Siedle novotechnik MUP-410 User manual

2 Connection
1 Description
12 1413
EXT. 1 EXT. 2
+
-
-
+
3 4 5
1 2
+
Power supply
V
Analog
output
mA
79
8
OMNI
,…,mm
3 0…1 2 A W G
8
0.32
Ø , mm
Ø 0.14 in
, Nm
13.2 lb-in
MINI-TECHDOK - MUP-410_AO - 2023.1.0 - en
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fr it
Digital DIN rail mounted signal
convertor
INPUT FOR POTENTIOMETERS
• Input for potentiometers
• Analog output
• Up to 7 200 measurements/s
• Quick configuration by DIP switch
• PC configurable via USB port
• Galvanic isolation 2.5 kVAC
• Simple instalation to DIN rail
de csesen fr
MUP-410
Lo
Hi
1
2
4
3
1
USB
micro
1 2 3 4 5 7 8 9
Power
IN 1 OUT 1
Input
Pot.
mA
V
OMNI
LED Indication
Hi Lo Status
Device is running
Device functionality is limited, powered via USB
This device has a Delayed Start option
Error: device is out of order
Tare function is activated
Error: of input (> ±% of range) or of sensor
[ERR., ]
Error: AO loop open [ERR.]
Error: setting /calibration [ERR.-]
Serious error (Safe mode) [ERR.]
Button function is blocked
Simulation mode is activated
Legend
① Connectors
② Control button
③ RGB Status LED
④ microUSB port for PC connection
Note
Contactors, high power electric motors, frequency drives and other power devices
should not be in a close proximity of the meter. Input signal leads (measured value)
should be seperated from all power lines and power devices. Even though the
device has been designed and tested according to standards for industrial environ-
ment, we strongly advise to adhere to the above presented rules.
DANGER WARNING
HAZARD OF ELECTRICAL SHOCK
- Disconnect all power and other supply lines before servicing equipment
EQUIPMENT OPERATION HAZARD
- Do not use this product in safety critical system
- Do not disassemble, repair or modify this product
- Do not operate beyond the recommended operating environment
Failure to follow this instruction may result in death or serious injury. Failure to follow these instructions may result in death, serious injury, or equipment damage.
Electrical equipment should be installed, operated, serviced, and maintained only by qualified personnel.
No responsibility is assumed by Novotechnik Messwertaufnehmer OHG for any consequences arising out of the use of this device.
OMNI
LINK

3
Device setting
Input wiring diagram
Analog output
… / mA
… mA
3 - 4
… // V
± V
3 - 5
Input - Potentiometers
iControl of external inputs is via
contact (voltage-free)
Analog current output [mA]
Lo
Hi
1 2 3 4 5 7 8 9
Lo
Hi
1 2 3 4 5
mA
7 8 9
+−
Analog Voltage Output [V]
Lo
Hi
1 2 3 4 5
V
7 8 9
+−
Input - External inputs
12 13 14
Ext. 1
Ext. 2
Output wiring diagram
Analog input range setting, TEACH-IN
1. by a short press of the Lo button enter the configuration mode - LED Hi yellow and LED Lo turquoise
2. connect the signal of the desired value for the minimum of the range RNG.MIN (for example 5 mA)
3. by a long press (>2s) of the Lo button this value is se - LED Hi yellow, LED Lo purple
4. connect the signal of the desired value for the maximum of the range RNG.MAX. (for example 19,5 mA)
5. by a long press (>2s) of the Lo button this value is set - LED Hi yellow, LED Lo green
6. by a short press of the Lo button return to the standard working mode - LED Hi green
DIP switch
For a quick set up you can use the DIP switch
Tare settings
1. by a short press of the Hi button enter configuration of Tare - LED Hi white and LED Lo turquoise
2. by a long press (>2s) of the Hi button set the current value of Tare - LED Hi white, LED Lo green
3. by a short press of the Hi button return to the standard working mode with active Tare - LED Hi green, LED Lo white
i A short press at any time during the calibration
will end the calibration without saving.After one
minute of inactivity, the calibration is terminated
without saving and both LEDs return to the basic
state
i Setting of Analogue input TEACH-IN is active only
when DIP switches No. 1-2 are in the “0” position,
i.o. Setting via OMNI Link
Minimum range of Analog output for U/I inputs
signals is pre-set as unipolar,
i.e. "0 V/mA" or "4 mA".
If required, it is also possible to enter a negative
value of the maximum in the minimum, i.e. zero
will be in the middle of the selected range.
i
i In order to avoid possible unintended changes to
settings by accidentally pressing the Hi and Lo
buttons, these buttons can be disabled by conne-
cting terminals No. 12 and 14 of external inputs.
The buttons can also be deactivated in the device
menu using SW OMNI Link.
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1 2 Input
Setting via OMNI Link
•Potentiometer (default)
3 4 5 Rate [measurements/s]
50
•300
•400
• • 400 - FFT
•1200
• • 2400
• • 4800
••• 7200 (default)
6 7 8 Output - range
0…2 V
•0…5 V
•0…10 V
• • ±10 V
•0…5 mA
• • 0…20 mA
• • 4…20 mA (default)
• • • Er. 4…20 mA

Selection of input for analogue output
Selection of range for analogue output
Assigning the value of the input to the lower end of the range of AO
Assigning the value of the input to the upper end of the range of AO with error indication (< 3.2 mA)
Password to connect the device to PC. If it is set to "0", access is not blocked
Setting the time [sec.] - when the measurement is not performed aer powering the device on
Saves the current device settings
Loads the user settings into the device
Loads the original factory settings, restores the initial settings (BLUE TEXTS)
Clears user calibration, restores factory calibrations (aer user calibration by script via OMNI Link SW had been performed)
Disables the push button(s) on the front panel of the device
Errors that will be signalled on the selected output
Setting of the start of the range for simulation
Setting of the end of the range for simulation
Setting of increment/step value
Setting the increment/step duration time [sec.]
Start of simulation
Stop of simulation
Tare resetting
Measuring rate selection
Measuring range selection Device measures the value of the Lo signal
Setting of fixed tare Lo signal connection confirmed
For the minimum of the selected input range Device measures the value of the Hi signal
For the maximum of the selected input range Hi signal connection confirmed
Setting the input range in the Teach-in mode Manual entry of Lo input signal for MIN
M Setting the input range in the Manual mode Entry of signal value (example: 4.02 Ω)
Filters for math. adjust. of the input signal Manual entry of Hi input signal for MAX
Setting the constant for the filter Entry of signal value (example: 997.2 Ω)
Selection of functions controlled by external input 1
Selection of functions controlled by external input 2
Analog output
4
Configuration from PC using OMNI Link SW
0…99
OFF AVERAG. FL. AVG. EXPON. ROUND.
Inputs
Setting of password
Delayed Start
Save user settings
Load user settings
Factory reset
Erase user calibration
Key lock
Error selection for signalling
Simulation of input signal
Service
0…100…999.9
MIN ›-99999…0…99999
-99999…0…99999
-99999…100…99999
Reset of Tare
Sampling rate
Measuring range
Preset tare
Setting of converted value
Input setting Expert
Digital filters
Filter constant
External input
0-100%
0…9999
ER.4-20
›
›
›
›
›
›
›
›
›
›
›
›
›
›
›
›
-99999…0…999999
-99999…100…999999
MAN. LO MAN. HI
T-IN.LO T-IN.HI
›
›
›
›
›
›
›
›
›
›
›
›
›
›
YES
YES
YES
ON OFF
YES
CL.TAR.
INPUT FILTER. LIN.TAB.MAT.FNC.
YES
START ›
50 100 400 1200 2400 4800 7200
0-5 mA 0-20 mA 4-20 mA ER.4-200-2 V 0-5 V 0-10 V ±10 V
CLEAR
READ. S.
M.RANGE
P. TARE
RNG.MIN.
RNG.MAX.
TEACH-IN
MANUAL
F.MODE
F.CONST.
EXT.IN.1
EXT.IN.2
INP. A.O.
A.O.TYPE
A.O. MIN.
A.O. MAX.
PASSW.
DLY.STR.
SAV.SET.
LOA.SET.
FACT.ST.
CLR.CAL.
KEY.LCK.
SIG.ERR.
SIM.MIN.
SIM.MAX.
STEP
TIME
START
STOP
T-IN.LO
ANO
ANO
T-IN.HI
MAN. LO
4.02
MAN. HI
997.2
Input selection for the math function Polynomial
Inv. polynomial
Setting constants for mathematical functions Logarithmic
Input selection for the linearization table Exponential
Number of points in the table Power
Values of X/Y Square root
OFF INPUT FILTER.
POLYN. IN. POL. LOGAR. EXPON. POWER SQ.ROOT
INP. M.F.
TYPE.M.F.
CONST. A … F
INP. L.T.
N.OF.PTS.
VALUES
Function
0…99
POLYN.
OFF INPUT FILTER.
IN. POL.
POWER
SQ.ROOT
EXPON.
LOGAR.
-9999…99999
5…100
›
›
›
›
›
›
Mathematical function
Linearization table
FExDxCxBxAx +++++ 2345
F
x
E
x
D
x
C
x
B
x
A
5+++++ 234
F
EDx
CBx
A+
+
+
´ln
FeA
EDx
CBx
+×






+
+
(
)
(
)
FCBxA EDx ++× +
F
EDx
CBx
A
+
+
+
×
-99999…1…999999
OFF HOLDTARE CL.TAR. KEY.LCK.HLD.MMHLD.MAXHLD.MINSAMPLE
Output
0…9999
OFF HOLDTARE CL.TAR. KEY.LCK.HLD.MMHLD.MAXHLD.MINSAMPLE
YES
STOP ›
MAX ›-99999…100…99999
0…9999
The USB connector is galvanically connected to the
input! USB-to-USB Isolator must be used when input
signal is connected to the device.
DANGER OF COMPUTER DAMAGE
ERR 1 ERR 3 ERR 10 ERR 20 …
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!
Error messages
Error Error description Solution
ERR 1 Input range exceeded by ±10% or more. Change input signal value or input setting (range).
ERR 3 Potentiometer wire broken. Check sensor cable and connection.
ERR 10 Output current loop broken. Check cable and current loop connection.
ERR 20 Math function error. Change math function settings.
ERR 21 Linearization table error. Change/complete the settings of the linearization
table.
ERR 30 Powered only by USB, analog circuits inactive. Connect power supply to the device (clamp 1,2).
ERR 34 User configuration could not be loaded from EEPROM.
Default configuration automatically applied.
Repeat device configuration.
If message is shown repeatedly, send the device
for repair.
ERR 35 Factory calibration has been lost. Converter’s accuracy
is compromised up to ±5%
When this error occurs, send the device for
re-calibration or upload factory calibration data.
ERR 36 User calibration could not be loaded from EEPROM.
Factory calibration automatically applied.
Repeat the user calibration.
If message is shown repeatedly, send the device
for repair.
ERR 50 Serious device error - damaged EEPROM.
The device operates in an emergency mode, i.e.
settings cannot be changed. Measurement error can
be up to 5%
Send the device for repair.
Errors ERR 34-50 are displayed permanently, until they are corrected.

INPUT
No. of inputs 1
Setting 24-bit ΔΣ ADC with PGA
The range is selectable either by DIP switch or by
OM Link free SW from PC
Power 2.5 VDC/5 mA,
potentiometer resistance > 500 Ω
EXTERNAL INPUT
No. of inputs 2, on contact
Function OFF No function assigned
TARE Activation of Tare
CL.TAR. Reset of Tare
HOLD Measurement paused
SAMPLE Take a one-o measurement
HLD.MIN Value of minimum *
HLD.MAX Value of maximum *
HLD.M-M Value of MAX-MIN*
KEY.LCK. Device buttons blocked
*The value is calculated from the period starting with the previous external input activation.
INSTRUMENT SPECIFICATION
TC 15 ppm/°C
Accuracy ±0.01 % of FS
Rate 100…7 200 measurements/s
speed of 400 meas./s is with FFT signal filtering
Latency < 580 µs
Overload 10x (t < 30 ms), 2x
Functions Teach-in, Tare, Math. functions, Simulation
Digital filters exponential / floating / arit hmet ic average,
rouding
Math functions polynomial/inverse polynomial/logarithm/
exponential/power/root
Linearization linear interpolation in 100 points
(only via OM Link)
OMNI Link company communication interface for operation,
setting and update of instruments. (microUSB)
Watch-dog reset aer 500 ms
Calibration at 25°C and 40 % r.h.
ANALOG OUTPUT
No. of outputs 1
Type isolated, adjustable with 16-bit DAC,
output type and range is selectable
TC 15 ppm/°C
Non-linearity 0.024 % of FS
Accuracy ±0.02 % of FS
±0.03% of FS 0…5 V
±0.05% of FS 0…2 V / 0…5 mA
Rate response to change of value < 160 µs
Output singals 0…2 /5/ 10 V, ±10 V, resistive load ≥ 1 kΩ
0…5 /20 mA/4…20 mA, comp. < 500 Ω/12 V
Indication of broken current loop
Indication of error message (output < 3.2 mA)
POWER SUPPLY
Power 10…30 VDC/24 VAC, ±10 %, 2.5 VA, PF≥ 0.4,
ISTP< 40 A/1 ms, isolated
Fuse inside (T500mA)
MECHANIC PROPERTIES
Material PA66, incombustible UL 94 V-0, green
Dimensions 25 x 79 x 90.5 mm (w x h x d)
Installation to DIN rail 35 mm wide
OPERATING CONDITIONS
Connection connector terminal blocks, section < 1.5 mm2
Stabilization
period
within 5 minutes aer switch-on
Working temp. -20°…60°C
Storage temp. -20°…85°C
Working humidity < 95 % r.h., non condensing
Protection IP20
Construction safety class I
El. safety EN 61010-1, A2
Dielectric
strength
2.5 kVAC for 1 min. between power supply and
signal input
2.5 kVAC for 1 min. between signal input and
outputs
Insulation
resistance*
for pollution degree II, measurement cat. III
power supply > 300 V (PI), 255 V (DI)
Input/outputs > 300 V (PI)
EMC EN 61326-1 (Industrial area)
RoHS EN IEC 63000 : 2018
Seismic
qualification
IEC/IEEE 60980-344 Edition 1.0, 2020, par. 6, 9
Mechanical
resistance
EN 60068-2-6 ed. 2:2008
* PI - Primary insulation, DI - Double insulation
6 Technical data
5 Instrument dimensions and installation
Measuring instruments of the MUP-410 series conform to the European regulation 2014/30/EU, 2014/35/EU and 2011/65/EU, 2015/863/EU.
This product must be installed, connected and used in compliance with prevailing standards and/or installation regulations.
As standards, specifications and designs develop from time to time, always ask for confirmation of the information given in this publication.
Side view
mm
inch
Front view
25
0.98
3.11
Top view
3.54
3.56
79
Lo
Hi
2
90,5
90
1 2 3 4 5 6 7 8
ON
Installation to DIN rail of 35 mm width
2.91
74
Novotechnik Messwertaufnehmer OHG
Horbstrasse 12, 73760 Ostfildern,
Germany
[phone] [e-mail]
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