Reliable sensor technology and process measurement technology
for the transport and logistics industry
Monitoring and control of process conditions
- Robust sensors for reliable continuous operation in automated conveyor and logistics systems
- Compact and low-maintenance measurement technology for space-critical and highly dynamic applications
- Digital interfaces and IoT-enabled sensors for easy integration into modern automation and control systems
Fluid.iO is a manufacturer of inline process measurement technology for fluids and a technology supplier for the Transport & Logistics Industry
We support you with robust measurement technology to meet these metrological challenges:
Precise measurements under extreme operating conditions
- Vibrations
- changing pressure and temperature conditions
- resistant to moisture and dust
Compliance with high safety standards for people, machines & the environment
- Pressure monitoring
- Leakage detection & tank monitoring
- Cooling circuits
Use in mobile & decentralized systems
- Sensors with compact designs
- robust, standardized communication
- reliable data transmission
- Containers, receptacles, tanks, reservoirs
- Transporter, truck, train, ship, freight transport
Measurement technology for reliable transport and mobility systems
Transport and mobility systems place high demands on sensor technology and process measurement technology. Extreme environmental conditions, vibrations, temperature fluctuations and high availability requirements necessitate robust and reliable solutions.
Robust sensor technology and process measurement technology for mobile applications, tank monitoring, cooling systems and safety-critical processes in the transport sector.
- minimize maintenance and downtime costs
- reduce security risks
- optimize processes & increase the efficiency of operational procedures
Measurable parameters with Fluid.iO sensors
With our inline sensors, you can measure the following process variables in your mobile application:
Fluidio supports companies in the transport sector with reliable sensor technology and measurement technology for mobile and stationary applications.
Rail transport Commercial vehicles Tank and special vehicles Logistics & Conveyor Technology Maritime applications
Commercial vehicles
In commercial vehicles, sensors support the monitoring of engine, hydraulic, cooling and fuel systems under demanding operating conditions.
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Optimization of fuel and media consumption
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Protection of critical components from overload
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Improved maintenance planning through condition monitoring
Tank and special vehicles
Tank and special vehicles place high demands on the reliable monitoring of fill levels, pressure conditions and potential leaks.
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Secure monitoring of sensitive media
-
Avoidance of overcrowding and media losses
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Support for statutory security requirements
Rail transport
Modern rail vehicles require reliable measuring technology to monitor cooling, compressed air and supply systems in order to ensure safe and trouble-free operation.
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Early detection of pressure and temperature deviations
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Increased operational reliability and plant availability
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Reduction of unplanned maintenance and downtime
Logistics & Conveyor Technology
Automated conveying and logistics systems require precise sensors to monitor pneumatic, cooling and supply systems.
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Automated process control
-
Minimized downtime
-
fluidio.branch.transport.section9.industrial.list3
Maritime applications
In maritime applications, robust measuring technology ensures reliable monitoring of tank, cooling and supply systems even under difficult environmental conditions.
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Reliable operation under harsh environmental conditions
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Continuous monitoring of safety-critical systems
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Reduced maintenance effort and higher system availability
Our sensors and measuring devices impress with these properties.
Robustness and long-term stability
Reliable measurement technology for applications with vibrations, temperature fluctuations and high mechanical loads.
Robust sensors for mobile and demanding operating conditions
Benefit from these advantages:
- High vibration and shock resistance for mobile applications
- Robust industrial enclosures with high protection ratings
- Reliable operation even under extreme environmental conditions
- Durable sensors for low-maintenance systems
Continuous monitoring of critical process and vehicle parameters for safe and stable operations.
Precise real-time data for maximum operational reliability
Benefit from these advantages:
- Precise real-time pressure, temperature, and flow measurement
- Early detection of deviations and system errors
- Support for condition monitoring and predictive maintenance
- Improved plant and vehicle availability
Flexible communication interfaces enable easy integration into existing control and monitoring systems.
Optimal integration into modern vehicle and automation systems
Benefit from these advantages:
- Support for industrial interfaces such as CAN bus and Modbus, etc.
- Easy integration into PLC, telematics and vehicle control systems
- Digital data provision for networked systems and IoT applications
- Compact designs for space-constrained installation situations
Reliable process monitoring for tank systems, cooling circuits, hydraulic and supply systems.
Reliable monitoring of safety-critical media and systems
Benefit from these advantages:
- Precise tank, fill level and leakage monitoring
- Secure monitoring of cooling and hydraulic systems
- Protection of critical components from overload and failures
- Support for legal safety and environmental requirements
pressure measurement
temperature
TSL-CAN-03
Temperature sensor with CAN bus interface for air temperature measurement
suitable for : gas
CANopen transmitter for temperature measurement in media, semiconductor sensor ...
humdity & dew point
level measurement
process analytics
FluidIX Lub-6
Inline-capable oil condition sensor based on a multi-channel infrared measuring cell for permanent monitoring of the oil condition and prevention of machine damage
suitable for : fluids
Based on non-dispersive infrared technology (NDIR), ZILA GmbH has developed an inline-capable measur ...
Fluidix Lub-VDT
Oil condition sensor for permanent monitoring of mechanical properties of liquids
suitable for : fluids
The FluidIX Lub-VDT enables inline monitoring of mechanical fluid properties. ...
Alarm
Distribution & Sales
We will advise you personally!
International Sales
info@fluidio.de +49-6251-8462-0Use process measurement technology with CAN-Bus from Fluid.iO and benefit from these advantages
- Numerous process variables and measuring ranges available
- Suitable for use in many industries and applications
- Easy integration and parameterization using EDS files and PC software
- compact and robust design
- Signal converters for analog & digital signals to CAN-Bus
German Producer - Global Supplier
"Made in Germany" - We produce in Germany and deliver worldwide
We have distributors in many industrialized nations worldwide
Our know-how in process measurement technology is your competitive advantage
- Applikations- und Sensorberatung für Fluide aller Art
- Standardsensoren und Messsysteme für die gesamte Prozessindustrie
- kundenspezifische Sensoranpassung und Produktentwicklung
- Problemanalyse und Erarbeitung von Lösungsvorschlägen
Applikationsberatung
Zusammen mit unseren Applikations-Ingenieuren finden Sie das passende Gerät, um die Sicherheit & Effizienz Ihrer Prozesse nachhaltig zu steigern.
Inbetriebnahme Unterstützung
Wir begleiten Sie nach der Beratung und Bestellung bis das Messgerät an seinem vorgesehenen Einsatzort optimal arbeitet.
AD-310 : Technische Daten
programmable Digital Display
- Universal measurement inputs for current (0(4)...20 mA DC) & voltage 0(2)...10 V DC
- Operation via buttons & 5-digit LED display with display range -19999...32000
- 2 programmable limit switches
Properties
- Protection class EN60529 clamp
- IP 20
- Protection class EN60529 front panel
- IP 65
- Operating temperature
- – 20...+ 60 °C
- nominal voltage
- Weitbereichsnetzteil; 20 V DC ... 230 V AC
- Power consumption
- max. ca. 3 VA
- Output contact
- 2 Schließer / NO
- Switching voltage
- max. 250 V AC, 300 V DC
- Switching current
- max. 3 A , DC min. 30 mA
- Switching capacity
- max. 50W, 100 VA
- Unregulated auxiliary voltage source
- 15...20 V DC / 20 mA
- Display
- LED 14 mm, 5-stellig
- Dimensions
- 96x48x100 mm
- Weight
- ca. 200 g
- Panel cut-out
- H:45+0,6mm, B:92+0,8 mm
Equipment
- Measuring input current
- 0(4)...20 mA DC
- Measuring input voltage
- 0(2)...10 V DC
- Measuring input Potentiometric voltage divider
- 1...100 kΩ
- Display
- LED 14 mm, 5-stellig
- operation
- Folientasten
- Display range
- -19999...32000
- data backup
- EEPROM
- measurement uncertainty
- ±1 % oder ±1 Digit
- analogue output
- 0 (4)...20 mA
Dokumente zum Produkt
AD-31X Datenblatt
AD-31X Declaration of Conformity
AD-31X Konformitätserklärung
AD-31X data sheet
Anschlussbild US-100
Betriebsanleitung AD-31X
Produktvarianten
AD-31 - [ 1 ] - [ 2 ] - [ 3 ]
1 Grenzkontakte
- 0 : ohne Grenzkontakte
- 3 : mit 2 Grenzkontakten
2 Versorgungsspannung
- 9 : 20...230 V AC/DC Weitbereichsnetzteil
- 00 : ohne Netzteil
3 Schnittstelle
- 1 : mit RS 485
- 00 : ohne RS 485
DS-CAN-01 : Technische Daten
CANopen pressure transmitter with CAN bus signal output
- Sensor cell based on a stainless steel diaphragm (without intermediate medium) with piezoresistive bridge circuit of polysilicon
- media compatible with hydraulic oil, brake fluid, diesel, petrol, natural gas, compressed air etc.
- Pressure ranges from 2 to 4000 bar (Si on stainless steel), from -1 bar to 2 bar (Si)
technical properties
- Pressure type
- Relativdruck gegen Umgebungsdruck bzw. gegen interne Atmosphäre
- measuring resolution
- 10 Bit
- Measuring accuracy
- Klasse 0,5 bei RT
- Total error
- < 1,5 % v.E bei -10 °C … +80 °C.
- measuring grid
- ab 5 ms
- CAN protocol
- CANopen 2.0 A
- Physical Layer
- nach DIN 11898
ambient conditions
- Operating temperature range
- -40 °C … +80 °C
- Storage temperature range
- -40 °C … +120 °C
- Shock resistance
- 30 g, Dauer
- Vibration resistance
- 10 g bei 20-1000 Hz
- EMC/ESD
- EN 50082-1 und EN 50082-2
- Duration
- 14 ms bei RT
Pressure measuring ranges
- kPa
- bar
- 0...500
- 0…5
- 0...1.000
- 0…10
- 0...2.000
- 0…20
- 0...5.000
- 0…50
- 0...10.000
- 0…100
- 0...35.000
- 0…350
- 0...50.000
- 0…500
- 0...70.000
- 0…700
- 0...200.000
- 0…2.000
- 0...400.000
- 0…4.000
- Standard pressure range
- in kPa
- Non-standard ranges
- auf Anfrage erhältlich
Dokumente zum Produkt
DS-CAN-01 EDS File
Data sheet DS-CAN-01
Datenblatt DS-CAN-01
Declaration of Conformity
DTS-CAN : Technische Daten
Flexible, digital pressure and temperature sensor with CAN bus
- Temperature measuring range from -20 to +40 °C
- Pressure measuring range from -1 (0) to 100 bar
- Compatible with hydraulic oil, brake fluid, diesel, gasoline, natural gas, compressed air, etc.
Properties
- Operating voltage
- 9...27V
- Power consumption
- 35 mA typ (50 mA max)
- Dimensions
- 75x22 mm
- Process connection
- G 1/4“
Measuring range
- Temperature
- -20…+100 °C
- ltdata.Druck
- (-1) 0…100 bar
- ltdata.AbweichungDruck
- max +/- 0,5 % FS @ 0-10°C
- ltdata.
Dokumente zum Produkt
Übersicht CANopen Sensoren
ES-Serie : Technische Daten
electronic safety switching device
- Simple and precise setting of switching thresholds, reset values and delay times
- Robust, industrial-grade and fail-safe design
- Measured value and alarm indication on the display
Properties
- Operating voltage
- 16...32 V DC (max. 5,9 W)
- Dimensions
- 150 x 60 x 42 mm (L x B x H)
- Housing
- Aluminium (eloxiert)
- Protection class
- IP65
Approvals
- DGRL 2014/68/EU Kat:IV
- Baumustergeprüft gemäß Druckgeräterichtlinie
- DIN EN12263:1998
- Kälteanlagen und Wärmepumpen Sicherheitsschalteinrichtungen zur Druckbegrenzung -Anforderungen und Prüfungen; Kategorie IV
- DIN EN378:2020
- Kälteanlagen und Wärmepumpen - Sicherheitstechnische und umweltrelevante Anforderungen
- ltdata.DINEN12952-11:2007
- Wasserrohrkessel und Anlagenkomponenten - Teil 11: Anforderungen an Begrenzungseinrichtungen an Kessel und Zubehör
- ltdata.DINEN12953-9:2007
- Großwasserraumkessel - Teil 9: Anforderungen an Begrenzungseinrichtungen an Kessel und Zubehör
- DIN EN61508:2011
- SIL2
Measuring ranges
- Measuring range relative pressure (nominal pressure)
- -1…500 bar
- Measuring range differential pressure (nominal pressure)
- 0…1 mbar - 0…1.000 mbar
- Setting accuracy (from nominal pressure)
- 0,1 %
Operating conditions
- Pressure type
- Relativdruck, Differenzdruck
- Temperature of the fluid
- -40…+125 °C
- Ambient temperature
- -20…+65 °C
- Parts in contact with media
- Edelstahl
process connection
- Version relative pressure
- G ¼“ Innengewinde
- Version differential pressure
- G ⅛“ Innengewinde
- Adapter for process connection
- 6mm; 8mm oder 10mm
electrical connection
- Analogue current output
- 1x 4…20 mA
- Digital inputs/outputs
- 2x Alarm oder 1x Alarm & 1x Fernentriegelung
Load capacity of the switching contacts DC (24V)
- DC1
- 16 A
- DC13
- 1,5A
Load capacity of the switching contacts AC (230V)
- AC1
- 16 A
- AC3
- 10 A
- AC15
- 7 A
Dokumente zum Produkt
Allgemeine Daten ES-Serie
Datenblatt ZT-S
Datenblatt ES-20
Datenblatt ES-21
Datenblatt ES-22
Datenblatt ESE
Declaration of Conformity
Directive 2014/68/UE: QS-System (Module D)
Directive 2014/68/UE: QS-System (Module D)
ES-2X Quick Start Guide
ES-Serie Handbuch
ES-Series Manual
General Data ES-Serie
Konformitätserklärung ES-Serie
Medición de la presión
SIL2 Zertifikat
SIL2 certificate
TÜV Baumusterprüfung (Modul B)
TÜV Baumusterprüfung (Modul D)
data sheet ES-20
data sheet ES-21
data sheet ES-22
data sheet ESE
data sheet ZT-S
pressure measurement overview
Übersicht Druckmesstechnik
Produktvarianten
ES-2 - [ 1 ] - [ 2 ] - [ 3 ] - [ 4 ]
1 Measurend
- D : Pressure
- DD : Differential pressure
2 Safetyfunction
- A : DWK (pressure switch)
- B : DBK (pressure limiter)
3 Direction
- (H) : Rising/Maximum
- (L) : Falling/Minimal
4 measuring-range
- 10 : bar
- 60 : bar
- 150 : bar
- 0 : Other (please specify)
FluidIX Lub-6 : Technische Daten
Inline-capable oil condition sensor based on a multi-channel infrared measuring cell for permanent monitoring of the oil condition and prevention of machine damage
- Sensor for online monitoring of the oil condition
- Convenient configuration and diagnosis via graphical user interface
- Direct connection to control via ModBus TCP/IP; GSM module and MQTT in preparation
General information
- Housing
- Robustes Aluminiumgehäuse
- Operating voltage
- 18...36V DC (max. 400 mA @18V)
- Dimensions
- 150 x 119 x 82 mm (L x B x H)
Operating conditions
- Operating temperature:
- 0...+90 °C (32...+194 °F)
- Maximum operating pressure:
- 30 bar (435 psi)
- Storage temperature:
- -40...+90 °C
Connection
- ModBus TCP/IP
- Ethernet-Port für Kommunikation über herstellerunabhängiges Busprotokoll
- Digital I/O ports
- 1x Digital In 18...36V (10 mA max.), 4x Digital Out 18...36V (5 mA max.)
Operation
- User Interface
- grafisch über Weboberfläche im eingebundenen Netzwerk
Dokumente zum Produkt
Broschüre Lub-6
Datasheet FluidIX Lub-6
Datenblatt FluidIX Lub-6
Handbuch FluidIX Lub-6
Manual FluidIX Lub-6
product presentation Lub-6
Fluidix Lub-VDT : Technische Daten
Oil condition sensor for permanent monitoring of mechanical properties of liquids
- Inline monitoring of viscosity, mass density & temperature
- High sensitivity and low drift
- Modbus RTU | CANopen
Properties
- CE marking
- EN 61000-6-1/2/3/4
- Operating voltage
- 9...32 V DC
- Housing material
- Edelstahl
- Protection class
- IP 67
- Dimensions
- 30x90 mm
- Process connection
- G 3/8"
- Electrical connection
- M12-8 A-Coding
- Weight
- 150g
- Measurement output
- 2x 4...20mA
- bus protocol
- ModbusRTU, CANopen
Measured variables
- Resonator frequency
- 20...25 kHz
- Viscosity
- 1-650 cSt (mm²/s)
- density
- 0.5-1.5 g/cm³
- Temperature
- -40...+125°C
- sampling rate
- 1/s
Operating conditions
- Temperature of the fluid
- -40...+125°C
- Housing temperature
- -40...+100°C
- oil pressure
- Max. 50 bar*
- particle size
- 250 μm
- *higher pressure on request
Dokumente zum Produkt
Datasheet Lub-VDT
Datenblatt Lub-VDT
Handbuch Lub-VDT
Lub-VDT Evaluation USB-KIT Software
Lub-VDT Evaluation USB-KIT Software
Manual Lub-VDT
Quick Start Guide
Produktvarianten
Lub-VDT - [ 1 ] - [ 2 ]
1 Signalausgang
- MI : ModBus
- CI : Canopen
2 Messbereich
- 0650 : 650 cSt
HD-1XX : Technische Daten
Hydrostatic filling level measurement
- als hydrostatische Einschraub- oder Tauchsonde erhältlich
- hohe Medienbeständtigkeit
- einfache Installation & vielseitige Einsatzmöglichkeiten
Dokumente zum Produkt
Betriebsanleitung HD-10X
Betriebsanleitung HD-11X
Datenblatt HD-10X
Datenblatt HD-11X
Hydrostatic level devices
Hydrostatische Füllstandsgeräte
data sheet HD-10X
data sheet HD-11X
KF25 : Technische Daten
Capacitive level sensors as overfill protection
Properties
- Power supply
- 24 VDC … 230 VAC; max. 2,5 W
- Switching voltage
- 24 VDC … 230 VAC; max. 2,5 W
- Switching current
- max.: 0,12 mA (kurzschlussfest), min.: 1 mA (CMOS Relais)
- Switching capacity
- max.: 2,5 W
- ltdata.Schaltpunkt
- ˂ 10 mm . . . ca. 30 mm
- Sensitivity
- ca. 1pF (Piko Farad), für Flüssigkeiten mit einem ε r ≥ 2 (Petroleum)
- ltdata.Betriebsart
- Ruhestromprinzip
Dokumente zum Produkt
Description technique Sonde de fuite type KF25
Descrizione tecnica Sonda di perdita tipo KF25
KVU Schweizer Zulassung für KF25
Technische Beschreibung KF25
Produktvarianten
KF25 - [ 1 ]
1 Variante
- F : Stabversion fest
- V : Stabversion verstellbar
- H : Version hängend mit Kabel
KL25 : Technische Daten
Capacitive leakage probe
Properties
- ltdata.SchutzartnachDINEN60529Sondenkörper)
- IP68
- ltdata.SchutzartnachDINEN60529Stekcer/Dose
- IP65
- ltdata.Leitungstyp
- geeignetes Leitungsmaterial
- ltdata.Leitungslänge
- auf Wunsch
- Operating pressure
- atmosphärisch / max. 2 bar
- ltdata.Medien-undUmgebungstemperaturStandard
- -20 °C ... max. + 80 °C
- ltdata.Medien-undUmgebungstemperaturPVC
- -20 °C ... max. + 60 °C
Connection
- Housing
- Polyester / Polycarbonat / Aluminium
- ltdata.Kabelanschluss
- Plug
Dokumente zum Produkt
Description technique de la sonde de fuite type KL25
Descrizione tecnica della sonda di perdita tipo KL25
KVU Zertifikat (Schweizer Zulassung) für KL25
Technische Beschreibung Leckagesonde Typ KL25
Produktvarianten
KL25 - [ 1 ] - [ 2 ] - [ 3 ] - [ 4 ]
1 Ausführung
- F : Stabversion fest (Ex-Version)
- V : Stabversion verstellbar (Ex-Version)
- K : Kabelversion hängend, mit Sondenkörper Ø 16 mm (Nicht-Ex)
- P : Kabelversion stehend, mit PVC-Sondenkörper ca. Ø 50 mm (Nicht-Ex)/L
2 Sondenmaterial
- PE : PE
- PVC : PVC (Kabelversion stehend, mit PVC-Sondenkörper ca. Ø 50 mm)
- XX : optional Kundenwunsch
3 Anschluss
- ST : Steckeranschluss (Standard bei Version fest + verstellbar sowie Version stehend, nicht bei Version hängend)
- AD : optional Anschlussdose (Standard bei Version hängend)
- KS : optional Kabelschwanz
- XX : optional Kundenwunsch
4 Verschraubung
- OH : ohne
- G1 : G 1“
- XX : optional Kundenwunsch
KS-CAN-03 : Technische Daten
CANopen Climate Transmitter
- Compact and robust construction
- excellent long-term stability
- Protective caps for different applications
Properties
- Housing
- Aluminium
- Measuring element humidity
- kapazitiv, betauungsfest
- Measuring element temperature
- Halbleiter
- measuring resolution
- 12 Bit
- measuring grid
- ab 5 ms
ElectricalConnection
- CAN protocol
- CANopen 2.0 A, nach ciA DS 404
- Physical Layer
- nach DIN 11898
- Option
- Bereistellung des EDS-Files
tdata.
- Operating temperature
- -40...+80 °C
- Storage temperature
- -40°C...+120°C
- Minimum air velocity across the sensor required for measurement
- 1,5 m/s
Dokumente zum Produkt
Datenblatt KS-CAN-03
Declaration of Conformity
Handbuch KS-CAN
KS-CAN-03 EDS File
Manual KS-CAN
Overview CANopen Sensors
data sheet KS-CAN-03
Übersicht CANopen Sensoren
Produktvarianten
KS-CAN-03 - [ 1 ]
1 Protectice Cap
- STD : Standard cap
- ALU : aluminum cap
- PTFE : PTFE cap
KS-Serie : Technische Daten
Sensors for temperature & humidity measurement
- äußerst kompakte und robuste Bauweise
- schnelle Reaktionszeit bei geringer Messabweichung
Specifications
- Housing shapes
- Stabform | Alu- oder Polycarbonatgehäuse
- measurands
- Temperatur | relative Feuchte
- Measuring range
- -40...+80 °C | 0...100% rH
- Signal output
- 0...10 V oder 4…20 mA
- Power supply
- 12...30 V DC | 24 V DC
Dokumente zum Produkt
Datasheet KS-4xx
Datenblatt KS-2XX
Datenblatt KS-4xx
data sheet KS-2XX
overview climate sensors
Übersicht Klimasensoren
T-200.L : Technische Daten
Leakage probes with general building authority approval
- Approved for liquids hazardous to water
- High chemical resistance
- Interference-free measurement
Dokumente zum Produkt
Declaration of conformity for magnetic immersion probes
Description technique
Descrizione tecnica
Einstellhinweise
Konformitätserklärung Magnettauchsonden
SIL Zertifikat
Schweizer Zulassung KVU-Nr. 321.008
Setting instructions
Sicherheitshinweis
Technical description
Technische Beschreibung
Z-65.40-153
T200.F : Technische Daten
Overfill protection for containers
- with general approval for construction Z-65.11-404
- Low system costs
- High chemical resistance
Connection
- Polyester junction box
- Aluminum housing
- Polyethylene connection head
- Cable
- Plug
Properties
- Protection class EN60529
- IP 65
- connection thread
- G 1", G 1¼", G 1½", G2", G3”
- Union nut
- G 2¾", S 100x8
- Guide tube length
- max. 6 m
- Operating pressure
- Max. 20 bar
- media density
- ρ ≥ 0,6 g/cm³
- Switching hysteresis
- typ. 2 mm
- Switching point tolerance
- max. 2 mm
- Operating temperature
- atmosphärisch
- PP
- max. 90°C
Resistance value
- Operational readiness
- ca. 1 kΩ
- overfill alarm
- ca. 12 kΩ
- Switching time
- ca. 20 ms
- ltdata.
Dokumente zum Produkt
Allgemeine Daten Teil 1 Magnettauschsonden T-20...F
Allgemeine Daten Teil 2 Magnettauschsonden T-20...F
Datenblatt T200.F
Datenblatt T200.F T208.F 24V
Datenblatt T203.FT204.FT204/0.F
Declaration of conformity for magnetic immersion probes
Declaration of conformity for magnetic immersion probes EX
Description technique KVU 302.009
Description technique Z-65.11-404
Descrizione tecnica KVU 302.009
Descrizione tecnica Z-65.11-404
Einstellhinweise
Konformitätserklärung Magnettauchsonden
Konformitätserklärung Magnettauchsonden EX
SIL1 SIL2
Schwizer Zulassung KVU-Nr. 302.009
Setting notes
Sicherheitshinweise
TUEV 02 ATEX 1795 X
TUEV 02 ATEX 1795 X
Technical Description Z-65.11-404
Technische Beschreibung KVU-Nr. 302.009
Technische Beschreibung Z-65.11-404
Technische beschrijving Z-65.11-404
Z-65.11-404
data sheet T200.F
data sheet T200.F T208.F 24V
data sheet T203.FT204.FT204/0.F
general information part 1 immersible magnetic probe T-20...F
general information part 2 immersible magnetic probe T-20...F
TPS-Serie : Technische Daten
Sensors for determining the dew point in a wide range of applications
- Selectable housing shape
- Selectable protective cap
- Recording of temperature, relative humidity and dew point temperature
Operating conditions
- Temperature:
- -40...80°C
- rel. Humidity
- 0 - 100% rH
Measuring range
- measuring range (dew point)
- -50...+80°C
- measuring range (Temperature)
- -40...+80°C
- Measuring accuracy (temperature)
- ± 0,2°C
- Signal output
- 0...10V oder 4...20mA
Dokumente zum Produkt
TPS-2XX Datenblatt
TPS-2XX data sheet
TPS-4XX Datenblatt
overview climate sensors
Übersicht Klimasensoren
TSL-CAN-03 : Technische Daten
Temperature sensor with CAN bus interface for air temperature measurement
- Optimal for installation in areas that are difficult to access
- excellent long time stability
- Selectable protective cap for different applications
Properties
- Measuring range
- -40…+80 °C
- deviation
- ± 0,3 K (10...80 °C)
- Measuring element
- Halbleiter-Diodenfühler
- measuring resolution
- 0,1 K
- measuring grid
- ab 5 ms
ElectricalConnection
- CAN protocol
- CANopen 2.0 A, nach ciA DS 404
- Physical Layer
- nach DIN 11898
- Operating voltage
- 10...48 V
Operating conditions
- Operating temperature
- -40...+80 °C
- Storage temperature
- -40°C...+120°C
- Shock resistance
- 30g, Dauer: 14 ms bei Raumtemperatur
- Vibration resistance
- 10g bei 20 bis 1000 Hz
- Minimumairspeedrequiredformeasurementacrossthesensor
- 1,5 m/s
Dokumente zum Produkt
Datenblatt TSL-CAN-03
Declaration of Conformity
Handbuch TSL-CAN-03
Manual TSL-CAN-03
Overview CANopen Sensors
TSL-CAN-03 EDS File
data sheet TSL-CAN-03
Übersicht CANopen Sensoren
ZT Serie : Technische Daten
Reliable pressure measurement and optimum process monitoring with the ZT series
- Pressure ranges from -1 to 4,000 bar
- Wide range of application options thanks to flexible connection design
- Compatible with all media compatible with stainless steel
Properties
- Pressure type
- Relativdruck | Absolutdruck
- Housing
- Edelstahl
- Overpressure
- 1,5* fach bis 400 bar, darüber 1,2* fach
- Bursting pressure
- 3* fach bis 600 bar, darüber 1,5* fach
Measurement parameters
- response time
- < 1 ms
- Total error
- ≤ 0,5 % FS
- Non-linearity
- ≤ 0,2 % FS
- Non-repeatability
- ≤ 0,10 % FS
- Hysteresis
- ≤ 0,15 % FS
ambient conditions
- Temperature of the fluid
- -40...+125 °C (0...+80 °C kompensierter Bereich)
- Ambient temperature
- -40...+105 °C
- Storage temperature
- -40...+125°C
- Shock resistance
- g 1000 gemäß IEC 60068-2-32
- Vibration resistance
- g 20 gemäß IEC 60068-2-6
Dokumente zum Produkt
Datasheet ZT-S
Datenblatt ZT-S
Datenblatt ZT-Serie
Overview pressure transmitter
data sheet ZT-Series
Übersicht Druckmesstechnik