Extract from our online catalogue: pico+TF ultrasonic filling-level sensor Current to: 2025-01-27 microsonic GmbH / Phoenixseestraße 7 / 44263 Dortmund / Germany / T +49 231 975151-0 / F +49 231 975151-51 / E [email protected] microsonic® is a registered trademark of microsonic GmbH. All rights reserved

The pico+TF sensors are ideal for the non-contact fill level measurement of chemically aggressive liquids or granules. > PTFE membrane > for protection against aggressive media > IO-Link interface > for support of new industry standard > Automatic synchronisation and multiplex operation > for simultaneous operation of up to ten sensors in close quarters > 1 Push-Pull switching output > pnp or npn basis > 4 detection ranges with a measurement range of 20 mm to 1,300 mm > LinkControl > for configuration of sensors from a PC micro/onic pico+TF ultrasonic filling-level sensor

Description pico+TF ultrasonic sensors The compact dimensions of the pico+TF sensors makes them ideal for fill-level measurement in housings of restricted dimensions. The ultrasonic transformer is protected against aggressive media by a PTFE film. The exterior PVDF coating with its M22 x 1.5 external thread seals the ultrasonic transformer from the sensor housing. The M22 sensors detect in a contactless fashion and are reliable within a measuring range of 20 mm to 1,300 mm. The ultrasonic sensor is the best choice for non-contact fill level measurement with chemically aggressive liquids or granules....

Single switching point Two-way reflective barrier Window mode Teach-in of a single switching point  Place object to be detected (1) at the desired distance Apply +UB to pin 5 for about 3 seconds Then apply +UB to pin 5 again for about 1 seconds Teach-in of a switching point Place object at the near edge of the window (1) Apply +UB to pin 5 for about 3 seconds Then move the object to the far edge of the window (2) Then apply +UB to pin 5 again for about 1 seconds Teach-in of an analogue characteristic or a window with two switching points NCC/NOC and rising/falling analogue characteristic curve...

indicate the state of the output and support microsonic Teach-in. LinkControl optionally permits the extensive parameterisation of pico+TF level sensors. The LCA-2 LinkControl adapter , which is available as an accessory, can be used to connect pico+TF sensors to the PC. Sensor connected to the PC via LCA-2 for programming Easy to synchronise A number of pico+TF level sensors can be run closely packed in applications synchronised to stop them from influencing one another. To this end, the sync mode has to be activated and all the sensors are to be electrically connected one to another with pin...

pico+TF ultrasonic filling-level sensor

scale drawing 1 x Push-Pull measuring range design operating mode ultrasonic-specific means of measurement transducer frequency blind zone operating range maximum range resolution reproducibility accuracy proximity switch/reflective mode reflective barrier window mode hohe Chemiebestandigkeit PVDF-Gehause schlankes Schallfeld lO-Link echo propagation time measurement ± 1 % (temperature drift internally compensated) operating voltage UB 10 - 30 V d.c., reverse polarity protection type of connection 5-pin M12 initiator plug

outputs output 1 switching hysteresis switching frequency response time delay prior to availability switching output inputs input 1 com input synchronisation input teach-in input IO-Link product name product ID SIO mode support COM mode min. cycle time format of process data content of process data system commandsIODD version pico+ Bit 0: Q1 switch status; Bit 1-15: distance value with a resolution of 0,1 detect point 1, return detect point 1, detect point 2, return detect point 2, foreground suppression, NO/NC operation, filter, filter strength, interference noise suppression, activation/deactivation...

pico+15/TF/F technical features/characteristics temperature compensation Teach-in via com input on pin 5 LCA-2 with LinkControl IO-Link 1 x LED green: working, 1 x LED yellow: switch status hohe Chemiebeständigkeit PVDF-Gehäuse schlankes Schallfeld IO-Link The content of this document is subject to technical changes. Specifications in this document are presented in a descriptive way only. They do not warrant any product features. pico+TF ultrasonic filling-level sensor

scale drawing x analogue 4-20 mA measuring range design operating mode particularities ultrasonic-specific means of measurement transducer frequency blind zone operating range maximum range resolution reproducibility accuracy analogue distance measurements hohe Chemiebestandigkeit PVDF-Gehause schlankes Schallfeld echo propagation time measurement ± 1 % (temperature drift internally compensated) operating voltage UB 10 - 30 V d.c., reverse polarity protection type of connection 5-pin M12 initiator plug

output 1 analogue output current: 4-20 mA switchable rising/falling synchronisation input teach-in input ultrasonic transducer max. tightening torque of nuts class of protection to EN 60529 operating temperature storage temperature weight coated with PTFE film, FFKM O-ring 1 Nm IP 67 technical features/characteristics temperature compensation controls Teach-in via com input on pin 5 LCA-2 with LinkControl 1 x LED green: working, 1 x LED yellow: switch status hohe Chemiebestandigkeit PVDF-Gehause schlankes Schallfeld

The content of this document is subject to technical changes. Specifications in this document are presented in a descriptive way only. They do not warrant any product features. pico+TF ultrasonic filling-level sensor

scale drawing x analogue 0-10 V measuring range design operating mode particularities ultrasonic-specific means of measurement transducer frequency blind zone operating range maximum range resolution reproducibility accuracy analogue distance measurements hohe Chemiebestandigkeit PVDF-Gehause schlankes Schallfeld echo propagation time measurement ± 1 % (temperature drift internally compensated) operating voltage UB 15 V bis 30 V DC, verpolfest type of connection 5-pin M12 initiator plug