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SICK
Fluid Sensors

Fluid Sensors

Product catalog summary

Overview: The document is a comprehensive product catalog from SICK, a prominent manufacturer of sensor technology. It details their offerings in fluid sensors, including level, flow, pressure, and temperature sensors, emphasizing the company's global presence, innovation, and commitment to customer efficiency.

Product Categories:

Level Sensors: Models like LFT, LFP, UP56, LFH, LFV200, LFV300, LBV300, and MHF15 are designed for intelligent level and point level measurement.
Flow Sensors: Includes robust and precise sensors such as FFU and Bulkscan for modern flow measurement.
Pressure Sensors: Universal sensors like PBS, PBT, PFT, and PHT for measuring pressure in liquids and gases.
Temperature Sensors: Reliable sensors including TBT, TCT, and TSP for accurate temperature measurement.

Company Information: SICK is headquartered in Waldkirch, Germany, with over 5,000 employees worldwide. The company emphasizes innovation, independence, and a global presence with subsidiaries and sales offices in numerous countries.

Applications and Markets: SICK sensors are used in various industries such as automotive, logistics, food and beverage, and more. They are designed to enhance safety, efficiency, and quality in factory and logistics automation.

Online Resources: The document mentions the SICK Partner Portal, which provides tools for product selection, order management, and access to technical data and CAD drawings.

Service and Support: SICK offers comprehensive service contracts, including hotline support and guaranteed reaction times for on-site assistance, ensuring long-term customer support.

Overview of SICK LifeTime Services: SICK LifeTime Services offers a range of service contracts designed to optimize the lifecycle of machines and systems. These include inspection contracts for system assessment, maintenance contracts for preventative measures, and tailor-made service packages for support availability. The services aim to enhance safety, product quality, and environmental protection through optimal integration and maintenance of protective devices, identification systems, and measuring systems.

Service Offerings:

Consulting & Design: Combines product, application, and industry expertise to create optimal solutions.
Upgrade & Retrofits: Integrates innovative SICK systems into existing setups to maintain or boost efficiency.
Product & System Support: Provides rapid and reliable support for system integration and functionality inquiries.
Training & Education: Offers seminars and training to enhance user confidence and system utilization.
Verification & Optimization: Ensures optimal system efficiency and smooth operation.

Level Sensors: SICK provides a comprehensive range of level sensors for both continuous and point level measurement, suitable for various applications in process engineering, storage, and protection. The sensors are designed for easy installation, maintenance-free operation, and cost efficiency.

Key Benefits of Level Sensors:

Robust design reduces downtime.
Easy integration and installation.
Maintenance-free operation lowers total cost of ownership.
Multiple outputs in one device reduce costs.

Applications:

Level Measurement in Beverage Plants: Utilizes LFP sensors for precise and hygienic level detection in storage containers.
Point Level Measurement in Silos: Employs LBV sensors for reliable overfill protection and minimum level detection in raw material silos.
Fluid Food and Beverage Monitoring: LFV200/230 sensors provide reliable point level measurement in storage and buffer tanks.
Aggressive Liquid Measurement: UP56 sensors offer non-contact level measurement for aggressive liquids in supply and buffer tanks.

Product Family Overview: The document provides a detailed overview of various sensor models, including LFT, LFP, UP56-2, LFH, LFV200, LFV300, LBV300, and MHF15, highlighting their measuring principles, detection methods, and suitable media. Each model is designed for specific applications, offering features like high resistance, easy commissioning, and robust design for challenging environments.

Specifications: The document provides detailed specifications for various fluid sensors, including level probes and ultrasonic level sensors. The sensors are designed for different applications, with varying probe lengths and part numbers. The sensors have IP67 and IP69K ratings, indicating their resistance to dust and water.

Procedures: The document outlines the installation and configuration procedures for the sensors. It includes dimensional drawings and recommended accessories for proper installation and operation.

Standards and Norms: The sensors comply with various standards, including IP ratings for enclosure protection and CE conformity for electromagnetic compatibility.

Recommendations: Recommended accessories such as flanges, coupling adapters, and configuration software are listed to enhance the functionality and integration of the sensors into different systems.

Key Features:

Non-contact level measurement with ultrasonic sensors.
Pressure resistance up to 6 bar for certain models.
Various output signals including analog and switching outputs.
Robust construction with stainless steel and PVDF materials for durability in harsh environments.

Benefits:

Flexible measurement systems for different container sizes.
Reduced number of sensors required due to multifunctional capabilities.
Easy parameter setting via integrated display or PC.

Limitations: The document notes that specifications are subject to change without notice, indicating potential updates or revisions to the product line.

Overview: The document provides detailed technical specifications and ordering information for the LFV200, LFV230, and LFV300 series of level sensors by SICK. These sensors are designed for precise liquid level detection in various industrial applications.

Specifications:

LFV200 Series: Features include a housing made of 316L stainless steel, two electrical output versions, and a process temperature range of -40°C to +150°C. The sensors are immune to deposit formation and offer high repeatability. They are available in tube-extended versions for vertical mounting.
LFV230 Series: Similar to the LFV200 but with extended probe lengths up to 6,000 mm. It supports a process temperature range of -40°C to +150°C and is suitable for various process connections.
LFV300 Series: Designed for more demanding applications with a process temperature range up to 250°C. It offers several housing materials and electrical outputs, including ATEX and marine certifications. The series includes tube-extended versions for vertical mounting.

Benefits:

Easy installation and commissioning without the need for calibration.
Maintenance-free operation reduces downtime.
Universal technology suitable for all kinds of liquids.
Flexible and robust systems for a multitude of applications.

Technical Data:

Accuracy: ±2 mm with reproducibility of ±1 mm.
Process pressure: -1 bar to +64 bar.
Viscosity range: 0.1 mPas to 10,000 mPas.
Enclosure ratings: IP 67 for LFV200 and LFV230, IP 66/67 or IP 66/68 for LFV300.

Ordering Information: The document lists various configurations for each series, detailing process connections, probe lengths, and part numbers for easy ordering.

Dimensional Drawings: Includes detailed dimensional drawings for different process connections and housing types, aiding in installation and integration.

Overview: The document provides detailed specifications and descriptions of various level sensors, including the LFV300, LFV310, LFV330, LBV300, and MHF15 series. These sensors are designed for different applications, including fluid and bulk solid level detection, with various housing materials and electronic configurations.

LFV300 Series: This series includes models like LFV310 and LFV330, which are designed for process temperatures ranging from -50°C to +250°C. They feature different housing materials such as aluminum, stainless steel, and plastic. The LFV330 model offers signal outputs like PNP/NPN and double relay, with process pressures up to 64 bar and enclosure ratings of IP 66.

LBV300 Series: The LBV300 series is designed for bulk solids and features tuning fork technology for level detection. It includes models like LBV310, LBV320, and LBV330, with probe lengths varying from 220 mm to 80,000 mm. These sensors are suitable for process temperatures up to 250°C and pressures up to 25 bar. They offer various signal outputs, including transistor, contactless switch, double relay, and NAMUR signal.

MHF15 Series: The MHF15 is a compact optical level limit switch suitable for liquid media. It features a robust design with stainless steel and polysulfone materials, offering an enclosure rating of IP 69K. The sensor is easy to commission without the need for medium calibration, making it cost-effective for installation and maintenance.

Accessories: The document lists recommended accessories for the sensors, including electronic modules like contactless switches, NAMUR signals, transistors, and double relays. It also includes mounting brackets and flanges for various process connections.

Dimensional Drawings: Detailed dimensional drawings are provided for the LFV and LBV series, illustrating the sensor sizes and process connections.

Key Features: The sensors are designed for high accuracy and repeatability, with features like immunity to deposit formation, easy installation, and maintenance-free operation. They are suitable for a wide range of applications, including those in potentially explosive atmospheres.

Overview: The document provides detailed technical specifications and benefits of SICK's fluid and flow sensors, specifically focusing on the MHF15 level sensor and FFU and Bulkscan flow sensors. These sensors are designed for various industrial applications, offering robust, maintenance-free, and precise measurement solutions.

Level Sensors (MHF15):

Specifications: The MHF15 sensor features a stainless steel housing, polysulfone apex, and offers PNP or NPN transistor outputs. It is FDA-compliant and UL approved, with an enclosure rating of IP 67 and IP 69K.
Benefits: Compact design suitable for limited spaces, quick commissioning without medium calibration, and reduced maintenance due to the absence of moving parts.
Technical Data: Operates within a process temperature range of -25°C to +55°C and a pressure range of -0.5 to +16 bar. It supports a supply voltage of 10 V DC to 30 V DC and has a response time of 2 ms.

Flow Sensors:

FFU Flow Sensor:
- Description: Non-contact ultrasonic sensor for measuring flow volumes of conductive and non-conductive liquids. It features a compact design and high chemical resistance.
- Benefits: Maintenance-free, adjustable measuring ranges, energy-saving due to reduced pressure loss, and increased process reliability.
- Technical Data: Operates at process temperatures up to 80°C and pressures up to 10 bar. It offers analog output and is suitable for various nominal widths.
Bulkscan System:
- Description: Designed for contact-free continuous recording of bulk material volume on conveyor belts using laser time-of-flight technology.
- Benefits: Cost savings through energy consumption minimization, increased conveyor belt lifetime, and easy setup.
- Technical Data: Measures variables such as volume flow and bulk goods density, with a scan angle of up to 180° and operating temperatures from 0°C to +50°C.

General Benefits of SICK Sensors:

High system availability and reduced total cost of ownership due to maintenance-free design.
Cost-efficient connection designs and universal measuring devices suitable for a wide range of media and process conditions.

Overview: The document provides detailed technical specifications and product information for SICK's Bulkscan and pressure sensor products. It includes specifications, ordering information, recommended accessories, and applications.

Specifications:

Bulkscan: Available in models 200, 211, and 221 with varying scan angles and enclosure ratings (IP 65 and IP 67). Key features include analog and relay outputs, digital interfaces (RS-232, RS-422, RS-485), and operating voltage of 24 V DC. Ambient temperature range is –20 °C to +55 °C.
Pressure Sensors: Includes PBS, PBT, PFT, and PHT models. Measurement ranges vary from 0 bar to 600 bar, with options for gauge, absolute, and compound pressure. Accuracy ranges from ≤ ± 1% to ≤ ± 0.5%.

Procedures and Recommendations:

Installation requires specific mounting sets and device protection accessories, such as dust protection and weatherproof covers.
Purge air preparation units are available for maintaining sensor performance.

Applications:

Pressure sensors are used in various industrial applications, including monitoring tool clamping pressure and controlling workpiece clamping pressure in CNC machines.
Benefits include reliable measurement technology, ease of use, and versatile configurability.

Ordering Information:

Bulkscan models are specified with part numbers for easy ordering.
Accessories and electronic modules are listed with part numbers for additional functionality.

Conclusion: SICK's products offer robust and precise measurement solutions for industrial applications, with a focus on reliability, ease of installation, and adaptability to customer needs.

Overview: The document provides detailed technical specifications and features of pressure sensors, specifically focusing on gauge, absolute, and compound pressure measurement ranges. It highlights the benefits, technical data, and ordering information for the PBS and PBT models of pressure sensors.

Key Features:

Measurement ranges include gauge, absolute, and compound pressures from 0 bar to 600 bar.
Stainless steel membrane ensures durability and resistance to corrosive media.
Programmable switching functions with digital outputs (PNP or NPN) and analog output signals (4 mA to 20 mA or 0 V to 10 V).
Min/max pressure memory and password protection for secure operation.
Compact design with dual rotatable housing for flexible installation.
IO-Link technology for remote parameter adjustments, enhancing time and cost efficiency.

Technical Specifications:

Process temperature ranges from -20 °C to +85 °C.
Signal output options include 4 mA to 20 mA and 0 V to 10 V, with specific ohmic load requirements.
Switching outputs are adjustable with a maximum switching current of 250 mA.
Accuracy is ≤ ± 1.0% of span, with non-linearity ≤ ± 0.5%.
Long-term drift and temperature error specifications ensure stability and reliability.

Mechanical and Electrical Details:

Various process connections available, including G 1/4 A, G 1/2 B, and 1/4" NPT.
Housing materials include 316L stainless steel and plastic components.
Electrical connections via M12x1 plugs, with IP 67 ingress protection.
CE-conformity with pressure equipment and EMC directives.

Ordering Information:

Multiple configurations available, with specific part numbers for different pressure ranges and connection types.
Options for gauge pressure with accuracy ≤ ± 1% of span.

Additional Information:

Dimensional drawings and recommended accessories are provided for installation and extended functionality.
Accessories include device protection and mounting brackets for enhanced application versatility.

Pressure Sensors Overview: The document provides detailed information on various pressure sensors, including specifications, technical data, and recommended accessories. It covers different models and configurations suitable for industrial applications, emphasizing their precision and reliability.

Specifications: The pressure sensors are available in different pressure ranges from 0 bar to 600 bar, with options for gauge, absolute, and compound pressure measurements. They offer high accuracy (≤ ± 0.5% or 0.25% of span) and are designed to withstand high shock and vibration. The sensors have various output signals, including 4 mA to 20 mA and 0 V to 10 V, and are equipped with M12x1, 4-pin electrical connections.

Technical Data: The sensors operate within a process temperature range of -30°C to +150°C, depending on the model. They feature stainless steel construction for durability and are available with different process connections, such as G 1/4 A and G 1/2 B. The sensors are CE-conformant and meet various safety and performance standards.

Recommended Accessories: Accessories include device protection options for extending process temperature ranges and mounting brackets for easy installation. These accessories are designed to enhance the functionality and adaptability of the sensors in various environments.

Product Descriptions: The PFT series is highlighted for its precise pressure measurement capabilities for liquids and gases, with a focus on configurability to meet diverse customer requirements. The PHT series is noted for its suitability in sanitary applications, featuring flush-mounted stainless steel membranes and compliance with EHEDG and 3-A Sanitary Standards.

Dimensional Drawings: The document includes detailed dimensional drawings for various sensor models, providing measurements in both millimeters and inches to assist with installation and integration into existing systems.

Conclusion: The document serves as a comprehensive guide for selecting and utilizing pressure sensors in industrial and sanitary applications, offering detailed specifications, technical data, and accessory options to ensure optimal performance and reliability.

Pressure Sensors Specifications: - Accuracy: ≤ ± 0.1% of span - Response time: ≤ 10 ms - Long-term drift: ≤ 0.2% of span per year - Temperature coefficient: Varies by pressure range, with a maximum of ≤ 0.4% of span/10 K - Rated temperature range: 0 °C to +80 °C

Mechanics/Electronics: - Process connections include Tri-Clamp, Conical coupling, Flange, and more - Wetted parts made of stainless steel 1.4435 - Pressure transmitting fluid is FDA-approved synthetic oil - Housing material is stainless steel 1.4571 - Electrical connections include L-connector, stainless steel field housing, circular connector, and flying leads - Supply voltage ranges from 10 V DC to 30 V DC - Electrical safety features include overvoltage, short-circuit, and reverse polarity protection - CE-conformity with EMC directive 2004/108/EEC

Ambient Data: - Ambient temperature: –20 °C to +80 °C - Storage temperature: –40 °C to +100 °C - Shock load: 500 g - Vibration load: 15 g

Ordering Information: - Various configurations available with different process connections and electrical connections - Signal output: 4 mA to 20 mA - Pressure type: Gauge pressure - Accuracy: ≤ ± 0.5% of span - Process temperature: –20 °C to +150 °C

Dimensional Drawings: - Detailed dimensions provided for various housing and connector types

Temperature Sensors Overview: - Universal temperature measurement for liquids and gases - High-quality solutions with various insertion lengths and mechanical configurations - Benefits include cost-efficiency, reliability, and high measurement accuracy

General Information: - Temperature sensors use platinum elements for accurate measurement - Pt100 and Pt1000 elements comply with IEC 60751 standards - Devices are made from high-grade stainless steel, suitable for harsh environments

Applications: - Used in machine tool industry for temperature control of cooling lubricants - Employed in storage tanks for monitoring temperatures of liquids

Product Family Overview: - TBT, TCT, and TSP series offer well-proven, compact, and efficient temperature measurement solutions - Measuring ranges from –50 °C to +250 °C - Sensor elements include Pt100 and Pt1000 with accuracy classes A and B - Various mechanical adaptations and insertion lengths available

Overview: The document provides detailed technical specifications and descriptions for temperature sensors, specifically the TBT and TCT models, which are part of the SICK Fluid Sensors product line. These sensors are designed for temperature measurement in liquids and gases, offering various configurations to suit different applications.

Specifications:

Sensor Elements: Pt100 or Pt1000, with accuracy class A or B according to IEC 60751.
Measuring Ranges: TBT: -50°C to +150°C and -50°C to +250°C; TCT: -50°C to +150°C and -50°C to +250°C.
Output Signals: Pt100 (4-wire) or 4 mA to 20 mA (2-wire).
Materials: Wetted parts made from stainless steel 1.4571 or 1.4305.
Connection Types: Various threads and compression fittings, with options for thermowells.
Enclosure Ratings: IP 65 and IP 67, depending on the model and configuration.

Features:

Both models offer reliable operation with rugged design and high-quality materials.
Good long-term stability, accuracy, and linearity.
Quick and safe installation with convenient system integration.
Optimal solutions for individual requirements with various mechanical adaptations and insertion lengths.

Technical Data:

Pressure Resistance: Up to 120 bar with threaded connections, and up to 220 bar with thermowell variants.
Electrical Safety: Protection class III, dielectric strength of 500 V AC, and reverse polarity protection.
Ambient Conditions: Operating temperatures range from -40°C to +85°C or +125°C, depending on the variant.

Ordering Information: The document includes part numbers for various configurations, detailing the output signal, process connection, and insertion length/diameter of the probe.

Conclusion: The TBT and TCT temperature sensors are versatile and robust solutions for precise temperature measurement in industrial applications, offering a range of configurations to meet specific needs.

Overview: The document provides detailed technical specifications and ordering information for temperature sensors, specifically focusing on the TCT and TSP models. These sensors are designed for temperature measurement in various applications, with options for different process connections and insertion lengths.

Specifications:

Temperature Range: TCT sensors operate between -50°C to +150°C, while TSP sensors have a range of -30°C to +130°C.
Shock and Vibration Resistance: Both models comply with IEC 60751 standards, with shock resistance up to 500 g and vibration resistance up to 3 g.
Material and Construction: Wetted parts are made from stainless steel 1.4305, ensuring durability and reliability.
Electrical Connection: M12x1 circular connectors are used, providing an IP67 enclosure rating.

Ordering Information: The document lists various configurations for both TCT and TSP models, detailing part numbers, output signals, process connections, and insertion lengths. Options include:

TCT Models: Available with Pt100, 4-wire or 4-20 mA, 2-wire output signals, with or without process connections.
TSP Models: Available with Pt100 or Pt1000, 2-wire output signals, with various thread options like G 1/4 B, G 3/8 B, M14x1.5, and 1/4" NPT.

Dimensional Drawings: The document includes detailed dimensional drawings for both TCT and TSP models, illustrating housing dimensions and process connections.

Additional Information: The document mentions the availability of accessories such as mounting brackets, flanges, and plug connectors, which enhance the functionality and installation of the sensors.

Appendix Overview:

Glossary: Definitions and explanations of key terms related to fluid sensors and their applications.
3-A Sanitary Standards: An association that drafts directives for hygienic processing and packaging of dairy products and other foodstuffs, issuing certificates for compliant machine components.
Absolute Pressure: Measurement based on total vacuum as a reference, eliminating environmental pressure fluctuations.
ATEX: EU directives for explosion protection, including Directive 94/9/EC.
Cable Types: Descriptions of PUR, FEP, and PVC cables, including their resistance properties and limitations.
Compound Pressure Measuring Range: Measures overpressure within a vessel, with a typical span from -1 bar to maximum value.
Creep Flow Suppression: Excludes flows near zero from measurement, even when valves are closed.
Device Type Manager (DTM): Software for managing field devices, requiring a framework application to operate.
EHEDG: European group compiling directives for hygienic processing and packaging of foodstuffs.
Electronic Pressure Switch: Devices with switching outputs activated at defined pressure values, connected to PC-control or PLC.
Empty Pipe Detection: Detects partly filled or empty tubes, providing additional switching output for flow signal deviations.
Enclosure Rating: Specifies protection level against contact and intrusion of solids and water, starting with IP followed by two digits.
FDA: US supervisory body for drugs and foodstuffs, regulating substance use in hygienic environments.
FKM/FPM: Durable and temperature-stable fluor or rubber variations used as sealing materials.
Flow Profiles: Descriptions of laminar and turbulent flow characteristics.
Flush-mounted Diaphragms: Used in hygienic applications to prevent media adherence and facilitate cleaning.
Filling Liquids: Used to decouple process medium from measuring diaphragm, meeting FDA standards for hygienic applications.
Gauge Pressure: Measures pressure relative to ambient environment, monitoring container overpressure.
HACCP: Methodology for managing hygienic processing and distribution of foodstuffs, mandated by various regulations.
Inlet/Outlet Path: Describes tube lengths for optimal flow and measurement conditions.
IO-Link: Communication technology for sensors and actuators, improving process quality and reducing maintenance costs.
Level Probes: Immersible pressure gauges for liquid level measurement, influenced by liquid density and temperature.
Light/Dark Switching: Sensor setting for optical sensors to invert output logic based on light visibility.
Measurement Accuracy: Relates to maximum deviation from ideal output signal, specified in % of span.
NBR: Synthetic rubber material with good temperature flexibility and resistance to oils and fuels.
Optical Level Monitoring: Uses refractive indices or laser sensors for level measurement.
PBT: Plastic used in fluid sensor technology for its chemical resistance and temperature stability.
Pressure: Ratio of force on a surface, measured in pascal or bar.
Pressure Loss: Caused by friction in pipelines, affecting inline flow meters.
Pressure Measurement Ranges: Specific pressure areas where output signal is proportional to applied pressure.
Pressure Port/Peak Damping: Introduces process medium to diaphragm, with options for damping pressure peaks.
Pressure Measurement Principles: Use of piezo-resistive or metal thin-film sensors in pressure transmitters and switches.
Process Connection: Mechanical connection between container and sensor, with various regional standards.
Protection Class: Electrical device safety measures to prevent electric shock, defined in DIN EN 61140.
PTFE: High chemical resistance polymer used as sealing material and protection against aggressive media.
Pulse Output: Used to count flow rate, with each pulse corresponding to a specific flow rate.
Resistance Thermometers: Used for temperature measurement through electrical resistance of a Platinum resistor.

Resistance Thermometer Specifications: The resistance of a Pt100 thermometer is described by two equations depending on the temperature range. For temperatures from -200°C to 0°C, the equation includes a cubic term, while for 0°C to 850°C, it is quadratic. The coefficients are A = 3.9083 x 10^-3 °C^-1, B = -5.775 x 10^-7 °C^-2, and C = -4.183 x 10^-12 °C^-3. R0 is the resistance at 0°C.

Connection and Measurement: According to IEC 60751, resistance thermometers should use 3-wire or 4-wire connections to compensate for cable resistance. Temperature transmitters often use 4-20 mA or 0-10 V analog outputs and connect via 2-wire or 3-wire systems.

Resistance Values: A table provides resistance values for a Pt100 thermometer at various temperatures, e.g., at 23°C, the resistance is 108.96 Ω.

Sealing Devices: Sealing devices, such as elastomer-O-rings or metal seals, are used in process connections. The choice depends on the process connection type and environmental conditions.

Stainless Steel Standards: Stainless steels like 1.4404 (316L) and 1.4571 (316Ti) are used for their purity and resistance to environmental conditions.

Temperature Measurement Accuracy: Accuracy classes for platinum resistors are defined by IEC 60751, with tolerances varying by class and temperature range.

Time Domain Reflectometry (TDR): TDR is a measurement principle using microwave pulses to determine distances based on the time of flight, unaffected by medium properties.

ATEX Directive: The ATEX directive standardizes safety requirements for equipment in explosive atmospheres. Equipment is categorized by safety measures and zones, with certification required for compliance.

Explosion Protection Principles: Flammable liquids and gases are categorized into explosive groups (IIA, IIB, IIC) and temperature classes (T1 to T6) based on their explosive properties. The danger increases from group IIA to IIC, with higher groups encompassing lower ones. Temperature classes define maximum surface temperatures for equipment, ranging from 450°C (T1) to 85°C (T6).

Types of Flammable Protection: Various technical measures ensure no ignition sources become effective in explosive environments. These include:

Drive enclosure (d): Components are housed to withstand explosion pressure.
Enhanced safety (e): Prevents sparks and impermissible temperatures.
Pressurization (p): Devices are filled with protective gas to prevent explosive mixtures from reaching ignition sources.
Intrinsic safety (i): Limits current and voltage to prevent ignition.
Oil immersion (o): Parts are immersed in protective liquid.
Quartz filled (q): Equipment filled with sand to cool electric arcs.
Molded encasing (m): Parts embedded in casting compound to prevent arcs.
Non-incendive (n): No ignition risk in normal operation.

Materials and Standards: The document lists various materials like stainless steel, brass, and plastics, along with their corresponding standards (DIN, ASTM, etc.).

Temperature and Pressure Units: Temperature is measured in Celsius and Fahrenheit, with conversion formulas provided. Pressure units include bar, MPa, psi, and others, with conversion factors listed.

Dielectric Constants: A table of substances with their dielectric constants is provided, indicating their electrical insulating properties.

SICK LifeTime Services: SICK offers comprehensive services for fluid sensors, including consulting, product support, and training. Their global presence ensures expert advice and solutions for various industries.

SICK at a Glance: SICK is a leading manufacturer of sensor technology, offering a wide range of products and services for detecting, measuring, and protecting in various applications. They have a global presence with subsidiaries in numerous countries.

Catalog excerpts

Fluid Sensors Level sensors, pressure sensors, flow sensors, temperature sensors

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Finden Sie unsere Produkte Product family overview und Lösungen. Level sensors LFT LFP UP56-2 LFH LFV200 LFV300 LBV300 MHF15 Flow sensors FFU Bulkscan Find out products and solutions online www.mysick.com/Products The Product Finder lets you search for the suitable device for your application using your specification – from a large number of products in all areas of factory and logistics automation. www.mysick.com/Literature You can access all publications in the Literature Finder, e.g. operating instructions, product information, customer magazines and other literature about SICK products.

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Level sensors Flow sensors Pressure sensors Temperature sensors Application areas Applicable for: Explosive areas Bulk solids Hygienic applications

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Fluid Sensors in your sensor e-business Partner Portal. Intelligent solutions for level and point level measurement www.mysick.com/Products - Order online now! Flow sensors With this catalog “Fluid Sensors“ SICK offers you a large extract of our product portfolio. For much more information, including dimensional and CAD drawings, operating instructions and product information to download, go to the Product Finder at www.mysick.com/ products and enter the part number which you‘ll find on the product page in the “ordering information” table. Robust and precise – flow measurement with modern technology...

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General information About SICK Level sensors Flow sensors FFU, Bulkscan Glossary, explosion protection according to ATEX, materials, pressure- and temperature units, dielectric constants, service and support

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SICK is a technological and market leader in sensor technology. With headquarters in Waldkirch, Germany and more than 5,000 employees in almost 50 subsidiaries, numerous representatives and holdings, SICK has a solution for your application no matter where you are in the world. Innovation SICK achieves product innovation by means of consistent development. It has five development sites in Germany and a total of seven other sites all over the world. SICK turns customers’ needs into automation solutions that increase efficiency and reduce costs. SICK is large enough to be independent – but still...

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B What you get from working with SICK We help to increase your efficiency As a leading manufacturer of automation solutions for industrial applications, we are familiar with the processes in our customers’ organizations – and we are particularly familiar with their requirements for increased efficiency. G 8013856/2011-11-02 Subject to change without notice

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A Automation knows no borders. A global perspective is what counts in factory and logistics utomation. a That‘s why SICK is also present worldwide. As an ndependent partner, i we are always at your side and readily available. Regardless of where you are in the world. SICK is close by – with nearly 50 national and international subsidiaries, as well as numerous sales offices and associated companies. In addition to sales and services, our production and development is located internationally. SICK has a strategic and customer-oriented distribution of these departments in Germany, taly, Sweden,...

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Global presence All over the world Europe N. & S. America • Austria • Belgium • Czech Republic • Denmark • Finland • France • Germany • Great Britain • Italy • Luxembourg • Netherlands • Norway • Poland • Romania • Russia • Slovenia • Spain • Sweden • Switzerland • Turkey • Brazil • USA/Canada/ Mexico • China • India • Indonesia • Israel • Japan • Korea • Singapore • Taiwan • United Arab Emirates • South Africa G 8013856/2011-11-02 Subject to change without notice

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D The focus and how you benefit from it SICK concentrates strictly on the development and production of sensors for f actory, logistics and process automation. The result is innovative, powerful p roducts and ystems that provide our customers the highest level of safety s a i nd ncreased quality. 8013856/2011-11-02 Subject to change without notice

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Business areas C Openness The secret behind our success: All sensors in principle work in any automation scenario. This level of openness provides our customers with maximum freedom and creates the best possible safety solution. Factory automation • Electro-sensitive detection, counting, classification and positioning of objects • Detection of shape, position and surface differences • Protection against accidents and protection of people with sensors, safety software and safety services Logistics automation • Automatic identification using b ar code and RFID readers for sorting and destination...

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B Customers’ markets and how we view them We are familiar with your p rocesses Sensors from SICK are ideal for all automation in industry, regardless of the type of production processes used or which products are manufactured. For this reason in particular: as a development p artner for industry, it is crucial for our success that we are fully familiar with the production steps in every market. Versatility With its specialized market expertise, SICK is your partner in the f ollowing markets: Automotive industry Our holistic view of optimization potential makes automated processes safer,...

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Industrial markets With comprehensive knowledge, SICK understands every detail in automated production and handling. Perfectly matched sensors ensure plant safety and meet stringent hygienic requirements. In an increasingly global economy, the demands on logistics processes are growing steadily. With tailor-made solutions and products for control, identification, monitoring and measuring, SICK ensures customers have an efficient logistics chain. G 8013856/2011-11-02 Subject to change without notice

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Fluid Sensors

Fluid Sensors

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