HAW562 Surge arrester
Surge arrester for DIN rail according to IEC 60715
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Measuring principle
Surge arrester
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Function
Surge arrester for DIN rail mounting
Compact device for an easy ordering (no separation of mounting module and protection module)
Flexible integration into the measuring chains of the process industry due to approvals according to ATEX & IEC, SIL2 conformity
compatibility with the established fieldbusses (HART, FF, PA)
Innovative grounding concept to avoid low-frequency equalizing currents – direct and indirect shield grounding possible in one device
Uninterruptible operation of the plant due to an automatic resetting after the discharge process -
Certification
SIL2 conformity
CSA -
Dimensions (wxhxd)
HAW562-AAA, HAW562-AAD, HAW562-AAE, HAW562-8DA:
12 x 90 x 72.5 mm
(0.47″ x 3.54″ x 2.85″)
HAW562-AAB, HAW562-AAC:
18 x 90 x 73 mm
(0.71″ x 3.54″ x 2.87″) -
Operating Voltage
24V/60V/230V/5V/12(80)V/24V
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Measuring principle
Surge arrester
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Measuring principle
Surge arrester for DIN rail mounting
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Function
Surge arresters are applied to protect electronic components of a plant against overvoltage! Due to this investment intensive measuring instruments are protected and the plant availability is increased.
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Application
Surge protection for power supply or signal / communication cables
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SIL
2
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Certificates
ATEX
IECEx
CSA
Field of application
The HAW562 surge arrester is used to protect electronic components from being destroyed by overvoltage. It ensures that overvoltage surges which occur in signal cables (e.g. 4 to 20 mA), in communication lines (fieldbuses) and in power lines are safely passed into the ground. The functionality of the transmitter or the electronics component to be protected is not affected.
Surge arresters are used to weaken residual currents from upstream lightning protection steps and to limit system-induced or -generated overvoltage surges.
HAW562 units are primarily used in process automation and in measuring and communication technology within the chemicals, pharmaceuticals, water and wastewater sectors as well as in the food industry.
Benefits
Investment intensive measuring instruments protectedIncreased plant availability as surge arrester is perfectly matched to the electronic components involved in process automation and process measuring technologyApplication in Ex areas – optionally available with SIL2 intrinsically safe approvalsVibration and shock tested according to EN 60068-2Direct and indirect shield grounding
Vibronic Point level detection Nivotester FailSafe FTL825
Point level switching unit for Liquiphant FailSafe FTL80, FTL81 and FTL85
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Measuring principle
Vibration Liquids
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Characteristic / Application
FailSafe level transmitter point level.
Top hat rail mounting
Connection to FTL80/81/85
Permanent self-monitoring,LIVE-Signal. -
Specialities
SIL 3 according to IEC61508.
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Supply / Communication
85 – 253 VAC/DC
20 – 30 VAC/20-60VDC -
Ambient temperature
–20 to +60 °C
(–4 to +140 °F) -
Communication
2x SPST safety contact point level
1x SPST signal contact
1X SPDT fault contact -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, NEPSI
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Safety approvals
Overfill protection WHG
Leakage Detection -
Marine approval
GL/ ABS/ LR/ BV/ DNV
Field of application
The Nivotester FTL825 supplies the Liquiphant FailSafe FTL8x point level switch with direct voltage via a two-wire cable. At the same time, it analyzes the current values (4-20mA discrete) of the Liquiphant and returns a switching signal. The signal inputs of the Nivotester FTL825 are galvanically isolated from the mains and the output and can be ordered Safety-critical systems up to SIL3. For industries where redundant or diverse systems are either not recommended or not possible.
FailSafe point level switch unit for top hat rail mounting.
Ambient temperature: -20 to +60°C (-4 to +140°F)
International explosion protection certificates, overfill prevention WHG
Benefits
Use in safety systems requiring functional safety to SIL3 in accordance withIEC 61508 Ed.2.0 /IEC 61511-1 / ISA 84-1Proof test: proof testing interval up to 12 years, Slave devices tested at the press of a button For safety-critical systems up to SIL3 in the chemicals, petrochemicals and oil & gas industriesFor applications where redundant or diverse systems are either not recommended or not possible, the longest possible test cycles are desirable, or proof tests are either not possible or only with great difficulty and expenseIntegrated locking function (self-holding)4 switching outputs (can be analyzed separately): 2 as level safety contacts based on the quiescent current principle for a redundant output signal, 1 x signaling contact (e.g. lamp), 1 x fault-signaling contact as changeover contact
Vibronic Point level detection Liquiphant FTL51H
Point level switch with extension tube for liquids especially in the food and life sciences industry
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Measuring principle
Vibration Liquids
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Characteristic / Application
Premium device for point level detection
in hygienic/aseptic applications.
Focus Food & Beverage and Life Sciences.
Compact sensor version with an optional pipe extension up to 3 m (9,85 ft).
Modular & completely welded housing concept,
Wide range of certificates. -
Specialities
Plug and play functionalities,
Surface finish: mechanical or electro-polished,
Density/Concentration measurement,
SIL 2/3 according to IEC 61508 -
Supply / Communication
PROFIBUS PA,
19 ..253V AC,
10…55V DC-PNP,
19…253V AC or 19…55V DC with relay DPDT,
8/16mA,
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 optional) -
Main wetted parts
316L
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Process connection
Threads (for weld-in adapter):
G3/4A, G1A,
Flange:
DN25…DN100,
ASME 1″…4″,
JIS 25A…100A -
Process connection hygienic
Tri-Clamp,
DIN 11851, DIN11864-1
Ingold,
Flush mount,
DRD,
SMS1145,
Varivent (Var ) -
Sensor length
Short tube (Liquiphant II)
148mm…3000mm (6,00…118″) -
Communication
PROFIBUS PA
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Certificates / Approvals
ATEX, IEC Ex, FM, CSA C/US, TIIS,
INMETRO Ex, NEPSI Ex -
Safety approvals
Overfill protection WHG,
SIL 2/ SIL 3 -
Design approvals
Inspection certificate 3.1, EN10204,
CoC ASME BPE,
Conformity to cGMP,
EU Food Contact Material (EC) 1935/2004,
US Food Contact Material FDA CFR 21,
CN Food Contact Material GB 4806,
Declaration of Conformity ASME B31.3,
AD2000,
CRN approval -
Hygienic approvals
3-A,
EHEDG,
CoC-ASME BPE -
Marine approval
GL/ ABS/ DNV
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Options
Customized settings (Density)
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Components
FTL325P/FTL375P Interface PFM
FTL325N/FTL375N Interface NAMUR -
Successor
FTL63
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Measuring principle
Vibration Density
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Characteristic / Application
Premium device for density measurement in hygienic/aseptic applications.
Focus Food & Beverage and Life Sciences.
Sensor with pipe extension up to 3 m (9,85 ft).
Modular housing or completely welded compact housing.
Wide range of certificates. -
Supply / Communication
via density controller FML621
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Ambient temperature
-40 °C…70 °C (-40…158 °F)
-40 °C…60 °C (-40…140 °F) for hazardous applications -
Process temperature
0…80 °C (32…176 °F) – standard temperature range
-50…0 °C / 80…150 °C (with reduced technical data/accuracy) -
Process pressure
0…25 bar (0…362 psi) – standard pressure range
>25…64 bar (>362…928 psi) – with reduced technical data/accuracy -
Wetted parts
316L
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Hygienic
3A
EHEDG -
Sensor length
Short tube (Liquiphant II)
148mm…3000mm (6,00…118″) -
O
Vibronic Point level detection Liquiphant FTL50H
Compact vibration point level switch for liquids especially in the food and life sciences industry
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Measuring principle
Vibration Liquids
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Characteristic / Application
Premium device for point level detection
in hygienic/aseptic applications.
Focus Food & Beverage and Life Sciences.
Compact sensor version,
Modular & completely welded housing concept,
Wide range of certificates. -
Specialities
Plug and play functionalities,
Surface finish: mechanical or electro-polished,
Density/Concentration measurement,
SIL 2/3 according to IEC 61508 -
Supply / Communication
PROFIBUS PA,
19 ..253V AC,
10…55V DC-PNP,
19…253V AC or 19…55V DC with relay DPDT,
8/16mA,
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 optional) -
Main wetted parts
316L
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Process connection
Threads (for weld-in adapter):
G3/4A, G1A.
Flange:
DN25…DN100
ASME 1″…4″,
JIS 25A…100A -
Process connection hygienic
Tri-Clamp,
DIN 11851, DIN11864-1
Ingold,
Flush mount,
DRD,
SMS1145,
Varivent (Var ) -
Sensor length
Compact sensor
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Communication
PROFIBUS PA
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Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, TIIS, INMETRO, NEPSI
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Safety approvals
Overfill protection WHG,
SIL 2/ SIL 3 -
Design approvals
Inspection certificate 3.1, EN10204,
CoC ASME BPE,
Conformity to cGMP,
EU Food Contact Material (EC) 1935/2004,
US Food Contact Material FDA CFR 21,
CN Food Contact Material GB 4806,
Declaration of Conformity ASME B31.3,
AD2000,
CRN approval -
Hygienic approvals
3-A,
EHEDG,
CoC-ASME BPE -
Marine approval
GL/ ABS/ DNV
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Options
Customized settings (Density)
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Components
FTL325P/FTL375P Interface PFM
FTL325N/FTL375N Interface NAMUR -
Successor
FTL63
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Measuring principle
Vibration Density
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Characteristic / Application
Premium device for density measurement in hygienic/aseptic applications.
Focus Food & Beverage and Life Sciences.
Sensor with pipe extension up to 3 m (9,85 ft).
Modular housing or completely welded compact housing.
Wide range of certificates. -
Supply / Communication
via density controller FML621
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Ambient temperature
-40 °C…70 °C (-40…158 °F)
-40 °C…60 °C (-40…140 °F) for hazardous applications -
Process temperature
0…80 °C (32…176 °F) – standard temperature range
-50…0 °C / 80…150 °C (with reduced technical data/accuracy) -
Process pressure
0…25 bar (0…362 psi) – standard pressure range
>25…64 bar (>362…928 psi) – with reduced technical data/accuracy -
Wetted parts
Capacitance Point level detection Nivector FTI26
For all types of powdered and fine-grained solids especially in the food industry
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Measuring principle
Capacitive Solid
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Characteristic / Application
Compact for all types of powdered solids / small-grain bulk
solids -
Specialities
Active build-up compensation
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Supply / Communication
12 V…30 VDC
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Ambient temperature
-20°C…60°C
(-4°F…140°F) -
Process temperature
-40°C…80°C
(-40°F…176°F) -
Main wetted parts
PC, ECTFE
“Protector”
FDA listed material PBT-GF
(according to 21 CFR 177.1660) -
Process connection
G1
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Communication
12 V…30 VDC
IO-Link -
Safety approvals
ATEX, CSA C/US, IEC Ex, EAC Ex
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Design approvals
EN 10204-3.1
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Hygienic approvals
3-A, EHEDG
Field of application
The Nivector FTI26 is a cost-efficient point level switch for solids in the food industry and powder applications in all industries. The capacitance device convinces with the best build-up performance in class and a high sensitivity. All industry compliant certificates are available. In addition, the FTI26 is industry 4.0 ready with IO-Link communication.
For MIN or MAX detection in silos with powdered and fine-grained solids, like plastic granules, grain, sugar, spices, coffee powder, laundry detergent
Process connections: G1″ thread, Tri-Clamp 2″ via adapter
Temperature: -20 to +80°C (-4 to +176°F)
Pressure: -1 to +6bar (-14.5 to +86psi)
International explosion protection certificates (Dust Ex), hygienic certificates
Benefits
Easy installation even in tight conditions or where access is restricted thanks to the compact designFulfillment of all relevant hygienic requirements (3A, EHEDG, FDA, EG1935/2004); cleanable (IP69) IO-Link reduces costs and complexity with an easy configuration of the devices via engineering tools Best build-up performance in class and high sensitivity No individual adjustment to each medium necessaryLED signalization for on-site function check
Point level switch Soliswitch FTE31 Rotary paddle switch
Simple mechanical mechanism, extremely robust and cost-effective point level switch for bulk solids
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Measuring principle
Paddle
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Characteristic / Application
universally applicable as a full, empty and demand alarm on silos containing solids
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Specialities
Hinged paddle for retro-fitting
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Supply / Communication
230V 50/60 Hz
115V 50/60 Hz
48V 50/60 Hz
24V 50/60 Hz
20 to 28 VDC -
Ambient temperature
-20 °C … 60 °C (-4 °F … 140 °F)
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Process temperature
-20 °C … 80 °C (-4 °F … 170 °F)
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Process pressure / max. overpressure limit
0.5 bar to 1.5 bar (7 psi to 22 psi)
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Min. density of medium
>= 100 g/l
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Main wetted parts
Shaft: 1.4435
Paddle: 1.4435 -
Process connection
Threaded boss – thread NPT 1 1/4″ or NPT 1 1/2″
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Sensor length
Standard:
75 mm (3″)
100 mm (4″)
200 mm (8″)
300 mm (12″)
400 mm (16″)
500 mm (20″)
600 mm (24″) -
Communication
Relay
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Certificates / Approvals
FM DIP Cl.II,III, Div.1 Gr.EFG
CSA DIP Cl. II,III, Div.1, Gr.EFG -
Application limits
max. grain size 50 mm (2″)
Field of application
The economical Soliswitch FTE31 is a paddle switch for point level detection in bulk materials. Its robust polymer housing and compact design makes it an ideal sensor for full, empty and demand alarm in applications with bulk solids. The optimized materials make the unit outstandingly robust and therefore suitable for use in dust explosive areas.
The universal point level switch FTE31 is used as a full, empty and demand alarm on silos containing solids. Its construction and materials make the unit suitable for use in the food industry. The unit is suitable as a level limit switch in dust-explosion-hazardous areas.
Typical applications are level detection in: Cereals, sugar, cacao, animal feeds, washing powders, chalk, dry plaster, cement, granulates, wood chips
Benefits
Reliable and economical paddle switchHighest safety standard for dust-explosion-hazardous areasDiverse instrument designs for use under different application conditionsSlip clutch prevents impact on paddleIngress protection to IP 65 / NEMA 4x / Type 4x for optimum safety in the process
Point level switch Soliswitch FTE30 rotary paddle switch
Simple mechanical mechanism, extremely robust and cost-effective point level switch for bulk solids
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Measuring principle
Paddle
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Characteristic / Application
universally applicable as a full, empty and demand alarm on silos containing solids
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Specialities
Hinged paddle
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Supply / Communication
230 VAC 50/60 Hz
115 VAC 50/60 Hz
48 VAC 50/60 Hz
24 VAC 50/60 Hz
20 bis 28 VDC -
Ambient temperature
-20 °C … 60 °C (-4 °F … 140 °F)
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Process temperature
-20 °C … 80 °C (-4 °F … 170 °F)
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Process pressure / max. overpressure limit
0.5 bar to 1.5 bar (7 psi to 22 psi)
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Min. density of medium
>= 100 g/l
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Main wetted parts
Shaft: 1.4305
Paddle: 1.4301 -
Process connection
G 1 1/2″, PBT
G 1 1/2″, 1.4305
Reinforced shaft G 1 1/2″, 1.4305 -
Sensor length
100 mm (4″)
200 mm (8″)
300 mm (12″)
400 mm (16″)
500 mm (20″)
600 mm (24″)
Rope length of approx 2000 mm (80″), can be shortened -
Communication
Micro switch with changeover contact max. 10 A/250 VAC
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Certificates / Approvals
No approvals available
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Options
Relay
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Application limits
max. grain size 50 mm (2″)
Field of application
The economical Soliswitch FTE30 is a paddle switch for point level detection in bulk materials. Its robust polymer housing and compact design makes it an ideal sensor for full, empty and demand alarm in applications with bulk solids. The optimized materials make the unit outstandingly robust and therefore suitable for use in dust explosive areas.
Process connections: G 1½”, PBT; G 1½”, 1.4305; Reinforced shaft G 1½”, 1.4305
Sensor length: Different standard lengths between 100 mm (4″) and 600 mm (24″), additional rope length of 2,000 mm (80″) (can be shortened)
Temperature: -20 to +80 °C (-4 to +170 °F)
Pressure: 0.5 to 1.8 bar (7 to 25 psi)
Benefits
Reliable and economical paddle switchHighest safety standardDiverse instrument designs for use under different application conditionsSlip clutch prevents impact on paddleIngress protection to IP65 for optimum safety in the process
Capacitance Point level detection Minicap FTC262
Designed for light bulk solids
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Measuring principle
Capacitive Solid
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Characteristic / Application
No calibration on start-up
Active build-up compensation
Mechanically robust
The rope probe can be shortened
(optimum matching to the measuring point) -
Specialities
Rope shortening parts to be supplied by the customer
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Supply / Communication
10,8 … 45V DC, DC-PNP 3-wire
20 … 253V AC, or
20 … 55V DC, Relay output -
Ambient temperature
-40 °C … 80 °C(-40 °F … 176 °F)
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Process temperature
-40 °C … 80 °C
(-40 °F … 176 °F) -
Process pressure / max. overpressure limit
-1 … 6 bar(-14.5 … 90 psi)
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Main wetted parts
PPS = Polyphenylene sulphide
(glass fibre content approx. 40%) -
Max. tensile strength
3000 N
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Process connection
R 1 1/2
NPT 1 1/2 -
Sensor length
min. 500 mm (20″), max 6000 mm (236″)
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Communication
PNP transistor output
Relay output (potential-free
change-over contact / SPDT) -
Certificates / Approvals
ATEX , FM, CSA, NEPSI, EAC
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Options
Aluminium Housing
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Application limits
Solids, grain size max. 30 mm (1.2″),
DK min 1,5
Flexural strength 1400 N (at probe tip)
Field of application
Minicap FTC262 is a simple and cost-effective rope probe for point level detection in bulk solids, particularly suited to applications involving aggressive media and heavy build-up. It is designed for point level detection of light bulk solids, e.g. grain products, flour, milk powder, animal feed, cement, chalk or gypsum.
For point level detection of light bulk solids, with a grain size up to max. 30mm and a dielectric constant εr ≥ 1.6. Typical applications: Grain products, flour, milk powder, animal feed, cement, chalk or gypsum.
Process connection: Threads
Temperature: -40 to +80°C (-40 to +176°F)
Pressure: -1 to +6bar (-14.5 to +90psi)
Sensor length: 500mm (20″) to 6,000mm (236″)
International explosion protection certificates, overfill prevention WHG
Benefits
Simple mounting and commissioning without calibrationMechanical safety, cost-efficiency and long operating life due to no wearing partsHigh operational safety and reliability due to active build-up compensationOptimized storage by simply shortening the rope probe on site
Capacitance Point level detection Minicap FTC260
Designed for light bulk solids
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Measuring principle
Capacitive Solid
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Characteristic / Application
Compact rod probe with build-up compensation
easy start up -
Specialities
FDA-listed material
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Supply / Communication
10,8 … 45V DC, DC-PNP 3-wire
20 … 253V AC, or
20 … 55V DC, Relay output -
Ambient temperature
-40 °C … 80 °C
(-40 °F … 176 °F) -
Process temperature
-40 °C … 120°C
(-40 °F … 248 °F) -
Process pressure / max. overpressure limit
-1 … 25 bar
(-14.5 … 360 psi) -
Main wetted parts
PPS = Polyphenylene sulphide
(glass fibre content approx. 40%) -
Process connection
R1″
NPT1″ -
Sensor length
140 mm (5.51″)
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Communication
PNP transistor output
Relay output (potential-free
change-over contact / SPDT) -
Certificates / Approvals
ATEX, IEC, FM, CSA, NEPSI, EAC
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Options
Aluminium Housing
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Application limits
Solids, grain size max. 30 mm (1.2″),
DK min 1,6
Flexural strength 1400 N (at probe tip)
Field of application
Minicap FTC260 is a simple and cost-effective rod probe for point level detection in bulk solids, particularly suited to applications involving aggressive media and heavy build-up. It is designed for point level detection of light bulk solids, e.g. grain products, flour, milk powder, animal feed, cement, chalk or gypsum.
For point level detection of light bulk solids, with a grain size up to max. 30mm and a dielectric constant εr ≥ 1.6. Typical applications: Grain products, flour, milk powder, animal feed, cement, chalk or gypsum.
Process connection: Threads
Temperature: -40 to +80°C (-40 to +176°F)
Pressure: -1 to +25bar (-14.5 to +360psi)
Sensor length: 140mm (5.51″)
International explosion protection certificates, overfill prevention WHG
Benefits
Simple mounting and commissioning without calibrationMechanical safety, cost-efficiency and long operating life due to no wearing partsHigh operational safety and reliability due to active build-up compensation
Microwave barrier transmitter Soliwave FQR56
Transmitterfor non-contact point level detection in bulk solids
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Measuring principle
Microwave barrier
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Characteristic / Application
Transmitter
Non-contact point level detection and flow monitoring
Detecting, counting and positioning of objects
Monitoring of material transfer points
Detection and analysis of deposits and contamination
Installation:
Non-contact installation (transmission window) or front-flush installation (contact) -
Specialities
Measurement range: max. 100 m
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Supply / Communication
85 … 253VAC
20 … 30 VDC/ 20 … 60 VAC -
Ambient temperature
-40 °C…+70 °C
(-40 °F…+158 °F) -
Process temperature
Non-contact installation: any
Within installation:
-40 °C…+70 °C (-40 °F…+158 °F)
With HT-Adapter:
up to +450 °C (+842 °F) -
Process pressure / max. overpressure limit
Non-contact installation: any
Within installation:
0.5 bar…6.8 bar (7.2 psi…99 psi) abs.
With HD-Adapter:
up to +21 bar (+305 psi) abs. -
Min. density of medium
Solid weight: > 10 g/l
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Main wetted parts
Non-contact installation:
no wetted parts
Within installation:
316Ti or Aluminium;
PTFE or Ceramic -
Process connection
1-1/2″ R, 1-1/2″ G, 1-1/2″ NPT
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Process connection hygienic
Non-contact installation
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Certificates / Approvals
ATEX, IEC Ex, CSA C/US
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Design approvals
EN10204-3.1
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Options
Sight glass
High temperature adapter
High pressure adapter
Installation bracket
FAR50, FAR51, FAR52, FAR53, FAR54, FAR55 -
Components
Transceiver: FDR56
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Application limits
Solid weight: < 10 g/l
Field of application
The Soliwave FQR56 microwave barrier uses a contact-free procedure for detection of point levels. It can be installed in containers, conduits, shafts or on free fall shafts. It is possible to take a measurement through non-metallic container materials from the outside. Suitable as point level switch for controlling and counting all types of bulk solids. It interacts with the Soliwave FDR56 receiver.
Typical bulk solids are: Wood chips, wood dust or flour; plaster, cement, ash, paper or cardboard shred, gravel, sand, dried powders in general, bags and boxes.Process connections: ThreadsAmbient temperature: -40 to +70°C (-40 to +158°F)Measuring range: Max. 100m (328ft)International explosion protection certificates
Benefits
Highly reliable measurement due to flush-mounted installation and possible non-contact installation as well as indication of the signal strength on the receiverMechanical robust solution ensures cost savings over the whole life cycle of the product: No wear and tear, process-wetted ceramic sensor diaphragm (optional), long serviceable life, maintenance free Electronics housing can be rotated by 360°, allowing adjustment into optimum position after installationDirect connection of the supply voltage (transmitter and receiver separately or together)Mechanically compatible to FQR50/FDR50 microwave barrier, existing process connections can continue to be used; likewise, accessories such as adapter flanges, installation brackets and sight glasses can continue to be used
Radiometric Level and density Source Container FQG66
Radiation source container with sliding source support rod for manual or pneumatic on/off switching
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Measuring principle
Radiometric
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Characteristic / Application
Source container
Emission angle: 40 / 20 degrees
435kg -
Specialities
Sliding source support rod for manual or pneumatic on/ off switching
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Ambient temperature
-55 °C…+100 °C
(-67 °F…+212 °F) -
Process temperature
Any
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Process pressure / max. overpressure limit
Any
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Main wetted parts
Non-contact
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Process connection
Non-contact
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Measuring principle
Radiometric
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Characteristic / Application
Source container
Emission angle: 40 / 20 degrees
435kg -
Specialities
Control area calculation with Applicator
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Ambient temperature
-55 °C…+100 °C
(-67 °F…+212 °F) -
Process temperature
Any
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Process pressure / max. overpressure limit
Any
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Main wetted parts
Non-contact
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Process connection
Non-contact
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Measuring principle
Radiometric Limit
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Characteristic / Application
Source container
Emission angle: 5 degrees
Approximately 435 kg -
Specialities
Control area calculation with Applicator
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Ambient temperature
-55 °C … +100 °C
(-67 °F …+212 °F) -
Process temperature
Any
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Process pressure / max. overpressure limit
Any
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Main wetted parts
Non- contact
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Process connection
Non- contact
-
Process connection hygienic
Non- contact
Hydrostatic Level measurement Waterpilot FMX21
Reliable and robust level probe with ceramic measuring cell and HART
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- L
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Measuring principle
Hydrostatic pressure
-
Characteristic
Compact probe with ceramic cell for hydrostatic level measurement,
Diameter = 22 mm: General applications, fresh water
Diameter = 42 mm: Waste water applications
Diameter = 29 mm: Salt water applications -
Supply voltage
10.5 …35V DC
-
Reference Accuracy
0.2%
0.1% (optional) -
Long term stability
0.1% of URL/year
-
Process temperature
-10°C…70°C
(14°F…158°F)
Diameter 29 mm (1.14″): 0°C…50°C
(32°F…122°F) -
Ambient temperature
-10°C…70°C
(14°F…158°F)
Diameter 29 mm (1.14″):
0°C…50°C
(32°F…122°F) -
Measuring cell
100mbar…20bar
(1.5psi…300psi) -
Process connection
Suspension clamp
Cable mounting screws -
Communication
4…20 mA
4…20 mA HART -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, INMETRO, NEPSI, UK Ex
-
Marine approvals
GL/ ABS/ BV/ DNV/ LR
-
Drinking water approvals
NSF/ KTW/ ACS
-
Measuring principle
Hydrostatic
-
Characteristic / Application
Compact probe with ceramic cell for hydrostatic level measurement,
Diameter = 22 mm: General applications, Fresh water
Diameter = 42 mm: Waste water applications
Diameter = 29 mm: Salt water applications -
Specialities
Automatic density compensation
Version w/o metal parts in contact to process -
Supply / Communication
10.5 …35 VDC
-
Accuracy
0.2%
0.1% (optional) -
Long term stability
0.1% of URL/year
-
Ambient temperature
-10°C…70°C
(14°F…158°F)
Diameter 29 mm (1.14″):
0°C…50°C
(32°F…122°F) -
Process temperature
-10°C…70°C
(14°F…158°F)
Diameter 29 mm (1.14″): 0°C…50°C
(32°F…122°F) -
Pressure measuring range
100 mbar…20 bar
(1.5 psi…300 psi) -
Main wetted parts
Diameter 22 mm and 42 mm: Seal, 316L, Ceramic
Diameter 29 mm: Seal, PPS, Polyolefin, Ceramic
Extension cable: PE, PUR, FEP -
Process connection
Suspension clamp
Cable mounting screws -
Max. measurement distance
200 m H2O
(656 ft H2O)
Hydrostatic Level measurement Waterpilot FMX11
Simple and reliable level probe for freshwater applications
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Measuring principle
Hydrostatic pressure
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Characteristic
Compact probe with metallic cell for hydrostatic level measurement
in fresh water, ground water and potable water storage. -
Supply voltage
8…28 VDC
-
Reference Accuracy
pn ≥ 400mbar: 0.35 %
pn < 400mbar: 0.50 % -
Long term stability
0.1 % of URL/year
-
Process temperature
-10°C…+70°C
(+14°F…+158°F) -
Ambient temperature
-10°C…+70°C
(+14°F…+158°F) -
Measuring cell
200 mbar…2 bar
(3 psi…29 psi) -
Process connection
Suspension clamp
Cable mounting screws -
Material process membrane
Metal
-
Communication
4…20 mA
-
Drinking water approvals
NSF, KTW, ACS
-
Measuring principle
Hydrostatic
-
Characteristic / Application
Compact probe with metallic cell for hydrostatic level measurement
in fresh water, ground water and potable water storage. -
Supply / Communication
8…28 VDC
-
Accuracy
pn ≥ 400mbar: 0.35 %
pn < 400mbar: 0.50 % -
Long term stability
0.1% of URL/year
-
Ambient temperature
-10°C…+70°C
(+14°F…+158°F) -
Process temperature
-10°C…+70°C
(+14°F…+158°F) -
Process pressure / max. overpressure limit
10 bar (145 psi)
-
Pressure measuring range
200 mbar…2 bar
(3 psi…29 psi) -
Main wetted parts
316L
-
Process connection
Suspension clamp
Cable mounting screws -
Max. measurement distance
20 m H2O
(66 ft H2O) -
Communication
4…20 mA
-
Drinking water approvals
NSF, KTW, ACS
Field of application
The Waterpilot FMX11 transmitter is typically used in environmental applications for hydrostatic level measurement. It is certified for drinking water applications and can be used in wells, storage tanks, water towers, dams, gauging stations, lakes and rivers.
Temperature: –10 to +70°C (14 to 158°F)
Measuring range: 0 to 2bar / 20m H20 (0 to 30psi / 67ft H2O)
Cable length: 6 to 30m
Accuracy: up to ±0.35%
Drinking water approvals: ACS, KTW, NSF61, DVGW
Certifications: cULus
Benefits
Simple and reliable transmitter for various drinking water applicationsEasy installation, commissioning and operation Orderable with flexible measuring ranges and cable lengths tailored to fit your application Robust construction for durable long-term services Suitable for surface water monitoring in rivers and lakes as well as level monitoring for drinking water production, e.g. in water towers, dams, gauging stationsCompact size d=22mm (0.87”), makes this an excellent choice for applications in bore holes and small diameter stilling wells.Simple specification and ordering
Radar measurement Micropilot FMR67
The standard sensor for highest demands in bulk solids level measurement with 80GHz technology
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Measuring principle
Level radar solid
-
Characteristic / Application
Reliable, non-contact level measurement for high silos, bunkers or stockpiles, especially with many obstacles, long measuring range and build-up forming media.
-
Specialities
Heartbeat Technology,
SIL 2/3 according to IEC 61508,
Bluetooth® commissioning,
Operation and maintenance SmartBlue App,
Very small beam angle,
Safety and reliability with Multi- Echo Tracking,
HistoROM,
RFID TAG for easy identification,
Air purge connection,
Alignment device -
Supply / Communication
2-wire (HART),
Bluetooth® wireless technology and App (optional) -
Frequency
W-band (~80 GHz)
-
Accuracy
+/- 3 mm (0.12 in)
-
Ambient temperature
-40…+80 °C
(-40…+176 °F) -
Process temperature
-40…+200 °C
(-40…+392 °F) -
Main wetted parts
PTFE, 316L
Alignment device: Alu -
Process connection
Thread:
G1-1/2″, MNPT1-1/2″;
Flanges:
DN80…DN100
ASME 3″…4″
UNI DN80…DN250 (3″…10″) -
Max. measurement distance
125 m (410 ft)
-
Communication
4…20 mA HART
Additional switch,
Bluetooth® wireless technology -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, INMETRO, NEPSI, EAC, JPN Ex, UK Ex
-
Safety approvals
SIL2, SIL3
-
Options
Remote operation via SmartBlue App using Bluetooth®
Field of application
Micropilot FMR67 is the first 80GHz radar developed according to the international functional safety directive IEC 61508. It offers maximum reliability due to the drip-off antenna, improved focusing and very small emitting angles which is perfect for the measuring in slim silos. FMR67 is used for continuous, non-contact level measurement in powdery to granular bulk solids. FMR67 also possesses the smart sensor functionality Heartbeat Technology.
Micropilot FMR67 is suited for free space applications up to 125m and offers high beam focusing for vessels with many internal fittings.
Process connections: Threads or flanges
Temperature: -40 to +200°C (-40 to +392°F)
Pressure: –1 to +16bar (–14.5 to +232psi)
Maximum measuring range: 125m (410ft)
Accuracy: ±3mm (0.12in)
W-band: 80GHz
International explosion protection certificates, SIL, marine approvals, 5-point linearity protocol
Benefits
Hardware and software developed according to IEC 61508 up to SIL3 in homogeneous redundancy Heartbeat Technology for a cost-effective and safe plant operation during the entire life cycle HistoROM data management concept for fast and easy commissioning, maintenance and diagnostics Highest reliability even with obstructions in vessels due to small beam angle and Multi-Echo Tracking evaluation Innovative drip-off antenna of PTFE for maximum system availability Reduction of engineering effort due to an easier integration of the 80GHz radar instrument into the process The world’s easiest proof test concept for SIL saves time and costs
Radar measurement Micropilot FMR62
For 80GHz level measurement in aggressive liquids or applications with hygiene requirements
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Measuring principle
Level radar
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Characteristic / Application
Premium device for continuous non-contact level measurement,
in which aggressive media are used as well as for highest hygiene requirements (ASME
BPE, USP Class VI); For applications with many obstacles for small vessels due to the very small beam angle. -
Specialities
Heartbeat Technology
SIL 2/3 according to IEC 61508,
Bluetooth® commissioning,
Operation and maintenance SmartBlue App,
Safety and reliability with Multi-Echo Tracking,
HistoROM,
RFID TAG for easy identification -
Supply / Communication
2-wire (HART),
Bluetooth® wireless technology and App (optional) -
Frequency
W-band (~80 GHz)
-
Accuracy
+/- 1 mm (0.04 in)
-
Ambient temperature
-40…+80 °C
(-40…+176 °F) -
Process temperature
-40…+200 °C
(-40…+392 °F) -
Process pressure / max. overpressure limit
Vacuum…+25 bar
(Vacuum…+362.6 psi) -
Main wetted parts
PTFE or PEEK antenna,
316L threads,
PTFE cladded flanges -
Process connection
Threads:
G, MNPT 3/4″, 1-1/2″
Flanges:
DN50 … DN150
ASME 2″ …6″ -
Process connection hygienic
DIN11851, Tri-Clamp
-
Max. measurement distance
80 m (262 ft)
-
Communication
4…20 mA HART,
Additional switch,
Bluetooth® wireless technology -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, KC, EAC, UK Ex
-
Safety approvals
Overfill protection WHG,
SIL 2, SIL 3 -
Design approvals
EN 10204-3.1
NACE MR0175, MR0103
AD2000 -
Hygienic approvals
CoC-ASME BPE
-
Options
Display,
Customized parameterization,
Remote operation via SmartBlue App using Bluetooth®,
PWIS free,
Gastight feed through -
Application limits
Radar measurement Micropilot FMR60
The standard sensor for highest demands in liquid level measurement with 80GHz technology
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- X
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Measuring principle
Level radar
-
Characteristic / Application
For basic level measurement in liquids, pastes and slurries;
non affected by changing media, temperature changes, gas blankets or vapor;
For applications with many obstacles due to the very small beam angle. -
Specialities
Heartbeat Technology,
SIL 2/3 according to IEC 61508,
Bluetooth® commissioning,
Operation and maintenance SmartBlue App,
Safety and reliability with Multi-Echo Tracking
HistoROM
RFID TAG for easy identification -
Supply / Communication
2-wire (HART)
Bluetooth® wireless technology and App (optional) -
Frequency
W-band (~80 GHz)
-
Accuracy
+/- 1 mm (0.04 in)
-
Ambient temperature
-40…+80 °C
(-40…+176 °F) -
Process temperature
-40…+130 °C
(-40…+266 °F) -
Process pressure / max. overpressure limit
Vacuum …16 bar
(Vacuum … 232 psi) -
Main wetted parts
PTFE antenna
PP or 316L process connections -
Process connection
Thread:
G1-1/2″, MNPT1-1/2″;
Flange:
UNI DN80…DN150 (3″…6″) -
Max. measurement distance
50 m (164 ft)
-
Communication
4…20 mA HART,
Additional switch,
Bluetooth® wireless technology -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, KC, EAC, UK Ex
-
Safety approvals
Overfill protection WHG
SIL 2, SIL 3 -
Design approvals
EN 10204-3.1
-
Options
Display,
Customized parameterization,
Remote operation via SmartBlue App using Bluetooth®,
Gas-tight feed through,
PWIS free -
Application limits
Process temp. > 130 °C (266 °F) -> FMR62
Very aggressive media -> FMR62
Strong turbulences and foam, stilling well and bypass -> FMR5x, FMP5x
Field of application
Micropilot FMR60 is the first 80GHz radar developed according to the international functional safety directive IEC 61508. The free space radar offers maximum reliability due to the drip-off antenna, improved algorithms and small beam angle. It is used for continuous non-contact level measurement of liquids, pastes and slurries. The measurement is not affected by changing media, temperature changes, gas blankets or vapors. It also possesses the smart sensor functionality Heartbeat Technology.
80GHz drip-off antenna suited for free space applications up to 50m and offers high beam focusing for vessels with many internal fittings.
Process connections: Threads or flanges
Temperature: –40 to +130°C (–40 to +266°F)
Pressure: –1 to +16bar (–14.5 to +232psi)
Maximum measuring range: 50m (164ft)
Accuracy: ±1mm (0.04in)
W-band: 80GHz
International explosion protection certificates, overfill prevention WHG, SIL, marine approvals, 5-point linearity protocol
Benefits
Hardware and software developed according to IEC 61508 up to SIL3 in homogeneous redundancy Heartbeat Technology for a cost-effective and safe plant operation during the entire life cycle HistoROM data management concept for fast and easy commissioning, maintenance and diagnostics Highest reliability even with obstructions in vessels due to small beam angle and Multi-Echo Tracking evaluation Reduction of engineering effort due to an easier integration of the 80GHz radar instrument into the process Innovative drip-off antenna of PTFE for maximum system availability The world’s easiest proof test concept for SIL and WHG saves time and costs
Radar measurement Time-of-Flight Micropilot FMR56
Economically efficient basis model for level measurement in solids
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Measuring principle
Level radar solid
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Characteristic / Application
For simple applications:
Reliable non-contact level measurements in silos or storage tanks for bulk solids -
Specialities
Heartbeat Technology,
Bluetooth® commissioning,
Operation and maintenance SmartBlue App,
Safety and reliability with Multi- Echo Tracking,
HistoROM,
RFID TAG for easy identification, -
Supply / Communication
2-wire (HART/ PROFIBUS PA/ FOUNDATION Fieldbus)
4-wire (HART)
Bluetooth® wireless technology and App (optional) -
Frequency
K-band (~26 GHz)
-
Antenna
Horn DN80/3″, PP plated
Horn DN100/4″, PP plated -
Accuracy
+/- 3 mm (0.12 in)
-
Ambient temperature
-40 °C…+80 °C
(-40 °F…+176 °F) -
Process temperature
-40 °C…+80 °C
(-40 °F…+176 °F) -
Process pressure / max. overpressure limit
Vacuum…3 bar
(Vacuum…43.5 psi) -
Main wetted parts
PP, UP
-
Process connection
Flange:
UNI DN80…DN150
(3″…6″)
Mounting bracket -
Max. measurement distance
30 m (98 ft)
-
Communication
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus
Bluetooth® wireless technology -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, INMETRO, NEPSI, EAC Ex, KC, UK Ex
-
Safety approvals
SIL
-
Options
Display,
Customized parameterization
Remote operation via SmartBlue App using Bluetooth® -
Application limits
DK < 1.6
Reduction of the max. possible measuring range through:
Media with poor reflection properties
Angle of repose
Extremely loose surfaces of bulk solids, e.g. bulk solids with low bulk weight for pneumatic filling
Build-up, above all of moist products
Field of application
Micropilot FMR56 is particularly designed for light-duty process conditions as they occur in silos or bins for solids. Micropilot free space radar is used for continuous, non-contact level measurement in powdery to granular bulk solids. Dust, filling noises, temperature layers and gas layers do not affect the measurement.
PP-plated horn antenna can be easily aligned to the surface of the solids by the mounting bracket or a turnable seal.Process connections: Mounting bracket or slip-on flangeTemperature: -40 to +80°C (-40 to +176°F)Pressure: -1 to +3bar (-14.5 to +43.5psi)Maximum measuring range: 30m (98ft)K-band: 26GHzInternational explosion protection certificates, SIL, 5-point linearity protocol
Benefits
Reliable measurement even for changing product and process conditionsHistoROM data management concept for fast and easy commissioning, maintenance and diagnosticsHighest reliability even in the presence of obstructions in the vessel due to new Multi-Echo Tracking evaluationHardware and software developed according to IEC 61508 up to SIL3 (in homogeneous redundancy)Heartbeat Technology for a cost-effective and safe plant operation during the entire life cycleSeamless integration into control or asset management systems and intuitive, menu-guided operation concept (on-site or via the control system)World’s easiest proof test concept for SIL and WHG saves time and cost
Radar measurement Time-of-Flight Micropilot FMR50
Basic model for level liquid applications
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- L
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Measuring principle
Level radar
-
Characteristic / Application
For basic level measurement in liquids, pastes and slurries; non affected by changing media, temperature changes, gas blankets or vapor;
Encapsulated PVDF or PP clad horn antenna -
Specialities
Heartbeat Technology,
SIL 2 according to IEC 61508,
Bluetooth® commissioning,
Operation and maintenance SmartBlue App,
Safety and reliability with Multi-Echo Tracking,
HistoROM,
RFID TAG for easy identification -
Supply / Communication
2-wire (HART / PROFIBUS PA/ FOUNDATION Fieldbus)
4-wire (HART)
Bluetooth® wireless technology and App (optional) -
Frequency
K-band (~26 GHz)
-
Accuracy
+/- 2 mm (0.08 in)
-
Ambient temperature
-40…+80 °C
(-40…+176 °F) -
Process temperature
-40…+130 °C
(-40…+266 °F) -
Process pressure / max. overpressure limit
Vacuum…3 bar
(Vacuum…43.5 psi) -
Main wetted parts
PVDF, Viton, PP, PBT
-
Process connection
Thread:
G1 1/2, MNPT1 1/2
Flange:
UNI DN80…DN150 (3″…6″) -
Max. measurement distance
Standard: 30 m (98 ft)
With advanced dynamics: 40 m (131 ft) -
Communication
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus
Bluetooth® wireless technology -
Certificates / Approvals
ATEX, FM, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, KC, EAC, UK Ex
-
Safety approvals
Overfill protection WHG
SIL -
Options
Display,
Customized parameterization,
PWIS free,
Remote operation via SmartBlue App using Bluetooth® -
Application limits
Ammoniacal gas phase:
FMR54 in stilling well
Strong build-up formation:
FMR54 with air purge
Low DK:
FMR51
Only PTFE resistant:
FMR52
Custody transfer measurement:
FMR5xx
Field of application
Micropilot FMR50 is the best choice in simple reservoir and storage applications as well as in utility processes. The FMR50 free space radar is used for continuous, non-contact level measurement of liquids, pastes and slurries. The measurement is not affected by changing media, temperature changes, gas blankets or vapors. Remote access with SmartBlue app via Bluetooth module is available.
Encapsulated PVDF or PP-plated horn antenna.
Process connections: Thread, mounting bracket or slip-on flange
Temperature: -40 to +130°C (-40 to +266°F)
Pressure: -1 to +3bar (-14.5 to +43.5psi)
Maximum measuring range: 30m (98ft), 40m (131ft) for enhanced dynamics
Accuracy: ±2mm
K-band: 26GHz
International explosion protection certificates, overfill prevention WHG, SIL, 5-point linearity protocol
Benefits
Reliable non-contact measurement even for changing product and process conditionsHistoROM data management concept for fast and easy commissioning, maintenance and diagnosticsHighest reliability even in the presence of obstructions in the vessel due to new Multi-Echo Tracking evaluationHardware and software developed according to IEC 61508 up to SIL3 (in homogeneous redundancy)Heartbeat Technology for a cost-effective and safe plant operation during the entire life cycleSeamless integration into control or asset management systems and intuitive, menu-guided operation concept (on-site or via the control system)World’s easiest proof test concept for SIL and WHG saves time and cost
Electromechanical Level measurement Silopilot FMM50
For continuous level measurement even in high bulk solids silos or bins
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Measuring principle
Electromechanical
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Characteristic / Application
Not affected by characteristics of solid medium
Mesuring range: 70m -
Specialities
Switch to indicate need of maintenance (predictive maintenance)
-
Supply / Communication
180 … 253 V, 50/60 Hz
-
Accuracy
+/- 5 cm
-
Ambient temperature
-40°C … +70°C
(-40°F … 158°F) -
Process temperature
-20°C … +230°C
(-4°F … 446°F) -
Process pressure / max. overpressure limit
0.8 … 3 bar abs.
(11.6psi …43.5psi abs.) -
Main wetted parts
Aluminium, Steel, Stainless steel
-
Process connection
Flange DN100 PN16 / 4″
-
Blocking distance
Top: 500 mm (20 “)
-
Max. measurement distance
70m (230ft)
-
Communication
0/4…20 mA
-
Certificates / Approvals
ATEX
-
Design approvals
EN10204-3.1
Field of application
Silopilot FMM50 is an electromechanical level system. Depending on the sensing weight, the level can be measured in bins or silos with dusty, fine-grained or coarse-grained bulk solids or in tanks with liquids.
For level measurement in bunkers or silos for dusty, fine or coarse-grained bulk products, or in tanks containing liquids.
Process connection: Flange
Temperature: -40 to +230°C (-40 to +446°F)
Pressure: 0.8 to 3bar (11.6 to 43.5psi)
Measuring range: 70m (230ft)
Accuracy: ±5cm (1.97″)
International explosion protection certificates
Benefits
High reliability level measurement of powdery, fine-grained or coarse-grained bulk solidsSafe measurements in extremely dusty environments Fully electronic digital minimum fail-safe control, therefore no running down of the sensor weight into the silo outlet and no risk to the conveying systems Quick menu-guided local operation using a 4-line text displayHigh performance three-phase engine (traction power up to 500N) using a single-phase supply voltage by employment of a converter, therefore simple electric supply Optional design with certification for application in areas subject to dust explosion hazard zones 20, 21 and 22 (measuring zone) or zones 21 and 22 (device zone), category 1/2D
Electromechanical Level measurement Silopilot FMM20
Basic model for continuous level measurement in light bulk solids
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- L
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Measuring principle
Electromechanical
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Characteristic / Application
Not affected by characteristics of solid medium
Mesuring range: 32m -
Specialities
Switch to indicate need of maintenance (predictive maintenance)
-
Supply / Communication
90… 253V, 50/60Hz
20 – 28 VDC -
Accuracy
+/- 2.5 cm (0.98″)
-
Ambient temperature
-40°C … +60°C
(-40°F…140°F) -
Process temperature
-20°C … +150°C
(-4°F…302°F) -
Process pressure / max. overpressure limit
0.8 … 1.1 bar abs.
(11.6psi …15.95psi abs.) -
Main wetted parts
Aluminium, Steel, Stainless steel
-
Process connection
Flange DN100 PN16 / 4″
-
Blocking distance
Top: 500mm (20″)
-
Max. measurement distance
32m (105ft)
-
Communication
0/4…20 mA
-
Certificates / Approvals
ATEX
Field of application
Silopilot FMM20 is a low cost device for electromechanical level measurement in bins or silos with dusty, fine-grained or coarse grained bulk solids or in tanks with liquids.
For measurement of light bulk solids such as wheat, plastic granules and powder in bunkers or silos with dusty, fine-grain or coarse-grain bulk solids.
Process connection: Flange
Temperature: -20 to +150°C (-4 to +302°F)
Pressure: 0.8 to 1.1bar (11.6 to 15.95psi)
Measuring range: 32m (105ft)
Accuracy: ±2.5cm (0.98″)
International explosion protection certificates
Benefits
Tried and tested, reliable measurement of light bulk solids, e.g. cereals, plastic granulate, powderSafe measurements in extremely dusty environmentsFully electronic digital minimum fail-safe control, therefore no running down of the sensor weight into the silo outlet and no risk to the conveying systems Quick menu-guided local operation using a 4-line text displaySupply voltage 90 to 253VAC (wide-range voltage power unit) as well as 24VDC, depending on version selected
Capacitance Level measurement Liquicap FMI52
For continuous level and interface measurement in liquids – for large measuring ranges
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Measuring principle
Capacitive
-
Characteristic / Application
Fully insulated rope probe, for standard and extreme process conditions (temperature, pressure)
-
Interface measurement
Interfaces liquid / liquid also with emulsion layers
-
Specialities
Inactive length
Factory calibrated
short response time by change of value -
Supply / Communication
12-36V DC HART
PFM -
Accuracy
repeatablity 0,1%
-
Linearity error for conductive liquids
<0,25%
-
Ambient temperature
-50°C…+70°C
-58°F…+158°F -
Process temperature
-80°C…200°C
-112°F…392°F -
Process pressure / max. overpressure limit
Vacuum … 100 bar
(Vaccum … 1450 psi) -
Main wetted parts
Insulation material: FEP,PFA
316L -
Process connection
G 3/4, G 1, G1 1/2 /NPT 3/4″, NPT 1, NPT1 1/2″
Flange from DN25…/ASME 1″…/JIS… -
Process connection hygienic
Tri-Clamp ISO02852 gap free plated
Dairy coupling
Flush-mounted seal -
Sensor length
Total length: 6m (20ft)
Inactive length: max. 2m (7ft) -
Max. measurement distance
0.42 m … 10.0 m
(1.38 ft … 33 ft) -
Communication
4…20mA HART
PFM -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, TIIS, INMETRO, NEPSI, EAC
-
Safety approvals
SIL
-
Design approvals
EN 10204-3.1
NACE MR0175 -
Hygienic approvals
EHEDG
-
Marine approval
GL/ ABS/ DNV
-
Options
Separate housing
gas-tight probe seal -
Application limits
Changing, non-conductive
media, conductivity
< 100 μS/cm
Notice the pressure and temperature derating
Field of application
Liquicap FMI52 is a reliable fully insulated rope probe for continuous level monitoring in liquids, particularly in small tanks, build-up forming media and extremely high temperatures – especially for large measuring ranges. The measurement is independent of the dielectric constant (dc). Used in conjunction with Fieldgate FXA320 (remote measured value interrogation using Internet technology), Liquicap is an ideal solution for Inventory Management Solutions.
Device is independent of the dielectric constant (dc) as of a liquid conductivity of 100μS/cm and allows measurement of various liquids without the need for recalibration.
Process connections: Flanges and threads
Process pressure: Vacuum to +100bar (vacuum to 1,450psi)
Measuring range: 0.42 to 10.0m (1.38 to 33ft)
Temperature: -80 to +200°C (-112 to +392°F)
International explosion protection certificates, overfill prevention WHG, SIL, hygienic certificates, marine approvals
Benefits
Use also in safety systems requiring functional safety to SIL2 in accordance with IEC 61508Reliable and universal application thanks to wide range of certificates and approvals No calibration necessary (factory preconfiguration). No calibration necessary for media with a conductivity of 100μS/cm and higherMaterial in contact with the process made of corrosion-resistant materialMenu-guided local configuration via plain text display (optional) Two-stage overvoltage protection
Capacitance Level measurement Liquicap FMI21
For continuous level measurement in conductive liquids
- F
- L
- E
- X
-
Measuring principle
Capacitive
-
Characteristic / Application
Two-rod probe
Preconfigured from factory 0%…100%
High quality, non-corrosive materials (carbon fibre, stainless steel)
Suitable for aggressive liquids (many acids and alkalis) -
Specialities
Probe shorting kit available
-
Supply / Communication
10 … 30VDC
-
Accuracy
< 1%
-
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) -
Main wetted parts
Probe rods:
316L/1.4404 / PP
Option: carbon fibre PP coated -
Process connection
G 1½
NPT 1½ -
Sensor length
Total length of probe 2.5 m
-
Max. measurement distance
2.5 m (8 ft)
-
Communication
4 … 20 mA
-
Certificates / Approvals
ATEX, CSA, CSA C/US
-
Safety approvals
Overfill prevention WHG
-
Options
Display
-
Application limits
Changing, non-conductive
media, conductivity
< 3 0 μS/cm
Highly viscous liquids
> 2 000 cst
Field of application
Liquicap FMI21 is a simple and cost-effective rod probe for continuous level measurement for conductive liquids. High quality non-corrosive materials (carbon fibre, stainless steel) make it suitable even for aggressive liquids (e.g. acids and alkalis). Used in conjunction with the Fieldgate FXA320 (remote measured value interrogation using Internet technology), Liquicap is an ideal solution for Inventory Management Solutions.
The device is preconfigured from factory 0 to 100% to probe length ordered. It can be used as of a conductivity of 30μS/cm and the measurement is independent of the dc-value (dielectric constant) of the liquid. Suited for cistern measurements.
Process connection: Thread
Process pressure: Vacuum to 10bar (vacuum to 145psi)
Measuring range: Up to 2.5m (8ft)
Temperature: -40 to +100°C (-40 to +212°F)
International explosion protection certificates, overfill prevention WHG
Benefits
Safe and reliable function regardless of tank geometryNo calibration necessary (factory preconfiguration)High quality, non-corrosive materials (carbon fibre, stainless steel) for use in aggressive liquidsNo moving parts in tankCost-effective solution for continuous level measurementOptimized storage by simply shortening the probe rods on site
Radiometric measurement Gamma Modulator FHG65
Effective suppression of background radiation and extraneous radiation at the Gammapilot FMG50
-
Measuring principle
Radiometric
-
Characteristic / Application
Radiometric Measurement
Effective Suppression of Background Radiation and Extraneous
Radiation at the Gammapilot FMG60 -
Specialities
Unhindered measurement with Gammapilot M
FMG60 in the event of
-Interference radiation from nondestructive material testing up to 50 μSv/h
– Fluctuating background radiation -
Supply / Communication
DC: 18-36V
-
Ambient temperature
-40°C …60°C
(-40°F … 140°F)
with cooling jacket:
0°C …120°C
(32°F …248 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Main wetted parts
Non-contact
-
Process connection
Non-contact
-
Process connection hygienic
Non-contact
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, TIIS, NEPSI
-
Components
Synchronizer FHG66
-
Measuring principle
Radiometric
-
Characteristic / Application
Effective Suppression of Background Radiation and Extraneous
Radiation at the Gammapilot FMG60 -
Specialities
Unhindered measurement with Gammapilot M
FMG60 in the event of
-Interference radiation from nondestructive material testing up to 50 μSv/h
– Fluctuating background radiation -
Supply / Communication
DC: 18-36V
-
Ambient temperature
-40°C …60°C
(-40°F … 140°F)
with cooling jacket:
0°C …120°C
(32°F …248 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Main wetted parts
Non-contact
-
Process connection
Non-contact
-
Process connection hygienic
Non-contact
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, TIIS, NEPSI
-
Components
Synchronizer FHG66
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Radiometric Measurement
Effective Suppression of Background Radiation and Extraneous
Radiation at the Gammapilot FMG60 -
Specialities
Unhindered measurement with Gammapilot M
FMG60 in the event of
-Interference radiation from nondestructive material testing up to 50 μSv/h
– Fluctuating background radiation -
Supply / Communication
DC: 18-36V
-
Ambient temperature
-40°C …60°C
(-40°F … 140°F)
with cooling jacket:
0°C …120°C
(32°F …248 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Main wetted parts
Non-contact
Modular holder system Flexdip CYH112
Holder for in-situ measurement in water, wastewater and utilities
-
Measuring principle
Potentiometric
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYH112 is a modular holder system for sensors and assemblies in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
The holder system CYH112 works for nearly any type of fixing:
Fixing on the floor, wall or directly on a rail -
Material
Main pipe, transverse pipe: stainless steel 1.4404
Chain: PA or stainless steel 1.4401 -
Process temperature
-20 to 60 °C (-4 to 140 °F)
-
Measuring principle
Sensor ORP / Redox
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYH112 is a modular holder system for sensors and assemblies in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
The holder system CYH112 works for nearly any type of fixing:
Fixing on the floor, wall or directly on a rail -
Material
Main pipe, transverse pipe: stainless steel 1.4404
Chain: PA or stainless steel 1.4401 -
Process temperature
-20 to 60 °C (-4 to 140 °F)
-
Measuring principle
Conductive
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYH112 is a modular holder system for sensors and assemblies in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
The holder system CYH112 works for nearly any type of fixing:
Fixing on the floor, wall or directly on a rail -
Material
Main pipe, transverse pipe: stainless steel 1.4404
Chain: PA or stainless steel 1.4401 -
Process temperature
-20 to 60 °C (-4 to 140 °F)
-
Measuring principle
Amperometric oxygen measurement
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYH112 is a modular holder system for sensors and assemblies in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
The holder system CYH112 works for nearly any type of fixing:
Fixing on the floor, wall or directly on a rail -
Material
Main pipe, transverse pipe: stainless steel 1.4404
Chain: PA or stainless steel 1.4401 -
Process temperature
-20 to 60 °C (-4 to 140 °F)
-
Measuring principle
Total chlorine
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
The holder system CYH112 works for nearly any type of fixing:
Fixing on the floor, wall or directly on a rail
Immersion assembly Flexdip CYA112
Modular assembly for water, wastewater and utilities
-
Measuring principle
Potentiometric
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYA112 is a modular assembly system for sensors in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
Versions in stainless steel or PVC
-
Material
Immersion pipe, connection angle, welded threads: stainless steel 1.4404
Sensor adaption, quick fastener, multifunctional clamp ring: POM – GF
O-rings: EPDM -
Dimension
Immersion pipe diameter: 40 mm (1.57 inch)
Length: 600, 1200, 1800 and 2400 mm
(23.6, 47.2, 70.9 and 94.5 inch) -
Process temperature
0 to 60 °C (32 to 140 °F)
-
Measuring principle
Sensor ORP / Redox
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYA112 is a modular assembly system for sensors in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
Versions in stainless steel or PVC
-
Material
Immersion pipe, connection angle, welded threads: stainless steel 1.4404
Sensor adaption, quick fastener, multifunctional clamp ring: POM – GF
O-rings: EPDM -
Dimension
Immersion pipe diameter: 40 mm (1.57 inch)
Length: 600, 1200, 1800 and 2400 mm
(23.6, 47.2, 70.9 and 94.5 inch) -
Process temperature
0 to 60 °C (32 to 140 °F)
-
Measuring principle
Conductive
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYA112 is a modular assembly system for sensors in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
Versions in stainless steel or PVC
-
Material
Immersion pipe, connection angle, welded threads: stainless steel 1.4404
Sensor adaption, quick fastener, multifunctional clamp ring: POM – GF
O-rings: EPDM -
Dimension
Tauchrohr Durchmesser: 40 mm (1.57 Zoll)
Länge: 600, 1200, 1800 und 2400 mm
(23.6, 47.2, 70.9 und 94.5 Zoll) -
Process temperature
0 … 60 °C (32 … 140 °F)
-
Measuring principle
Amperometric oxygen measurement
-
Application
Water treatment, wastewater treatment, plant design, open channels, basins, open tanks and process vats, fluctuating water levels
-
Installation
CYA112 is a modular assembly system for sensors in open basins, channels and tanks
-
Characteristic
Simple and easy installation
Universal and flexible -
Design
Versions in stainless steel or PVC
-
Material
Immersion pipe, connection angle, welded threads: stainless steel 1.4404
Sensor adaption, quick fastener, multifunctional clamp ring: POM – GF
O-rings: EPDM -
Dimension
Immersion pipe diameter: 40 mm (1.57 inch)
Length: 600, 1200, 1800 and 2400 mm
(23.6, 47.2, 70.9 and 94.5 inch) -
Process temperature
0 to 60 °C (32 to 140 °F)
Suspended solids sensor Turbimax CUS51D
Memosens sensor for suspended solids and turbidity measurement in water, wastewater and utilities
- F
- L
- E
- X
-
Measuring principle
Four beam alternating light
-
Application
Wastewater, process water and primary water treatment applications.
Turbidity and suspended solids measurement at all stages of the wastewater treatment process and at primary water treatment applications with medium to high turbidities. -
Installation
Insitu (immersion in process or retractable holder), extractive with sample and flow cell
-
Design
40 mm sensor, stainless steel
-
Dimension
194 mm x 40 mm
-
Material
Stainless steel 316L
-
Measurement range
For formazin: 0 to 4000 FNU
Display range up to 9999 FNU
For sludge: 0 to 300 g/L
The achievable measuring range depends very much on the media -
Connection
G1, NPT3/4″
-
Ingress protection
IP68 (1 m / 3.3 ft) water column with 1N KCl during 60 days
-
Measuring principle
Four beam alternating light
-
Application
Wastewater, process water and primary water treatment applications.
Turbidity and suspended solids measurement at all stages of the wastewater treatment process and at primary water treatment applications with medium to high turbidities. -
Installation
Insitu (immersion in process or retractable holder), extractive with sample and flow cell
-
Measurement range
For formazin: 0 to 4000 FNU
Display range up to 9999 FNU
For sludge: 0 to 300 g/L
The achievable measuring range depends very much on the media -
Measuring principle
Scattered light in 90°/135° and 4beam cross light
-
Design
40 mm sensor, stainless steel
-
Material
Stainless steel 316L
-
Dimension
194 mm x 40 mm
-
Process temperature
Process temperature:
-5 to 50 °C (23 to 122 °F)
Ambient temperature:
-20 to 60 °C (-4 to 140 °F) -
Connection
G1, NPT3/4″
-
Ingress protection
IP68 (1 m / 3.3 ft) water column with 1N KCl during 60 days
Field of application
Turbimax CUS51D is a smart sensor that allows unattended operation in a wide range of process conditions. Its unique design is extremely robust and it is also low-maintenance thanks to its self-cleaning functionality. Choose from different integrated analytical models to adapt the sensor to your specific application. With Memosens digital technology, the CUS51D combines maximum process and data integrity with simple operation. It resists corrosion and moisture and enables lab calibration.
Turbimax CUS51D measures suspended solids and turbidity in:
Wastewater treatment plants:- Solids content measurement in aeration, recirculation and sludge treatment- Flocculent dosing- Turbidity measurement in the outlet
Drinking and process water:- Solids content measurement in sludge treatment- Flocculent dosing
Utilities of all industries:- Solids content measurement in aeration, recirculation and sludge treatment- Flocculent dosing
Benefits
One sensor for all applications: The ‘one for all’ principle optimizes stockholding, speeds up project handling and simplifies life cycle management.Optimum adaption to all measuring tasks:Sensor fits all measuring ranges thanks to numerous integrated analytical models.Fast and easy commissioning: Sensor comes precalibrated and preconfigured ex factory. Enables unattended plant operation: Intelligent design enables sophisticated self-cleaning capabilities and minimizes maintenance. Perfect process adaption: Fast sensor positioning with holder and assembly system Flexdip CYA112 and CYH112.
Digital pH sensor Ceragel CPS71D
Memosens glass electrode for the chemical and life sciences industries
- F
- L
- E
- X
-
Measuring principle
Potentiometric
-
Application
Aggressive chemical and hygienic applications, process
-
Characteristic
Analog, digital pH single-rod measuring cells
For chemical process, hygienic and sterile applications with an ion trap for poison-resistant reference -
Measurement range
pH 0 to 14
-
Measuring principle
Ceramic diaphragm, ion-trap
-
Design
All shaft lengths with temperature sensor
Advanced gel technology
Digital electrode with Memosens technology -
Material
Glass and ceramic
-
Dimension
Diameter: 12 mm (0.47 inch)
Shaft lengths: 120, 225, 360 and 425 mm
(4.72, 8.86, 14.2 and 16.7 inch) -
Process temperature
0 to 140 °C (32 to 284 °F)
-
Process pressure
1 to 14 bar (15 to 203 psi)
-
Temperature sensor
NTC 30k
-
Ex certification
ATEX, FM, CSA
-
Connection
Inductive, digital connection head with Memosens technology
-
Ingress protection
IP68
-
Additional certifications
3A, biocompatibility
Field of application
Ceragel CPS71D is the digital specialist for demanding processes and hygienic applications. Its contamination-resistant gel guarantees stable measurement even in flowing media or low conductivity. The sensor measures reliably at high temperatures and is non-toxic assuring highest safety. Ceragel CPS71D is not the latest Memosens generation. To get information on the new Memosens sensors with extended functionality, click CPS71E for chemical applications and CPS61E for hygienic applications.
Process technology and monitoring of processes with:- Quickly changing pH values- High proportion of electrode poisons such as H2SChemical industryHygienic and sterile applications:- Fermenters- Biotechnology- Life sciencesWith ATEX, FM, and CSA approval for application in hazardous areas
Benefits
Sensor resists strong acids and bases and high organic loadsSuitable for CIP/SIP and autoclaving maintaining high accuracyFree from animal-based materials and from acrylamide Maximum process safety through non-contact inductive signal transmissionEnables predictive maintenance due to storage of sensor and process-specific data Reduced operating costs thanks to minimized process downtime and extended sensor lifetime
Zero-point gel COY8
Ready-to-use gel for validation, calibration, and adjustment of oxygen and disinfection sensors
The COY8 zero-point gel is available in different bottle sizes. This version is perfectly suitable for oxygen sensors with a diameter of 12 mm.
-
Measuring principle
Amperometric oxygen measurement
-
Application
Zero point gel for oxygen sensor verification, adjustment or calibration
-
Measurement range
Zero point
-
Dimension
Available for 12 mm and 40 mm oxygen sensors
-
Measuring principle
Amperometric oxygen measurement
-
Application
Zero point gel for disinfection sensor adjustment
-
Measurement range
Zero point
-
Dimension
Available for 25 mm disinfection sensors
Field of application
COY8 is a ready-made gel that allows you to detect the true zero point of your oxygen and disinfection (e.g. free chlorine) sensors. This improves the reliability and accuracy of your measuring points leading to increased product quality and yield. What’s more, it helps you decide whether a sensor should be adjusted, maintained or replaced. The gel doesn’t require additional chemicals or preparation. It is instantly ready to use and is reusable within 24 hours after opening.
COY8 zero-point gel determines the true zero point of virtually all sensors that measure the parameters:
Oxygen
Free chlorine
Total chlorine
Chlorine dioxide
Etc.
It is used for example in:
Life Sciences- Fermentation processes
Food & Beverages- Inertization processes
Power & Energy- Steam/water cycle
Drinking water- Distribution network- Critical control points (CCPs)
Utilities of all industries- Water treatment
Benefits
Be sure: exact determination of the true zero of your oxygen and disinfection / chlorine measuring points.Enhance your product quality: the zero-point calibration improves the accuracy and reliability of your measurements and can increase the quality and yield of your products.Speed up your maintenance: the gel is instantly ready to use – just insert the sensor!Simplify your maintenance: one tool for validation, calibration and adjustment of all your sensors in the field and the lab.Improve safety at work: the ready-made gel comes in safe, easy-to-use bottles removing the need for manual chemical preparation by plant personnel.
Digital conductivity sensor Indumax CLS54D
Memosens toroidal conductivity sensor for hygienic and sterile applications
- F
- L
- E
- X
-
Measuring principle
Inductive
-
Application
Food, beverage and pharmaceutical industries, biotechnology, dairies, breweries
-
Characteristic
Specifically intended for use in hygienic applications and especially suitable for following applications:
Phase separation, control of CIP, concentration control, product monitoring, leakage monitoring -
Measurement range
100 µS/cm to 2000 mS/cm
Cell constant k: 6.3 1/cm -
Measuring principle
Inductive conductivity measurement
-
Design
Hygienic design with food-grade virgin PEEK body in jointless and creviceless design including all hygienic certifications
-
Material
In contact with medium: virgin PEEK
-
Process temperature
-10 °C to 125 °C (14 °F to 257 °F)
Sterilization: 150 °C at 6 bar abs for max. 60 min
(302 °F at 87 psi abs for max. 60 min) -
Process pressure
13 bar abs up to 90 °C (188.5 psi abs up to 194 °F)
9 bar at 125 °C (130.5 psi abs at 257 °F) -
Temperature sensor
Pt1000 (Class A according to IEC 60751)
-
Connection
Dairy pipe, Aseptic-fitting, Clamp ISO 2852, SMS-2″, Varivent N DN 40-125, Neumo Biocontrol D50
-
Ingress protection
IP68 / NEMA type 6P
-
Additional certifications
FDA, EHEDG, 3-A
Biological reactivity USP class VI part <87> and <88>
Field of application
The Indumax CLS54D inductive conductivity sensor protects all of your products and processes that must meet the strictest hygienic and sterile demands. Its outstanding performance combined with a unique hygienic design ensures highest safety and quality of your products. Thanks to Memosens digital technology, Indumax CLS54D combines maximum process and data integrity with simple operation. It resists corrosion and moisture, enables lab calibration, and facilitates predictive maintenance.
Indumax CLS54D measures toroidal conductivity in hygienic food & beverage and life science applications, such as:
Phase separation of product/water and product/product mixtures in pipe systems
Control of CIP (cleaning in place) processes in the return channel
Concentration control in remaking of CIP cleaning agents
Product monitoring in pipe systems, bottling plants, quality assurance
Leakage monitoring
Its unique hygienic design is certified by EHEDG and 3-A.
Benefits
Unique hygienic design avoids contaminationWith all hygienic certificates required in hygienic and sterile applications, compliant with EG 2023/2006 and 1935/2004Food grade virgin PEEK body without joints nor crevicesCertified biocompatibility according to USP class VISuitable for cleaning-in-place (CIP) and sterilization-in-place (SIP)Convenient maintenance strategy with Memobase Plus for easy data and sensor managementReliable values thanks to active connection monitoring and EMC protection
Conductivity compact device Smartec CLD134
Toroidal conductivity measuring system for hygienic and sterile applications
- F
- L
- E
- X
-
Measuring principle
Inductive
-
Application
Food, beverage, dairies, breweries and pharmaceutical industries, biotechnology
-
Characteristic
Specifically intended for use in hygienic applications and especially suitable for following applications:
Phase separation, control of CIP, concentration control, product monitoring, leakage monitoring -
Measurement range
100 µS/cm to 2000 mS/cm
Cell constant k : 6.3 1/cm -
Measuring principle
Inductive conductivity measurement
-
Design
Hygienic design with FDA certified virgin PEEK body including all hygienic certifications
-
Material
In contact with medium: Virgin PEEK
-
Process temperature
Max. 125 °C (max. 257 °F)
For sterilization: up to 150 °C for max. 60 min
(up to 302 °F for max. 60 min) -
Process pressure
12 bar abs up to 90 °C
(174 psi abs up to 194 °F) -
Temperature sensor
Pt 1000
-
Connection
Dairy pipe, aseptic-fitting, Clamp ISO 2852, SMS-2″, Varivent N DN 40-125, Neumo Biocontrol D50
-
Ingress protection
IP67
-
Output / communication
Conductivity, concentration and temperature. 0/4 to 20 mA, HART, Profibus
-
Additional certifications
FDA, EHEDG, 3A
Biological reactivity USP class VI part <87> and <88>
EC Regulation No. 1935/2004
Field of application
Smartec CLD134 is a measuring system for inductive conductivity in the food & beverage and life sciences industries. The combination of a transmitter and a sensor is interference-free and especially easy-to-use. It meets the highest hygienic and sterile demands thanks to its food-grade virgin PEEK body, its jointless and creviceless design and its hygienic certificates. Smartec CLD134 is therefore the ideal package to ensure the highest safety and quality of your products and processes.
The hygienic Smartec CLD134 measures toroidal conductivity in food & beverage and life science applications:
Phase separation of product/water and product/product mixtures in pipe systems
Control of CIP processes in the return channel
Concentration control in remaking of CIP cleaning agents
Product monitoring in pipe systems, bottling plants, quality assurance
Leakage monitoring
It features the following protocols and interfaces:
0/4…20mA
HART
PROFIBUS DP
PROFIBUS PA
Benefits
Unique hygienic design avoids recontaminationWith all hygienic certificates required in hygienic and sterile applicationsCertified biocompatibility according to USP class VICompliant with EG 2023/2006 and 1935/2004 Suitable for cleaning-in-place (CIP) and sterilization-in-place (SIP) Durable thanks to encapsulated, jointless design
Digital ozone sensor Memosens CCS58D
Memosens sensor for drinking water, wastewater and process water in all industries
- F
- L
- E
- X
-
Measuring principle
Ozone
-
Application
Drinking water – ensures adequate disinfection
Process water – for hygienic packaging and filling
Wastewater – to ensure safe discharge water -
Characteristic
Amperometric measurement of dissolved ozone
-
Measurement range
0 to 2 mg/l
-
Measuring method
– closed 2 electrode system
– conversion of ozone into a signal current in nA
– signal current is proportional to the concentration of ozone
– the measurement is not pH dependent -
Design
– exchangeable, electrolyte-filled membrane cap
– working and counter electrode
– adaptable shaft for flexible installation in assemblies -
Material
Sensor shaft: PVC
Membrane: Silicone
Membrane cap: PVC -
Dimension
Diameter: 25 mm (0.98 in)
Length: 161 mm (6.34 in) -
Process temperature
+0 to 45 °C (32 to 110 °F), non freezing
-
Process pressure
1 bar (14.5 psi), 2 bar (29 psi) absolute
-
Temperature sensor
10k NTC integrated (Memosens)
-
Connection
Inductive, digital connection head with Memosens
Field of application
Memosens CCS58D is a low-maintenance sensor for ozone. It provides high-precision measurement with an almost exclusive specificity for ozone, ensuring reliable disinfection monitoring. The robust sensor membrane with its high surfactant resistance makes the sensor suitable for diverse applications, e.g. bottle cleaning. Memosens CCS58D is not the latest Memosens generation. To get information on the new Memosens CCS58E sensor with extended functionality, click here.
Memosens CCS58D is an ozone sensor for skid builders and end customers. It measures reliably in:Drinking water – to ensure sufficient disinfectionProcess water – to provide hygienic packaging and bottlingWastewater – to guarantee safe discharge water
Benefits
Almost exclusive specificity for ozone ensures reliable measured values for safe disinfection processes.Robust membrane technology guarantees high surfactant resistance and optimum suitability for cleaning processes such as bottle cleaning. Integrated Heartbeat Technology provides, for example, an electrolyte counter for predictive, application-specific maintenance intervals. Connection to the Liquiline multiparameter transmitter allows for easy combination with other relevant parameters of liquid analysis such as pH and ORP. Fast commissioning is ensured by factory-calibration and plug & play installation of the sensor.
Analog free chlorine sensor CCS51
Sensor for drinking water, pool and process water as well as utilities in all industries
-
Measuring principle
Free chlorine
-
Application
Drinking water – to ensure reliable disinfection
Process water – wide range of application due to large measuring range
Food – to secure absence/presence of free chlorine
Pool water -efficient dosing thanks to precise measurement -
Characteristic
Amperometric measurement of dissolved free chlorine
-
Measurement range
Trace: 0 to 5 mg/l HOCl
Standard: 0 to 20 mg/l HOCl -
Measuring method
– Closed, membrane covered measuring cell
– Reduction of free chlorine at the cathode -
Design
Closed amperometric 2-electrode measuring cell with PVDF membrane
-
Material
Sensor shaft: POM
Membrane: PVDF
Membrane cap: PVDF -
Dimension
Diameter: 25 mm (0.98 in)
Length: 161 mm (6.34 in) -
Process temperature
+0 to 55 °C (32 to 130°F), non-freezing
-
Process pressure
1 bar (14.5 psi)
-
Temperature sensor
10k NTC
-
Connection
analog with fixed cable
Field of application
CCS51 is a robust, low-maintenance sensor for free chlorine. It provides high-precision measurement with long-term stability in drinking water, pool and process water and ensures consistent disinfection monitoring even at low water volumes. The analog free chlorine sensor features extremely fast response times guaranteeing efficient process control and safe processes. CCS51 ensures continuity for the installed base of analog free chlorine measuring points.
CCS51 is an analog free chlorine sensor for skid builders and end customers. It measures reliably in:Drinking water – to ensure reliable disinfectionProcess water – for hygienic and safe packaging and bottling of productsUtilities – to detect the absence or presence of free chlorinePool water – to dose disinfectant efficiently
Benefits
Fast response time (t90 < 25 s) provides accurate process view and enables prompt reaction to process changes as well as efficient process control. Increased process safety: precise and long-term stable measurement ensures consistent process monitoring and allows for individually adapted disinfectant dosing. The low-maintenance, amperometric sensor reduces the cost of ownership of the measuring point, particularly compared to colorimetric measuring systems. Connection to the Liquisys chlorine transmitter ensures continuity for the installed base of analog free chlorine measuring points.
Flow assembly for chlorine dioxide sensors Flowfit CCA151
Simple assembly for drinking and process water applications
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Measuring principle
Free chlorine
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Application
Drinking water
Utilities of all industries
For low sample flow -
Characteristic
Flow through assembly for one disinfection sensor
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Design
Flow assembly with direct inflow to the membran
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Material
Plexiglas (PMMA)
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Dimension
85 mm x 85 mm x 220 mm
(3.35 inch x 3.35 inch x 8.64 inch) -
Process temperature
Max. 60 °C
(Max. 140 °F) -
Process pressure
Max. 4 bar relative
(Max. 58 psi relative)
Field of application
Flowfit CCA151 is a simple flow assembly for disinfection parameters such as chlorine dioxide that do not require pH compensation. Sensors installed in the acrylic glass assembly need only a sample flow as low as 5 l/h (1.32 gph) for accurate measurement. This enables precise control of disinfection processes with minimal water loss. Thanks to flexible mounting options for panels, walls and pipes, Flowfit CCA151 places the disinfection sensor at an optimal position for best measuring results.
CCA151 is a flow assembly for the measurement of disinfection parameters without pH compensation, e.g. chlorine dioxide in:
Drinking water
Utilities of all industries
Applications with low sample volumes
Benefits
Minimum water loss: When installed in Flowfit CCA151, sensors require a sample flow as low as 5 l/h (1.32 gph) for precise chlorine dioxide measurement. Only a very small volume of water goes to waste. Reliable measurement: Flexible mounting options allow you to position the sensor exactly where it is needed to accurately determine the chlorine dioxide content. Cost-effective update of your installed base: Easy replacement of CCA250 thanks to identical dimensions.