EngyCal RS33 Steam calculator
Steam calculator for recording steam mass and energy flow for saturated or superheated steam
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Measuring principle
Energy manager
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Measuring principle
Energy manager
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Function
Monitoring and billing of energy in saturated and superheated steam applications (steam heat flow, heat difference.
Typical applications can be found in food & beverage industry, chemical industry, pharmaceutical industry, power plants, building automation and skid builders. -
Calculations
IAPWS-IF97
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Number of applications
Not defined
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Data storage
yes
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Calculation standards
IAPWS-97
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Communication
web server
USB
Ethernet
Modbus RTU/TCP Slave
M-Bus -
Power supply
Not defined
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Loop power supply
Low voltage power supply:
100 bis 230 V AC (-15% / +10%)
Small voltage power supply:
24 V DC (-50% / +75%)
24 V AC (±50%) -
Protection class
IP65
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Input
1x Puls/Analog for flow
2x RTD/Analog for temperature and pressure
Loop power supply 24V DC (+/-16%) -
Output
1x 4…20mA
2x digital (Open Collector) -
Dimensions (WxHxD)
144 x 144 x 103.1 mm (5.67″ x 5.67″ x 4.06″)
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Operation
3 button on site or via FieldCare
read out of historical / logged data via Field Data Manager Software (SQL database and visualization interface)
selectable language -
Display
160 x 80 Dot-Matrix LCD with white backlit
colour change in case of alarm event
active display area 70 x 34 mm -
Software functions
Calculated Values:
Energy, volume, density, enthalpy, DP-Flow
Counters:
volume, mass, energy, counter in case of failure
Optional:
tariff 1, tariff 2 or seperated heating energy, cooling energy, bilance energy -
Certificates
CE
CSA GP
MID 004
OIML R75
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Measuring principle
Energy manager
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Function
Monitoring and billing of energy in saturated and superheated steam applications (steam heat flow, heat difference; typical applications can be found in food & beverage industry, chemical industry, pharmaceutical industry, power plants, building automation and skid builders
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Certification
CE, UL listed, CSA GP
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Input
1x Puls/Analog for flow,
2x RTD/Analog for temperature and pressure,
Loop power supply 24V DC (+/-16%) -
Output
1x 4…20mA,
2x digital (Open Collector) -
Relay output
2x
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Auxiliary power supply
Low voltage power supply: 100 bis 230 V AC (-15% / +10%); Small voltage power supply: 24 V DC (-50% / +75%), 24 V AC (±50%)
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Dimensions (wxhxd)
144 x 144 x 103.1 mm
(5.67″ x 5.67″ x 4.06″) -
Software
Calculated Values:
Energy, volume, density, enthalpy, DP-Flow;
Counters: volume, mass, energy, counter in case of failure
Optional: tariff 1, tariff 2 or seperated heating energy, cooling energy, bilance energy -
Operation
3 button on site or via FieldCare; read out of historical / logged data via Field Data Manager Software (SQL database and visualization interface), selectable language
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Display
160 x 80 Dot-Matrix LCD with white backlit, colour change in case of alarm event, active display area 70 x 34 mm
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Others
electronic temperature sensor matching via CvD coefficients, logbook measured values, custody transfer logbook, event logbook, limit monitoring
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Calculations
IAPWS-IF97
Field of application
The steam calculator EngyCal RS33 is used to record steam mass and energy flow of saturated and superheated steam. The calculation is based on the measured process variables volume flow, temperature and/or pressure.The EngyCal RS33 uses the standard IAPWS IF97 to calculate the mass and energy flow of steam. The density and enthalpy of the steam are calculated from the input variables pressure and temperature.
Recording and billing energy quantities in steam applications (steam heat quantity, steam heat differential). Typical applications include:Food industryChemical industryPharmaceutical industryPower plantsBuilding systems and plant engineering
Benefits
Compensation of differential pressure flow measurementCalculation according to international water steam tablesElectronic matching of the temperature sensor (sensor-transmitter matching) with the arithmetic unit enables highly accurate temperature measurementDetailed data logging of current and counter values and of error messages, off-limit conditions and changes to operating parametersStandard models are suitable for connecting and supplying all common flow transmitters, temperature sensors and pressure sensorsRemote readout via Ethernet and fieldbusesDeficit counter for transparency in case of error or alarm
RNB22 system power supply unit
Safely power system interfaces on the DIN rail bus
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RNB22 system power supply for DIN rails for one 4 wire sensor or transmitter
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Measuring principle
Active barrier
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Measuring principle
Power supply
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Function
System power supply 24 V DC
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Loop power supply
24…28 V DC
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Power Supply
100…240 V AC/DC
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Output
24…28 V DC
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Certificates
DNV
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Operation
Rotary selector
Field of application
The RNB22 is a compact, high-efficiency primary switch mode power supply for DIN rail interface systems. It delivers a reliable, single-phase, 24 VDC / 2.5 A output and runs on a wide-range input from 100 to 240 VAC / 110 to 250 VDC, with a dynamic and static boost of 5 A and 3.125 A respectively. When run in parallel with the RNF22 error message module, the RNB22 provides redundancy, increased capacity, as well as function monitoring to report critical operating states before errors occur.
High-efficiency 24 VDC / 2.5 A power supply with low power dissipation Parallel mode with RNF22 for redundancy Suited for decentralized applications or remote cabinets Compact housing efficient use of space in control cabinets Low heat dissipation, no lateral clearance required Ambient temperature range: –25 to 70 °C (–13 to 158 °F)
Benefits
Safe and reliable, single-phase output in the power range up to 100 W Smart system function monitoring for fault prevention for high system availability Powerful reserve capacity for lower power ranges Transient surge protection, short-circuit proof, no-load proof Tool-free installation, suited for vertical or horizontal mounting
RN42 active barrier, wide range power supply
1-channel wide range supply and active barrier for safe isolation of 4 to 20 mA standard signal circuits
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RN42 active barrier, wide-range power supply
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Measuring principle
Active barrier
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Measuring principle
Active barrier
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Function
1-channel
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Loop power supply
17,5 V ±1 V bei 20 mA
open circuit voltage: 24,5 V ±5 % -
Power Supply
24…230 V AC/DC
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Input
0/4…20 mA / HART
feeding/not feeding -
Output
0/4…20 mA / HART
active/passive -
Certificates
ATEX II3G Ex tc IIIC Dc
CSA C/US AIS, I/2/ABCD
EAC [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
JPN [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
INMETRO [Ex ia Ga] IIC,[Ex ia Da] IIIC, Ex ec IIC Gc
NEPSI [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
UK II3G Ex tc IIIC Dc
UK II(1)G [Ex ia Ga] IIC, II(1)D [Ex ia Da] IIIC, II3G Ex ec IIC Gc
ATEX IECEx II(1)G [Ex ia Ga] IIC, II(1) D [Ex ia Da] IIIC, II3G Ex ec IIC Gc
UL C/US
DNV -
SIL
SIL 2 SC 3
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Operation
HART
Field of application
The active barrier is used for transmission and galvanic isolation of 4 to 20 mA/HART signals. The device has an active / passive current input to which a 2- or 4-wire transmitter can be connected directly. The output of the device can be operated actively or passively. The current signal is then available to the PLC / controller or for further instrumentation at pluggable screw or optional push-in terminals.
1-channel active barrier, wide-range power supplyTransmission and galvanic isolation of analog 0/4 to 20 mA signalsOptionally intrinsic safe [Ex-ia] signals from hazardous areaBidirectional transmission of HART® communication signalsFeeding or not feeding input for 2- or 4-wire instruments Active or passive signal output Ambient temperature range: -40 … 60 °C (-40 … 140 °F)
Benefits
Wide range power supply of 19.2 to 253 V AC/DC Quick and easy wiring thanks to plug-in terminals Optional for safety-oriented applications up to SIL 2 (SC3) in accordance with IEC 61508 Optional installation in Ex Zone 2 Compact housing width with 17.5 mm (0.69 in) for efficient use of space Option for installation rotated by 180° (terminals for power supply at top or bottom)
RLN22 isolating amplifier
Safe and reliable switching operations in critical systems
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RLN22 isolating amplifier for safe and reliable switching operations
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Measuring principle
Active barrier
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Measuring principle
NAMUR isolating amplifier
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Function
1-channel, changeover contact
2-channel, normally open contact -
Loop power supply
8 V DC
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Power Supply
24 V DC
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Auxiliary power supply / Loop power supply
8 V DC
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Input
NAMUR
blocking: < 1,2 mA
conducting: > 2,1 mA -
Output
relay contact
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Certificates
ATEX IECEx II(1)G [Ex ia Ga] IIC, II(1) D [Ex ia Da] IIIC, II3G Ex ec nC IIC Gc
DNV -
SIL
SIL 2
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Operation
DIP switch
Field of application
The RLN22 is a compact 1- or 2-channel, 24 VDC isolating amplifier with relay signal output. It is designed to safely operate e.g. proximity sensors or point level switches such as the Liquiphant FTL51B (NAMUR) as per IEC 60947-5-6.The DC interface monitors line faults such as breaks or short-circuits of sensors or mechanical switching contacts. The device is suited for use in hazardous areas and safety instrumented systems up to SIL 2 in accordance with IEC 61508.
Isolating amplifier for the transmission of binary switching signalsInput for proximity sensors, open contacts or contacts with resistive coupling elementsGalvanic isolation (3-way)Line fault monitoring of input circuits or mechanical switching contacts Group error message via DIN rail bus connectorOutput-side relay contacts, direction of action (operating or quiescent current behavior) via DIP switch selectionAmbient temperature range: –40 to 60 °C (–40 to 140 °F)
Benefits
Safe and reliable switching operations: trust your critical applications Compact housing: up to 2 channels on 12.5 mm (0.49 in) for efficient use of space in control cabinets Installation in hazardous areas; Ex approval for Ex zone 2 Up to SIL 2 in accordance with IEC 61508 Quick and easy wiring and commissioning: plug-in terminals, power supply and group error message module via DIN rail bus connector
RIA46 Field meter with control unit
Multifunctional field meter for monitoring and indication of analog measured values
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Measuring principle
Indicators with control unit
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Measuring principle
Field meter with control unit
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Function
Display
Loop Power Supply
Transmitter Functionality
Barrier
Signal Isolation
Calculation
Limit Alarm -
Display
Multicolor backlight LCD
White/black/yellow
Bargraph
Unit
TAG
Alarm warning in plain text -
Power Supply
20…250V AC/DC
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Input
2 x universal (U, I, R, RTD, TC)
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Output
2 x analogue output (I, U) 1 x loop power supply
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Output
2 x analogue output (I, U) 1 x loop power supply
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Software functions
Linearization
Minimum value per channel
Maximum value per channel
Calculation
Band value monitoring -
Certificates
ATEX II(1)GD [Ex ia] IIC
CSA General Purpose
CSA AIS, NI/I/2/ABCDEFG/T4
FM AIS, NI/I/2/ABCDEFG/T4
TIIS [Ex ia] IIC
NEPSI [Ex ia] IIC
UK II(1)G [Ex ia Ga] IIC, II(1)D [Ex ia Da] IIIC -
SIL
2
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Panel mounting
field
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Measuring principle
Display
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Function
Display
Loop Power Supply
Transmitter Functionality
Barrier
Signal Isolation
Calculation
Limit Alarm -
Certification
ATEX II (1) GD [Ex ia] 4C
CSA AIS
NI/I/2 ABCDEFG/T4
FM AIS
NI/I/2 ABCDEFG/T4
UR C/US -
Input
2 x universal (U, I, R, RTD, TC)
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Output
2 x analogue output (I, U)
1 x loop power supply -
Relay output
2 x changeover contact
1 x open collector -
Auxiliary power supply / Loop power supply
20…250V AC/DC
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Dimensions (wxhxd)
Field housing:
199 x 133 x 96 mm
(7.83″ x 5.24″ x 3.78″) -
Software
Linearization
Minimum value per channel
Maximum value per channel
Calculation
Band value monitoring -
Operation
3 keys
Interface CDI to USB at PC + configuration software FieldCare -
Display
Multicolor backlight LCD
White/black/yellow
Bargraph
Unit
TAG
Alarm warning in plain text
Field of application
Analog measured values are indicated, evaluated and calculated by the field indicator. With the integrated loop power supply two-wire sensors can be powered. The universal inputs enable the connection of current, voltage, RTDs and TCs. Limit values can be monitored and relays can be switched. Via analog outputs process signals can be forwarded. The integrated application package “differential pressure” allows the quick and easy commissioning for differential pressure applications.
The RIA46 field meter exhibits a display, analog inputs for process and status signals, analog and digital outputs, and an interface for configuration. Connected sensors can be powered by the integrated LPS. All measured and calculated values are available as a signal source for display, outputs, relays and the interface.
Process recording and supervision
Process control
Signal adjustment and signal conversion
Benefits
5-digit 7-segment LC display, backlit1 or 2 universal inputs2 relays (optional)Min./max. value saved1 or 2 calculated values and linearization tableDigital status output (Open Collector)SIL 2 approval (optional)
Absolute and gauge pressure Ceraphant PTP33B
Cost-effective pressure switch with fully welded metal sensor for use in hygienic applications
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Measuring principle
Pressure switch
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Characteristic
Intelligent pressure switch with metal diaphragm for hygienic applications,
longterm stable -
Supply voltage
10….30 VDC
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Reference Accuracy
0.5 %,
Platinum: 0.3 % -
Long term stability
0.2 % of URL/year
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Process temperature
-40 °C…+100 °C
(-40 °C…+212 °F) -
Ambient temperature
-20 °C…+70 °C
(-4 °F…+158 °F) -
Measuring cell
+400 mbar….+40 bar
(+6 psi….+600 psi) -
Max. overpressure limit
160 bar (2320 psi)
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Process connection
Thread: M24
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Process connection hygienic
DIN11851, Tri Clamp, SMS, Varivent
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Communication
1x PNP switch
2x PNP switch
1x PNP switch + 4…20 mA analogue -
Design approvals
EN 10204-3.1 final inspection report,
Cleaned from oil and grease,
Set min alarm -
Hygienic approvals
FDA concurring
3A, EHEDG,
EG1935/2004 -
Specialities
Digital display,
Fully welded process connections
Field of application
The Ceraphant PTP33B is a price-attractive pressure switch with metal diaphragm for safe measurement and monitoring of absolute and gauge pressure. The pressure switch with compact design is extremely stable and overload resistant. PTP33B with stainless steal housing is 3-A and EHEDG approved. The IO-Link capability allows easy integration and parametrization of the device.
Pressure switch for monitoring absolute and gauge pressures in gases, vapors, liquids and dusts.Process connections: Hygienic connections, threadsProcess temperature: -10 to +100°C (+14 to +212°F); +135°C (275°F) for max. 1hProcess pressure: 400mbar to +40bar (6 to +600psi)Accuracy: up to ±0.3%
Benefits
Integrated switching electronics for decentral and economic process monitoring and controlFunction check and information on site thanks to LEDs and digital displayCompact pressure transducer for hygienic applicationsSuitable for CIP/SIP cleaningSmall flush mounted hygienic process connections with 3-A and EHEDG certification IO-Link reduces costs and complexity due to easy configuration and flexible integration in all fieldbus systems.
Absolute and gauge pressure Ceraphant PTP31B
Cost-effective pressure switch with welded metal sensor for measurement in gases, steams or liquids
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Measuring principle
Pressure switch
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Characteristic
Intelligent pressure switch with piezoresistive sensor,
longterm stable and overload resistant -
Supply voltage
10…30 VDC
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Reference Accuracy
0.5 %,
Platinum: 0.3 % -
Long term stability
0.2 % of URL/year
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Process temperature
-40 °C…+100 °C
(-40 °F…+212 °F) -
Ambient temperature
-20 °C…+70 °C
(-4 °F…+158 °F) -
Measuring cell
+400 mbar….+400 bar
(+6 psi…+6000 psi) -
Max. overpressure limit
600 bar (9000 psi)
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Process connection
Threads:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13,
JIS R1/2 -
Communication
1x PNP switch
2x PNP switch
1x PNP switch +
4…20mA analogue
AC/DC, DC-PNP
IO-Link -
Design approvals
EN 10204-3.1 Final inspection report
Cleaned from oil and grease
Set min alarm -
Specialities
Digital display
Field of application
The Ceraphant PTP31B is a price-attractive pressure switch with piezoresistive sensor for safe measurement and monitoring of absolute and gauge pressure. The pressure switch with compact design is extremely stable and overload resistant for up to +400 bar. The IO-Link capability allows easy integration and parametrization of the device.
Pressure switch with metallic sensor diaphragm for monitoring absolute and gauge pressures in gases, vapors, liquids and dusts.
Process connections: Threads
Process temperature: -40 up to +100°C (-40 to +212°F)
Process pressure: 400mbar to +400bar (6 to +6,000psi)
Accuracy: up to ±0.3%
Benefits
Integrated switching electronics for decentral and economic process monitoring and control Function check and information on-site thanks to LEDs and digital display Overload-resistant sensor up to 400bar Small flush mounted process connections IO-Link reduces costs and complexity due to easy configuration and flexible integration in all fieldbus systems.
Absolute and gauge pressure Ceraphant PTC31B
Cost-effective pressure switch with oil-free ceramic sensor for measurement in gases or liquids
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Measuring principle
Pressure switch
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Characteristic
Intelligent pressure switch with capacitive sensor, long term stable and abrasion resistant
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Supply voltage
10…30 VDC
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Reference Accuracy
0.5 %,
Platinum: 0.3 % -
Long term stability
0.2 % of URL/year
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Process temperature
-25 °C….+100 °C
(-13 °F….+212 °F) -
Ambient temperature
-20 °C…+70 °C
(-4 °C…+158 °F) -
Measuring cell
+100 mbar….+40 bar
(+1.5 psi….600 psi) -
Max. overpressure limit
60 bar (900 psi)
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Process connection
Threads:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13,
JIS R1/2 -
Communication
1x PNP switch
2x PNP switch
1x PNP switch +
4…20mA analogue -
Design approvals
EN 10204-3.1 Final inspection
report
Cleaned from oil and grease
Cleaned for oxygen applications
Set min alarm -
Specialities
Digital display
Field of application
The Ceraphant PTC31B is a price-attractive pressure switch with ceramic, vacuum tight measuring cell for safe measurement and monitoring of absolute and gauge pressure. The pressure switch with compact design is extremely stable and high vacuum resistant up to 0bar abs. The IO-Link capability allows easy integration and parametrization of the device.
Pressure switch with ceramic sensor diaphragm for monitoring absolute and gauge pressures in gases, vapors, liquids and dusts.
Process connections: Threads
Process temperature: -25 to +100°C (-13 to +212°F)
Pressure: -1/0 up to +40bar (-15/0 up to +600psi)
Accuracy: ±0.3%
Benefits
Integrated switching electronics for decentral and economic process monitoring and controlEasy function check and information on site thanks to LEDs and digital displayDry capacitance ceramic sensor (Ceraphire) and minimum span of up to 0 to 20mbar provide reliable insight to the process High process availability for vacuum applications and applications with abrasive media IO-Link reduces costs and complexity due to easy configuration and flexible integration in all fieldbus systems.
Gauge pressure Cerabar PMP11
Cost-effective pressure transducer with metal sensor for measurement in gases or liquids
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Measuring principle
Gauge pressure
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Characteristic
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm
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Supply voltage
Analogue output: 10…30 VDC
0…10 V output: 12…30 VDC -
Reference Accuracy
0.5 %
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Long term stability
0.2 % of URL/year
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Process temperature
-25 °C…+85 °C
(-13 °F…+185 °F) -
Ambient temperature
-40 °C…+70° C
(-40 °F…+158 °F) -
Measuring cell
400 mbar…+40 bar
(6 psi…+600 psi) -
Max. overpressure limit
160 bar (2400 psi)
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Process connection
Threads:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13 -
Communication
4…20 mA
0…10 V -
Design approvals
EN 10204-3.1 Final inspection report
Cleaned from oil and grease
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Measuring principle
Gauge pressure
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Characteristic / Application
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm
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Supply / Communication
Analogue output: 10…30 VDC
0…10 V output: 12…30 VDC -
Accuracy
0.5%
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Long term stability
0.2% of URL/year
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Ambient temperature
-40…+70°C
(-40…+158°F) -
Process temperature
-25…+85°C
(-13…+185°F) -
Process pressure / max. overpressure limit
160 bar (2400 psi)
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Pressure measuring range
400 mbar…+40 bar
(6 psi…+600 psi) -
Process connection
Threads:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13 -
Communication
4…20 mA
0…10 V -
Design approvals
Final inspection report
Cleaned from oil and grease
Field of application
The Cerabar PMP11 is the most price-attractive compact pressure transmitter in its segment. It features a piezo-resistive sensor and is able to measure gauge pressure from 400mbar up to 40bar. The PMP11 is designed to withstand the conditions in the process industry with the use of high quality materials like 316L. It can be used for standard applications in the process industry.
Pressure transducer with fully welded metal sensor to measure gauge pressure in gases or liquids.
Process connections: Threads
Process temperature: -25 to +85°C (-13 to +185°F)
Process pressure: 400mbar to +40bar (6 to 600psi)
Accuracy: ±0.5% of span
Benefits
Easy and time-saving installation and set up within the plant due to very compact construction and customizable measuring rangesReference accuracy of 0.5% together with high long- term stability and repeatability ensures a high quality of process monitoring in standard processesLong process availability is underpinned by the stringent use of 316L material and the 100% test coverage during production
Gauge pressure Cerabar PMC11
Cost-effective pressure transducer with ceramic sensor for measurement in gases or liquids
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Measuring principle
Gauge pressure
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Characteristic
Cost effective pressure transducer, capacitive sensor with ceramics measuring diaphragm
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Supply voltage
Analogue output: 10…30 VDC
0…10 V output: 12…30 VDC -
Reference Accuracy
0.5 %
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Long term stability
0.2 % of URL/year
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Process temperature
-25 °C…+85 °C
(-13 °F…+185 °F) -
Ambient temperature
-40 °C…+70 °C
(-40 °F…+158 °F) -
Measuring cell
+400 mbar…+40 bar
(+6 psi…+600 psi) -
Max. overpressure limit
max. 60 bar (900 psi)
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Process connection
Threads:
G1/4, G1/2,
MNPT 1/4, MNPT 1/2,
DIN13 -
Communication
4…20 mA
0…10 V -
Design approvals
EN10204-3.1 Final inspection report
Cleaned from oil and grease
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Measuring principle
Gauge pressure
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Characteristic / Application
Cost effective pressure transducer, capacitive sensor with ceramics measuring diaphragm
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Supply / Communication
Analogue output:
10…30 VDC
0…10 V output:
12…30 VDC -
Accuracy
0.5%
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Long term stability
0.2 % of URL/year
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Ambient temperature
-40 °C…+70 °C
(-40 °F…+158 °F) -
Process temperature
-25 °C…+85 °C
(-13 °F…+185 °F) -
Process pressure / max. overpressure limit
max. 60 bar (900 psi)
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Pressure measuring range
+400 mbar…+40 bar
(+6 psi…+600 psi) -
Process connection
Threads:
G1/4, G1/2,
MNPT 1/4, MNPT 1/2,
DIN13 -
Communication
4…20 mA
0…10 V -
Design approvals
EN10204-3.1 Final inspection report
Cleaned from oil and grease
Field of application
The Cerabar PMC11 is the most price-attractive compact pressure transmitter in its segment. It features a capacitive, oil-free ceramic sensor and is able to measure gauge pressure from 400mbar up to 40bar. The PMC11 is designed for standard applications in the process industry and to withstand the conditions with the use of high quality materials like 316L and 99,9% Al2O3.
Pressure transducer with oil-free ceramic sensor to measure gauge pressure in gases or liquids.
Process connections: Threads
Process temperature: -25 to +85°C (-13 to +185°F)
Process pressure: 400mbar to +40bar (6 to 600psi)
Accuracy: ±0.5% of span
Benefits
Easy and time-saving installation and set up within the plant due to very compact construction and customizable measuring rangesReference accuracy of 0.5% together with high long- term stability and repeatability ensures a high quality of process monitoring in standard processesCapacitive oil-free measuring cell with high abrasion resistance and 100% test coverage during production guarantees long process availability
Average temperature measurement Prothermo NMT539
High precision average temperature measurement
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Measuring principle
Resistance Temperature Detector
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Characteristic / Application
High precision average temperature measurement, with optional capacitance water bottom sensor
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Max. immersion length on request
40 m (131.2 ft)
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Process connection
JIS10K 50A RF
ASME 2″ 150 lb RF
DN50 PN10 RF
JPI 2″ 150 lb RF -
Operating temperature range
Standard:
-40 °C…100 °C
Optional:
-55 °C…235 °C
Water Bottom spec.:
-40 °C…100 °C
Cyrogenic:
-170 °C…60 °C -
Max. process pressure (static)
0 bar…0.5 bar
(0 psi…7.25 psi) -
Accuracy
+/- 0.1 °C
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Ex – approvals
ATEX, FM, CSA, IEC Ex, TIIS, NEPSI
Field of application
Prothermo NMT539 is an intelligent HART signal converter, with a combined average temperature sensor and water bottom interface probe. For average temperature measurement consists of precision multispot Pt100 elements. The NMT539 is a highly capable solution for constant average temperature data and water interface data via HART communication. For custody transfer and accurate inventory measurement, it is best suited connected to Proservo NMS5 or Tank Side Monitor NRF590 with Micropilot.
For precision average temperature and water bottom measurement.
Process connection: Flanges
Temperature: -40 to +100°C (-40 to +212°F)
Measuring distance: 40m (131.2ft)
Accuracy: ± 0.1°C
International explosion protection certificates
Benefits
Intrinsically safe device allowing for the safest electrical configuration possibleAvailable in four different versions based on customer requirements:Converter onlyConverter and temperature probeConverter and water bottom probeConverter, temperature and water bottom probeConverter is compatible with various element types in third party manufacturer temperature probesCompatible with Endress+Hauser’s user friendly FieldCareVariety of process connections and cable entries available to meet worldwide classificationsHigh reliability and easy installationMaintenance free
Average temperature measurement Prothermo NMT532
High precision average temperature measurement
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Measuring principle
Resistance Temperature Detector
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Characteristic / Application
High precision average temperature measurement
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Max. immersion length on request
18.5 m (60.6 ft)
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Process connection
DN50 PN 10 RF
ASME 2″150 lb RF -
Operating temperature range
-20 °C…100 °C
(-4 °F…212 °F) -
Max. process pressure (static)
0 bar…0.5 bar
(0 psi…7.25 psi) -
Accuracy
+/- 0.1 °C
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Ex – approvals
ATEX, FM, CSA, IEC Ex, NEPSI
Field of application
The Prothermo NMT532 is an intrinsically safe multi-signal converter with precision average temperature sensor for inventory control. It is a highly capable solution for a variety of tank gauging applications and provides constant average temperature data via HART communication. For custody transfer and accurate inventory measurement, it is best suited connected to Proservo NMS5 or Tank Side Monitor NRF590 with Micropilot radar tank gauge.
For precision average temperature measurement.
Process connections: Flanges
Temperature: -20 to +100°C (-4 to +212°F)
Measuring distance: 18.5m (60.6ft)
Accuracy: ± 0.1°C
International explosion protection certificates
Benefits
High accuracyIntrinsically safe device allowing for the safest electrical configuration possibleCompatible with FieldCareSimple and economicalCompact size and weightHigh reliability and easy installationMaintenance free
Servo tank gauging instrument Proservo NMS81
High precision servo measurement for liquid level, interface and density
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Measuring principle
Servo / Float Tank Gauging
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Characteristic / Application
Servo Tank Gauging: High precision measurement for liquid level, interface, spot density, profile density
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Specialities
Custody transfer level measurement
Interface measurement
Spot density, density profile measurement -
Supply / Communication
85-264VAC
52-74VAC
19-64VDC -
Accuracy
up to 0.4 mm
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Ambient temperature
Standard:
-40°C…60°C
(-40°F…140°F)
For calibration to regulatory Standards:
-25°C…55°C
(-13°F…131°F) -
Process temperature
-200°C…200°C
(-328°F…392°F) -
Process pressure / max. overpressure limit
up to 25 bar (363 psi) abs
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Main wetted parts
316L, AlloyC276, PTFE
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Process connection
Flange:
DN80/3″ / DN100/4″ / DN150/6″ -
Max. measurement distance
47 m (154 ft)
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Communication
Outputs:
Fieldbus: Modbus RS485, V1, WM550
HART, BPM and TRL/2 (via GE option)
Analog 4-20mA output (Exi/ Exd)
Relay output (Exd)
Inputs:
Analog 4-20mA input (Exi/ Exd)
2-, 3-, 4-wire RTD input
Discrete input (Exd, passive/ active) -
Certificates / Approvals
ATEX, FM, IEC Ex, EAC, JPN Ex, KC Ex,
INMETRO, NEPSI, UK Ex -
Safety approvals
Overfill protection WHG
SIL -
Design approvals
EN 10204-3.1
NACE MR0175, MR0103 -
Metrological approvals and certificates
OIML, NMi, PTB
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Options
Redundant fieldbus
Alu-coated or 316L housing
Weather protection cover
Guide wire assembly
Relief valve
Gas purging nozzle connection
Pressure gauge
Cleaning nozzle connection -
Application limits
Stilling well or guide wires for turbulent
application
Recommend PTFE displacer for high
viscosity application
Recommend AlloyC276 displacer for corrosive application
Interface measurement requires min. difference of 0.100 g/ml
between layers
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Measuring principle
Servo / Float Tank Gauging
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Characteristic / Application
Servo Tank Gauging: High precision measurement for liquid level, interface, spot density, profile density
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Supply / Communication
85-264 VAC
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Ambient temperature
Servo tank gauging instrument Proservo NMS80
High precision servo measurement for liquid level, interface and density
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Measuring principle
Servo / Float Tank Gauging
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Characteristic / Application
Servo Tank Gauging: High precision measurement for liquid level, interface, spot density, profile density
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Specialities
Custody transfer level measurement
Interface measurement
Spot density, density profile measurement -
Supply / Communication
85-264VAC
52-74VAC
19-64VDC -
Accuracy
up to 0.4 mm
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Ambient temperature
Standard:
-40°C…60°C
(-40°F…140°F)
For calibration to regulatory
standards:
-25°C…55°C
(-13°F…131°F) -
Process temperature
-200°C…200°C
(-328°F…392°F) -
Process pressure / max. overpressure limit
0,2…6 bar abs
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Main wetted parts
316L, AlloyC276, PTFE
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Process connection
Flange:
DN80/3″ / DN150/6″ -
Max. measurement distance
36 m (118 ft)
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Communication
Outputs:
Fieldbus: Modbus RS485, V1, WM550
HART, BPM and TRL/2 (via GE option)
Analog 4-20mA output (Exi/ Exd)
Relay output (Exd)
Inputs:
Analog 4-20mA input (Exi/ Exd)
2-, 3-, 4-wire RTD input
Discrete input (Exd, passive/ active) -
Certificates / Approvals
ATEX, FM, IEC Ex, EAC, JPN Ex, KC Ex,
INMETRO, NEPSI, UK Ex -
Safety approvals
Overfill protection WHG
SIL -
Metrological approvals and certificates
OIML, NMi, PTB
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Options
Redundant fieldbus
Weather protection cover
Guide wire assembly
Relief valve
Gas purging nozzle connection
Pressure gauge
Cleaning nozzle connection -
Application limits
Stilling well or guide wires for turbulent
application
Recommend PTFE displacer for high
viscosity application
Recommend AlloyC276 displacer for corrosive application
Interface measurement requires min. difference of 0.100 g/ml
between layers
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Measuring principle
Servo / Float Tank Gauging
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Characteristic / Application
Servo Tank Gauging: High precision measurement for liquid level, interface, spot density, profile density
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Supply / Communication
85-264VAC
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Ambient temperature
Standard:
-40°C…60°C
(-40°F…140°F)
For calibration to regulatory
standards:
-25°C…55°C
(-13°F…131°F) -
Process temperature
Raman Rxn-46 probe
Raman interface adapted and optimized to fit the BioPAT® Spectro platform by Sartorius
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Raman Rxn-46 bioprocessing probe
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Temperature: probe is non-contact; operating temp: 10 to 50 °C / 50 to 122 °F
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Wetted materials
Body: n/a
Window: n/a
Process connection: Sartorius BioPAT® Spectro
Surface finish: n/a
Adhesive: n/a -
Fiber optic cable
Cable sold separately
Field of application
The union between our Raman analyzers equipped with Rxn-46 bioprocess probe technology and the BioPAT® Spectro platform by Sartorius offers the market an ideal interface to high-throughput development through single-use commercial manufacturing. Our Raman bioprocessing probe technology has been adapted to fit Sartorius’s BioPAT® Spectro platform, utilizing the same probe design for Ambr® 15, Ambr® 250, & Biostat STR® bioreactors.
Cell culture: glucose, lactate, amino acids, cell density, titer, and more
Benefits
Enables faster, easier, and more robust model building via integration with Ambr® 15 and Ambr® 250Allows high-throughput process development which supports QbDProvides a more efficient transfer to Biostat STR® for single-use manufacturingOffers a scale-independent interface from 15 ml in the laboratory to 2000 L in the production suiteRequires no probe cleaning, sterilization, or frequent maintenance due to non-contact sampling
Raman Rxn-45 probe
The ultimate in compatibility for bioprocess manufacturing
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Rxn-45 bioprocessing probe
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Temperature:
-30 to 150 °C / -22 to 302 °F
Temperature ramp:
≤ 30 °C/min
≤ 54 °F/min -
Pressure
Max pressure:
13.8 barg / 200 psig -
Wetted materials
Body: 316L stainless steel
Window: Proprietary material, optimized for bioprocesses
Process connection: PG13.5 for industry standard sensor housings, welded port connectors available
Surface finish: Ra 15 with electropolish
Adhesive: USP Class VI and ISO993 compatible -
Fiber optic cable
Cable sold separately
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Length
120 mm / 4.73 inch
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Diameter
12 mm / 0.48 inch
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Sterilization method
CIP/SIP
Field of application
The Raman Rxn-45 probe capitalizes on the power of Raman in bioprocess manufacturing by measuring multiple, specific components in real-time for continuous, around-the-clock process feedback. It also meets the daunting sampling requirements of compliance, sterilization, port compatibility, and convenience. The Raman Rxn-45 probe was designed for installation in development and cGMP stainless-steel reactors and is successfully used to provide an analytical “eye” into large-scale bioprocesses.
Cell culture: glucose, lactate, amino acids, cell density, titer, and moreFermentation: glucose, glycerol, acetate, methanol, ethanol, biomass, and more
Benefits
Measures multiple components in real-time for automated 24/7 process feedbackProvides long-term measurement stabilityOffers a suitable surface finish for cGMP manufacturingProvides compatibility with industry standard bioreactor side ports and sensor housingsOffers the flexibility of being installed in development and production reactorsReduces sterilization and cleaning burdens with CIP/SIP standard compatibility
Raman Rxn-41 probe
Offering simplified, reduced cost installation in the process environment
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Raman Rxn-41 probe with right angle electro-optical fiber connection
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Temperature (25.4 mm / 1 inch) standard configuration:
-30 to 120 °C / -22 to 248 °F (316L stainless steel)
-30 to 150 °C / -22 to 302 °F (C276 alloy)
-30 to 150 °C / -22 to 302 °F (Grade 2 titanium)
Temperature (25.4 mm / 1 inch) cryogenic configuration:
-196 to 70°C / -320.8 to 158 °F (C276 alloy)
-196 to 70 °C / -320.8 to 158 °F (Hybrid metal combination)
Temperature (60.33 mm / 2.375 inch) standard configuration:
-30 to 120°C / -22 to 248 °F (316L stainless steel)
-30 to 150 °C / -22 to 302 °F (C276 alloy)
-30 to 150 °C / -22 to 302 °F (Grade 2 titanium)
Temperature ramp:
≤ 30 °C/min
≤ 54 °F/min
Flange: up to 305 mm / 12 inch diameter, ASME B16.5 or DIN EN1092 Type B flanges available upon request
Relative humidity: up to 95%, non-condensing -
Pressure
Min pressure:
Full vacuum (0 bara) but not ultrahigh vacuum (UHV) where outgassing maybe a concern
Max Pressure
25.4 mm / 1 inch standard probe:
141.5 barg / 2053 psig (316L stainless steel)
186.6 barg / 2707 psig (C276 alloy)
144.1 barg / 2090 psig (Grade 2 titanium)
25.4 mm / 1 inch cryogenic probe:
213.7 barg / 3100 psig (C276 alloy)
158.6 barg / 2300 psig (Hybrid metal combination)
60.33 mm / 2.375 inch probe:
49.7 barg / 721 psig (316L stainless steel)
68.8 barg / 998 psig (C276 alloy)
51.5 barg / 747 psig (Grade 2 titanium) -
Wetted materials
316L option
Metal: 316L stainless steel
Window: High-purity sapphire
C276 option
Metal: C276 alloy
Window: High-purity sapphire
Titanium option
Metal: Grade 2 titanium
Window: High-purity sapphire
Hybrid metal combination option
Metal: 316L stainless steel, C276 alloy
Window: High-purity sapphire -
Fiber optic cable
Cable sold separately
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Length
Maximum immersible length is dependent on material choice
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Diameter
25.4 or 60.33 mm
1 or 2.375 inch
(25.4 mm / 1 inch only for Grade 2 Titanium) -
Hazardous area certifications
ATEX, CSA, IECEx
Field of application
The Raman Rxn-41 probe is a rugged, process insertion probe with no sample handling system. Its single cable design streamlines installation, eliminates risk scenarios, and minimizes installation cost for long fiber runs in the process environment. The Rxn-41 probe is ideally suited for use in chemical plants and refineries to measure batch or continuous flow production. For direct measurements in cryogenic fluids, an optimized cryogenic version of the Raman Rxn-41 probe is available.
Chemical: reaction monitoring, blending, feed and final product monitoringPolymer: polymerization reaction monitoring, polymer blendingPharmaceutical: API reaction monitoring, crystallization, polymorph, drug substance production unit operationOil & Gas: fuel blending, fuel characterization
Benefits
Constructed to individual site requirementsSealed probe designIntegrated “laser on” indicatorOne in/one out fiber opticsDirect insertion compatibilityMeets Category 1 pressure equipment safety standardsSuitable for hazardous area/classified environments
Raman Rxn-40 probe
Designed to promote versatility and materials compatibility
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Raman Rxn-40 probe
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Temperature
Temperature, Rxn-40 probe:
-30 to 150 °C / -22 to 302 °F -
Maximum laser power into probehead (mW)
< 499
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Sample interface
Temperature, Rxn-40 mini configuration:
-30 to 120 °C / -22 to 248 °F (316L stainless steel)
-30 to 150 °C / -22 to 302 °F (C276 alloy)
-30 to 150 °C / -22 to 302 °F (Grade 2 Titanium)
Temperature ramp:
≤ 30 °C/min
≤ 54 °F/min
Temperature, Rxn-40:
-30 to 120 °C / -22 to 248 °F (316L stainless steel)
-30 to 280 °C / -22 to 536 °F (C276 alloy)
-30 to 315 °C / -22 to 599 °F (Grade 2 Titanium)
Temperature ramp:
≤ 30 °C/min
≤ 54 °F/min
Flange: ASME B16.5 and DIN EN1092 Type B flanges available upon request
Relative humidity: up to 95%, non-condensing -
Pressure
Min pressure: Full vacuum (0 bara) but not ultrahigh vacuum (UHV) where outgassing maybe a concern
Max pressure, Rxn-40 mini configuration:
157.1 barg/ 2279 psig (316L stainless steel)
199.3 barg/ 2890 psig (C276 alloy)
153.6 barg/ 2228 psig (Grade 2 titanium)
Max pressure, 1/2 inch Rxn-40:
142.4 barg/ 2066 psig (316L stainless steel)
158.1 barg/ 2293 psig (C276 alloy)
65.2 barg/ 946 psig (Grade 2 titanium)
Max pressure, 3/4 and 1 inch Rxn-40:
169.5 barg/ 2458 psig (316L stainless steel)
182.8 barg/ 2651 psig (C276 alloy)
72.2 barg/ 1047 psig (Grade 2 titanium) -
Wetted materials
Metal: C276 alloy, 316L stainless steel, or Grade 2 titanium
Window: High-purity sapphire -
Fiber optic cable
Cable sold separately
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Length
Rxn-40 mini configuration immersible length:
36 mm / 1.42 inch
Rxn-40: Maximum immersible length is dependent on material choice -
Diameter
12.7, 19.05, 25.4 mm
0.5, 0.75, 1 inch -
Hazardous area certifications
ATEX, CSA, IECEx
Field of application
The Raman Rxn-40 probe is a sealed immersion probe for in situ Raman spectroscopy of liquid-phase samples in a laboratory or process plant setting. The process connection for the Raman Rxn-40 can be swaged, compression-mounted, flange-mounted, or installed in an Endress+Hauser flow cell, and is NeSSI compatible. These versatile options allow for direct insertion in slip-streams, drain-values, reactors, circulation loops, blend headers, and inlet or outlet pipework.
Chemical: reaction monitoring, blending, catalysis, feed and final product monitoringPolymer: polymerization reaction monitoring, extrusion monitoring, polymer blendingOil & Gas: fuel blending, fuel characterizationPharmaceutical: API reaction monitoring, crystallization, polymorph, blending
Benefits
Customizable to your processRobust design with a range of process connectionsIn situ/no transfer lines or fast-loops requiredFaster, simpler installationSupport for a range of chemical processes and corrosivity requirementsEnsures safety and meets regulatory requirementsSuitable for hazardous/classified environments
Raman Rxn-30 probe
Providing reliable, quantitative gas-phase measurements in a process environment
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Rxn-30 gas probe
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Temperature
Temperature, Rxn-30 probe:
-20 to 150 °C / -4 to 302 °F -
Relative humidity
0 to 95%, non-condensing
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Operating temperature, probehead:
-20 to 150 °C / -4 to 302 °F
Temperature ramp:
≤ 6 °C/min
≤ 10.8 °F/min -
Pressure
Max pressure: (at sample)
68.9 barg / 1000 psig -
Wetted materials
316/316L stainless steel
PTFE
Sapphire
Fused silica glass -
Fiber optic cable
Cable sold separately
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Gas stream filtration
20 μm or better
Integrated 20 μm particle filter standard with Rxn-30 probes -
Hazardous area certifications
ATEX, CSA, IECEx
Field of application
The Raman Rxn-30 probe has cross-industry appeal for its robust gas-phase headspace monitoring, in situ measurements, and material compatibility. Certified for use in hazardous area environments, the Raman Rxn-30 probe can be inserted directly into processes with temperatures up to 150 degrees Celsius and pressures up to 68.9 barg (1,000 psig). It is available with a variety of mounting options for maximum installation and sampling flexibility.
Chemical: ammonia, methanol, HyCO, reaction monitoring, blending, catalysisPolymer: polymerization reaction monitoringGas-phase streams in refining: hydrogen production and recycle fuel blending, fuel characterizationPower & Energy: IGCC power plants, gas turbinesPharmaceutical: API reaction monitoring, dryingFood & Beverage: fermentations, offgas, volatiles
Benefits
Reliable, quantitative gas-phase measurementsIn situ measurement/no transfer lines or fast loops requiredCan be directly inserted into processes with temperatures up to 150 °C and 68.9 barg (1,000 psig)Industry standard installation optionsDirect insertion, side insertion, or sample loopSuitable for hazardous area/classified environments
Raman Rxn-20 probe
The no-touch, focus-free solution for Raman lab or process solids measurement
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Rxn-20 probe showing optic lens
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Measuring principle
Raman spectroscopy
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Spectral coverage
175-1890 cm-1 (785 nm)
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Temperature
Temperature, Rxn-20 probe:
10 to 40 °C / 50 to 104 °F -
Relative humidity
20 to 80 %, non-condensing
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Temperature:
10 to 40 °C / 50 to 104 °F
Relative humidity:
20 to 80 %, non-condensing -
Pressure
Ambient
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Body and window materials
Body: 316L stainless steel
Window: optical-grade materials -
Fiber optic cable
Design: PVC jacketed, proprietary construction
Connections: proprietary electro-optic
Temperature:
-40 to 70 °C / -40 to 158 °F
Lengths available:
3000 mm / 118.12 inch
10000 mm / 393.71 inch
15000 mm /590.56 inch
Minimum bend radius:
75 mm / 2.96 inch -
Length
Rxn-20 probe (including fiber cable bend radius):
312 mm / 12.29 inch -
Diameter
Raman Rxn-20:
48 mm / 1.89 inch -
Working distance
Based on the sampling optic selected
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Hazardous area certifications
ATEX, CSA, IECEx
Field of application
For solids and semi-solids analysis, the Raman Rxn-20 probe reigns supreme. Its state-of-the-art, stainless-steel probe design produces representative, focus-free, quantitative Raman measurements. The Rxn-20 probe illuminates a large surface area and eliminates the need to align the probe for surface roughness. It provides heterogenous solids sampling via volumetric analysis, which is highly useful for measuring tablets, capsules, food solids, and polymer beads.
Chemicals: final product quality, blend impurities, crystallinity, raw materialsPolymers: extruded pellet quality, crystallinity, density, raw materialsPharmaceutical: crystallinity, polymorphism, granulation, blend uniformity, content uniformity, coating, tabletingFood & Beverage: quality of dairy solids, meat and fish composition
Benefits
Non-contact measurement of heterogeneous solids for better representationImproved process control and efficiency through faster measurementsNon-destructive measurements from a distanceReproducible samplingSampling flexibility with a variety of focus-free and immersion Rxn-20 accessory opticsNo need to align probe for surface roughnessSurface and deep layer (volumetric) analysis
Raman Rxn-10 probe
A versatile probe for your Raman spectroscopy needs
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Rxn-10 probe, vertical view
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Temperature
Temperature, Rxn-10 probe:
-10 to 70 °C / 14 to 158 °F -
Relative humidity
20 to 60 %, non-condensing
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Based on the sampling optic selected
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Body and window materials
Rxn-10 probe body: 6061 aluminum, 316L stainless steel, and 303 stainless steel
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Fiber optic cable
Design: PVC jacketed, proprietary construction
Connections: proprietary electro-optic (EO), or FC to EO fiber converter(s) for non-embedded systems
Temperature:
-40 to 70 °C / -40 to 158 °F
Standard length:
5000 mm / 196.86 inch
25000 mm / 984.26 inch
Also available in 5000 mm / 196.86 inch increments
Minimum bend radius:
152.4 mm / 6 inch -
Length
Rxn-10 probe (including fiber cable bend radius): 356 mm / 14.02 inch
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Diameter
Rxn-10 probe:
19 mm / 0.75 inch -
Working distance
Based on the sampling optic selected
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Measuring principle
Raman spectroscopy
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Spectral coverage
Probe spectral coverage is limited by the coverage of the analyzer being used.
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Temperature
Temperature, Rxn-10 probe:
-10 to 70 °C / 14 to 158 °F -
Relative humidity
20 to 60 %, non-condensing
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Maximum laser power into probehead (mW)
< 499
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Sample interface
Based on the sampling optic selected
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Body and window materials
Rxn-10 probe body: 6061 aluminum, 316L stainless steel, and 303 stainless steel
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Fiber optic cable
Design: PVC jacketed, proprietary construction
Connections: proprietary electro-optic (EO), or FC to EO fiber converter(s) for non-embedded systems
Temperature:
-40 to 70 °C / -40 to 158 °F
Standard length:
5000 mm / 196.86 inch
25000 mm / 984.26 inch
Also available in 5000 mm / 196.86 inch increments
Minimum bend radius:
152.4 mm / 6 inch
Conductive Point level detection Liquipoint FTW32
Rope probe for multipoint detection for up to 5 switch points
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Measuring principle
Conductive
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Characteristic / Application
Compact rope probe with multi point detection possible up to 5 switch points. Simple rope shortening possible
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Supply / Communication
DC PNP 10,8V … 45V
Relay 20V … 230V AC
Relay 20V … 55V DC -
Ambient temperature
-40 °C … 70 °C
(-40 °F … 158 °F) -
Process temperature
-40 °C … 70 °C
(-40 °F … 158 °F) -
Process pressure / max. overpressure limit
Vacuum … 10 bar
(Vacuum … 145 psi) -
Min. conductivity of medium
10 µS/cm
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Main wetted parts
316L, FEP, PPS
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Max. tensile strength
500 N
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Process connection
G 1 1/2
NPT1 1/2″ -
Sensor length
0.25m … 15m
(10″ … 590″) -
Communication
DC PNP
Relay -
Certificates / Approvals
ATEX, EAC Ex
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Safety approvals
Leakage Detection
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Components
Transmitter: FTW325
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Application limits
Observe min. medium conductivity
Field of application
The Liquipoint FTW32 offers simple and safe point level detection in conductive liquids. It offers numerous measuring possibilities due to multipoint detection (up to 5 rods).
For use in conductive liquids (as of 10μS/cm). For overfill prevention, dry running protection, two-point control of pumps or multiple point detection.
Process connections: Threads
Sensor length: 0.25 to 15m (10 to 590″)
Temperature: -40 to 70°C (-40 to 158°F)
Pressure: -1 to 10bar (-14.5 to 145psi)
International explosion protection certificates, overfill prevention and leakage detection certificate WHG
Benefits
Cost-effective probe for conductive liquids with detection of up to five point levels with one probeNo calibration requiredStandard setting for the most common conductive liquids No moving parts in the tank – long service life, reliable operation with no wear or blockages
Conductive Point level detection Liquipoint FTW31
Rod probe for multipoint detection for up to 5 switch points
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Measuring principle
Conductive
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Characteristic / Application
Compact rod probe with multipoint detection, possible up to 5 switch points. Simple rod shortening.
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Supply / Communication
DC PNP 10,8V … 45V
Relay 20V … 230V AC
Relay 20V … 55V DC -
Ambient temperature
-40 °C … 70 °C
(-40 °F … 158 °F) -
Process temperature
-40 °C … 100 °C
(-40 °F … 212 °F) -
Process pressure / max. overpressure limit
Vacuum … 10 bar
(Vacuum … 145 psi) -
Min. conductivity of medium
10 µS/cm
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Main wetted parts
316L, PP, PPS
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Max. tensile strength
1000 N
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Process connection
G 1 1/2
NPT1 1/2″ -
Sensor length
0.1m … 4m
(3.9″ … 157″) -
Communication
DC PNP
Relay -
Certificates / Approvals
ATEX, EAC Ex
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Safety approvals
Leakage Detection
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Components
Transmitter: FTW325
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Application limits
Observe min. medium conductivity
Field of application
The Liquipoint FTW31 offers simple and safe point level detection in conductive liquids. It offers numerous measuring possibilities due to multipoint detection (up to 5 rods).
For use in conductive liquids (as of 10μS/cm). For overfill prevention, dry running protection, two-point control of pumps or multiple point detection.
Process connections: Threads
Sensor length: 0.1 to 4m (3.9 to 157″)
Temperature: -40 to 100°C (-40 to 212°F)
Pressure: -1 to 10bar (-14.5 to 145psi)
International explosion protection certificates, overfill prevention and leakage detection certificate WHG
Benefits
Cost-effective probe for conductive liquids with detection of up to five point levels with one probe No calibration requiredStandard setting for the most common conductive liquids No moving parts in the tank – long service life, reliable operation with no wear or blockages
Vibronic Point level detection Soliphant FTM21
Compact limit switch with extension tube for bulk solids with stainless steel housing (316L)
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Measuring principle
Vibration Solids
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Characteristic / Application
Point level switch for fine grained solids
Grain size <= 25 mm (<= 0.98 in)
Single rod
No calibration required
Not affected by build-up or external vibration
Robust
Switch value visible from outside
Tube extension -
Supply / Communication
10 – 45 VDC
19 – 253 VAC relay
DC PNP 10 – 45 V -
Ambient temperature
-40°C … 70°C
(-40°F … 160°F) -
Process temperature
-40°C … 150°C
(-40°F … 300°F) -
Process pressure / max. overpressure limit
Vacuum … 25 bar
(Vacuum … 360 psi) -
Min. density of medium
200 g/l
-
Main wetted parts
316L
-
Process connection
Thread
R 1″
R 1 1/2″
1 1/4″ NPT
1 1/2″ NPT -
Sensor length
500 mm (20″)
1000 mm (40″)
1500 mm (60″) -
Communication
DPDT relay
DC PNP max 350 mA -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, NEPSI, INMETRO, EAC
-
Options
Sliding sleeve available
Field of application
Soliphant FTM21 is a point level switch for applications with fine-grained or coarse-grained, non-fluidized bulk solids. The various designs means the device has a wide range of applications. Certificates are also available for use in dust and hazardous areas.
Point level switch for fine grained solids
Process connections: Threads
Temperature: -40 to +150°C (-40 to +300°F)
Pressure: -1 to +25bar (-14.5 to +360psi)
Sensor length: 500mm, 1,000mm, 1,500mm
Sensor material: 316L
International explosion protection certificates
Benefits
No calibration required, easy commissioning (plug and play)Measurement not affected by build-up or external vibrationNo mechanically moved parts, free of maintenanceSensor material 316L, abrasion resistant even with building materialsPlastic housing with cover with sight glass, switch status visible from outside; also aluminium housing available Not affected by flow noisesAvailable with explosion protection certificates
Vibronic Point level detection Soliphant FTM20
Compact limit switch for bulk solids
- F
- L
- E
- X
-
Measuring principle
Vibration Solids
-
Characteristic / Application
Compact point level switch for fine grained solids
Grain size <= 25 mm (<= 0.98 in)
Single rod
No calibration required
Not affected by build-up or external vibration
Robust
Switch value visible from outside -
Supply / Communication
10 – 45V DC
19 – 253 VAC relay
DC PNP 10 – 45 V -
Ambient temperature
-40°C … 70°C
(-40 °F … 160 °F) -
Process temperature
-40°C … 150°C
(-40°F … 300°F) -
Process pressure / max. overpressure limit
Vacuum … 25 bar
(Vacuum … 360 psi) -
Min. density of medium
200 g/l
-
Main wetted parts
316L
-
Process connection
Thread
R 1″
R 1 1/2″
1 1/4″ NPT
1 1/2″ NPT -
Sensor length
225 mm (9″)
-
Communication
DPDT relay
DC PNP max 350mA -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, NEPSI, INMETRO, EAC
Field of application
Soliphant FTM20 is a point level switch for applications with fine-grained or coarse-grained, non-fluidized bulk solids. The various designs means the device has a wide range of applications. Certificates are also available for use in dust and hazardous areas.
Point level switch in compact design with stainless steel housing.Process connections: ThreadsTemperature: -40 to +150°C (-40 to +302°F)Pressure: -1 to +40bar (-14.5 to +580psi)International explosion protection certificates, marine approvals
Benefits
Operational safety, reliability and universal applicability through use of the tuning fork measuring principleMeasurement is unaffected by conductivity, build-up, turbulence, flows or air bubblesSimple and fast commissioning, no calibration requiredNo mechanically moved parts, free of maintenanceSafe function due to self-monitoring (active frequency monitoring of the fork)Easy recurring function test via test magnetSuitable for constricted space due to compact design
Vibronic Point level detection Liquiphant FTL50
Compact vibration point level switch for liquids in all industries
- F
- L
- E
- X
-
Measuring principle
Vibration Liquids
-
Characteristic / Application
Modular housing concept
wide range of process connections
Analogue and bus interfaces
Extensive certificate range (e.g. Ex,WHG)
compact, e.g. pipes -
Specialities
Foamdetection
Detekt a densitychange
second line of defense -
Supply / Communication
PROFIBUS PA
19…253V AC
10…55V DC-PNP
19…253V AC or 10…55V DC
8/16mA, 11…36V DC
NAMUR
PFM -
Ambient temperature
-50 °C…+70 °C
(-58 °F…+158 °F) -
Process temperature
-50 °C…+150 °C
(-58 °F…+302 °F) -
Process pressure / max. overpressure limit
Vacuum…64 bar
(Vacuum…928 psi) -
Min. density of medium
0.5g/cm³(0.4g/cm³ option)
-
Main wetted parts
316L, Alloy
-
Process connection
Thread:
G3/4A, G1A, R3/4″, R1, NPT3/4, NPT1
Flange:
DN25…DN100,
ASME 1″…4″,
JIS 25A…100A -
Process connection hygienic
Tri-Clamp ISO2852
-
Communication
PROFIBUS PA
19…253V AC
10…55V DC-PNP
19…253V AC or 10…55V DC
8/16mA, 11…36V DC
NAMUR
PFM -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, TIIS, INMETRO, NEPSI
-
Safety approvals
SIL2/ SIL3
-
Design approvals
EN 10204-3.1
NACE MR0175, MR0103
ASME B31.3
AD2000 -
Marine approval
GL/ ABS/ DNV
-
Options
Heavy duty stainless steel housing mainly for the oil and gas industry
-
Components
FTL325P/FTL375P Interface PFM
FTL325N/FTL375N Interface NAMUR -
Successor
Liquiphant FTL51B
-
Measuring principle
Vibration Density
-
Characteristic / Application
Liquiphant M Density
with Density Computer FML621
Temperature and pressure measurement
Modular housing concept
Wide range of process connections -
Supply / Communication
Transmitter power supply (MUS)
-
Liquiphant FTL41
The vibronic level switch in basic applications reduces complexities in your plant
- F
- L
- E
- X
-
Measuring principle
Vibration Liquids
-
Characteristic / Application
Compact vibronic device with an optional pipe extension up to 2 m;
Modular housing concept;
Wide range of certificates -
Specialities
RFID TAG for easy identification,
Plug and play functionalities -
Supply / Communication
10…55V / DC-PNP 3-wire
19…253V AC or 19…55V DC / relays
NAMUR -
Ambient temperature
-40 °C…+70 °C
(-40 °F…+158 °F) -
Process temperature
-40 °C…+150 °C
(-40 °F…+302 °F) -
Process pressure / max. overpressure limit
Vacuum…40 bar
(Vacuum…580 psi) -
Min. density of medium
0.5 g/cm³
(0.4 g/cm³ optional) -
Main wetted parts
316L
-
Process connection
Threads:
G3/4A, G1A, R3/4″, R1, NPT3/4, NPT1
Flanges:
DN25…DN100
ASME 1″…4″
JIS 25A…50A -
Process connection hygienic
Tri-Clamp ISO2852
-
Sensor length
Up to 2 m
-
Communication
DC-PNP 3-wire
Relays
NAMUR -
Certificates / Approvals
ATEX, IEC Ex, CSA, NEPSI
-
Safety approvals
Overfill protection WHG
-
Design approvals
EN 10204-3.1
ASME B31.3 Process Piping
CRN -
Marine approval
ABS/ LR/ BV/ DNV
-
Components
FTL325N Interface NAMUR
Field of application
Over 6 million installed Liquiphant point level switches in the field worldwide prove the day-to-day realiability of this device. With its active sensor technology you always be sure that your device is working correctly.In addition there is no need of adjustment to different media.
Point level switch with extension tube for all liquids.
Process connections: Threads, flanges and hygienic process connection (Tri-Clamp)
Temperature: -40 to +150°C (-40 to +302°F)
Pressure: -1 to +40bar (-14.5 to +580psi)
Sensor material: 316L
International explosion protection certificates, WHG
Benefits
One measuring system for any liquid. Simple to use with plug and play functionality based on active sensor technology Better long-term stability compared to float switches due to no mechanically moving parts Repeatability of switching point Universal use in all pumpable liquids No need of maintenance
Capacitance Point level detection Solicap FTI77
Point level detection for bulk solids, especially for high temperatures and strong mechanical loads
- F
- L
- E
- X
-
Measuring principle
Capacitive Solid
-
Characteristic / Application
Partly isolated sword probe / rope probe for very high temperatures
High mech. lateral load -
Specialities
Inactive length
Active build-up compensation
High lateral loading
Extremely robust probe -
Supply / Communication
19 … 253V AC
10 … 55V DC-PNP
19…253V AC bzw 10…55V DC
8/16mA, 11 … 36V DC
PFM
3-wire -
Ambient temperature
-50°C … 70°C
(-58°F … 158°F) -
Process temperature
-50°C … 400°C
(-58°F … 752°F) -
Process pressure / max. overpressure limit
Vacuum … 10 bar
(Vacuum … 145 psi) -
Main wetted parts
Ceramic, 316L, Steel
-
Max. tensile strength
Rope: 20 kN
-
Process connection
Thread R1 1/2, NPT1 1/2
Flanges DN/ASME/JIS -
Sensor length
Rope: 0.5 … 20m
(1.6 … 65ft)
Sword: 0.2m … 1m
(0.6 … 3.3ft)
Inactive length: 0.1m … 1m
(0.3 … 3.3ft) -
Communication
2- wire 19-253 VAC
DC PNP
Relais DPDT
PFM
3-wire
8/16 mA -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, EAC
-
Safety approvals
SIL
-
Design approvals
EN 10204-3.1
-
Components
PFM: FTC325, FTC625, FTC470Z, FTC471Z
3-wire: FTC325 -
Application limits
DK min. 2.5
Field of application
Solicap FTI77 is a partly insulated sword/rope probe for point level detection of fine-grained to coarse-grained bulk solids. It offers maximum reliability due to its active build-up compensation and is suited for a wide range of applications thanks to numerous certificates and approvals. Due to its robust construction, it can also be used in applications with very high lateral loads (up to 800Nm, sword version), high temperatures and abrasive media.
For applications with very high lateral loads (up to 800Nm for sword version) and in applications with abrasive media.
Process connections: Flanges and threads
Measurement range: 200 to 20,000mm (20 to 787″)
Temperature: -50 to +400°C (-58 to +752°F)
Pressure: -1 to +10bar (-14.5 to +145psi)
International explosion protection certificates, SIL
Benefits
Highest safety and reliability due to extremely robust design for harsh process conditionsCost savings thanks to easy and fast commissioning as calibration is performed at the press of a button Cost-effective, reliable and universal application thanks to wide range of certificates and approvalsTwo-stage overvoltage protection against static discharges from the siloActive build-up compensation for bulk solids with caking tendency Use in safety systems requiring functional safety to SIL2/SIL3Reduction in storage costs thanks to easy-to-shorten sword model and rope model
Capacitance Point level detection Solicap FTI56
Point level detection for fine-grained to coarse-grained bulk solids
- F
- L
- E
- X
-
Measuring principle
Capacitive Solid
-
Characteristic / Application
Fully / partly isulated rope probe for small-grain / large-grain solids
Simple calibration
Suitable for abrasive media
Very robust probe -
Specialities
Inactive length
High tensile loading
Extremely robust probe -
Supply / Communication
19 … 253V AC
10 … 55V DC-PNP
19…253V AC bzw 10…55V DC
8/16mA, 11 … 36V DC
PFM
3-wire -
Ambient temperature
-50°C … 70°C
(-58°F … 158°F) -
Process temperature
-50°C … 180°C
(-58°F … 356°F) -
Process pressure / max. overpressure limit
Vacuum … 25 bar
(Vacuum … 362 psi) -
Main wetted parts
PTFE, PA, 316L, Steel
-
Max. tensile strength
60 kN
-
Process connection
Thread R1 1/2, NPT1 1/2
Flanges from DN50…/ASME 2″…/JIS… -
Sensor length
0.5m … 22m
(1.6ft … 72ft)
Inactive length: 0.1m….1m
(3″…39″) -
Communication
2- wire 19-253 VAC
DC PNP
Relais DPDT
PFM
3-wire
8/16 mA -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, JPN Ex, NEPSI
-
Safety approvals
SIL
-
Components
PFM: FTC325, FTC625, FTC470Z, FTC471Z
3-wire: FTC325 -
Application limits
DK min 2
Field of application
Solicap FTI56 is a fully/partly insulated and robust rope probe for point level detection of fine-grained to coarse-grained bulk solids. It offers maximum reliability and is suited for a wide range of applications thanks to numerous certificates and approvals. Due to its robust construction, it can also be used to provide accurate measurements in applications with very high tensile loads up to 60kN.
For applications with very high tensile loads up to 60kN. Fieldgate and Solicap represent a solution for material provisioning and logistical optimization (inventory control).
Process connections: Flanges and threads
Measurement range: 500 to 22,000mm (20 to 866″)
Temperature: -50 to +180°C (-58 to +356°F)
Pressure: -1 to +25bar (-14.5 to +363psi)
International explosion protection certificates, SIL
Benefits
Extremely robust design for harsh process conditionsCost savings thanks to easy and fast commissioning as calibration is performed at the press of a button Universal application thanks to wide range of certificates and approvalsTwo-stage overvoltage protection against static discharges from the siloIncreased safety due to permanent automatic monitoring of electronicsReduction in storage costs thanks to easy-to-shorten rod model (for partial insulation) and rope model (for partial and full insulation)
Capacitance Point level detection Solicap FTI55
Point level detection for fine-grained to coarse-grained bulk solids
- F
- L
- E
- X
-
Measuring principle
Capacitive Solid
-
Characteristic / Application
Fully / partly isulated rod probe for small-grain / large-grain bulk solids
Simple calibration
Suitable for abrasive media
Very robust probe -
Specialities
Inactive length
Active build-up compensation
High lateral loading
Extremely robust probe -
Supply / Communication
19 … 253V AC
10 … 55V DC-PNP
19…253V AC bzw 10…55V DC
8/16mA, 11 … 36V DC
PFM
3-wire -
Ambient temperature
-50°C … 70°C
(-58°F … 158°F) -
Process temperature
-50°C … 180°C
(-58°F … 356°F) -
Process pressure / max. overpressure limit
Vacuum … 25 bar
(Vacuum … 362 psi) -
Main wetted parts
PE, PPS, 316L, Steel
-
Process connection
Thread R1 1/2, NPT1 1/2
Flanges from DN50…/ASME 2″…/JIS… -
Sensor length
0.2m … 4m
(8″ … 157″)
Inactive length: 0.1m …1m
(2″ … 39″) -
Communication
2- wire 19-253 VAC
DC PNP
Relais DPDT
PFM
3-wire
8/16 mA -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, JPN Ex, NEPSI
-
Safety approvals
SIL
-
Design approvals
EN 10204-3.1
-
Components
PFM: FTC325, FTC625, FTC470Z, FTC471Z
3-wire: FTC325 -
Application limits
DK min 2
Field of application
Solicap FTI55 is a fully/partly insulated and robust rod probe for point level detection of fine-grained to coarse-grained bulk solids. It offers maximum reliability due to its active build-up compensation and is suited for a wide range of applications thanks to numerous certificates and approvals. Due to its robust construction, it can also be used to provide accurate measurements in applications with very high lateral loads up to 300Nm.
For applications with very high lateral loads up to 300Nm. Fieldgate and Solicap represent a solution for material provisioning and logistical optimization (inventory control)
Process connections: Flanges and threads
Measurement range: 200 to 4,000mm (4 to 157″)
Temperature: -50 to +180°C (-58 to +356°F)
Pressure: -1 to +25bar (-14.5 to +363psi)
International explosion protection certificates, SIL
Benefits
Highest safety and reliability due to robust design for demanding process conditionsCost savings thanks to easy and fast commissioning as calibration is performed at the press of a button Universal application thanks to wide range of certificates and approvalsTwo-stage overvoltage protection against static discharges from the siloActive build-up compensation for bulk solids with caking tendency (under development)Increased safety due to permanent automatic monitoring of electronicsReduction in storage costs thanks to easy-to-shorten rod model (for partial insulation) and rope model (for partial and full insulation)
Capacitance Point level detection Liquicap FTI52
For liquids that are highly viscous and tend to form build-up – for large measuring ranges
- F
- L
- E
- X
-
Measuring principle
Capacitive Liquid
-
Characteristic / Application
Capacitive Rope 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: FEP, PFA
316L -
Process connection
G 3/4 … 1 1/2
NPT 3/4 … 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 12m (39 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
-
Safety approvals
Overfill prevention WHG
SIL -
Design approvals
EN 10204-3.1
NACE MR0175 -
Marine approval
GL/ ABS/ DNV
-
Options
Inactive length
Active build-up compensation
Separate housing -
Components
Transmitter
PFM: FTC325, FTC625, FTC470Z, FTC471Z
3-wire:
FTC325 -
Application limits
Notice the pressure and temperature derating.
Notice for non conductive medium the DK.
Field of application
Liquicap FTI52 is a rope 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 FTI52 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: 12m (39ft)
International explosion protection certificates, overfill prevention WHG, SIL, hygienic certificates, marine approval
Benefits
Cost savings thanks to easy and fast commissioning as calibration takes place at the press of a buttonReliable and safe measurement due to active build-up compensationReliable and universal application thanks to wide range of certificates and approvalsShort reaction timeMaterial in contact with the process made of corrosion-resistant and FDA-listed materialsTwo-stage overvoltage protectionNo need for recalibration after replacing electronics
Capacitance Point level detection Liquicap FTI51
For liquids that are highly viscous and tend to form build-up
- F
- L
- E
- X
-
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
-
Safety approvals
Overfill prevention WHG
SIL -
Design approvals
EN 10204-3.1
NACE MR0175 -
Marine approval
GL/ ABS/ DNV
-
Options
Inactive length
Fully isolated active build-up compensation
Ground tube
Separate housing -
Components
Transmitter
PFM: FTC325, FTC625, FTC470Z, FTC471Z
3-wire:
FTC325 -
Application limits
Notice the pressure and temperature derating.
Notice for non conductive medium the DK.
Field of application
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
Benefits
Cost savings thanks to easy and fast commissioning as calibration takes place at the press of a buttonReliable and safe measurement due to active build-up compensationReliable and universal application thanks to wide range of certificates and approvalsShort reaction timeMaterial in contact with the process made of corrosion-resistant and FDA-listed materialsTwo-stage overvoltage protectionNo need for recalibration after replacing electronics
Radiometric Point level detection Gammapilot FTG20
Geiger-Mueller counter for point level detection with separate transmitter
- F
- L
- E
- X
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Radiometric Transmitter with 1 to 3 Geiger-Müller counters for contactless measurement in liquids, sludge or suspensions under exteme process conditions
-
Specialities
Calculation and sizing with Applicator
-
Supply / Communication
Relay DPDT:
19…253VAC, 19…55VDC
8/16mA:
11…36VDC, 11..30VDC (Exia) -
Ambient temperature
Relay DPDT:
19…253VAC, 19…55VDC
8/16mA:
11…36VDC, 11..30VDC (Exia) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Min. density of medium
Any
-
Min. conductivity of medium
Any
-
Main wetted parts
Non-contact
-
Process connection
Non-contact
-
Process connection hygienic
Non-contact
-
Sensor length
140 mm (5.5″)
-
Communication
Relay DPDT
8/16mA
4…20mA -
Certificates / Approvals
ATEX, CSA, CSA C/US, IEC Ex, NEPSI, EAC
-
Options
Sensitivity:
1x Geiger- counter: 1-8uSv/h,
2x Geiger- counter: 0,5-4uSv/h
3x Geiger- counter: 0,3-2,7uSv/h
Cooling jacket
Transmitter with compartment for conduit -
Components
Isotope: FSG60, FSG61
Source container: FQG60, FQG61, FQG62, FQG63, QG2000
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Radiometric Transmitter with 1 to 3 Geiger-Müller counters for contactless measurement in solids under exteme process conditions
-
Specialities
Calculation and sizing with Applicator
-
Supply / Communication
Relay DPDT:
19…253VAC, 19…55VDC
8/16mA:
11…36VDC, 11..30VDC (Exia) -
Ambient temperature
-40…70°C,
(-40…158°F),
With cooling jacket:
0…120°C
(32…248°F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Min. density of medium
Any
-
Main wetted parts
Non-contact
-
Process connection
Non-contact
-
Process connection hygienic
Non-contact
-
Sensor len