13
Annex
13.1
Declarations of conformity and certificates
You can download declarations of conformity and certificates via the product page.
It can be called up via
SICK Product ID
:
pid.sick.com/
{P/N}
{P/N}
corresponds to the part number of the product (see type label).
13.2
Typical reference values during operation
Depending on the configured working distance, the mounting alignment and the 2D
codes used, a certain field of view size of the device and speed of the AGV is reached.
NOTE
The values specified in the table are calculated reference values. Even if the device
setting is optimal and the code quality is good, this does not ensure that the device will
achieve the specified speed and field of view. Uneven areas of the substrate and other
environmental influences could lead to deviating values.
NOTE
We recommend using the SICK multicode label as it is optimally tailored to the appli‐
cation. Using the multicode label from SICK enables the highest travel speeds to be
reached. Alternatively, individual 2D codes provided by the customer can also be used.
The 2D codes must be dependent on the working distance and the mounting direction
of certain requirements on code resolution; see following tables.
The smaller the code size is, the higher the risk that the code will not be read in a
stable manner due to contamination or damage.
Table 5: Use of the multicode label (Data Matrix codes)
Working dis‐
tance [mm]
Horizontal
field of view
[mm]
Vertical field
of view [mm]
Effective ver‐
tical field of
view [mm]
V
max
[m/s]
1)
Shutter time
[
μ
s]
Brightness
Maximum reading
field width
Rea
dy
Resul
t
LED
Dat
a
LN
K
TX
LECT
OR
SI
CK
62
1
70
42.7
34.1
76.7
3.9
160
1.4
100
63.9
51.1
93.7
4.7
140
2.8
120
78.0
62.4
105.0
5.0
140
3.6
150
99.2
79.4
122.0
5.0
140
5.8
250
169.9
135.9
178.5
2.1
335
5.8
13
ANNEX
50
O P E R A T I N G I N S T R U C T I O N S | GLS621
8024289/1E1C/2022-09-09 | SICK
Subject to change without notice
