turck FMX-IM-2UPLI63X Manual

FMX-IM-2UPLI63X
Flow Monitoring – For the Connection of Intrinsically Safe Flow
Sensors
HART Device with Current and Transistor Outputs
Technical data
Type
Ident. no.
Electrical data
Operating voltage
Power consumption
No-load current I
0
Teach modes
Flow speed
Medium temperature
Repeatability flow rate
Repeatability media temperature
Measuring accuracy media temperature
Switchpoint hysteresis media temperature
Input function
Sensor voltage
Sensor current
Sensor current limitation
Measuring frequency
Output functions
Flow monitoring
Temperature monitoring
Error monitoring
Hans Turck GmbH & Co. KG | 45466 Mülheim an der Ruhr, Germany | T +49 208 4952-0 | F +49 208 4952-264 | more@turck.com | www.turck.com
FMX-IM-2UPLI63X
7525105
20...30 VDC
< 10.5 W
≤ 63 mA
Min/max adjustment. Teach modes incl.
DeltaFlow monitoring (teach modes are au-
tomatically released with the change of flow
speed).
[%] after min/max adjustment (permanent)
[°C] with the SET button temporarily pressed
typical ± 1 % (of full scale)
typical ± 1 K
typical ± 7 K
2 K
Connection of flow sensors
≤ 7 VDC
≤ 70 mA
approx. 110 mA
5 Hz (every 200 ms with software filter)
Analog output
transistor output
transistor output
Features
■
For Ex ia resp. Ex ib sensors
■
Analog output for flow
■
Transistor outputs for temperature and faults
■
Teaching upper and lower flow limit
■
LED band for indication of flow speed and me-
dia temperature
■
Monitoring of operating and display range
■
Detection of wire-break and short-circuit on
the sensor side
■
Parametrized via pushbutton and FDT/DTM
■
Associated equipment [Ex ia Ga / Da]
■
Connection of flow probes Zone 0 / 20
Functional principle
All Ex FCS flow (immersion) and FCI (inline)
sensors can be operated with the external
processing unit FMX-IM.
The flow module features four status LEDs as well
as a 10-segment LED band for local monitoring.
Software-based diagnostic options are also
available to the user, such as wire-break and
short-circuit on the sensor side. Furthermore,
monitoring of flow rates and media temperatures
within a predefined operating and display range.
The upper and lower limit are determined
in relation to the analog output signal and
implemented in the Teach mode. Working on the
calorimetric principle, the connectible sensors
not only detect the flow rate but also the media
temperature.
Parametrization is implemented either via
pushbutton or software-supported via HART
interface and then via the device specific IODD
within the FDT frame PACTware or via SPDU.
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