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Precise Eye High Mag Fixed Lenses

62

http://machinevision.navitar.com  

 

•                     email: [email protected]

Precise Eye Field of View Matrix for Internal Co-axial (in mm at nominal working distance)

Precise Eye

 

Internal Co-axial

Lens Attachment

 W.D. (mm)

Camera Format & 

Parameters

0.5X Adapter

1-62088

0.67X Adapter

1-61453

1.0X Adapter

1-61445

1.33X Adapter

1-61448

2.0X Adapter

1-61450

0.5X

0.035 N.A.

DOF 0.40 mm

1-60110

175

(nominal) 

170-190

(1)

 

W.D. Range

Mag.

0.45X

0.60X

0.90X

1.2X

1.8X

Field 1/4”

7.2(h)  5.2(v)

5.3(h)  4.0(v)

3.6(h)  2.6(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

Field 1/3”

 —

8.0(h)  6.0(v)

5.3(h)  4.0(v)

4.0(h)  3.0(v)

2.7(h)  2.0(v)

Field 1/2”

 —

 —

7.1(h)  5.3(v)

5.3(h)  4.0(v)

3.6(h)  2.7(v)

Field  2/3”

 —

 —

 —

7.3(h)    5.5(v)

 —

0.75X

0.054 N.A.

DOF 0.17 mm

1-60111

113

(nominal)

 

110-120

(1) W.D. Range

Mag.

0.7X

0.90X

1.4X

1.8X

2.7X

Field 1/4”

4.6(h) 3.6(v)

3.6(h)  2.7(v)

2.3(h)  1.8(v)

1.8(h)  1.3(v)

1.2(h)  0.9(v)

Field 1/3”

7.2(h)  5.4(v)

5.3(h)  4.0(v)

3.6(h)  2.7(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

Field 1/2”

 —

7.1(h)  5.3(v)

4.7(h)  3.6(v)

3.6(h)  2.7(v)

2.4(h)  1.8(v)

Field 2/3”

 —

 —

6.5(h)  4.9(v)

4.9(h)  3.7(v)

 —

None

0.070 N.A.

DOF 0.10 mm

92

(nominal)

 

90-93

 

(1) W.D. Range

Mag.

0.9X

1.2X

1.8X

2.4X

3.6X

Field 1/4”

3.6(h)  2.6(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

1.3(h)  1.0(v)

0.9(h)  0.7(v)

Field 1/3”

5.4(h)  4.0(v)

4.0(h)  3.0(v)

2.7(h)  2.0(v)

2.0(h)  1.5(v)

1.3(h)  1.0(v)

Field 1/2”

7.2(h)  5.4(v)

5.3(h)  4.0(v)

3.6(h)  2.7(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

Field 2/3”

 —

 —

4.9(h)  3.7(v)

3.7(h)  2.8(v)

 —

1.5X

0.104 N.A.

DOF 0.046 mm

1-60112

51

(nominal) 

49-51

 

(1) W.D. Range

Mag.

1.35X

1.8X

2.7X

3.6X

5.4X

Field 1/4”

2.4(h)  1.8(v)

1.8(h)  1.3(v)

1.2(h)  0.9(v)

0.9(h)  0.7(v)

0.6(h)  0.4(v)

Field 1/3”

3.6(h)  2.6(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

1.3(h)  1.0(v)

0.9(h)  0.7(v)

Field 1/2”

4.8(h)  3.6(v)

3.6(h)  2.7(v)

2.4(h)  1.8(v)

1.8(h)  1.3(v)

1.2(h)  0.9(v)

Field 2/3”

6.6(h)  4.8(v)

 —

3.3(h)  2.4(v)

2.4(h)  1.8(v)

 —

2.0X

0.141 N.A.

DOF 0.025 mm

1-60113

36

(nominal) 

35-36

(1) W.D. Range

Mag.

1.8X

2.4X

3.6X

4.8X

7.2X

Field 1/4”

1.8(h)  1.4(v)

1.3(h)  1.0(v)

0.9(h)  0.7(v)

0.7(h)  0.5(v)

0.5(h)  0.3(v)

Field 1/3”

2.6(h)  2.0(v)

2.0(h)  1.5(v)

1.3(h)  1.0(v)

1.0(h)  0.8(v)

0.7(h)  0.5(v)

Field 1/2”

3.6(h)  2.6(v)

2.7(h)  2.0(v)

1.8(h)  1.3(v)

1.3(h)  1.0(v)

0.9(h)  0.7(v)

Field 2/3”

4.8(h)  3.6(v)

 —

2.4(h)  1.8(v)

1.8(h)  1.4(v)

 —

Navitar’s Precise Eye with Internal Co-axial Illumination (1-61446) is 
an ideal solution for applications involving highly reflective surfaces, 
such as wafers, polished samples, and fluids. Designed to provide even 
illumination for higher magnification applications, coaxial illumination 
provides extremely detailed resolution, particularly when a high resolutin 
camera is used. 

Notes: 
The internal coax will illuminate a circular area of about 11 mm in diameter. Any fi eld of view larger than 11 mm will have darkened corners. 
(1) Working distance range when using 3 mm fi ne focus. Field of view will change with shorter or longer working distance. 

Summary of Contents for 1-60111

Page 1: ...agnification infinity corrected objectives 5X 10X 20X 50X Mechanically stable for the most demanding vibration environments Modular design for flexibility Optics attach to any C mount camera Short tub...

Page 2: ...with our Precise Eye series of lenses Precise Eye lenses are designed to provide superior optical perfor mance and high vibration stabil ity over standard C mount video lenses They are optically prec...

Page 3: ...Field 1 3 7 2 h 5 4 v 5 3 h 4 0 v 3 6 h 2 7 v 2 7 h 2 0 v 1 8 h 1 3 v Field 1 2 9 4 h 7 2 v 7 1 h 5 3 v 4 7 h 3 6 v 3 6 h 2 7 v 2 4 h 1 8 v Field 2 3 13 0 h 9 8 v 6 5 h 4 9 v 4 9 h 3 7 v None 0 070 N...

Page 4: ...oax 2 Phase Stepper 1 62304 3mm F F 2 Phase Stepper 1 62079 M26 x 36T 3 60160 0 800 x 36T RMS 3 60187 5X 1 60226 10X 1 60227 20X 1 60228 50X 1 60229 Rt Angle w 3mm F F Coax 1 61537 Rt Angle w 3mm F F...

Page 5: ...X 1 6044 0 5X 1 60110 0 75X 1 60111 1 5X 1 60112 2X 1 60113 Non F F 1 61456 3mm F F 1 61449 3mm F F w Coax 1 61446 Mounting Clamp 1 61510 76mm 1 61662 84mm 1 61663 3mm F F w Aperture 1 62473 3mm F F w...

Page 6: ...67x 175 0 60x 0 035 4 7 0 40 2 8 0 5x Precise Eye 1 0x 175 0 90x 0 035 4 7 0 40 4 2 0 5x Precise Eye 1 33x 175 1 20x 0 035 4 7 0 40 5 6 0 5x Precise Eye 2 0x 175 1 80x 0 035 4 7 0 40 8 4 0 75x Precise...

Page 7: ...1 08 v 10X 0 28 N A 1 60227 33 Mag 4 55X 6 1X 9 10X 12 2X 18 2X Field 1 4 0 70 h 0 52 v 0 52 h 0 39 v 0 35 h 0 26 v 0 26 h 0 20 v 0 18 h 0 13 v Field 1 3 1 06 h 0 80 v 0 79 h 0 59 v 0 53 h 0 40 v 0 3...

Page 8: ...2 h 5 4 v 5 3 h 4 0 v 3 6 h 2 7 v 2 7 h 2 0 v 1 8 h 1 3 v Field 2 3 4 9 h 3 7 v 3 7 h 2 8 v 1 5X 0 104 N A DOF 0 046 mm 1 60112 51 nominal 49 51 1 W D Range Mag 1 35X 1 8X 2 7X 3 6X 5 4X Field 1 4 2 4...

Page 9: ...ce a portion is bounced back thereby reducing the strength of the transmitted image Apply this behavior to fixed focal length optics with many glass surfaces and the result is a severe reduction in im...

Page 10: ...Digital Camera Adapter allows you to couple your digital camera or camcorder to any C mount or standard SLR lens microscope or tele scope permitting a digital recording of your subject matter The Digi...

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