°
t
G1
= r
esponse time of the device used as guest 1, see table 46
5)
°
t
G2
= response time of the device which is used as Guest 2, see table 46
13.3 Power consumption
Table 47: Power consumption, sender and receiver
Protective field
hei
ght in mm
Typical power consumption of
sender in W
Typical power consumption for
receiver in W
1)
Resolution
14 mm
Resolution
30 mm
Resolution
14 mm
Resolution
30 mm
300 1.42 1.23 3.43 3.23
450 1.51 1.31 3.60 3.30
600 1.60 1.38 3.76 3.36
750 1.68 1.45 3.93 3.43
900 1.77 1.53 4.09 3.50
1050 1.85 1.60 4.26 3.56
1200 1.94 1.68 4.42 3.63
1350 2.03 1.75 4.59 3.69
1500 2.11 1.82 4.75 3.76
1650 2.20 1.90 4.92 3.83
1800 2.29 1.97 5.08 3.89
1950 2.37 2.05 5.25 3.96
2100 2.46 2.12 5.41 4.02
1)
Power discharged again via the OSSDs depending on the connected OSSD load must be added to the
t
able values.
13.4 Length of cable
Table 48: Maximum lengths of cable for wire cross-section 0.34 mm
2
, c
opper wire
Single system Cascade with 1 guest Cascade with 2 guest
de
vices
Separate con‐
nec
ting cables
for sender and
receiver
b ≤ 50 m c ≤ 15 m
b ≤ 25 m c ≤ 15 m
d
1
, d
2
≤
5 m
b ≤ 15 m c ≤ 10 m
d
1
, d
2
, d
3
, d
4
≤ 5 m
4)
The response time of the host within the cascade is t
C
–12 ms.
5)
The response time of guest 1 within the cascade is t
C
–6 ms.
13 T
ECHNICAL DATA
132
O P E R A T I N G I N S T R U C T I O N S | deTec4 Ex II 3GD 8023872/18YZ/2021-01-14 | SICK
Subject to change without notice