Configuring The Probe Length; Teaching In Static Interference Signals - Sick Tdr Betriebsanleitung

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Operating instructions
Activate the QA analog output
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Set the parameter in the QAMENU-SimCur or SimVol menu to the desired signal value.
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SimCur for current output
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SimVol for voltage output
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Note: The simulation is automatically deactivated if the supply voltage is interrupted.
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Simulating the level
Even if there is no liquid in the container yet, it is possible to select a filling level in the menu in
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order to test the sensor configuration. When simulating a level value, all outputs on the LFP are set
according to the defined configuration. The function should not be selected until a configuration is
complete.
Configuration
Set parameter to the desired filling level as a % in the SimLev menu
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Note:
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The level simulation refers to the probe length or container level (probe length + offset) if an
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offset is configured (see Chapter 5.10 "Setting the offset")
The simulation is only active when there are no error messages. The simulation is automatically
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deactivated if the supply voltage is interrupted.
Parameter selection
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SimOff: Off
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Fill level 0%
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Fill level 25%
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Fill level 50%
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Fill level 75%
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Fill level 100%
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5.4 Configuring the probe length

Log into expert mode (see Chapter 5.1 "Expert mode")
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Access the EXPRT-CONFIG-Length menu using the arrow and Set pushbuttons.
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Enter the probe length in the Length menu. Please note the defined probe length in Chapter 9.8
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"Dimensional drawings"
Note:
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HiSpd: max. length = 2,005 mm, response time < 400 ms
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HiAcc: max. length = 6,005 mm, response time < 2,800 ms
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5.5 Teaching in static interference signals

Static interference signals in the tank generated by tubes, beams, couplings, or a cleaning ball can
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be taught-in. The probe length provides the value for the teach-in depth.
Log into expert mode (see Chapter 5.1 "Expert mode")
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Access the EXPRT-Config-CalRng menu using the arrow and Set pushbuttons.
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Set the value range between 95 and 6,005 mm
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86 8014825/YE12/2014-09-15 © SICK AG • Level sensors • Germany • Subject to change without notice
5 Advanced functions
LFP Cubic