A 01/13 2-channel Binary Signal Transducer Page 23 of 40
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Page 22 of 40 2-channel Binary Signal Transducer A 01/13
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Optical interface
Optical inputs/outputs
Optical connection
Data display
Wave length
Launched power
Sensitivity
Optical budget
Maximum distance that can
be spanned
Maximum baud rate
Minimum baud rate
1 transmitter, 1 receiver
as-delivered position: light off in idle
state
Transmitter ST : HFBR 1404
Receiver ST : HFBR 2402
ST (protective caps made of plastic)
None
820 nm
50/125µm:
-19dBm multimode fibre
62,5/125
µ
m:
-15dBm multimode fibre
200µm; -6,2dBm HCS fibre
-30dBm
10dB (+3 dB system budget)
3 km mit 62,5/125µm FO
115200 baud(recomm. for fibre conn.)
1200 baud
2 binary inputs
Connection
Switching voltage
Power consumption (not
depending on voltage)
Status display
2-pole connector Phoenix isolated
24-250 V DC –15 %, +20%
approx. 2,5mA
1 yellow LED indic. per input (BI-1, BI-2)
1.3 Technical data
Mechanical design
Housing
Dimensions
Weight
Degree of protection
accorging to EN60529
Housing
Terminals
Plastic EG90
see dimensional drawings
approx. 250g
IP 20 plastic
IP 20
Auxiliary power U
H
Connection
Rated input voltage
- DC voltage
- AC voltage
Degree of protection
Power consumption
- DC voltage
-
AC voltage
Internal fuse, not
exchangable
Status display
2-pole connector Phoenix
24 V - 250 V DC
±
20 %
60 V - 230 V AC
±
20 % / 45-65 Hz
II
at U
H
= U
HN
; typical value
3 W
3,5 VA
1,25 AT
1 green operating LED (RUN)
RS232 connection
Connection
Maximum baud rate
Minimum baud rate
9-pole sub-D, socket
115200 baud
1200 baud
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