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A longer impulse of the input signal triggers the
set to master.
Set to master (impulse of 5 sec.)
OUT 1
_____XXX__________________
OUT 2
_____XXX__________________
OUT 3
_____XXX__________________
IN 1 (impulse)
_
________∏ ∏ ∏ ∏ ∏ ∏ ____
Measurement
BPX
is
now
in
ted according to the predefined tolerances and classification of the measured values.
BPX remains in this measurement mode as long as there is no other impulse IN. To deactivate the
continuous measurement mode, a short IN impulse will trigger a (static or dynamic – depending on
the BPX stand-alone configuration) measurement.
Static measurement
OUT 1
_____X_____:______X_______
OUT 2
_____X_____:______X_______
OUT 3
_____X_____:______X_______
IN 1 (impulse)
_∏_________:__∏___________
Measurement
___∏_______:____∏_________
Dynamic measurement
OUT 1
___________X__:__________X_
OUT 2
___________X__:__________X_
OUT 3
___________X__:__________X_
IN 1 (impulse)
__ ∏ ____ ∏____:_∏_____∏____
Measurement
___∏_∏_∏_____:___∏_∏_∏____
Deactivating the stand-alone mode
To leave the stand-alone mode, the instructions
below must be followed:
1 Connect the USB cable.
2 Connect the power supply.
Connect the USB cable first, then the power supply – correct procedure
Procedure
Connect the USB cable
Connect the power
supply
12
continuous
measurement
Description
All LEDs are OFF.
Neither the USB-Hub nor the BPX box can be detected by the PC.
The LED 8 is ON. Another LED may additionally lit up, depending
on the status of the BPX box. Both the USB-Hub and BPX box are
detected.
∏ Short impulse = 0,5 to 2 seconds
Long impulse = 5 seconds
1. Maintain the IN impulse during 5 s to set to
master (zeroing).
2. Release the IN impulse when all LEDs become
ON with LED 8 flashing.
3. After release of the IN impulse, all LEDs
remain ON for 5 s before switching OFF: the
set to master has been done properly.
mode:
the
OUT
The first impulse disables the continuous
measurement mode, triggers a measurement
and
activates
the
to the classification of measured value. The
second impulse triggers another measurement
and activates the outputs according to the clas-
sification of measured value.
The first impulse disables the continuous mea-
surement mode, triggers a dynamic measure-
ment, which stops at the second impulse. The
second impulse stops the dynamic measure-
ment and activates the outputs according to
the classification of measured values. The third
impulse triggers another dynamic measurement
which only stops at the next impulse. And so on.
Proceeding in the reverse order causes the BPX
box to remain
undetected by the PC.
signals
are
activa-
outputs
according
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