ABB 88TK50-E/R1210 Descrizione del modulo e dell'applicazione - Pagina 19
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Technical data
In addition to the system data, the following values apply:
Power supply
Operating voltage for module
Current consumption
Power dissipation
Reference potential for bus side
Ambient conditions
Cf. PROCONTROL system specifications !
Module interfaces
X1
X2, X3
X11, X12
X21
X22
Test and service interface
Application
Transmission protocol
Transmission rate
Transmission mode
Transmission distance
FDDI interface acc. to ISO/IEC 9314
Application
Transmission protocol
Transmission rate
Transmission mode
Type of connection
Transmission distance between 2 stations
Maximum number of stations
Extension of FDDI ring
Isolated monitoring interface
Isolation voltage
Input values
MSP
--- Disturbance of cabinet voltage supply
The input uses the closed ---circuit principle.
MTE
--- Overtemperature monitor responded
MTK
--- Cabinet door open
ESP
--- Disconnection of transceiver
UM
--- Annunciation voltage
Output values
MST
--- General station disturbance
MSX
--- Not used at the time
USA/USB = 24 V
IS = 750 mA
PV = 18 W
ZD = 0 V
Test and service interface
FDDI interface acc. to ISO/IEC 9314
Station ---bus interface
Monitoring interface and
Interface for dual---channel station bus---coupling
Interface for dual---channel station bus---coupling
Test and service
Serial transmission according to RS232
9600 baud
8 data bits, 1 stop bit, NO parity, XOFF handshake
Up to 15 m (without line amplifier)
Connecting the PROCONTROL station to the
PROCONTROL remote bus
FDDI protocol with a token rotation time of 3 msec
100 Mbit/sec
Synchronous and asynchronous, non ---restricted token
Single MAC---DAS
Up to 2 km
249
Up to 100 km
1.5 kV
Ie
= 8 mA,
Ue = 24 V
Ie
= 8 mA,
Ue = 24 V
Ie
= 8 mA,
Ue = 24 V
Ie
= 8 mA,
Ue = 24 V
UM = 24 V,
IM = 250 mA
Ia
= 100 mA, Ua = 24 V
Ia
= 100 mA, Ua = 24 V
88TK50/R1210
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