL).
Light emits from it through 8 light ports on “fingers” that can be pivoted in and out. These
“fingers” provide directional control of the light. When pointed inward toward a central focal point
the light is concentrated directly on the subject being viewed. As the “fingers” are pivoted
outward the light becomes more diffused. Directional control of light eliminates “bounce back”
glare. Light reflecting directly back toward the microscope may produce glare. Pivoting the
“fingers” outward enough to change the angle at which the light strikes the subject changes the
angles of reflection thereby eliminating the glare. This improves contrast and the subject can be
viewed with increased visual comfort. If more light is required increase the light intensity with the
dimmer switch on the LFOD150.
Goosenecks: there are two different gooseneck transmitters. LFODG is a dual gooseneck. It’s
transmits the light from the illuminator through two metal sheathed, fiber bundles that emanate
from a common point. This enables the user to aim each “gooseneck” at the same point to create
shadow-free lighting. A single gooseneck transmitter, LFOSG, is available and most often used
for inspecting borings or other cavity locations where a second gooseneck would get in the way.
Lamp (bulb) life:
There are two types of lamps (bulbs) used in illuminators: EJA and EKE. EJA lamps are higher
performing and EKE’s have longer life. The rated life of EJA lamps is 40 hours while EKE lamps
are rated for 200 hours. Note: lamp life rating is based on the illuminator being set at full power.
When used at 80-85% intensity, lamp life doubles, when used at 58%—lamp life increases up to
nine times. EJA type lamps have a narrower focus beam so most of the light is directed through
the fiber bundles; EKE type lamps have more of a ‘flood-light’ pattern so less of the lamp output is
directed through the fiber bundles. This means, as a rule of thumb, the dimmer switch will be
turned to a higher setting when using EKE lamps than when using EJA lamps. However,
depending on the intensity of light an operator needs to see well, the EKE may provide sufficient
illumination at a moderate setting and, in these cases, will be more economical to use as the light
source.
150-watt halogen light sources are the most powerful available for use with microscopes. The
LFORL ring light, with its directional capabilities, provides the most intense light with the greatest
amount of control.
3/02
18742 FL Ring Light
18742: Fluorescent Ring Light
A commonly used source of illumination for microscopes, our fluorescent ring light
features a metal housing containing the light source rated at 4,500 hours.
3/02
18611 Frame Grabber 3D with 8MB SGRAM
18601: Frame Grabber 3D with 8MB SGRAM Kit
This kit includes the 18611 Frame Grabber 3D and a 12-foot S-Video cable. The Frame Grabber
3D captures and displays superior-quality 24-bit color and monochrome video at resolutions up to
1600x1200 with simultaneous VGA and S-Video output. It incorporates an on-board 3D
accelerator and 8 MB of fast SGRAM. Its 128-bit memory interface is capable of running at speeds
up to 125 MHz, allowing for display resolutions up to 1600x1200 at 85 Hz.
Video is displayed full-screen or in a resizable window, and can be adjusted (offset and gain) to the
desired levels through software controlled video amplifiers. Very low pixel jitter ensures accurate
representation of horizontal detail.
Both a composite and S-Video output is provided in NTSC and PAL formats. Flicker reduction is
possible with a programmable flicker filter.
Software includes FPG32 video capture application which allows you to capture a frame of video
and save it in one of several popular formats such as JPEG, BMP, TIF and TGA. You can edit the
images in any Windows™-compatible graphics application and share them in electronic or printed
form.
Features
• High-performance PCI frame grabber
• Integrated 3D graphics accelerator
• 8 MB SGRAM video frame buffer
• Display resolution up to 1600 x 1200
• High quality video capture and display of NTSC and PAL video
• Nondestructive color key overlay of graphics on live video
• Up to 3 composite/RS170 and 1 S-Video inputs
• High quality composite or S-Video output
• Progressive-scan camera support
• YUV 4:2:2 color and 8-bit RS-170 monochrome video digitizing
• Programmable offset and gain on video input
• Optically isolated output trigger, strobe interface
3/02
•
•
•
•
•
•
•
General purpose TTL input and output triggers
Chroma Key for live video graphics underlay
Triple Video Buffering support
System interrupt based on Vsync or input trigger
Hardware pan and zoom (up to 4X)
Compatible with all major Windows™ releases including 95/98, NT 4.0/2000, XP and XP
Professional
MS Windows™ FPG video capture application
SPECIFICATIONS
Analog Video Input
§ Composite/RS-170 video inputs (Up to 3 with special cable)
§ 1 S-Video color input
Video Decoder/Digitizer
§ NTSC & PAL
§ Square pixel digitizing resolutions for NTSC (12.27 MHz at 640 x 480)
§ Progressive scan camera support
§ Software programmable digital control offset, gain, hue and saturation
§ EEPROM for storing configuration and calibration settings
Video Output
§ Composite or S-Video output in NTSC and PAL formats
§ Programmable flicker filter
Video Pixel Format
§ YUV 4:2:2 Color
VGA Frame Buffer & Pixel Format
§ 8 MB SGRAM
§ 8/16/24 bits per pixel - up to 16 million colors
Video Scaling Processor
§ High quality still frame video capture
§ Smooth, high quality interpolated scaling
§ Support for hardware pan and zoom up to 4 to 1
§ Triple video buffering support
I/O Control
§ Optically isolated output trigger for flash interface
§ Asynchronous trigger support
§ 1 general purpose TTL input trigger
§ 1 general purpose TTL output trigger
Video Input Cable
§ Composite, S-Video and RS170 Video Input Cable
3/02
18612 Bus-Mastering PCI Frame Grabber
18602: Bus-Mastering PCI Frame Grabber Kit
This kit includes the 18612 Bus-Mastering PCI Frame Grabber and a 12-foot S-Video cable.
Taking advantage of its high-speed PCI-based bus-mastering capabilities (up to 132 MB/sec), the
Bus-Mastering PCI frame grabber delivers consecutive frames of video in real time into system
memory while the CPU is free to operate on other applications.
The setup software provides support for all major operating systems and drivers. Included with this
board is FBG, a Windows™-based application that offers full image capture control. The BusMastering PCI frame grabber is also supported by a wide array of third-party imaging programs.
The Bus-Mastering PCI Frame Grabber provides a PCI 2.1 compatible interface having both slave
and master mode compatibility. It was designed to be fully compatible with Pentium, Pentium Pro,
MMX and Pentium II computers.
Features
• Single slot bus-mastering video frame grabber
• High-quality color and RS170 video capture
• I/O trigger and strobe control
• Low cost
• Scaleable Video-In-A-Window
• NTSC/PAL video formats, software selectable
• Windows 95/98/ME/2000, and Windows NT support
• Easy to use setup software
• TWAIN, MCI and Video for Windows drivers
• Microsoft Plug and Play Compatible
SPECIFICATIONS
Analog Video Inputs
• Composite video connector (BNC)
• S-video color input connector (4-pin DIN)
• Up to three Composite/RS170/CCIR inputs
I/O Control
• 1 optically isolated output trigger for flash interface
• Configurable as 1 TTL input and 1 TTL output Video Decoder
• Accepts NTSC and PAL Composite and S-video
• Genlocks to any NTSC/PAL video source including cameras, VCRs, laser discs and still video
players
• 24/16/15/8 bit video digitizing
• Square pixel digitizing resolutions for NTSC (12.27 MHz at 640x480)
• Digital control of offset, gain, brightness, contrast, hue and saturation
• EEPROM for storing configuration and calibration settings
3/02
Video Format
• 24/16/15 bit RGB (or) YUV 4:2:2 software selectable
• Y8 monochrome
RGB Video Pixel Format
• 888 - 16.7 million colors
• 565 - 65 thousand colors
• 555 - 32 thousand colors
• 8 - 256 level monochrome
Video Throughput Performance
• Full size, full speed video delivery to and from system or VGA memory
• Full bandwidth PCI bus master read and write (up to 132 MB/sec)
• Video Scaling Processor
• High quality still frame video capture
• Smooth, high quality interpolated scaling is performed on video in X (horizontal) and Y (vertical)
directions
• Supports hardware cropping
Video Output Display
• Video-in-a-window screen resolution to 640x480 24/16/15-bit video displayed on up to 1600x1200
VGA desktop
• Selectable refresh rate: 30 frames/second, 60 fields/second, or 30 fields/second
External Camera Control
• Software controllable, optically isolated, universal strobe interface
• Camera integration control
Physical Size
• 76mm x 125mm
Video Input Cable
• Standard Composite, S-video and RS170 cables
3/02
17
18
1
16
15
2
14
3
4
5
12
13
6
11
10
9
8
7
1.
2.
3.
4.
5.
6.
7.
8.
9.
Horizontal boom component
Boom Coupling Block
Vertical Adjustment Knob
Retaining Ring & Knob
Vertical boom component
Base
Hex bolt and lock washer (3 pair)
Retaining bolt & washer (for 13)
Focus Adjustment Knob (one of two)
10.
11.
12.
13.
14.
15.
16.
17.
18.
Microscope securing screw
Focus Mount
Drop Post Adjustment Knob
Drop Post
Microscope body
Drop Post Angle Adjustment Lever
Horizontal Fine Adjustment Knob (one of two)
Horizontal Fine Adjust Securing Knob
Horizontal Boom Adjustment Knob (hidden)
1
Horizontal boom component: can be adjusted by loosening the adjustment knob.
2
Boom coupling block: is used to join the horizontal and vertical boom components. It's
height can be adjusted by loosening the vertical adjustment knob.
3
Vertical adjustment knob: loosen to adjust the height of the boom coupling block, and the
vertical position of the microscope body.
4
Retaining ring & knob: for added security, position this directly beneath the Boom
Coupling Block to help prevent accidental vertical movement.
5
Vertical boom component: self-explanatory.
6
Base: used to support the weight of the entire boom stand, microscope body and all
accessories.
7
Hex bolt and lock washers (3 pairs): used to secure the vertical boom component to the
base using the supplied Allen wrench.
8
Retaining bolt & washer: remove these to attach the focus mount to the drop post.
9
Focus adjustment knob (pair): adjust these to bring the magnified image into focus by
moving the entire microscope up and down.
10
Microscope securing screw: loosen this to facilitate installing the microscope body into
the focus mount ring. Tighten to secure the microscope and to prevent it from rotating.
11
Focus mount: facilitates focus adjustments by the use of a rack and pinion gear which
moves the entire microscope body vertically via the two knobs.
12
Drop post fastening knob: used to secure focus mount onto drop post.
13
Drop post: is used to attach the focus mount to the boom stand.
14
Microscope body: self-explanatory.
15
Drop post angle adjustment lever: loosen this to adjust the angle of the microscope body
relative to the work piece to allow an inclined or oblique view.
16
Horizontal fine adjustment knob (pair): used to move the microscope in an horizontal
motion in direct line with the horizontal boom component.
17
Horizontal fine adjustment securing knob: tighten to prevent fine adjustment.
18
Horizontal boom adjustment knob (hidden from view in illustration): used to position
microscope in the horizontal plane.
Microscope Parfocality Verification Instructions
Parfocal (parfocality) - a term used describing the property of a microscope where the subject
stays in focus when the magnification is changed. Less then ½ of a revolution from the fine
(eyepiece) adjustment is usually acceptable.
NOTE: THIS PROCEDURE NEEDS TO BE PERFORMED WHENEVER
EYEPIECES ARE CHANGED OR AUXILLIARY LENSES ARE ADDED
Hint: Use a flat object with printed letters or numerals to perform this procedure,
such as the top of an IC, identification marks on a PC board, or something like a
metal ruler. This will make it easier to verify that the image is in focus, especially
at the lowest magnification settings.
1. Set microscope to highest zoom/magnification setting
2. Focus image using main focus mount adjustment knob only
3. Set to lowest zoom/magnification setting
4. Focus image using eyepieces only
5. While zooming to highest magnification, verify that the image remains in
focus
6. If necessary, while at the highest magnification, refocus image using main
focus mount adjustment knob only
7. Set to lowest zoom/magnification setting & adjust focus using eyepieces
only
8. Verify that image remains in focus when zooming in or out
9. Repeat steps 6 through 8 as necessary
NOTE: AFTER SEVERAL UNSUCCESSFUL ATTEMPTS, THE MICROSCOPE
BODY SHOULD BE SET ASIDE FOR FURTHER EXAMINATION. THIS MAY
INDICATE A PROBLEM WITH THE LENSES OR SOME INTERNAL
MICROSCOPE MECHANISM.
PLEASE CONTACT LUXO CUSTOMER
SERVICE TO MAKE ARRANGEMENTS FOR SERVICING THE UNIT.
NEVER ATTEMPT TO DISASSEMBLE THE MICROSCOPE. THIS WILL VOID
ANY AND ALL WARRANTIES!
© Luxo Corporation. All rights reserved.
June 7, 2001
Instructions for Setting Up Parfocality on a
CCD Camera Attached to a Trinocular Microscope
Hint: Use a flat object with printed letters or numerals to perform this procedure,
such as the top of an IC, identification marks on a PC board, or something like a
metal ruler. This will make it easier to verify that the image is in focus, especially at
the lowest magnification settings.
1. This procedure should only be used after setting the parfocality on the
trinocular microscope between the objective lens(es) and eyepieces.
2. The CCD Color Camera is designed for both C and CS-mounts. If your
camera is shipped with the C-mount adapter, (black knurled ring on camera
lens housing 5mm thick) remove it by turning it counter-clockwise. The CCD
Camera is mounted to the Trinocular phototube by attaching the Video
Adapter to the camera’s lens mount and sliding the camera/adapter assembly
over the phototube.
3. Keep the adapter loose on the phototube by loosening the thumbscrew.
Loosen the adjustment ring on the threaded portion of the adapter attached to
the camera lens mount by turning the ring clockwise. Note that you may need
to loosen the tiny setscrew located on the adjustment ring with a jeweler’s
screwdriver. Make sure you set enough clearance between the adjustment
ring and the camera mount, approximately ½ inch.
4. Make sure the phototube selector lever is pushed completely into the
microscope body to enable the image to be transmitted through to the
camera.
5. For the remaining steps, view the image through the monitor (stand-alone or
computer monitor via frame grabber).
6. Set the microscope to the highest zoom setting using the zoom control knobs.
7. Bring the image into focus by adjusting the focus control knobs.
8. Zoom to the lowest setting using the microscope’s zoom control knobs.
9. If the image is no longer in focus, proceed to Step 10. Otherwise, skip to
Step 13.
10. While holding the camera body steady, rotate the video adapter clockwise
and/or counter-clockwise until the image is focused on the monitor. Several
revolutions may be necessary since these adjustments introduce small
Page 1 of 2
September 25, 2001
Instructions for Setting Up Parfocality on a
CCD Camera Attached to a Trinocular Microscope
changes to the vertical distance between the camera lens and the objective
lens.
11. Once the image is in focus, zoom to the highest setting on the microscope
using the zoom control knobs. After changing the zoom setting, verify that the
image remains in focus. Note that while zooming in or out, the image may be
temporarily out of focus while the image is stabilized by the frame grabber
hardware. This is perfectly normal.
12. Repeat steps 6 through 11 as needed. There should be very small
adjustments necessary at this point.
13. Once parfocality (the image remains in focus at all zoom settings) is
achieved, tighten the adjustment ring on the video adapter up against the
CCD Camera’s lens mount. Also, tighten the setscrew on the adjustment
ring.
14. Verify that the CCD Camera orientation on the microscope is identical to the
eyepieces by moving your specimen back and forth while viewing the monitor.
Tighten the thumbscrew at the base of the video adapter to prevent the CCD
Camera from spinning on the phototube.
NOTE: AFTER SEVERAL UNSUCCESSFUL ATTEMPTS, THE SYSTEM SHOULD
BE SET ASIDE FOR FURTHER EXAMINATION. THIS MAY INDICATE A
PROBLEM WITH THE LENSES OR SOME INTERNAL MICROSCOPE OR
CAMERA MECHANISM. PLEASE CONTACT LUXO CUSTOMER SERVICE TO
MAKE ARRANGEMENTS FOR SERVICING THE UNIT.
NEVER ATTEMPT TO DISASSEMBLE THE MICROSCOPE OR CCD CAMERA.
THIS WILL VOID ANY AND ALL WARRANTIES!
Page 2 of 2
September 25, 2001

Luxo Microscope Product Line

Transcription

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