TechnipFMC Sening MultiFlow - 14 Technical Data; Multiflow

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Sening® is a registered trademark of FMC Technologies
MN F09 002 US  DOK-383E  Issue/Rev. 3.65 (02/24)
MultiFlow  Technical Data
14 Technical Data
14.1 MultiFlow
Power supply
24 V DC (15V - 30V), P< 30 W
Pulse input channel
2-channel input, type settable via SW
1. 12V 2-channel pulse transmitter (pnp output)
2. 12V 2-channel pulse transmitter (npn output)
3. 2-wire current output for THS pulse transmitter
Pulse frequency
max. 10 kHz
Outputs
7 outputs for driving solenoid valves
12V/500mA per output
Outputs protected against short circuit and overload
Inputs
Ex ib IIB
4 intrinsically safe inputs for switching contacts
Temperature input
Pt100 according to IEC751
Measurement range
-50 to 120 °C
Measurement error (-25 °C to
70 °C)
+/- 0.2 °C
Async. communication
1 Type of communication selectable via software switch
1. EIA232
2. RS232
3. RS422/RS485
Transmission rate 2400 to 19200 baud
Network communication
(bus)
CANbus 100 kHz
Termination resistors switchable via software
Intrinsically safe power
supply
2 intrinsically safe outputs
Ex ib IIB
Internal communication
Intrinsically safe CANbus
Ex ib IIB
Operating temperature
-20 to 50 °C
Housing
IP65, die-cast aluminium
Ambient conditions
The following guidelines are fulfilled:
OIML R 117 A.4.4 (IEC68-2-6) Sinusoidal vibrations
OIML R 117 A.4.3 (IEC 68-2-30) Damp heat
OIML R117 A.4.1 (IEC68-2-2) and A.4.2 (IEC68-2-1) Dry hot
and cold temperatures
Interference immunity
The following guidelines are fulfilled:
Conformance to OIML R 117
DIN EN 50 081-1 Interference emissions in living areas DIN
EN 50 082-2 Interference immunity in industrial areas DIN
57 879-3 Radio frequency suppression on vehicles DIN
40839-1 EMC in road vehicles, conducted interference DIN
40839-3 EMC in road vehicles, induced interference
DIN V ENV 50140 Interference immunity to electromagnetic
fields