turck FMX-IM-3UP63FX Manual

FMX-IM-3UP63FX
Flow Monitoring – For the Connection of FP Product Series
Ex Flow Sensors (NAEX)
IO-Link Device with Transistor Outputs
Technical data
Type
ID
Electrical data
Operating voltage
Power consumption
No-load current I
0
Teach modes
Flow speed
Flow speed
Medium temperature
Repeatability flow rate
Repeatability media temperature
Measuring accuracy media temperature
Switchpoint hysteresis media tempera-
ture
Input function
Sensor voltage
Sensor current
Sensor current limitation
Measuring frequency
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 1|5
FMX-IM-3UP63FX
100000822
20...30 VDC
< 12.6 W
≤ 63 mA
QuickTeach; min/max adjustment. Teach
modes incl. DeltaFlow monitoring (teach
modes are automatically released with
the change of flow speed).
[%] after min/max adjustment (perma-
nent)
% after Quick-Teach (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 (Ex sensors
of the FP100/FP150 product series only!)
≤ 7 VDC
≤ 70 mA
approx. 110 mA
5 Hz (every 200 ms with software filter)
Features
■
For Ex ia resp. Ex ib sensors
■
Transistor outputs for flow, temperature and
faults
■
Adjustment of switching point, no teaching
of flow boundaries (QuickTeach)
■
LED band for indication of flow speed and
media temperature
■
Monitoring of operating and display range
■
Detection of wire-break and short-circuit on
the sensor side
■
Standard IO or IO-Link operating mode
■
Parametrized via pushbutton or soft-
ware-supported via IO-Link
■
Associated equipment [Ex ia Ga / Da]
■
Connection of flow probes Zone 0 / 20
Functional principle
All Ex flow sensors from the FCS series
(immersion sensors) and FCI series (inline
sensors) can be operated with the FMX-IM
external processing unit.
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 limits of the flow range
are taught in using the max./min. teach mode
implemented. The flow switching point is
easily adjusted by means of the Quick-Teach
function, without having to program a lower
and upper limit of the flow range. Working
on the calorimetric principle, the connectible
sensors not only detect the flow rate but also
the media temperature.