Computar T10Z5712AMS Specsheet
Specifications subjected to change without any notice. 2004.5
1/3
type
CS
75.3
68.5
29.3
쏗51
1
5
46
쏗68.5
쏗38
쏗29.5
쏗19
쏗15
1.6
(MAX)
10.2
71.5
12.5(IN AIR)
6.3
44.3
8
88(앝)
3.5
4.8
1Ҁ32 UNF
Ra
Open
1K⏲VR
Close
Rb
Vcc
SW
5.5V
1.5V
(Level Remote)
AI
Circuit
IRIS
FOCUS
ZOOM
M
DC 8V
Near
ѿ
Ҁ
GREEN
BLACK
Far
Ҁ
ѿ
Tele
ѿ
Ҁ
YELLOW
RED
Wide
Ҁ
ѿ
G
AI
Circuit
M
DC 8V
Vcc(ѿ)
Vcc(Ҁ)
Video Signal
(Level Remote)
Ground
RED
BLACK
WHITE
GREEN
SHIELD
10X 5.7mm - 57mm F1.2
for 1/3 type Cameras, Motorized Zoom
CS-Mount
with Video Auto Iris
T10Z5712AMS-CS
Model No. T10Z5712AMS-CS
Effective
Front 쏗45.0mm
Focal Length 5.7mm - 57mm
Lens Aperture
Rear 쏗8.6mm
Max. Aperture Ratio 1:1.2 Back Focal Length 8.5mm
Max. Image Format 4.8mm x 3.6mm(쏗6mm) Flange Back Length 12.5mm
Operation Range
Iris F1.2 - F560C Mount CS-Mount
Focus 1.8m - Inf. Filter Size M49 P҃0.75mm
Zoom 5.7mm -57mm Tripod Screw 1/4 - 20UNC
Control Iris Video Auto Iris Dimensions
W68.5mm x H76.3mm x D88mm
Focus Motorized Weight 470g
Zoom Motorized
Object Dimension
5.7mm 147.6cm x 110.8cm
at M.O.D. 57mm 15.1cm x11.6cm
Angle of View D 1/3 type 54.2쎷 - 5.9쎷 1/4 type 42.0쎷 - 4.5쎷
H 44.6쎷 - 4.8쎷 34.2쎷 - 3.7쎷
V 34.2쎷 - 3.7쎷 25.9쎷 - 2.7쎷
Iris Focus Zoom
Supply Voltage DC8.5V - DC16V DC8V DC8V
Current 40mA or less 20mA or less 20mA or less
Response Time Approx. 2 sec. Approx. 3 sec. Approx. 3.5 sec.
Preset Potentiometer ---- ---- ----
Light Weighting Method Adjustable between Average - Peak (to be Set at Average at Factory)
Remote Control Level Remote (Option)
Input Signal Video Signal (V. or V.S.)
Iris Accurancy 앐15% at Video Signal Level
Sensitivity Adjustment 0.5V(p-p) - 1.0V(p-p) (Video Signal)
Input Impedance High Impedance
Operating Temperature Ҁ10쎷C - ѿ50쎷C
Dimensions
Wiring Diagram
M.O.D. : Minimum Object Distance
: for B/W camera
Using with a B/W camera,
please use the attached
"B/W aberration compensation filter" and
"FB compensation spacer".
The filter(M20 P=0.5mm)
should be screwed onto
the lens from rear side
and the spacer should be
placed between lens and
camera.
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