thales optem optem zoom 160

THALES OPTEM
ISO 9000:2001
OPTEM ZOOM 160
16:1 OPTICAL SYSTEM
SUPERIOR OPTICAL PERFORMANCE
The Ultimate in Resolution and Magnification
www.thales-optem.com
Table of Contents
Introduction..........................2
Modular Components ..........3
TV Tubes Options ................3
Mounting Options ................3
Illumination Options ............4
Motorization Options ..........5
Magnification Options..........5
System Diagram ..................6
Optical Performance ..........8
THE OPTICAL MUSCLE OF A
RESEARCH MICROSCOPE…
AND THE VERSATILITY OF
AN OPTEM™ ZOOM
accessories. Imaging through these elevated optical standards, the
When resolving the finest details of your subject is mission
Zoom 160 System offers a maximum resolution of 0.30 NA and 900 lp/mm.
A robust 16:1 zoom ratio covers magnifications from 0.5X
to 8.0X at 89mm working distance in nominal configuration.
The innovative optical design incorporates the highest-grade
glass and is reinforced with equally refined components and
critical to your application, but the operation of a conventional
research microscope is too cumbersome, the Optem™ Zoom 160
Optical System is the perfect solution.
Designed for Your Flexibility
The Zoom 160 features the signature Optem™ modular
design, affording application-specific configuration flexi-
With it’s unprecedented zoom range and resolution, the Zoom 160
bility by simply interchanging Upper Zoom Modules and
can be easily configured to deliver optical performance rivaling that
Lower Function Modules with a wide variety of automation,
of benchtop research microscopes. Combine this optical performance
magnification and illumination accessories. This interchangeability requires
with the added versatility of continuous 16:1 field-of-view and
no special tooling and occurs with no adverse affect on the optical
magnification flexibility, automatable zoom and focus functions,
performance and integrity of your system.
and crisp video output... and you have a powerful research
instrument worthy of today’s rapidly advancing high-definition
Certified under the latest and more rigorous ISO 9001:2000 standard,
video technologies.
Optem™ Zooms reflect steadfast quality and reliability. These values
are firmly engrained in all aspects of our design, engineering and
02
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manufacturing processes.
Every operational Zoom 160 Optical System requires
the following base components:
C-Mount or Bayonet Coupler
Attaches the camera to the dovetail tube
Dovetail TV Tube
Positions the camera at the proper distance
from the zoom (rear conjugate)
Upper Zoom Module
Contains the core zoom mechanics
Lower Function Module
Houses internal focus and coaxial illumination
options
Objective Lens
Transmits image to the zoom at “infinity”
Motorized Zoom Modules – Provides remote
automated operation of your zoom system. There are two
motorized options available. DC motorized versions provide
smooth continuous zooming throughout the entire zoom
range. Stepper motorized versions provide zoom homing
positions for applications requiring repeatable
magnification settings. The Stepper Motor modules
have a companion RS232 controller which may be
purchased as a self-contained unit or as a PC Board for
easier OEM integration.
OEM Zoom Module – To afford OEMs with
maximum design flexibility, the Zoom 160 OEM Module comes
as a core optical unit without the exterior sleeve for easier
systems integration.
CONNECTING TO YOUR CAMERA
Customize your Zoom 160 by selecting
from a wide array of Dovetail TV Tube
configuration options, mount types and
magnifications.
Zoom 160 Dovetail TV Tubes require
the centerable 1.00x32 C-Mount
Coupler to connect your camera
and establish the correct
focal plane. Optional Bayonet
Adapters can be integrated to afford greater
camera mount versatility.
Tele Dovetail TV Tubes offer 1.0X – 2.0X magnification adjustment
from the same TV Tube to provide greater system flexibility.
Zoom 160 Dovetail TV Tube features include…
• Internal focus for easier parfocality establishment (except 1.0X
Tubes where focus is unaffected).
• Magnifications from 0.38X – 2.0X. High-power Tubes increase onmonitor magnification while reducing Tubes provide broader fields-ofview.
• Configuration options allow you to vary the orientation and optical
path of your Zoom 160 System. Choose from:
• Straight Standard
• Straight Mini
• Bayonet Mount
• Right-Angle
• Non-Inverting Right-Angle
• 180° U-Bend
ZOOM 160 LOWER MODULES
Select from 12 Lower Modules to provide a variety of illumination and
focusing options to your Zoom 160. Lower Modules can be attached
below a Zoom 160 Upper Module by simply tightening three
set screws with the provided allen wrench.
Standard Modules – The fundamental lower
function module provides the capability of attaching
Objective Lenses to a Zoom 160 without adding internal fine
focus or coaxial illumination functions.
Internal 15mm Fine Focus Modules
Ideal for applications without separate focusing support
systems. Provides the ability to focus over a 15mm
axial distance at the object. Available in manual and
motorized options.
Coaxial Illumination Modules – This Module provides
a port for the injection of incident light. Available with Internal 5mm
Focus in manual or motorized options. All Coaxial Lower
Modules are available with an optional, built-in Analyzer for
polarized light applications. A Polarizer (30-36-03-000), and
a 1/4 Wave Plate (30-36-04-000) are recommended for
optimal performance when using the Analyzer (see System
Diagram p. 6-7).
UPPER ZOOM MODULE OPTIONS
The upper Zoom Module determines the mechanical nature of your
zoom function… manual or motorized… detented or DC motorized.
All Zoom 160 Upper Zoom Modules come standard with an iris
diaphragm for better light level control and increased
depth-of-field.
OBJECTIVE LENSES
Manual Zoom Modules – Provides an economical
hand-driven 16:1 zoom function.
Detented Manual Zoom Modules – Obtain
specific magnification stops throughout your manual zoom
range without motorization. Detents are typically used in
measuring applications where each position calls for calibration.
The factory pre-set stops for the Zoom 160 are located at 0.5X,
1.0X, 2.0X, 3.0X, 4.0X, 5.0X, 6.0X, 7.0X and 8.0X.
Mandatory for operation of your Zoom 160 System, Objective Lenses
attach to the Lower Modules and are available in a variety of
magnifications to further expand Zoom 160’s imaging capabilities.
For all part numbers, ordering information and configuration options, refer to
the System Diagram (p 6-7), or visit the Zoom 160 section of our web site.
ZOOM 160 UPPER AND LOWER MODULES
REQUIRED COMPONENTS
THALES OPTEM
Coaxial Illuminators project cool, white light
perpendicularly onto the specimen. Coaxial
illumination is most useful on highly reflective subjects, as it
provides maximum intensity control.
Apodization Filters – For your machine
vision and automated inspection applications,
improve the algorithmic efficiency and
accuracy of your Zoom 160 with an Optem™
Apodization Filter. These Filters integrate
directly into the illumination arm of coaxial lower
function modules for the Optem™ Zoom 70XL,
Zoom 125C, and Zoom 160 Optical Systems.
Optem™ VSI Fiber Optic Illuminators –
NEW for 2004, available in 110V or 220V,
these compact, lightweight lamphouses yield remote
illumination via a 40” or 60” fiber optic cable.
Halogen Illuminators – An economical light source alternative to
brighter fiber optic illumination for coaxial-equipped Zoom 160 Lower
Function Modules.
ZOOM 160 OBLIQUE ILLUMINATION
Oblique (or ring) Illumination is generally used on 3-D objects to cast light
rays at an angle onto the object, thus better defining its dimension.
Polarized Light – Coaxial Modules with built-in
Analyzers are available to introduce polarized light to your Zoom 160.
Horizontal & Vertical Ring Lights – Ideal for general
purpose lighting applications, the fiber optic cable either exits the ring light
horizontally at 90° off vertical, or vertically at 30° off vertical valuable space
savings. A specific Objective Ring Light is required when incorporating
oblique illumination with Infinity-Corrected Objectives.
Optem™ LF Coax Accessory – Specifically designed to evenly
illuminate a broader 50mm field, the LF (Large-Field) Coax
Accessory is intended for use with a 0.5X or 0.25X
Auxiliary Lens where the added working distance will
accommodate the reduced space requirements.
0.38X
0.50X
0.67X
1.0X
1.5X
2.0X
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
camera format
MAG.
1/4"
1/3"
1/2"
2/3"
Low
0.19
14.5 x 19.4
9.6 x 12.8
2.8 x 3.8
2.7 x 3.6
High
3.0
0.91 x 1.2
1.2 x 1.6
1.6 x 2.1
2.2 x 2.9
Low
0.25
10.9 x 14.6
12.0 x 16.0
3.8 x 5.1
2.2 x 2.9
High
4.0
0.68 x 0.91
0.90 x 1.2
1.2 x 1.6
1.6 x 2.2
Low
0.33
8.1 x 10.9
10.8 x 14.4
7.2 x 9.6
3.5 x 4.7
High
5.3
0.51 x 0.68
0.67 x 0.90
0.90 x 1.2
1.2 x 1.6
Low
0.50
5.4 x 7.3
7.2 x 9.6
9.6 x 12.8
8.8 x 11.7
High
8.0
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
0.82 x 1.1
Low
0.75
3.6 x 4.8
4.8 x 6.4
6.4 x 8.5
8.8 x 11.7
High
12.0
0.22 x 0.30
0.30 x 0.40
0.40 x 0.53
0.55 x 0.73
Low
1.0
2.7 x 3.6
3.6 x 4.8
4.8 x 6.4
6.6 x 8.8
High
16.0
0.17 x 0.22
0.22 x 0.30
0.30 x 0.40
0.41 x 0.55
camera format
Useable Fields-of-View with Coaxial Illumination
MAG.
1/4"
1/3"
1/2"
2/3"
0.28
9.7 x 12.9
6.4 x 8.5
1.7 x 2.3
1.7 x 2.2
4.5
0.60 x 0.81
0.80 x 1.0
1.0 x 1.4
1.4 x 1.9
0.38
7.2 x 9.7
9.6 x 12.8
4.0 x 5.3
1.5 x 2.0
6.0
0.45 x 0.60
0.60 x 0.80
0.80 x 1.0
1.1 x 1.4
0.50
5.4 x 7.3
7.2 x 9.6
6.0 x 8.0
4.4 x 5.9
8.0
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
0.82 x 1.1
0.75
3.6 x 4.8
4.8 x 6.4
6.4 x 8.5
7.3 x 9.8
12.0
0.22 x 0.30
0.30 x 0.40
0.40 x 0.53
0.55 x 0.73
1.1
2.4 x 3.2
3.2 x 4.2
4.2 x 5.6
5.8 x 7.8
18.0
0.15 x 0.20
0.20 x 0.26
0.26 x 0.35
0.36 x 0.48
1.5
1.8 x 2.4
2.4 x 3.2
3.2 x 4.2
4.4 x 5.8
24.0
0.11 x 0.15
0.15 x 0.20
0.20 x 0.26
0.27 x 0.36
camera format
MAG.
1/4"
1/3"
1/2"
2/3"
0.38
7.2 x 9.7
4.0 x 5.3
1.3 x 1.8
1.2 x 1.7
6.0
0.45 x 0.60
0.60 x 0.80
0.80 x 1.0
1.1 x 1.4
0.50
5.4 x 7.3
5.1 x 6.9
1.5 x 2.0
1.1 x 1.4
8.0
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
0.82 x 1.1
0.67
4.0 x 5.4
5.4 x 7.2
2.9 x 3.8
1.7 x 2.2
10.7
0.25 x 0.34
0.33 x 0.45
0.44 x 0.59
0.61 x 0.82
1.0
2.7 x 3.6
3.6 x 4.8
4.8 x 6.4
4.4 x 5.9
16.0
0.17 x 0.22
0.22 x 0.30
0.30 x 0.40
0.41 x 0.55
1.5
1.8 x 2.4
2.4 x 3.2
3.2 x 4.2
4.4 x 5.8
24.0
0.11 x 0.15
0.15 x 0.20
0.20 x 0.26
0.27 x 0.36
2.0
1.3 x 1.8
1.8 x 2.4
2.4 x 3.2
3.3 x 4.4
32.0
0.085 x 0.11
0.11 x 0.15
0.15 x 0.20
0.20 x 0.27
89mm
WORKING
DISTANCE
1.5X
56mm
WORKING
DISTANCE
2.0X
37mm
WORKING
DISTANCE
F.O.V. (mm)
1.0X
F.O.V. (mm)
OBJECTIVE
LENS
F.O.V. (mm)
ZOOM 160 ILLUMINATION
AND MAGNIFICATION
ZOOM 160
COAXIAL ILLUMINATION
{
{
{
N.A. = Numerical Aperture
MAG. = Magnification
D.O.F. = Depth-of-Field
F.O.V. = Field-of-View
NOTE: Fields-of-View indicated in red represent conditions where zoom range is limited due to 50% vignetting.
INFINITY-CORRECTED OBJECTIVES
With the AB Lens removed and equipped with an Optem™ Infinity-
In place of the required Objective Lenses, the Zoom 160 can also
Corrected Objective, your Zoom 160 will effectively duplicate the
be equipped with a variety of major brand infinity-corrected
performance of higher priced microscopes, with the added benefit of a
objectives to enhance magnification and extend
continuous 16:1 zoom range.
the optical performance of your system.
OPTEM™
OBJECTIVE
DESCRIPTION
NUMERICAL
APERTURE
WORKING
DISTANCE
Both Optem and Mitutoyo brand Infinity-Corrected
CAT. NO.
Objectives can be threaded directly into one of
28-20-44-000 ........High-Res 5X ..........0.225..........34mm
28-20-45-000 ......High-Res 10X ..........0.45 ..........19mm
28-20-46-000 ......High-Res 20X ..........0.60 ..........13mm
28-21-10-000 ..........LWD 10X ..............0.30 ..........34mm
two Objective Adapters. Nikon and Olympus
Infinity-Corrected Objectives can be integrated
similarly, but require an RMS Adapter (see System Diagram, p. 6-7).
Performance may vary from one brand objective to another.
04
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NOTE: Varying levels of vignetting may occur with infinity-corrected
objectives, dependent upon system configuration. Refer to the “Useable
Fields-of-View with Infinity Corrected Objectives” Chart, available as a
download from www.thales-optem.com.
LabVIEW™ VI’s
For system integrators working from the LabVIEW
platform, Optem Zooms now offer a VI library
permitting seamless assimilation of our Stepper
Motorized options.
DC Motor Models
DC Motors allow continuous movement
throughout either the zoom or focus range. Two
MOTORIZING YOUR ZOOM 160
ports in the back of the Motor Driver accept both
The Zoom 160 Optical System can be specified with built-in motorized
zoom and focus motorized functions.
zoom, and/or focus functions. Choose from a variety of motorization and
control options to best suit your specific application.
Stepper Motor Models –
NEW for
2004, all Stepper Motor equipped Zoom 160s feature
Hall-Effect Sensors. This engineering improvement ensures
pinpoint mechanical accuracy and repetition for automated applications,
and presents a smaller zoom barrel clearance diameter for improved
space efficiency in OEM integrations.
ZOOM 160 MOUNTING OPTIONS
Whether your application calls for using the Zoom 160 as a stand-alone
benchtop research instrument, or as an integrated component in your
ensure streamlined integration and maximum image stability.
Zoom 160 can be specified in motorized configurations that facilitate
computerized control of the Zoom and Focus functions. Stepper Motors
Stand-Mounting Zoom 160
permit discrete movement (steps) in fine increments. Homing Sensors are
Manual Zoom 160s can be mounted on
standard on Zoom 160 Stepper Motor models and provide a “zero”
a microscope stand by means of a
position for repeating locations. This permits pre-programming of setups
Flange Mount that locks onto the
for multiple work pieces.
Stand Mounts
Zoom 160
external flange of the Zoom 160 Upper
Stepper Motor Controller
A Stepper Motor Controller is designed to operate the
Zoom Module itself. The external flange
Flange Mount
or
Tube Clamp
provides a means of securely holding a
Zoom 160 in a ring-style mount.
Stepper Motors. Manual operation is available through
the use of individual “rocker” switches. Each axis has
Motorized Zoom 160s cannot be
its own speed control. RS232 operation is implemented
mounted by the external flange due to
through a serial port and a Windows GUI. Software is provided for use
interference of the motors. Instead,
with Windows 9X, 2000, XP or NT.
Microscope
Stand
they may be clamped on the Dovetail Tubes with a Tube Clamp
or Flat Mount.
OEM Stepper Motor Board
The use of an OEM Board replaces the Stepper
Flat Mounting Zoom 160
Motor Controller box. The OEM Board has all connec-
The Zoom 160 can be securely mounted to a flat surface by utilizing
tions on-board and is available with a code library for
the Zoom Flat Mount (as shown below). Simply locate the pre-tapped
modification of functions. Zoom 160 OEM Controller Board connections
holes on the Zoom 160 outer housing and match them to the holes on
are detailed in the diagram below.
the Zoom Flat Mount. Flat
Flat Mount
2.437
Mounting the Zoom 160
OEM Controller Board Connections
maximizes
improves
stability
image
and
in applications that are
301730-802
2.323
quality
(DB-25)
303534
3.097
1.406
1.75
susceptible to vibration.
301730-803
(DB-9)
(5) 1/4-20T
30-17-74-000
30-17-31-000
Junction Box
(110V 60Hz)
30-17-75-000
ZOOM
OEM Controller Board
top view
30-17-36-000
(EURO)
30-17-32-000
30-17-33-000
(230V 50Hz)
(U.K.)
To Computer
Com Port
For all part numbers, ordering information and configuration options, refer to
the System Diagram (p. 6-7), or visit the Zoom 160 section of our web site.
ZOOM 160 MOTORIZATION AND MOUNTING
OEM vision system, Thales Optem offers several mounting options to
THALES OPTEM
FROM
ZOOM 160 SYSTEM DIAGRAM
Motorized Mounting
Accessories
30-45-06-000
29-30-42-000
29-30-43-000
29-30-44-000
2.0X AMPLIFIER
3.0X AMPLIFIER
4.0X AMPLIFIER
76mm O.D.
TUBE CLAMP
Non-Inverting Right-Angle
(NIRA) Dovetail Tubes
Right Angle
Dovetail Tubes
30-45-02-000
82mm O.D.
TUBE CLAMP
33-32-20-000
33-22-20-000
DOVETAIL 2.0X
NIRA TUBE
33-22-11-000
33-22-10-000
DOVETAIL 1.0X
TELE NIRA TUBE
DOVETAIL 1.0X
NIRA TUBE
30-45-03-000
DOVETAIL 2.0X
RA TUBE
33-32-10-000
DOVETAIL 1.0X
RA TUBE
33-22-30-000
DOVETAIL 0.67X
NIRA TUBE
83mm O.D.
TUBE CLAMP
33-12-20-000
DOVETAIL 2.0X
TUBE
33-32-00-000
DOVETAIL 0.71X
RA TUBE
33-12-80-000
33-12-10-000
DOVETAIL 1.5X
TUBE
DOVETAIL 1.0X
TUBE
30-45-04-000
84mm O.D.
TUBE CLAMP
33-32-01-000
RA BLOCK
33-22-01-000
NIRA BLOCK
30-35-34-000
MOTOR FLAT MOUNT
30-30-01-000
30-31-11-000
OEM ZOOM CELL CORE
UPPER ZOOM MANUAL
(Motorized Zooms ONLY)
2
2.5
Motor Drivers
28-80-18-000
(110V)
Lower Function Modules
30-17-20-000
DC MOTOR
DRIVER
28-80-19-000
(220V)
30-34-00-000
30-34-03-000
30-34-10-000
30-34-13-000
30-34-20-000
30-34-23-000
COAX ILLUMINATOR
NO FOCUS
COAX W/ANALYZER
NO FOCUS
COAX ILLUMINATOR
5mm FOCUS
COAX W/ANALYZER
5mm FOCUS
COAX ILLUMINATOR
DC MOTORIZED FOCUS
COAX W/ANALYZER
DC MOTORIZED FOCUS
30-17-31-000
(110V 60Hz)
30-17-70-000
STEPPING MOTOR
DRIVER
30-17-32-000
(230V 50Hz)
30-36-03-000
30-36-01-000
POLARIZER
FIBER OPTIC
LAMPHOUSE
30-17-74-000
30-17-36-000
Coaxial Illuminators
HALL EFFECT SENSOR
JUNCTION BOX
30-16-01-000
(EURO)
30-16-60-000
60" FLEXIBLE
BUNDLE
10
0
10mm FIBER OPTIC
ADAPTER
29-60-83-000
VSI 110 ILLUMINATOR
110 VOLT / 150 WATT
0
30-17-33-000
(U.K.)
30-17-75-000
STEPPING MOTOR
O.E.M. BOARD
29-60-84-000
LF COAX
FIBER OPTIC
06
www.thales-optem.com
40" FLEXIBLE
BUNDLE
0
10
30-36-05-000
0
30-16-40-000
VSI 220 ILLUMINATOR
220VOLT / 150 WATT
Zoom 160 System Diagram
CAMERA
33-02-04-000
33-02-02-000
1/2" STANDARD
1/2" SONY
BAYONET
30-35-76-000
33-02-02-000
76mm O.D.
FLANGE MOUNT
(OLYMPUS, NIKON & LEICA)
2/3" ENG BAYONET
33-02-00-000
"C" MOUNT
COUPLER
33-02-01-000
"C" MOUNT
SPACER
30-35-82-000
82mm O.D.
FLANGE MOUNT (UNITRON)
Short and Mini
Dovetail Tubes
Standard Dovetail Tubes
33-02-00-000
"C" MOUNT
COUPLER
33-12-11-000
DOVETAIL 1.0X
TELE TUBE
30-35-83-000
33-12-30-000
33-42-20-000 33-42-10-000
DOVETAIL 0.67X
TUBE
DOVETAIL 2.0X
SHORT TUBE
33-12-40-000
DOVETAIL 0.5X
TUBE
83mm O.D.
FLANGE MOUNT
33-22-11-000
DOVETAIL 1.0X
SHORT TUBE
33-12-50-000
33-42-11-000
DOVETAIL 0.38X
TUBE
DOVETAIL 1.0X
MINI TUBE
DOVETAIL 1.0X
TELE NIRA TUBE
30-35-84-000
84mm O.D.
FLANGE MOUNT (MEIJI)
Upper Zoom Modules
30-31-37-000
30-31-41-000
30-31-21-000
UPPER ZOOM DETENT
UPPER ZOOM DC MOTOR
UPPER ZOOM STEPPING MOTOR
HALL EFFECT SENSOR
30-35-00-000
FLANGE FLAT MOUNT
top view
2
2.5
profile
ABOVE MOUNTS FOR
MANUAL MODELS ONLY
30-34-37-000
30-34-38-000
COAX ILLUMINATOR
STEPPING MOTORIZED FOCUS
HALL EFFECT SENSOR
COAX W/ANALYZER
STEPPING MOTORIZED FOCUS
HALL EFFECT SENSOR
30-33-10-000
30-33-20-000
30-33-37-000
30-32-00-000
15mm FINE FOCUS
MANUAL
15mm FINE FOCUS
DC MOTOR
15mm FINE FOCUS
STEPPING MOTOR
HALL EFFECT SENSOR
PLAIN
30-37-01-000
30-37-02-000
2.000x32T - M26x36T
ADAPTER
M43x.75 - M26x36T
ADAPTER
Infinity-Corrected Objectives
Objective Lenses
29-20-32-000
30-37-34-000
30-37-32-000
30-37-31-000
30-37-30-000
30-37-29-000
30-37-28-000
2.0X LENS
1.5X LENS
1.0X LENS
0.75X LENS
0.5X LENS
0.25X LENS
MITUTOYO
RMS ADAPTER
28-21-10-000
28-20-44-000
10X M PLAN LWD
OPTEM OBJECTIVE
5X HIGH-RES
OPTEM OBJECTIVE
28-20-45-000
10X HIGH-RES
OPTEM OBJECTIVE
28-20-46-000
20X HIGH-RES
OPTEM OBJECTIVE
8
8
NIKON/OLYMPUS
30-36-02-000
RING LIGHT
ADAPTER
30-36-04-000
1/4 WAVE PLATE
30-16-50-000
29-60-81-000
30-16-70-000
HORIZONTAL
RING LIGHT
VERTICAL
RING LIGHT
OBJECTIVE
RING LIGHT
Ring Illuminators
For an online archive of nominal component dimensions, downloadable schematics, and
optical performance specifications, visit the Zoom 160 Section of our web site.
ZOOM 160 SYSTEM DIAGRAM
Manual Mounting
Accessories
Bayonet Adapters
0.38X
0.5X
0.67X
1.0X
1.5X
2.0X
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
DOVETAIL TUBE
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
Low
0.0022
0.047
108.8
58.2 x 77.8
76.8 x 102.4
—
—
High
0.038
0.75
0.38
3.6 x 4.8
4.8 x 6.4
—
—
Low
0.0022
0.063
108.8
43.6 x 58.4
57.6 x 76.8
—
—
High
0.038
1.0
0.38
2.7 x 3.6
3.6 x 4.8
—
—
Low
0.0022
0.083
108.8
32.7 x 43.8
43.2 x 57.6
57.6 x 76.8
—
High
0.038
1.3
0.38
2.0 x 2.7
2.7 x 3.6
3.6 x 4.8
—
Low
0.0022
0.13
108.8
21.8 x 29.2
28.8 x 38.4
38.4 x 51.2
52.8 x 70.4
High
0.038
2.0
0.38
1.3 x 1.8
1.8 x 2.4
2.4 x 3.2
3.3 x 4.4
Low
0.0022
0.19
108.8
14.5 x 19.4
19.2 x 25.6
25.6 x 34.1
35.2 x 46.9
High
0.038
3.0
0.38
0.91 x 1.22
1.2 x 1.6
1.6 x 2.1
2.2 x 2.9
Low
0.0020
0.25
108.8
10.9 x 14.6
14.4 x 19.2
19.2 x 25.6
26.4 x 35.2
High
0.038
4.0
0.38
0.68 x 0.91
0.90 x 1.2
1.2 x 1.6
1.6 x 2.2
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
0.0045
0.094
27.2
29.1 x 38.9
38.4 x 51.2
—
—
0.076
1.5
0.10
1.8 x 2.4
2.4 x 3.2
—
—
0.0045
0.13
27.2
21.8 x 29.2
28.8 x 38.4
—
—
0.076
2.0
0.10
1.3 x 1.8
1.8 x 2.4
—
—
0.0045
0.17
27.2
16.3 x 21.9
21.6 x 28.8
28.8 x 38.4
—
0.076
2.7
0.10
1.0 x 1.3
1.3 x 1.8
1.8 x 2.4
—
0.0045
0.25
27.2
10.9 x 14.6
14.4 x 19.2
19.2 x 25.6
26.4 x 35.2
0.076
4.0
0.10
0.68 x 0.91
0.90 x 1.2
1.2 x 1.6
1.6 x 2.2
0.0045
0.38
27.2
7.2 x 9.7
9.6 x 12.8
12.8 x 17.0
17.6 x 23.4
0.076
6.0
0.10
0.45 x 0.60
0.60 x 0.80
0.80 x 1.0
1.1 x 1.4
0.0045
0.50
27.2
5.4 x 7.3
7.2 x 9.6
9.6 x 12.8
13.2 x 17.6
0.076
8.0
0.10
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
0.82 x 1.1
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
0.0068
0.14
5.9
12.1 x 25.9
—
—
—
0.11
2.3
0.043
1.2 x 1.6
—
—
—
0.0068
0.19
12.1
14.5 x 19.4
19.2 x 25.6
—
—
0.11
3.0
0.043
0.91 x 1.2
1.2 x 1.6
—
—
0.0068
0.25
12.1
10.9 x 14.6
14.4 x 19.2
19.2 x 25.6
—
0.11
4.0
0.043
0.68 x 0.91
0.90 x 1.2
1.2 x 1.6
—
0.0068
0.38
12.1
7.2 x 9.7
9.6 x 12.8
12.8 x 17.0
17.6 x 23.4
0.11
6.0
0.043
0.45 x 0.60
0.60 x 0.80
0.80 x 1.0
1.1 x 1.4
0.0068
0.56
12.1
4.8 x 6.4
6.4 x 8.5
8.5 x 11.3
11.7 x 15.6
0.11
9.0
0.043
0.30 x 0.40
0.40 x 0.53
0.53 x 0.71
0.73 x 0.97
0.0068
0.75
12.1
3.6 x 4.8
4.8 x 6.4
6.4 x 8.5
8.8 x 11.7
0.11
12.0
0.043
0.22 x 0.30
0.30 x 0.40
0.40 x 0.53
0.55 x 0.73
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
0.0090
0.19
6.8
14.5 x 19.4
—
—
—
0.15
3.0
0.024
0.91 x 1.2
—
—
—
0.0090
0.25
6.8
10.9 x 14.6
14.4 x 19.2
—
—
0.15
4.0
0.024
0.68 x 0.91
0.90 x 1.2
—
—
0.0090
0.33
6.8
8.1 x 10.9
10.8 x 14.4
14.4 x 19.2
—
0.15
5.3
0.024
0.51 x 0.68
0.67 x 0.90
0.90 x 1.2
—
0.0090
0.50
6.8
5.4 x 7.3
7.2 x 9.6
9.6 x 12.8
13.2. x 17.6
0.15
8.0
0.024
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
0.82 x 1.1
0.0090
0.75
6.8
3.6 x 4.8
4.8 x 6.4
6.4 x 8.5
8.8 x 11.7
0.15
12.0
0.024
0.22 x 0.30
0.30 x 0.40
0.40 x 0.53
0.55 x 0.73
0.0090
1.0
6.8
2.7 x 3.6
3.6 x 4.8
4.8 x 6.4
6.6 x 8.8
0.15
16.0
0.024
0.17 x 0.22
0.22 x 0.30
0.30 x 0.40
0.41 x 0.55
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
0.014
0.28
3.0
9.7 x 12.9
—
—
—
0.23
4.5
0.011
0.60 x 0.81
—
—
—
0.014
0.38
3.0
7.2 x 9.7
9.6 x 12.8
—
—
0.23
6.0
0.011
0.45 x 0.60
0.60 x 0.80
—
—
0.014
0.50
3.0
5.4 x 7.3
7.2 x 9.6
9.6 x 12.8
—
0.23
8.0
0.011
0.34 x 0.45
0.45 x 0.60
0.60 x 0.80
—
0.014
0.75
3.0
3.6 x 4.8
4.8 x 6.4
6.4 x 8.5
8.8 x 11.7
0.23
12.0
0.011
0.22 x 0.30
0.30 x 0.40
0.40 x 0.53
0.55 x 0.73
0.014
1.1
3.0
2.4 x 3.2
3.2 x 4.2
4.2 x 5.6
5.8 x 7.8
0.23
18.0
0.011
0.15 x 0.20
0.20 x 0.26
0.26 x 0.35
0.36 x 0.48
0.014
1.5
3.0
1.8 x 2.4
2.4 x 3.2
3.2 x 4.2
4.4 x 5.8
0.23
24.0
0.011
0.11 x 0.15
0.15 x 0.20
0.20 x 0.26
0.27 x 0.36
camera format
N.A.
MAG.
D.O.F.
1/4"
1/3"
1/2"
2/3"
0.018
0.38
1.7
7.2 x 9.7
—
—
—
0.30
6.0
0.0060
0.45 x 0.60
—
—
—
0.018
0.50
1.7
5.4 x 7.3
7.2 x 9.6
—
—
0.30
8.0
0.0060
0.34 x 0.45
0.45 x 0.60
—
—
0.018
0.67
1.7
4.0 x 5.4
5.4 x 7.2
7.2 x 9.6
—
0.30
10.7
0.0060
0.25 x 0.34
0.33 x 0.45
0.45 x 0.60
—
0.018
1.0
1.7
2.7 x 3.6
3.6 x 4.8
4.8 x 6.4
6.6 x 8.8
0.30
16.0
0.0060
0.17 x 0.22
0.22 x 0.30
0.30 x 0.40
0.41 x 0.55
0.018
1.5
1.7
1.8 x 2.4
2.4 x 3.2
3.2 x 4.2
4.4 x 5.8
0.30
24.0
0.0060
0.11 x 0.15
0.15 x 0.20
0.20 x 0.26
0.27 x 0.36
0.018
2.0
1.7
1.3 x 1.8
1.8 x 2.4
2.4 x 3.2
3.3 x 4.4
0.30
32.0
0.0060
0.085 x 0.11
0.11 x 0.15
.015 x 0.20
0.20 x 0.27
OBJECTIVE
LENS
370mm
WORKING
DISTANCE
F.O.V. (mm)
0.25X
30-37-28-000
{
0.5X
181mm
WORKING
DISTANCE
F.O.V. (mm)
30-37-29-000
{
116mm
WORKING
DISTANCE
F.O.V. (mm)
0.75X
30-37-30-000
{
1.0X
30-37-31-000
89mm
WORKING
DISTANCE
F.O.V. (mm)
ZOOM 160 SPECIFICATIONS
Zoom 160 Optical Performance
{
1.5X
56mm
WORKING
DISTANCE
F.O.V. (mm)
30-37-32-000
{
2.0X
37mm
WORKING
DISTANCE
F.O.V. (mm)
30-37-34-000
{
N.A. = Numerical Aperture
MAG. = Magnification
D.O.F. = Depth-of-Field
F.O.V. = Field-of-View
— = zoom range is limited due to vignetting
NOT RECOMMENDED: “—” represents configurations where zoom range is limited due to vignetting.
THALES OPTEM INC.
ISO 9000:2001
78 Schuyler Baldwin Drive • Fairport, NY USA 14450-9196
Tel: (585) 223-2370 • Fax: (585) 223-3413 • www.thales-optem.com
30-31-11-450 • 04/04 7.5 ed2
Copyright ©2004, Thales Optem Inc. All rights reserved
Printed in the USA