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Telec

en

tr

ic L

enses

Part

 

Number

Object Field

1

 (mm)

Optical Specifications

Dimensions

Mag. 

(x)

1/3”

wxh

4.8 x3.6

1/2”

wxh

6.4 x 4.8

2/3”

wxh

8.8 x 6.6

WD

2

(mm)

F/#

3

MTF@ 

70lp/

mm%

Field 

Depth

4

Telecent.

5

Distortion

(%)

Mount

 

Length

6

Diam.

1-17796

2.00

2.4 x 1.8

3.2 x 2.4

4.4 x 3.3

57.1

11

> 30

0.2

< 0.08

< 0.08

C

101.4

28

1-17797

1.33

3.6 x 2.7

4.8 x 3.6

6.6 x 5.0

61.2

11

> 30

0.5

< 0.08

< 0.08

C

78.5

28

1-17798

1.00

4.8 x 3.6

6.4 x 4.8

8.8 x 6.6

63.3

11

> 25

1

< 0.08

< 0.08

C

65

28

1-17800

0.40

12.0 x 9.0 

16.0 x 12.0

diam = 16.5

45.3

8

> 40

4.5

< 0.1

< 0.08

C

92

37.8

1-17801

0.55

8.7 x 6.5

11.0 x 8.7

16.0 x 12.0

45.3

8

> 30

3

< 0.1

< 0.07

C

112

37.8

1-17802

0.27

18.0 x 13.5

24.0 x 18.0

diam = 24.8

69.2

8

> 45

10

< 0.1

< 0.08

C

122.5

44

1-17803

0.37

13.1 x 9.8

17.5 x 13.1

24.0 x 18.0

63.4

8

> 45

7

< 0.1

< 0.1

C

142

44

1-17804

0.13

36.0 x 27.0

diam = 36.0

n.a.

103.5

8

> 50

38

< 0.08

< 0.08

C

133

61

1-17805

0.18

27.0 x 20.3

36.0 x 27.0

diam = 37.1

103.5

8

> 40 

22

< 0.08

< 0.1

C

148

61

1-17806

0.24

19.6 x 14.7

26.2 x 19.6

36.0 x 27.0

103.5

8

> 40

12

< 0.08

< 0.1

C

164.9

61

1-17808

0.13

36. 0 x 27.0

48.0 x 36.0

diam = 49.5

134

8

> 40

24

< 0.1

< 0.1

C

180

75

1-17809

0.18

26.2 x 19.6

34.9 x 26.2

48.0 x 36.0

134

8

> 40 

14

< 0.1

< 0.1

C

200

75

1-17810

0.11

42.0 x 31.5

56.0 x 42.0

diam = 57.8

159.3

8

> 50

45

< 0.08

< 0.08

C

205

80

1-17811

0.16

30.5 x 22.9

40.7 x 30.5

56.0 x 42.0

159.3

8

> 45

26

< 0.08

< 0.08

C

225

80

1-17812

0.08

64.0 x 48.0

diam = 64.0

n.a.

182.3

8

> 40

130

< 0.08

< 0.07

C

212

100

1-17813

0.10

48.0 x 36.0

64.0 x 48.0

diam = 66.0

182.3

8

> 50

60

< 0.08

< 0.07

C

227

100

1-17814

0.14

34.9 x 26.2

46.5 x 34.9

64.0 x 48.0

182.3

8

> 50

36

< 0.08

< 0.07

C

245.5

100

1-17815

0.12

39.3 x 29.5

52.4 x 39.3

72.0 x 54.0

227.7

8

> 40

48

< 0.08

< 0.07

C

300

120

1-17816

0.08

60.0 x 45.0

80.0 x 60.0

diam = 82.5

227.7

8

> 50

90

< 0.08

< 0.1

C

272

120

1-17817

0.11

43.6 x 32.7

58.2 x 43.6

80.0 x 60.0

227.7

8

> 50  

57

< 0.08

< 0.1

C

272

120

1-17818

0.10

46.4 x 34.8

61.8 x 46.4

85.0 x 63.8 

280.6

8

> 45

60

< 0.08

< 0.08

C

346

146

1-17819

0.05

96.0 x 72.0

diam = 96.0

n.a.

280.6

8

> 50

240

< 0.08

< 0.1

C

302

146

1-17820

0.07

72.0 x 54.0

96.0 x 72.0

diam = 99.0

279.6

8

> 45

120

< 0.08

< 0.08

C

318

146

1-17821

0.09

52.4 x 39.3

69.8 x 52.4

96.0 x 72.0

279.6

8

> 40

70

< 0.08

< 0.08

C

338

146

1-17822

0.08

60.0 x 45.0

80.0 x 60.0

110.0 x 2.5

336.5

8

> 40

90

< 0.08

< 0.07

C

431

185

1-17823

0.05

90.0 x 67.5

120.0 x 90.0

diam = 123.8

336.5

8

> 45

180

< 0.08

< 0.1

C

402

185

1-17824

0.07

65.5 x 49.1

87.3 x 65.5

120.0 x 90.0

336.5

8

> 35

105

< 0.08

< 0.1

C

422

185

1-17825

0.07

70.9 x 53.2

94.5 x 70.9

130.0 x 97.5

398

8

> 40

150

< 0.08

< 0.1

C

490

200

1-17826

0.04

108.0 x 81.0

144.0 x 108.0

diam = 148.5

398

8

> 35

260

< 0.08

< 0.08

C

483

200

1-17827

0.06

78.5 x 58.9

104.7 x 78.5

144.0 x 108.0

398

8

> 40

160

< 0.08

< 0.08

C

628

200

1-17828

0.05

93.8 x 70.4

125.1 x 93.8

172.0 x 129.0

531

8

> 40

240

< 0.08

< 0.1

C

628

260

1-17829

0.03

144.0 x 108.0

192.0 x 144.0

diam = 198.0

531

8

> 45

360

< 0.08

< 0.08

C

600

260

1-17840

0.05

104.7 x 78.5

139.6 x 104.7

192.0 x 144.0

531

8

> 35

240

< 0.08

< 0.08

C

618

260

1-17841

0.04

109.1 x 81.8

145.5 x 109.1

200.0 x 150.0

500

8

> 40

310

< 0.08

< 0.1

C

785

330

1-17842

0.04

130.9 x 98.2

174.5 x 130.9

240.0 x 180.0

500

8

> 45

380

< 0.08

< 0.08

C

778

330

Double-Sided Telecentric Lenses for up to 2/3” Format Matrix

Part

 

Number

Mag. (x)

Object Field

1

 (mm)

Optical Specifications

Dimensions

4k x 7µm

2k x 10µm

2k x 7µm

WD

2

(mm)

F/#

3

MTF@ 

70lp/mm% 

Field 

Depth

4

Telecen.

5

Distortion (%)

Mount

Length

6

Diameter

1-17843

0.478

60

43

30

230

9

> 30

4

< 0.08

< 0.08

F

460

100

1-17844

0.36

80

57

40

243

9

> 30

7

< 0.01

< 0.10

F

460

120

1-17845

0.239

120

86

60

250

9

> 30

15

< 0.01

< 0.15

F

460

146

Large Format Double-Sided Telecentric Lenses Matrix

1

For the fields with the indication “diam =” the image of a circular object is inscribed inside the short detector side.

2

Working distance: Best focus front lens to object distance. Set this distance /- 3% of the nominal value to minimize distortion.

3

Working F/#: The real F/# of a lens when used as a macro lens with a smaller aperture can be supplied upon request. 

4

Out of this interval the CTF contrast falls below 50% of the nominal value; the field depth can be increased by a smaller diaphragm, available on request. 

5

Maximum slope of principal rays inside the lens: Turned in millirads. Tells which is the maximum measurement error for any millimeter of object displacement.

6

Measured from the end of the mechanics to the camera flange.

Summary of Contents for 1-17766

Page 1: ...Zoom telecentric system Single Sided telecentric lenses Single Sided telecentric accessories Video telecentric lenses Double Sided telecentric lenses Double Sided telecentric illumination accessories...

Page 2: ...ing a standard lens Objects inside deep holes are visible throughout the field undistorted therefore telecentric lenses are extremely useful for inspecting three dimensional objects or scenes where im...

Page 3: ...mm Telecentric Error mm Object Size Approx MTF Ip mm Resolvable Features microns Mag 1 4 1 3 1 2 1 4 1 3 1 2 1 4 1 3 1 2 0 16 0 05 0 06 0 03 0 005 0 032 38 8 0 018 0 020 0 009 25 0 37 3 49 7 15 33 0 2...

Page 4: ...8 x 1 04 1 07 x 1 43 1 6 8 0 54 59 LGU 025 0 25X 148 5 8 61 2 4 130 5 2 0 51 x 0 68 0 68 x 0 91 0 94 x 1 25 1 6 8 0 42 59 LGU 029 0 29X 126 4 9 54 2 1 110 4 4 0 44 x 0 59 0 58 x 0 78 0 80 x 1 07 1 6 8...

Page 5: ...inal Length Diameter Working Dist Maximum Object Dimensions mm 2 f Range3 Depth of Field mm 4 mm inches mm inches mm inches 1 3 CCD 1 2 CCD 2 3 CCD 59 LGM 205 0 05X 104 4 1 42 1 7 48 1 9 6 5 x 8 6 8 6...

Page 6: ...10 1 105 4 1 1 1 x 1 4 1 4 x 1 9 2 0 x 2 6 5 6 16 0 32 59 LGN 704 4x 303 11 9 101 4 0 0 8 x 1 1 1 1 x 1 4 1 5 x 2 0 5 6 16 0 24 59 LGN 705 5x 362 14 2 98 3 9 0 6 x 0 9 0 9 x 1 2 1 2 x 1 6 5 6 16 0 19...

Page 7: ...a wide range of solutions for a variety of machine vision applications A telecentric lens system is created by combining a base lens with an appropriate attachment lens to achieve the required magnifi...

Page 8: ...4 59 LGG 950 59 LGJ 423 none 0 24x 267 10 5 0 53 X 0 70 0 07 X 0 94 0 97 X 1 29 4 0 0 45 59 LGG 950 59 LGH 431 59 LGZ 415 0 27x 241 9 5 0 48 X 0 64 0 63 X 0 85 0 87 X 1 16 11 0 0 36 59 LGG 950 59 LGL...

Page 9: ...X 0 75 16 0 0 20 59 LGB 499 59 LGJ 423 0 53x 140 5 5 0 61 X 0 61 8 0 0 09 59 LGB 485 59 LGH 416 0 63x 140 5 5 0 52 X 0 52 8 0 0 07 59 LGB 499 59 LGH 416 1 The maximum object dimensions shown in the t...

Page 10: ...Applicable Lens F Change Focal Length Change Field of View Change Obj Dimensions Change Length mm in Diameter mm in HE15 1 1 5X C mount LFJ LGC Original x 1 5 Original x 1 5 Original 1 5 Original 1 5...

Page 11: ...59 LGZ 415 96 5 3 8 66 0 2 6 226 1 8 9 193 0 7 6 59 LGU 036 59 LGZ 420 55 9 2 2 25 4 1 0 177 8 7 0 144 8 5 7 59 LGU 050 59 LGZ 415 76 2 3 0 45 7 1 8 203 2 8 0 170 2 6 7 59 LGU 042 59 LGZ 420 55 9 2 2...

Page 12: ...ue objects or to measure the dimensions of holes through opaque objects With diffuse back lighting rays from the edges of the field can reflect from the edge of the object and confuse the image A coll...

Page 13: ...in Thread F 59 LGP 403 Standard Mounting Bracket 76 2 3 0 53 3 2 1 33 0 1 3 10 32 20 3 0 8 1 4 20 59 LGP 414 Mounting Bracket for Macro Invaritar 57 1 2 3 33 0 1 3 27 9 1 1 10 32 12 7 0 5 1 4 20 59 L...

Page 14: ...0X Distortion at 0 5X 0 3 Distortion at 1 0X Less than 0 1 Distance from Front Lens to Object 0 5X 115mm 1 0X 85mm TC 5028 Video Lens Specifications Part Number TC 5028 Focal Length 50 mm Iris Range...

Page 15: ...ication are maintained with a telecentric lens so the size of the image will not change TEC M55 Outline Drawing with Dimensions Video Telecentric Lenses Additional information and product specificatio...

Page 16: ...ccuracy Double Sided Telecentric lenses are less prone to optical aberrations and geometrical distortions Image sizes will not vary across the field due to positioning of the sensor Gauging applicatio...

Page 17: ...96 0 x 72 0 diam 99 0 279 6 8 45 120 0 08 0 08 C 318 146 1 17821 0 09 52 4 x 39 3 69 8 x 52 4 96 0 x 72 0 279 6 8 40 70 0 08 0 08 C 338 146 1 17822 0 08 60 0 x 45 0 80 0 x 60 0 110 0 x 2 5 336 5 8 40...

Page 18: ...ts to be imaged and shadows removed Spectrum Illuminance at Working Distance Part Number Window mm LxH Dimensions mm LxWxH Color K Peak wv 50mm 100mm 200mm 1 17786 50 0 x 50 0 108 0 x 57 0 x 62 0 Red...

Page 19: ...1 17766 30 100 44 White 1 17767 45 139 61 White 1 17846 60 139 75 White 1 17768 70 191 80 White 1 17769 80 219 100 White 1 17770 100 265 116 White 1 17771 120 310 143 White 1 17772 150 396 180 White...

Page 20: ...icity is measured by the chief ray angle in the corner of the field Telecentric lenses have chief ray angles of less than 0 5 degrees some even have less than 0 1 degree In comparison a standard comme...

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