Marshall electronic V-ZPL1050 User Manual
O P T I C A L S Y S T E M S D I V I S I O N
Marshall Electronics
PRODUCT NEWS
2012
High Resolution, Low Light Pinhole Lenses
* V-PL28CS - World’s Fastest
Pinhole Lens!
Specifications - High Resolution, Low Light Pinhole Lenses
Specifications - High Resolution, Low Light Pinhole Lenses
Part No
V-PL28CS
V-PL35C
V-PL35CS
V-PL45CS
V-PL60CS
Focal Length
2.8mm
3.5mm
3.5mm
4.5mm
6.0mm
Aperture
f1.0
f1.4
f1.4
f1.8
f1.8
Angular *(H)
98°
85°
85°
71°
56°
Field *(V)
81°
69°
69°
56°
44°
of View *(D)
110°
88°
88°
83°
67°
Dimensions
30 x 100mm
28 x 104mm
28 x 109mm
20 x 97mm
18 x 79mm
Mount
CS
C
CS
CS
CS
Pinhole Size
3mm
3mm
3mm
2.5mm
3mm
Cone Depth
13mm
13mm
13mm
9.5mm
11mm
V-ZPL-05-01 / V-ZPL-05-02 / V-ZPL-05-12
Mini Zoom Pinhole Lenses
Mini zoom pinhole lens
with removable pinhole cap
V-ZPL-05-01
Mini zoom pinhole lens
with fixed pinhole cap
V-ZPL-05-02
Specifications - Mini Zoom Pinhole Lenses
Specifications - Mini Zoom Pinhole Lenses
Part No.
Focal Length
Image Sensor
Format
Mount Diagonal
FOV
Dimensions
V-ZPL-05-01
2.5mm - 10.0mm
1/4”
CS
84˚ ~ 25˚
19 x 52mm
V-ZPL-05-02
2.5mm - 10.0mm
1/4”
CS
84˚ ~ 25˚
19 x 52mm
V-ZPL-05-12
2.5mm - 10.0mm
1/4”
M12
84˚ ~ 25˚
19 x 52mm
V-ZPL06 / V-ZPL12 / V-ZPL1050 / V-ZPL-214 / V-ZPL-318
High Tech Zoom Pinhole Lenses
• Available in 4-20mm Zoom or 10-50mm Zoom
• Removable push-on cap also acts as mounting
• Removable push-on cap also acts as mounting
support
• Manual or Motorized Control
• Used for Industrial and Security Applications
• Manual or Motorized Control
• Used for Industrial and Security Applications
These lenses are ideal for those tough situations where the camera must be hidden and provide any angle
of view between 4-20mm or 10-50mm. Although designed for 1/3” electronic iris cameras, these lenses are
also useful on 1/2” cameras where they can provide up to a 120 degree horizontal field of view at 4mm. The
tip of the pinhole is built in to a removable push-on cap that also acts as a mounting support and protects
the main optical system from damage. The motorized MZ series requires 7-12VDC to power the zoom motor.
Recommended voltage is 9VDC.
of view between 4-20mm or 10-50mm. Although designed for 1/3” electronic iris cameras, these lenses are
also useful on 1/2” cameras where they can provide up to a 120 degree horizontal field of view at 4mm. The
tip of the pinhole is built in to a removable push-on cap that also acts as a mounting support and protects
the main optical system from damage. The motorized MZ series requires 7-12VDC to power the zoom motor.
Recommended voltage is 9VDC.
V-ZPL1050-MZ/
V-ZPL1050
V-ZPL06-MZ/
V-ZPL06
V-ZPL12-MZ/ V-ZPL12
* f-stop = focal length / 1.6
Specifications - High Tech Zoom Pinhole Lenses
Specifications - High Tech Zoom Pinhole Lenses
Part No
Range
Control
F-Stop
O.D. x L
V-ZPL-06
4-20mm
Manual
f2.5@4mm*
0.787” x 4”
V-ZPL-06MZ
4-20mm
Motorized
f2.5@4mm*
0.787” x 4”
V-ZPL-12
4-20mm
Manual
f2.5@4mm*
0.787” x 13”
V-ZPL-12MZ
4-20mm
Motorized
f2.5@4mm*
0.787” x 13”
V-ZPL-1050
10-50mm
Manual
f2.5@10mm*
0.787” x 4.50”
V-ZPL-1050MZ
10-50mm
Motorized
f2.5@10mm*
0.787” x 4.50”
V-ZPL-214
2.8-14mm
Manual
f2.5@4mm*
0.79” x 3.56”
V-ZPL-214MZ
2.8-14mm
Motorized
f2.5@4mm*
0.79” x 3.56”
V-ZPL-318
3.6-18mm
Manual
f2.5@4mm*
0.79” x 3.56”
V-ZPL-318MZ
3.6-18mm
Motorized
f2.5@4mm*
0.79” x 3.56”
Mini zoom pinhole lens
with fixed pinhole cap
V-ZPL-05-12
• High Quality Glass Elements
• For 1/3” CCD with CS-Mount
• 7-12VDC operation
• 6” and 12” Long
• For 1/3” CCD with CS-Mount
• 7-12VDC operation
• 6” and 12” Long
V-ZPL-214 / V-ZPL-214MZ
V-ZPL-318 / V-ZPL-318MZ
These manual iris pinhole
lenses are designed for 1/3”
format CCD cameras. State
of the art optical design for
color or B&W cameras in low
light conditions. New push-
on cap with built-in mounting
clamp for convenient instal-
lation. The push-on cap pro-
tects optics from damage.
lenses are designed for 1/3”
format CCD cameras. State
of the art optical design for
color or B&W cameras in low
light conditions. New push-
on cap with built-in mounting
clamp for convenient instal-
lation. The push-on cap pro-
tects optics from damage.