Предельное измерение уровня
Вибрационные уровнемеры
Сравнительная таблица предельных ВИБРАЦИОННЫХ уровнемеров для жидких сред
| Liquiphant FTL20 | Liquiphant T FTL20H | Liquiphant T FTL260 | Liquiphant FTL330H | Liquiphant FTL330L | Liquiphant M FTL50 | Liquiphant M FTL50H | Liquiphant M FTL51 | Liquiphant M FTL51C | Liquiphant M FTL51H | Liquiphant S FTL70 | Liquiphant S FTL71 | Liquiphant S FDL60 | Liquiphant S FDL61 | |
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Measuring principle |
Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids | Vibration Liquids |
Characteristic / Application |
most compact device media independent Focus factoryautomation |
most compact hygiene housing and process connections CIP / SIP Switch point 38mm EHEDG approvals |
SIL 3 acc. to IEC61508 / AK5 DIN V 19250 Redundant accord. VdTUV in one device Permanent self function control |
SIL 3 acc. to IEC61508 / AK5 DIN V 19250 Redundant accord. VdTUV in one device Permanent self function control Anual test may be waived Variable length up to 6000mm |
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Supply / Communication |
19 ... 253V AC 10 ... 35V DC-PNP ASI-Bus |
19 ... 253V AC 10 ... 35V DC-PNP ASI-Bus |
10 ... 55V DC-PNP | PFM | PFM | |||||||||
Ambient temperature |
-40 °C ... 70 °C -25 °C ... 70 °C (ASi) |
-40 °C ... 70 °C -25 °C ... 70 °C (ASi) |
-40 °C ... 70 °C | -40 °C ... 70 °C | -40 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -50 °C ... 70 °C | -25 °C ... 70 °C | -25 °C ... 70 °C |
Process temperature |
-40°C ... 150°C | -40°C ... 150°C | -40°C ... 150°C | -40°C ... 150°C | -40°C ... 150°C | -50°C ... 150°C | -50°C ... 150°C | -50°C ... 150°C | -50°C ... 150°C (up to 230°C on request) |
-50°C ... 150°C | -50°C (-60°C optional) ... 280°C (300°C 50h, cumulated) |
-50°C (-60°C optional) ... 280°C (300°C, 50h cumulated) |
-40°C ... 150°C | -40°C ... 150°C |
Process pressure absolute / max. overpressure limit |
Vacuum ... 40 bar |
Vacuum ... 40 bar | Vacuum ... 40 bar | Vacuum ... 40 bar | Vacuum ... 40 bar | Vacuum ... 64 bar | Vacuum ... 64 bar | Vacuum ... 64 bar | Vacuum ... 64 bar | Vacuum ... 64 bar | Vacuum ... 64 bar |
Vacuum ... 64 bar | Vacuum ... 40 bar | Vacuum ... 40 bar |
Min. density of medium |
0,7g/cm? (0,4g/cm? optional) |
0,7g/cm? (0,4g/cm? optional) |
0,7g/cm? | 0,7g/cm? | 0,7g/cm? | 0,5g/cm? (0,4g/cm? optional) | 0,5g/cm? (0,4g/cm? optional) | 0,5g/cm? (0,4g/cm? option) | 0,5g/cm? (0,4g/cm? optional) | 0,5g/cm? (0,4g/cm? optional) | 0,5g/cm? | |||
Wetted parts |
316L | 316L | 316Ti | 316Ti | 316Ti | 316L, Alloy | 316L | 316L / Alloy | ECTFE PFA (Edlon) PFA (Rubyred) PFA (conductive) Enamel | 316L | 316L / Alloy PFA and Enamel on request |
316L / Alloy PFA and Enamel on request |
316Ti, Alloy | 316Ti, Alloy |
Process connection |
G1/2A, G3/4A, G1A, NPT1/2", NPT3/4", R1/2", R3/4" | G1/2A, G3/4A, G1A, NPT1/2", NPT3/4", R1/2", R3/4" | G1A, NPT1", R1" | G1A, NPT1" | G1A | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | DIN DN25 ... DN100, ANSI 1" ... 3", JIS RF10 K 50 | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | G3/4A, G1A, R3/4", R1, NPT3/4, NPT1, DIN DN25 ... DN100, ANSI 1" ... 4", JIS 25A ... 100A | G1A, NPT1, DIN DN25 ... DN100, ANSI 1" ... 6", JIS RF 10 K 50 316Ti / Alloy | G1A, NPT1, DIN DN25 ... DN100, ANSI 1" ... 6", JIS RF 10 K 50 316Ti / Alloy |
Hygienic |
Flush mount by use of weld in adapter | Triclamp Dairy coupling Flush mount solutions |
Triclamp, Dairy coupling, SMS, DRD | Triclamp | Triclamp | FDA conform with PFA (Edlon) | Dairy coupling Triclamp |
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Sensor length |
64mm | 64mm | 130mm | 130mm | 130mm | 65mm | 65mm | 65mm | 130mm | 220mm ... 6000mm | ||||
Output |
AC, DC-PNP, ASi | AC, DC-PNP, ASi | DC-PNP | PFM Nivotester FTL670 |
PFM / Nivotester FTL670 |
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Certificates / Approvals |
CSA WHG GL Railway approval |
WHG EHEDG |
ATEX FM CSA TIIS EHEDG SIL2/3 Marine |
ATEX FM CSA TIIS SIL2/3 GL EHEDG FDA |
ATEX FM CSA TIIS SIL2/3 |
ATEX FM CSA TIIS SIL2/3 FDA |
ATEX FM CSA TIIS SIL2/3 GL EHEDG FDA |
ATEX FM CSA TIIS SIL2/3 |
ATEX FM CSA TIIS SIL2/3 |
ATEX VdTUV100 (Liquid gases) WHG |
ATEX VdTUV 100 WHG |
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Options |
5m / 15ft cable | |||||||||||||
Specialities |
Complete welded housing with M12 Plug | IP66/68 IP65/67 | Permanent self monitored Redundant measuring system Selftest by pressing a button |
Permanent self monitored Redundant measuring system Selftest by pressing a button |
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Components |
FTL670, Fail-safe level switch interface | FTL670, Fail-safe level switch interface |
Сравнительная таблица предельных ВИБРАЦИОННЫХ уровнемеров для сыпучих сред
| Soliphant T FTM260 | Soliphant II FTM30 | Soliphant II FTM31 | Soliphant II FTM32 | Soliphant II FTM30D | Soliphant II FTM31D | Soliphant II FTM32D | Soliphant II FTM30S | Soliphant II FTM31S | Soliphant II FTM32S | |
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Measuring principle |
Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids | Vibration Solids |
Characteristic / Application |
Level limit switch for fine grained solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Level limit switch for powder and bulk solids |
Supply / Communication |
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Ambient temperature |
-40°C...+70°C | -40°C...+70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C | -40°C...70°C |
Process temperature |
-40°C...+150°C | -40°C...+150°C | -40°C...150°C | -40°C...80°C | -40°C...150°C | -40°C...110°C | -40°C...80°C | -40°C...150°C | -40°C...150°C | -40°C...80°C |
Process pressure absolute / max. overpressure limit |
Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar | Vacuum...16bar |
Min. density of medium |
100g/l | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) | 20g/l (8g/l on request) |
Wetted parts |
304 / 316Ti | 304 / 316Ti | 304 / 316Ti | 304 / 316Ti (rope PUR) | 304 / 316Ti | 304 / 316Ti | 304 / 316Ti (rope PUR) | 304 / 316Ti | 304 / 316Ti | 304 / 316Ti (rope PUR) |
Max. mech. lateral load |
600N | 600N | 300Nm | 600N | 300Nm | 600N | 300Nm | |||
Max. tensile strength |
2500N | 2500N | 2500N | |||||||
Process connection |
Thread
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Thread |
Thread |
Thread |
Thread |
Thread |
Thread |
Thread |
Thread |
Thread |
Sensor length |
216mm | 230mm | 300mm...4000mm | 750mm...20000mm | 230mm | 400mm...4000mm | 1000mm...20000mm | 230mm | 400mm...4000mm | 750mm...20000mm |
Output |
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Certificates / Approvals |
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Application limits |
Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm | Grain size: max 10 mm |
Components |
Transmitter: FTL325P, FTL375P | Transmitter: FTL325P, FTL375P | Transmitter: FTL325P, FTL375P |
Техническая документация
Вибрационные датчики предельного уровня
- Soliphаnt М FТМ 52
- Soliphant T FTM260
- Soliphant II FTM30
- Soliphant II FTM31
- Soliphant II FTM32
- Soliphant II FTM30D
- Soliphant II FTM31D
- Soliphant II FTM32D
- Soliphant II FTM30S
- Soliphant II FTM31S
- Soliphant II FTM32S
- Soliphant T FTM260
- Soliphant II FTM30
- Soliphant II FTM31
- Soliphant II FTM32
- Soliphant II FTM30D
- Soliphant II FTM31D
- Soliphant II FTM32D
- Soliphant II FTM30S
- Soliphant II FTM31S
- Soliphant II FTM32S
Сравнительная таблица предельных ЕМКОСТНЫХ уровнемеров
Multicap T DC11TEN |
Multicap T DC11TES |
Multicap T DC21TEN |
Multicap T DC21TES |
Multicap T DC12TE |
Multicap DC11 |
Multicap DC21 |
Multicap DC11EN |
Multicap DC11ES |
Multicap DC21EN |
Multicap DC21ES |
Multicap T DC11TAN |
Multicap T DC11TAS |
Multicap T DC21TAN |
Multicap T DC21TAS |
Multicap T DC12TA |
Multicap DC11AN |
Multicap DC11AS |
Multicap DC21AN |
Multicap DC21AS |
Rod probe 11500Z |
Rod probe 11500ZM |
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Characteristic / Application |
Fully insulated rod probe, suitable for storage and buffer tanks T: Standard application E: European Certificate (EEx d, EEx ia) N: No additional safety feature |
Fully insulated rod probe, suitable for storage and buffer tanks T: Standard application E: European Certificate (EEx d, EEx ia) S: Additional safety feature |
Fully insulated rope probe, suitable for storage and buffer tanks T: Standard application E: European Certificate (EEx d, EEx ia) N: No additional safety feature |
Fully insulated rope probe, suitable for storage and buffer tanks T: Standard application E: European Certificate (EEx d, EEx ia) S: Additional safety feature |
Fully/partly insulated rod probe with 3/4" Processconnection, suitable for heavy process condition T: Standard application E: European Certificate (EEx d, EEx ia) |
Fully insulated rod probe for high pressure and high temperature, suitable for heavy process condition. European Certificate (EEx d, EEx ia) with Additional safety feature. |
Fully insulated rope probe for high pressure and high temperature, suitable for heavy process condition European Certificate (EEx d, EEx ia) with Additional safety feature |
Fully insulated rod probe for high pressure and high temperature, suitable for heavy process condition E: European Certificate (EEx d, EEx ia) N: No additional safety feature |
Fully insulated rod probe for high pressure and high temperature, suitable for heavy process condition E: European Certificate (EEx d, EEx ia) S: Additional safety feature |
Fully insulated rope probe for high pressure and high temperature, suitable for heavy process condition E: European Certificate (EEx d, EEx ia) N: No additional safety feature |
Fully insulated rope probe for high pressure and high temperature, suitable for heavy process condition E: European Certificate (EEx d, EEx ia) S: Additional safety feature |
Fully insulated rod probe, suitable for storage and buffer tanks T: Standard application A: North America Certificate (IS,XP) N: No additional safety feature |
Fully insulated rod probe, suitable for storage and buffer tanks T: Standard application A: North America Certificate (IS,XP) S: Additional safety feature |
Fully insulated rope probe, suitable for storage and buffer tanks T: Standard application A: North America Certificate (IS,XP) N: No additional safety feature |
Fully insulated rope probe, suitable for storage and buffer tanks T: Standard application A: North America Certificate (IS,XP) S: Additional safety feature |
Fully/partly insulated rod probe with 3/4" Processconnection, suitable for heavy process condition T: Standard application A: North America Certificate (IS,XP) |
Fully insulated rod probe for high pressure and high temperature, suitable for heavy process condition. A: North America Certificate (IS,XP) N: No additional safety feature |
Fully insulated rod probe for high pressure and high temperature, suitable for heavy process condition A: North America Certificate (IS,XP) S: Additional safety feature |
Fully insulated rope probe for high pressure and high temperature, suitable for heavy process condition A: North America Certificate (IS,XP) N: No additional safety feature |
Fully insulated rope probe for high pressure and high temperature, suitable for heavy process condition A: North America Certificate (IS,XP) S: Additional safety feature |
Fully insulated ceramic rod probe for excessive high pressure and high temperature. European Certificate (EEx d, EEx ia) with no additional safety feature |
Fully insulated ceramic rod probe for excessive high pressure and high temperature. European Certificate (EEx d, EEx ia) with no additional safety feature |
Supply / Communication |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-Draht PFM |
HART Profibus PA 3-wire PFM |
3-wire PFM |
3-wire PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
PFM | PFM |
Linearity error for conductive liquids |
< 1% at 1m | < 1% at 1m | < 1% bei 1m | < 1% bei 1m | < 1% at 1m | < 1% at 1m | < 1% at 1m | < 1% at 1m | < 1% at 1m | < 1% at 1m | < 1 % at 1 m | < 1% at 40 inch | < 1 % at 40 inch | < 1% at 40 inch | < 1% bei 40 inch | < 1% at 40 inch | < 1% at 40 inch | < 1% at 40 inch | < 1% at 40 inch | < 1% at 40 inch | < 1% at 1m | < 1% at 1m |
Ambient temperature |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 120 °C |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 120 °C |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 120 °C |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 120 °C |
Standard: -40 °C ... 70 °C With separate housing: -50°C ... 120 °C |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 140 °C |
Standard: -40 °C ... 70 °C With separate housing: -50 °C ... 140 °C |
Standard: -40 °C ... 70 °C With separate housing: -50°C ... 140 °C |
Standard: -40 °C ... 70 °C With separate housing: -50°C ... 140 °C |
Standard: -40 °C ... 70 °C With separate housing: -50°C ... 140 °C |
Standard: -40 °C ... 70 °C With separate housing: -50°C ... 140 °C |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 250 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 250 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 250 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 250 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 250 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 280 °F |
Standard: -40 °F ... 160 °F With separate housing: -80oF ... 280 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 280 °F |
Standard: -40 °F ... 160 °F With separate housing: -80 °F ... 280 °F |
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Process temperature |
-50 °C ... 200 °C | -50 °C ... 200 °C | -50 °C ... 200 °C | -50 °C ... 200 °C | -80 °C ... 200 °C | -80 °C ... 200 °C | -80 °C ... 200 °C |
-80 °C... 200 °C | -80 °C... 200 °C | -80 °C ... 200 °C | -80 °C... 200 °C | -60 °F ... 390 °F | -60 °F ... 390 °F | -60 °F ... 390 °F | -60 °F ... 390 °F | -110 °F ... 390 °F | -110 °F ... 390 °F | -110 °F ... 390 °F | -110 °F ... 390 °F | -110 °F ... 390 °F | -20 °C ... 400 °C | -20 °C ... 200 °C |
Process pressure absolute / max. overpressure limit |
Vacuum ... 25 bar | Vacuum ... 25 bar | Vacuum ... 25 bar | Vacuum ... 25 bar | Vacuum ... 25 bar | Vacuum ... 100 bar | Vacuum ... 50 bar |
Vacuum ... 100 bar | Vacuum ... 100 bar | Vacuum ... 50 bar |
Vacuum ... 50 bar | Vacuum ... 360 psi | Vacuum ... 360 psi | Vacuum ... 360 psi | Vacuum ... 360 psi | Vacuum ... 360 psi | Vacuum ... 1450 psi | Vacuum ... 1450 psi | Vacuum ... 725 psi | Vacuum ... 725 psi | Vacuum ... 500 bar | Vacuum ... 500 bar |
Wetted parts |
Insulation material: PTFE 316L |
Insulation material: PTFE 316L |
Insulation material: FEP 316L |
Insulation material: FEP 316L |
Insulation material: PTFE, PFA, PE 316L |
Insulation material: PTFE, PFA, PE 316TI |
Insulation material: FEP, PFA, PE 316TI |
Insulation material: PTFE, PFA, FEP 316TI |
Insulation material: PTFE, PFA, FEP 316TI |
Insulation material: PFA, PE, FEP 316TI |
Insulation material: PFA, PE, FEP 316TI |
Insulation material: PTFE 316L |
Isulation material: PTFE | Insulation material: FEP 316L |
Insulation material: FEP 316L |
Insulation material: PTFE, PFA, PE 316L |
Insulation material: PTFE, PFA, FEP 316TI |
Insulation material: PTFE, PFA, FEP 316TI |
Insulation material: PFA, FEP, PE 316TI |
Insulation material: PFA, FEP, PE 316TI |
Ceramic, 316Ti | Ceramic, 316Ti |
Process connection |
G 3/4A, G 1A /NPT 3/4", NPT 1" Flange ab DN25.../ANSI 1".../JIS... |
G 3/4A, G 1A /NPT 3/4", NPT 1" Flange ab DN25.../ANSI 1".../JIS... |
G 3/4A, G 1A /NPT 3/4", NPT 1" Flange from DN25.../ANSI 1".../JIS... |
G 3/4A, G 1A /NPT 3/4", NPT 1" Flange from DN25.../ANSI 1".../JIS... |
G 3/4A, G 1A /NPT 3/4", NPT 1" Flange ab DN25.../ANSI 1".../JIS... |
G1 1/2" /NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
G1 1/2" /NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
G1 1/2" /NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
G1 1/2" /NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
G1 1/2" /NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
G1 1/2" /NPT1 1/2" Flange from DN50.../ANSI 2".../JIS... |
NPT 3/4" ANSI 1".../JIS... | G 3/4A, G 1A /NPT 3/4", NPT 1" Flange ab DN25.../ANSI 1".../JIS... |
NPT 3/4" ANSI 1".../JIS... | NPT 3/4" ANSI 1".../JIS... | NPT 3/4" ANSI 1".../JIS... |
NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
NPT1 1/2" Flange ab DN50.../ANSI 2".../JIS... |
NPT1 1/2" ANSI 2"... |
NPT1 1/2" ANSI 2"... |
G 1 1/2A, NPT 1" Flange from DN50.../ANSI 2" |
G 1 1/2A Flange from DN50.../ANSI 2"... |
Hygienic |
Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Dairy coupling, Triclamp | Triclamp | Dairy coupling, Triclamp | Triclamp | Triclamp | Triclamp | Triclamp | Triclamp | Triclamp | Triclamp | ||
Sensor length |
Total length of probe 3 m |
Total length of probe 3 m Inactive length: max. 1,5m |
Total length of probe 20 m | Total length of probe 20m Inactive length max 0,1m ... 1,5m |
Total length of probe 3 m |
Total length of probe: 6 m Inactive length: 0.1 m ... 4m |
Total length of probe 26 m Inactive length metal: 0.1 m ... 4m Inactive length fuly insulated: 0.125 m ... 2m |
Total length of probe 4 m | Total length of probe 6 m Inactive length metal: 0,1m ... 4m Inactive length fuly insulated: 0,1m ... 2m |
Total length of probe 22 m |
0.5 m ... 22.0 m Inactive length metal: 0.1 m ... 4m Inactive length fuly insulated: 0.125 m ... 2m |
Total length of probe 120 inch | Total length of probe 3 m Inactive length 1,5m |
Total length of probe 800 inch | Total length of probe 800 inch Inactive length max 40 inch | Total length of probe 120 inch |
Total length of probe 160 inch |
4 inch ... 240 inch Inactive length metal: 4 inch ... 160 inch Inactive length fully insulated: 4 inch ... 80 inch |
Total length of probe 860 inch | Total length of probe 1020 inch Inactive length metal: max. 160 inch Inactive length fuly insulated: max. 80 inch |
Total length of probe 2 m | Total length of probe 2 m |
Max. measurement distance |
0.1 m ... 3.0 m | 0.2 m ... 3.0 m | 0.35 m ... 20.0 m | 0.45 m ... 20.0 m | 0.1 m ... 3.0 m | 0.1 m ... 4.0 m | 0,42m ... 22m | 0,1 m ... 4 m | 0,1 m ... 4 m | 0,5m ... 22m | 0.5 m ... 22 m | 4 inch ... 120 inch | 4 inch ... 120 inch | 14 inch ... 800 inch | 14 inch ... 800 inch | 4 inch ... 120 inch | 4 inch ... 160 inch | 4 inch ... 160 inch ( 4 m ) | 20 inch .... 860 inch | 20 inch .... 860 inch | 0.1 m ... 2.0 m | 0.1 m ... 2.0 m |
Output |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
3-wire PFM |
3-wire PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA 3-wire PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
HART Profibus PA PFM |
PFM | PFM |
Certificates / Approvals |
ATEX WHG |
ATEX WHG |
ATEX WHG |
ATEX WHG |
ATEX WHG |
ATEX Marine WHG |
ATEX Marine WHG |
ATEX Marine WHG |
ATEX Marine WHG |
ATEX Marine WHG |
ATEX Marine WHG |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
FM CSA |
ATEX WHG |
ATEX WHG |
Options |
Ground tube, Separate housing (HTC) | Separate housing (HTC) | Separate housing (HTC) | Separate housing (HTC), Inactive length | Separate housing (HTC) | Ground tube, Inactive length Separate housing (HTC) |
Inactive length, Separate housing (HTC) | Ground tube, Separate housing (HTC) | Inactive length, Separate housing (HTC) | Separate housing (HTC) | Separate housing (HTC), Inactive length | Ground tube, Separate housing (HTC) | Separate housing (HTC) | With separate housing (HTC) | Separate housing (HTC), Inactive length | Separate housing (HTC) | Ground tube, Separate housing (HTC) | Separate housing (HTC), Inactive length | Separate housing (HTC) | Separate housing(HTC), Inactive length | Separate housing (HTC) | |
Specialities |
Foam detection | Foam detection Inactive length |
Foam detection | Foam detection | Interface measurement, Foam detection | Interface measurement, Foam detection | Foam detection |
Interface measurement, Foam detection | Foam detection | Foam detection |
Foam detection | Foam detection | Foam detection Inactive length |
Foam detection | Foam detection | Interface measurement, Foam detection | Interface measurement, Foam detection | Foam detection | Foam detection | Foam detection | Foam detection | Interface measurement, Foam detection |
Application limits |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Notice the pressure and temperature derating. Notice for non conductive medium the DK. |
Electronic insert |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
3-wire: EC11Z, EC72 PFM: EC37Z, EC47Z |
3-wire: EC11Z, EC72 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4 ...20mA/HART: FEC12 Profibus PA: FEC14 3-wire: EC11Z, EC72Z PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
4-20mA/HART: FEC12 Profibus PA: FEC14 PFM: EC37Z, EC47Z |
PFM: EC37Z, EC47Z | PFM: EC37Z, EC47Z |
Components |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-Draht: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter 3-wire: FMC420 PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Transmitter PFM: FMX570, FMC671Z, FMC661 |
Техническая документация
Предельные УЛЬТРАЗВУКОВЫЕ уровнемеры
Сравнительная таблица предельных ультразвуковых уровнемеров для сыпучих сред
Prosonic T FTU230E |
Prosonic T FTU231E |
Prosonic T FTU230A |
Prosonic T FTU231A |
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Characteristic / Application |
Storage tanks | Storage tanks | Storage tank | Storge tank |
Supply / Communication |
AC | AC | AC | AC |
Ambient temperature |
-20 °C ... 60 °C | -20 °C ... 60 °C | -20 °C ... 60 °C | -20 °C ... 60 °C |
Process temperature |
-40 ... 80°C | -40 °C ... 80 °C | -40 °C ... 80 °C | -40 °C ... 80 °C |
Process pressure absolute / max. overpressure limit |
0.7... 3 bar abs | 0,7 bar ... 3 bar abs | 0,7 bar ... 3 bar abs | 0,7 bar ... 3 bar abs |
Wetted parts |
PVDF | PVDF | PVDF | PVDF |
Process connection |
G 1,5" | G 2" | NPT 1,5" | NPT 2" |
Blocking distance |
0,25 m | 0,4 m | 0,25 m | 0,4 m |
Output |
Relay | Relay | Relay | Relay |
Certificates / Approvals |
CSA GP | CSA GP | ||
Application limits |
Max. Measurement range 2 m Grain size < 10 mm |
Max. Measurement range 3,5 m Grain size < 10 mm |
Max. Measurement range 2 m Grain size < 10 mm |
Max. Measurement range 3,5 m Grain size < 10mm |
Техническая документация
Сравнительная таблица предельных КОНДУКТИВНЫХ уровнемеров для жидких сред
Pump Protection FTW360 |
Liquipoint T FTW31 |
Liquipoint T FTW32 |
Double rod probe 11362Z |
Triple rod probe 11363Z |
One rod probe 11371 |
One rod probe 11375 |
One rod probe 11375Z |
One rod probe 11375ZF |
One rod probe 11961 |
One rod probe 11961Z |
One rod probe 11961ZF |
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Characteristic / Application |
Compact limit switch for pump protection Active build up compensation Flush mounting | Compact rod probe with multipoint detection, possible up to 5 switch points. Simple rope shortening | Compact rope probe mit with multi point detection possible up to 5 switch points. Simple rope shortening possible | Double rod probe with high-class media contacting wetted parts | Triple rod probe with high-class media contacting wetted parts | One rod probe. Simple rod shortening or rod change on location | One rod probe for high temperature and high pressure. Corrosion resistant | One rod probe for high temperature and high pressure. corrosion resistant | One rod probe for high temperature and high pressure. Corrosion resistant | One rod probe for high and extremely low temperature and high pressure. Corrosion resistant | One rod probe for high and etremely low temperature an high pressure. Corrosion resistant | One rod probe for high an extremely low temperatures an high pressure. Corrosion resistant |
Supply / Communication |
21V ... 253V AC 20V ... 200V DC |
DC PNP 10,8V ... 45V Relay 20V ... 230V AC Relay 20V ... 55V DC |
DC PNP 10,8V ... 45V Relay 20V ... 230V AC Relay 20V ... 55V DC |
Relay | Relay | Relay | Relay | Relay | Relay | Relay | Relay PFM |
Relay |
Ambient temperature |
-20 °C ... 60 °C | -40 °C ... 70 °C | -40 °C ... 70 °C | -20 °C ... 80 °C | -20 °C ... 80 °C | -20 °C ... 120 °C | -40 °C ... 80 °C | -40 °C ... 80 °C | -40 °C ... 80 °C | -200 °C ... 250 °C | -200 °C ... 250 °C | -20 °C ... 65 °C |
Process temperature |
-20 °C ... 100 °C | -40 °C ... 100 °C | -40 °C ... 70 °C | -40 °C ... 150 °C | -40 °C ... 150 °C | -20 °C ... 120 °C | -40 °C ... 200 °C | -40 °C ... 135 °C | -40 °C ... 135 °C | -200 °C ... 250 °C | -200 °C ... 250 °C | -20 °C ... 65 °C |
Process pressure absolute / max. overpressure limit |
Vacuum ... 10 bar | Vacuum ... 10 bar | Vacuum ... 10 bar | Vacuum ... 30 bar | Vacuum ... 30 bar | Vacuum ... 10 bar | Vacuum .... 50 bar | Vacuum ... 50 bar | Vacuum .... 50 bar | Vacuum ... 160 bar | Vacuum ... 160 bar | Vacuum ... 160 bar |
Min. density of medium |
min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS | min. 10 uS |
Wetted parts |
1.4571, PTFE | 316L, PP, PPS | 316L, FEP, PPS | PTFE, PFA, 316 TI, Alloy B/C4, Titan, Tantal, Monel | PTFE, PFA, 316 TI, Alloy B/C4, Titan, Tantal, Monel | PFA, 316TI | PTFE, 316TI | PTFE, 316TI | PTFE, 316TI | Ceramic, 316TI | Ceramic, 316TI | Ceramic, 316TI |
Max. tensile strength |
1000 N | 500 N | ||||||||||
Process connection |
G3/4A | G 1 1/2 PPS NPT1 1/2" |
G 1 1/2 PPS NPT1 1/2" |
G 1 1/2A NPT1 1/2" Flange DIN /ANSI |
G 1 1/2A NPT1 1/2" Flange DIN /ANSI |
G 1 1/2A Einschwei?stutzen |
G 1 1/2A |
G 1 1/2A |
G 1 1/2A |
G 1/2A |
G 1/2A |
G 1/2A |
Hygienic |
Flush mounting | |||||||||||
Sensor length |
0,1m ... 4m | 0,25m ... 15m | 0,1m ... 4m | 0,1m ... 4m | 0,05m ... 2m | 0,05m ... 2m | 0,05m ... 2m | 0,05m ... 2m | 0,1m ... 2m | 0,1m ... 2m | 0,1m ... 2m | |
Output |
Relay | DC PNP Relay |
DC PNP Relay |
Relay | Relay | Relay | Relay | Relay | Relay | Relay | Relay | Relay |
Certificates / Approvals |
ATEX WHG Leckage Detection Certificate |
ATEX WHG Leakage Detection certificate |
ATEX WHG |
ATEX WHG |
ATEX |
ATEX |
ATEX WHG |
ATEX WHG |
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Specialities |
CIP suiteable | prod_comp_text_23795 | ||||||||||
Application limits |
Observe minimum medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity | Observe min medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity | observe min. medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity | Observe min. medium conductivity |
Instrumentation |
Compact Separate |
Compact Separate |
Separate | Seperate | Seperate | Seperate | seperate | Seperate | Seperate | Separate | ||
Electronic insert |
PFM: EC17Z, EC27Z | |||||||||||
Components |
Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: FTW325 | Transmitter: PFM: FTC520Z, FTC521Z, FTC625, FTC470Z, FTC471Z Relay: FTW325 | Transmitter: FTW325 |
Техническая документация
Сравнительная таблица предельных МЕХАНИЧЕСКИХ уровнемеров для сыпучих сред
Soliswitch FTE30 |
Soliswitch FTE31 |
Soliswitch FTE33 |
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Characteristic / Application |
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Supply / Communication |
? 24 VAC 50/60 Hz ? 20 bis 28 VDC |
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Ambient temperature |
-20 °C ... 60 °C | -20 °C ... 60 °C | -20 °C ... 60 °C |
Process temperature |
-20°C ... 80°C |
-20°C ... 80°C | - 20°C ... 80°C |
Process pressure absolute / max. overpressure limit |
0,5 bar to 1,8 bar | 0,5 bar to 1,8 bar | 0,5 bar to 1,8 bar |
Min. density of medium |
>= 100 g/l | >= 100 g/l | >= 100 g/l |
Wetted parts |
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Max. mech. lateral load |
60N Reinforced shaft: 1500N |
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Process connection |
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Sensor length |
273 mm | ||
Output |
Relay | ||
Certificates / Approvals |
FM CSA |
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Options |
Relay | ||
Specialities |
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Application limits |
max. grain size 50mm | max. grain size 50mm | max grain size 50mm |
Техническая документация
Сравнительная таблица предельных МИКРОВОЛНОВЫХ БАРЬЕРОВ для сыпучих сред
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Soliwave FQR50 |
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Measuring principle |
Microwave barrier |
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Characteristic / Application |
Contactless measurement |
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Supply / Communication |
Transmitter |
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Ambient temperature |
-40...+60°C |
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Process temperature |
Waves emitted from outside (contactless): any |
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Process pressure absolute / max. overpressure limit |
Waves emitted from outside (contactless): any |
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Min. density of medium |
Solid weight: > 10 g/l |
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Wetted parts |
Contactless |
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Process connection |
1-1/2" G + NPT |
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Hygienic |
With waves emitted from outside (contactless) |
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Output |
Relays, DPDT |
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Certificates / Approvals |
ATEX |
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Application limits |
When waves are emitted from outside (contactless) |
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Components |
Reciever: FDR50 |
Техническая документация
• Микроволновой барьер
