Dalsa Spyder2 S2-1-40 Series, User Manual

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40 Spyder2 User’s Manual
03-32-10091-04 DALSA
steady state temperature. For Spyder2, at an ambient temperature of 25°C and with no
airflow, the camera takes 90 minutes to achieve steady state and 20 minutes to reach
within 10°C of steady state. If your system cannot perform flat-field correction after
warm-up consider the recommended methods of reducing dark current and overall
camera temperatures (see below).
Reducing Dark Current
The Spyder2 mechanicals have been optimized to transfer heat from the sensor to the
front plate. Therefore, to reduce dark current the front plate is the ideal place to mount
heat sinks.
The heat fins on Spyder2 improve conduction and provide a greater surface area for
convection (airflow). Mount fans away from the camera to avoid vibration, and direct the
airflow on the heat fins to decrease the temperature delta between ambient and front
plate temperatures. Convection is the ideal method to minimize camera warm-up times
and reduce dark current generation.
Both methods— either conduction through heat sinking, or convection through air flow—
greatly reduce dark current and will improve your system performance.
Figure 9. Spyder2 Mechanical Interface
C-MOUNT
F-MOUNT
OP
T
IC
A
L
D
IS
T
A
NCE
6.
7
8
0
.2
5
CA
M
ER
A
SUR
F
AC
E
TO
DI
E
S
U
R
FAC
E
50.0
42.0 (2X) 4.0 (2X)
5
7
.0
(2
X
)
4.
0
(2
X
)
M3x0.5 - 6H (4X)
6.0 DEEP
32.0 (2X) 9.0 (2X)
53
.8
49
.3
6.
0
(4
X
)
M3x0.5 - 6H (4X)
5.0 DEEP
54
.9
(2
X
)
27.0
10
.5
10.3
CONTROL/DATA 1
STATUS
POWER
CALIBRATION
STICKER
32
.5
All units in mm.
2
5
.0
1
7
.7
3
2
.3
M42x1 - 6H
R1.6 (2x)
42.0 (2x)
57.0
(2x)
50.0
65.0
4.0 (2x)
9.2
25.0
4.0 (2x)
32.5
R1.6 (2x)
M42x1 - 6H
R4.0 (4X)
M3x0.5 - 6H (4X)
6.0 DEEP
40.8
8
5
.0
±
60
.8
89
.2
512, 1024 Resolutions
2048 Resolution