??
Catalog navigation
CAD model selection
Selectable products: 6
HELP_VARIABLE
Company
Ipf Electronic
Description
guided microwave
Bill of material
FM910323
IDNR
Short Description
Long Description
Filling level and level sensors operate according to different measuring principles. The selection of the sensor depends on the medium to be detected and the ambient conditions. The material flow in a vibratory bowl can be excellently queried with inductive filling level sensors whose pendulum is moved by the material in the pot. The detection of liquid or solid media is, for instance, possible with capacitive filling level sensor technology. These work according to the principle of the condensator, the medium changes the dielectricity between two electrodes. The resulting change is converted into a digital output signal. A further alternative for the detection of filling levels of conductive media is provided by conductive filling level relays. The resistance between reference and measuring electrode is determined. If a set threshold is exceeded, a relay output switches.
Product ID of the Manufacturer
Delivery Time
21
Display
LED display
Version
Parallel
Type of switching function
Type of analog output
Type of electrical connection
Connector M12
Type of process connection
G3/4 inch
Type of switching output
Design
Special construction
Setting procedure
Parameterization
Short-circuit protection
Yes
Physical measurement principle
Microwave
Degree of protection (IP)
IP67
Reverse polarity protection
Yes
Housing material
Aluminum
Sensing element material
Stainless steel 1.4571
Output functions
Thread dimension
3/4 inch
Number of switching points
Rated switching current
Pressure resistance
10bar
Probe diameter
4mm
Thread length
12mm
No-load current
45mA
Probe length
Sensor length
Number of pins
4
Voltage drop
2V
Operating voltage (DC)
20 - 27
Medium temperature
80
Ambient temperature
70
Last update
11/02/2023
Article view
Article view
Product data sheet
Product data sheet
Previews
3D
Dimension
2D
Download CAD models