Measuring principle:Capacitive Liquid
Characteristic / Application:Capacitive rod probe
Specialities
Interface detection
Foam detection
Ambient temperature
-50 °C ... +70 °C
(-58 °F ... +158 °F)
With separate housing:
-50 °C ... +120 °C
(-58 °F ... +248°F)
Process temperature
-80 °C ... +200 °C
(-112 °F ... +392 °F)
Process pressure / max. overpressure limit
Vacuum ... 100 bar
(Vacuum ... 1450 psi)
Main wetted parts
Insulation material: PTFE, PFA
316L
Process connection
G 1/2 ... 1 1/2
NPT 1/2 ... 1 1/2
Flange from DN25.../ASME 1".../JIS 10K...
Process connection hygienic
Tri-Clamp ISO2852 gap free plated
Dairy coupling
Flush mount
Sensor length:Total length of probe: max 6 m (20 ft)
Communication
2- wire 19-253 VAC
3-wire
PFM
Relay DPDT
DC-PNP
8/16 mA
Certificates / Approvals:ATEX, FM, CSA, CSA C/US, IEC Ex, TIIS, INMETRO, NEPSI, EAC
Liquicap FTI51 is a rod probe for point level detection of liquids that are highly viscous and tend to form build-up. Also used for detection of interface and foam of conductive liquids. Due to its active build-up compensation FTI51 offers maximum reliability and is suited for a wide range of applications thanks to international certificates. The parts in contact with the process are made of corrosion-resistant and FDA-listed materials - this guarantees a high safety standard.
For liquids that tend to form build-up. Interface detection of different liquids. Two-point control (pump control) with just one process connection. Foam detection of conductive liquids.
Process connections: Flanges, threads, special hygienic process connections
Temperature: -80 to +200°C (-112 to +392°F)
Pressure: Vacuum to +100bar (vacuum to +1,450psi)
Sensor length: 6m (20ft)
International explosion protection certificates, overfill prevention WHG, SIL, hygienic certificates, marine approval
Cost savings thanks to easy and fast commissioning as calibration takes place at the press of a button
Reliable and safe measurement due to active build-up compensation
Reliable and universal application thanks to wide range of certificates and approvals
Short reaction time
Material in contact with the process made of corrosion-resistant and FDA-listed materials
Two-stage overvoltage protection
No need for recalibration after replacing electronics
Endress+Hauser Capacitance Point level detection Liquicap FTI51-UAB1B0J11A2C
Endress+Hauser Capacitance Point level detection Liquicap FTI51-A3A2GDJ22A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-C1E1RDJ73A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-KAB2GGJ73Y1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-NAB1GGJ44B1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-A3A2GDJ22A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAB2GDJ33A3A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAB1GGJY9Y9A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-KAB2GGJ73Y1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-H1A1GEJ73A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAH1RDJ43D1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAE1B2J43A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAA1GCJ43A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-K1A2AFJ72A1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAK1REJ43D1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-RAK1RDJ45D1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-DGR2BB2G5A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAK1REJ43D1A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-AAB2GDJ33A3A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-LAA2GEJ24A1D
Endress+Hauser Capacitance Point level detection Liquicap FTI51-DGR2BB2G5A
Endress+Hauser Capacitance Point level detection Liquicap FTI51-RAK1RDJ45D1A