Baumer CleverLevel LBFH/I Operating Instructions Manual - Page 13
Browse online or download pdf Operating Instructions Manual for Measuring Instruments Baumer CleverLevel LBFH/I. Baumer CleverLevel LBFH/I 48 pages. Point level detection – hygienic/industrial level measurement
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Power supply
Voltage supply range
Reverse polarity protec-
tion
Current consumption
(without load)
Power-up time
Process conditions
Type
Process connection
LBFI
G 1/2 A ISO 228-1
LBFI
1/2-14 NPT
LBFH/I
G1/2 A hygienic
LBFI
G1/2 A hygienic,
length 82 mm
14. Configuration overview
14.1 Adaptive trigger
The adaptive trigger is a plug-and-play solution.
With the adaptive trigger, manual sensor
configuration is not required, since the trigger
will automatically configure the output signal to
react to a new medium. The adaptive trigger is
very useful for applications with sticky media or
for applications where the medium is changed
frequently.
www.baumer.com
8 ... 36 V DC
yes
25 mA type.,
40 mA max.
< 2 s
BCID
G07
N02
A03
A03
Operating Instructions
Level measurement
CleverLevel
Point level detection – hygienic/industrial
Output signal
Output type
Current load
Short circuit protec-
tion
Voltage drop
Leakage current
Switching logic
Process
Process
temperature
pressure
continuous
[°C]
[bar]
T
< 50 °C
amb
-40 ... 115
-1 ... 100
-40 ... 115
-1 ... 100
-40 ... 115
-1 ... 10
-1 ... 100
-40 ... 115
Normally, it is not necessary to configure the
adaptive trigger, but if the advanced setup is
enabled, it is possible to define low and high
set points for the adaptive trigger window and a
damping. The steady detection function ensures
that the input signal is steady for 1 second before
the switch output reacts. If the steady detection
function is inactive, the switch output will react
immediately to each input change.
LBFH/I
®
PNP
NPN
Digital (push-pull)
100 mA max.
yes
PNP: (+Vs -0.5 V) ± 0.2 V,
Rload = 10 kΩ
NPN: (+0.5 V) ± 0.5 V,
Rload = 10 kΩ
± 100 μA max.
Normally open (NO), active
low
Normally closed (NC), high
enabled
Process
Process
temperature
pressure
t < 1 h
t < 1 h
[°C]
[bar]
T
< 50 °C
amb
135
-1 ... 100
135
-1 ... 100
135
-1 ... 5
135
-1 ... 100
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