Tekglobal Technologies

Endress+Hauser level transmitters, including the Levelflex, Micropilot, Waterpilot, and Prosonic product families provide continuous level measurement over the range of a system rather than at a single point and produce an output signal. E+H level transmitters employ different technologies, including ultrasonic, capacitive, and radar, and are designed individually for specific industrial level applications.
E+H Waterpilot FMX21 Level TransmitterThree different versions of pressure sensor for drinking water, wastewater and sewage, and salt water.E+H Levelflex FMP51 Guided Wave Radar Level TransmitterLevel measurement even under extreme process conditions such as high temperature and high pressure.E+H Prosonic S FMU90 Ultrasonic Level TransmitterLevel measurement of fluids and bulk materials with one or two sensors for measuring of up to 148 ft (45 m) and level limit detection.E+H Micropilot FMR20 Radar Level TransmitterLevel measurement in liquids for water & wastewater and utilities in all industries.E+H Liquicap FMI51 Capacitive Level TransmitterFully insulated rod probe, for standard and extreme process conditions such as pressure, temperature, and build-up.E+H Prosonic FMU40 Ultrasonic SensorCost effective device for sophisticated level measurement in liquids and bulk solids for up to 5m.E+H Prosonic FDU91 Ultrasonic Level SensorContinuous, non-contact and maintenance-free level measurement of fluids, pastes, sludges and powdery to coarse bulk materials.E+H Micropilot FMR51 Radar Level TransmitterDesigned for the highest demands in liquid measurement in the oil & gas and chemical industry.E+H Micropilot FMR60B Radar Level TransmitterFor simple continuous non-contact level measurements in liquids, pastes, and slurries.E+H Deltapilot FMB50 Level TransmitterE+H Deltapilot FMB50 Level TransmitterCompact pressure sensor with the Contite measuring cell for hydrostatic level measurement.E+H Micropilot FMR50 Radar Level TransmitterDesigned for reservoir and storage applications as well as in utility processes, HistoROM data management.E+H Micropilot FMR62B Radar SensorE+H Micropilot FMR62B Radar SensorDesigned for continuous, non-contact level measurement of liquids, pastes and sludges.E+H Micropilot FMR10 Radar Level TransmitterContinuous non-contact measurement, Bluetooth commissioning, operation and maintenance app.E+H Levelflex FMP54 Guided Wave Radar Level TransmitterContinuous level measurement of high temperature and high pressure applications in the oil and gas, chemical and power industries.E+H Micropilot FMR52 Radar Level TransmitterDesigned for measurements in aggressive liquids or applications with hygiene requirements.E+H Prosonic FDU90 Ultrasonic Level SensorIntegrated temperature sensor for Time-of-Flight correction, hermetically welded PVDF sensor.E+H Deltapilot FMB53 Level TransmitterPressure sensor with Contite measuring cell for hydrostatic level measurement.E+H Micropilot FMR43 Radar SensorHigh performance sensor for non-contact level measurement in hygienic applications.E+H Micropilot FMR60 Radar Level TransmitterHighest demands in liquid level measurement with 80GHz technology, drip-off antenna, improved algorithms and small beam angle.E+H Micropilot FMR62 Radar Level Transmitter80GHz level measurement in aggressive liquids or applications with hygiene requirements.E+H Prosonic FMU30 Ultrasonic SensorCost effective all-round instrument for level applications in liquids and bulk solids.E+H Deltapilot FMB52 Level TransmitterPressure sensor with Contite measuring cell for hydrostatic level measurement.E+H Prosonic FMU41 Ultrasonic SensorCost effective device for sophisticated level measurement in liquids and bulk solids for up to 8m.E+H Levelflex FMP57 Guided Wave Radar Level TransmitterDesigned for the highest demands of level measurement in bulk solids.E+H Levelflex FMP52 Guided Wave Radar Level Transmitter

REOTEMP Diaphragm Seal Assemblies are carefullydesigned, built, and tested to maximize performance, increaseinstrument lifespan, and assure operator safety. The followingshould be considered when specifying a diaphragm seal:1. Instrument Considerations• Is there sufficient displacement to drive through itsfull range?• Is the diaphragm sensitive enough for the measuringrange and accuracy grade of the instrument?2. Diaphragm Seal Mounting• How will the diaphragm seal mount to the process?Threaded? Flanged? Clamped?• How will the instrument mount to the diaphragm seal?Threaded? Welded?• Will the instrument be mounted directly to the seal orwith capillary?3. Process Characteristics• What are the pressure and temperature limits?• Are there issues with clogging or high viscosity?• Is there severe shock and pulsation?• Is the process fluid compatible with the wetted materialand gasket?4. Ambient Characteristics• Are there extreme or fluctuating ambient temperatures?• Is the outside environment corrosive?5. Vacuum Considerations• Will the assembly be operating in deep vacuum (< 5psia)?If yes, contact the factory with process specifications.
The pressure instrument and diaphragm seal assemblies shown below are examples of completely filled and tested assemblies and theircorresponding part numbers.InstrumentPT45P1A2P20-G-T-HV (pg.7)SealW51522SSS-TKDTD-AS (pg.59)ApplicationThe most common gauge sealassembly for threaded connections.For use with corrosive, clogging ormoderately hot process media.InstrumentPC40S1A4M250-D-T (pg.13)SealW7254R21SSS-TDTD-AS (pg.69)ApplicationLow pressure gauge witha high accuracy diaphragm seal.For use with corrosive gas or liquidon a flanged connection.InstrumentPT45P1A2P17-D-T-TS (pg.7)SealW51523SSC-TKA25-AS (pg.59)ApplicationFor use where the pressure measurementpoint is a long distance from wherethe operator can convenientlyand safely read the gauge.InstrumentsPR35S1A4D25-D-T (pg.3)TG1P25-1A4A00 (pg.101)SealDSTC15SS4-TRM-AG (pg.79)ApplicationFor use in a sanitary or clean-in-placeapplication where the user would like botha mechanical dial pressure gauge andelectronic output on the same connectionport.InstrumentCustomer Supplied dP TransmitterSealW9FFWR31S-W20-AS-RR (pg.71)ApplicationFor use monitoring tank level, measuring flow across anorifice plate, measuring pressure drop across a valve or filter,and other dP application. Flush diaphragm seals are mostcommonly used with process media that clogs or coagulatesin limited flow areas and dead legs.REOTEMP®INSTRUMENTSREOTEMP®COMPOSTREOTEMP®REOTEMP®REOTEMP®COMPOSTREOTEMP®INSTRUMENTSDIAPHRAGM SEALS DIAPHRAGM SEALS-RAIdentical system on HP andLP sides, capillary exit throughface of cover flange. Capillarymounts only.Example: W9FFWR31S-B10-AS-RADiaphragm SealsSMART TRANSMITTER ATTACHM

• Ultrasonic Level Transmitter
  Submersible Level Transmitter
  DP Level Transmitter
  Radar Level Transmitter
  Guided wave radar Level Transmitter
  Capacitance Level Transmitter
  Remote seal Level Transmitter
  Diaphragm seal Level Transmitter
  Siemens Ultrasonic Level Transmitter
  Siemens Radar Level Transmitter
  Vega Ultrasonic Level Transmitter
  Rosemount Ultrasonic Level Transmitter
  Rosemount 5300 Level Transmitter - Guided Wave Radar
  Boiler Drum level transmitter
  mobrey level transmitter
  Endress Hauser Level Transmitter
  Vega Radar Level Transmitter
  Rosemount Radar Level Transmitter
  Vega Radar Level Transmitter
  Krohne Radar Level Transmitter
  ABB Radar Level Transmitter
  Honeywell Radar Level Transmitter
  Yokogawa Radar Level Transmitter
• Oil Level sensor
  Steam Level sensor
  Water Level sensor
  Gas Level sensor
  Acid Level sensor
  Chemical level sensor
  Solid Level sensor
  Power Level sensor
  flysah Level sensor
  Diesel Level sensor
  LPG Level sensor
  Oil Level Transmitter
  Steam Level Transmitter
  Water Level Transmitter
  Gas Level Transmitter
  Acid Level Transmitter
  Chemical level Transmitter
  Solid Level Transmitter
  Power Level Transmitter
  flysah Level Transmitter
  Diesel Level Transmitter
  LPG Level Transmitter

• Easy installation and simple start-up
• Programming using infrared Intrinsically Safe handheld programmer, SIMATIC PDM or HART® Communicator
• Communication using HART or PROFIBUS PA
• ETFE or PVDF transducers for chemical compatibility
• Patented Sonic Intelligence signal processing
• Extremely high signal-to-noise ratio
• Auto False-Echo Suppression for fixed obstruction avoidance
• Level to volume or level to flow conversion