Process Instrumentation and Analytics At the heart of your efficiency Oil and gas industry Answers for industry. PIA Life Cycle Portal The PIA Life Cycle Portal is a web-based application for easy and convenient product selection and configuration. Controlling cost, ensuring safety and delivering quality We’re in an era where efficiency is more important than ever for the oil and gas industry. Our devices give you the precision you need to control cost, ensure safety and deliver quality. An energy transformation is underway. Hydrocarbons face increased competition from new sources of energy. Reserves are increasingly difficult to access. Partnering with Siemens gives the precision, integration and reliability that you need to help address these trends and ensure efficiency at the heart of your operations. Right across the oil and gas value chain Siemens offers solutions for your process instrumentation and analytics needs across the oil and gas industry value chain – from the upstream all the way through midstream pipelines and storage to downstream refining and distribution. You can be sure of better asset management. Our devices give you the measurement, maintenance and diagnostics functions 2 you need to translate data and alerts into early and effective action. not limited to a conversation about an individual device or process. A comprehensive solution And you don’t need to look further than Siemens. We not only give you accuracy and reliability of process instrumentation and analytics measurement but also the reassurance of seamless integration with your planning, management control and other systems. As one of the world’s leading automation suppliers, Siemens can give you a one-stop shop solution for your automation requirements and also integrate that upwards into PCS and MES systems. Designed with your needs in mind Our technology is designed to fit with the tough and often remote situations encountered in the oil and gas industries. Solutions such as remote-mounted transmitters, heavy-duty dust-tight enclosures and non-contacting sensors all mean that you can avoid accidents and hazardous situations. Our comprehensive portfolio gives you the reassurance that a dialogue with Siemens can be about what is right for the overall facility or operation and With Siemens you have the reassurance of best-inclass products and a partner who understands your industry. Discover more in this brochure and at: www.siemens.com/sensors/industries How to get access You can access the PIA Life Cycle Portal around-the-clock at www.siemens.com/piaportal. It offers you active support to find the best solution from the extensive Siemens portfolio of sensors and process analytical products. The portal can be used to see how different solutions can be put to use in process and factory automation. You can choose between several selection access options to find the appropriate product solution for your specific requirements: • Direct access sends you straight to a specific con figuration if you know the product you are seeking. • “Guided selection” lets you to select the appropriate application, technology or industry and specify the measurement task based on the various relevant parameters for your particular application. Advantages at a glance: • Convenient product selection support with answers to typical questions • A variety of selection possibilities: see the sample processes and simply select from the recommended process instrumentation and analytics products • Project lists for an order enquiry can be quickly created • Different possibilities for processing data and information • No separate installation needed • Product selection for spare parts • The latest product data and information for Siemens process instrumentation and analytics www.siemens.com/pia-portal Scan to explore the PIA Life Cycle Portal 3 Product range Level measurement Point Level Pointek CLS200 Pointek CLS300 Pointek CLS500 SITRANS LVL100 / 200 SITRANS LVS100 / 200 SITRANS Probe LR Brief description Inverse frequency shift capacitance level switches with optional rod / cable choices and configurable output. Inverse frequency shift capacitance level switches with optional rod / cable choices and configurable output. Inverse frequency shift capacitance level switch for detecting inter faces, solids, liquids, toxic and aggressive chemicals in critical conditions of high temperature and pressure. Brief description Compact and standard vibrating point level switches for high or low levels of liquids and slurries. Vibrating point level switches for high or low level detection of dry powder and granular bulk solids. 2-wire, 6 GHz pulse radar level transmitter for basic continuous monitoring of liquids in storage vessels. Features and benefits • Ideal for detecting liquids, solids, slurries, foam and interfaces in demanding conditions • Unaffected by product buildup on the probe • Requires no metal container wall as reference capacitance • No vibrating mechanical components • Explosion-proof with IS probe • Ideal for detecting liquids, solids, slurries, foam and interfaces in demanding conditions where high pressure and temperature are present • Unaffected by product buildup on the probe • Requires no metal container wall as reference capacitance • Simple installation and maintenance • No vibrating mechanical components • Patented Active-Shield technology so measurement is unaffected by material buildup in active shield section • 2-wire loop powered with solid-state switch or 4 to 20 / 20 to 4 mA output • Simple push-button calibration and integrated local display • Full function diagnostics • HART communications for remote commissioning and inspection • Microprocessor-based electronics provide one-point calibration Features and benefits • Proven vibrating level switch technology for liquids • Compact insertion length of 40 mm (1.57”) for confined space applications • Fault monitoring for corrosion, loss of vibration or line break to the piezo drive • SIL 2 qualified for high level and dry run applications • Compact design • Will switch at the correct level, even with low-density products • Rotatable enclosure • Self-cleaning fork • Remote electronics option • Process Intelligence echo processing • Hermetically sealed shielded polypropylene rod antenna with threaded process connection Range • Rod: 5.5 m (18 ft) • Cable: up to 30 m (98 ft) • Rod: 1 m (40") • Cable: 25 m (82 ft) • 1 m (40") Range • 40 mm … 4 m (1.57" ... 13 ft) • LVS100: 170 mm … 4 m (6.7" ... 13 ft) • LVS200: 165 mm … 20 m (6.5" ... 65 ft) • 20 m (66 ft) Accuracy • Repeatability 1% • Repeatability 1% – Accuracy • Repeatability: 0.1 mm • Hysteresis approx. 2 mm with vertical installation • Switching delay a pprox. 500 ms (on / off) • Switching delay 1 sec • ± the greater of 0.1% of range or 10 mm (0.4") Process temperature • –40 ... 125 °C (–40 to 257 °F) • –40 ... 400 °C (–40 ... 752 °F) • –60 ... 400 °C (–76 ... 752 °F) Process temperature • LVL100: 150 °C max. (302 °F) • LVL200: 250 °C max. (482 °F) • 150 °C max. (302 °F) • –40 ... 80 °C (–40 ... 176 °F) Process pressure • Rod: up to 25 bar g (365 psi g) • Cable: up to 10 bar g (145 psi g) • Up to 35 bar g (511 psi g) • Up to 150 bar g (2175 psi g) Process pressure • LVL100: –1 ... 64 bar g (–14.5 ... 928 psi g) • LVL200: –1 ... 64 bar g (–14.5 ... 928 psi g) • Up to 10 bar g (145 psi g) • Up to 3 bar g (43.5 psi g) Typical applications Level and interface detection, overfill protection in tanks. Liquids, slurries, powders, granules, pressurized applications, hazardous areas. Level and interface detection, overfill protection in tanks. Liquids, slurries, bulk solids, relatively high pressure and temperature, hazardous areas. Foam or liquid / foam level, glycol regenerators, high-pressure coalescers, LNG applications. Typical applications Detection of high, low, demand levels in liquids, pump protection, hazardous areas and critical applications up to SIL 2. Detection of high, low, demand levels in solids. Drilling mud tanks. ore information: M www.siemens.com/pointekcls200 4 Radar ore information: M www.siemens.com/pointekcls300 ore information: M www.siemens.com/pointekcls500 ore information: M www.siemens.com/sitranslvl100 www.siemens.com/sitranslvl200 ore information: M www.siemens.com/sitranslvs100 www.siemens.com/sitranslvs200 ore information: M www.siemens.com/sitransprobelr 5 Level measurement Radar SITRANS LR200 SITRANS LR250 SITRANS LR560 Brief description 2-wire, 6 GHz pulse radar level transmitter for continuous monitoring of liquids or slurries in process vessels. 2-wire, 25 GHz pulse radar level transmitter for continuous monitoring of all types of hydrocarbon liquids and slurries. 2-wire, 78 GHz FMCW radar level transmitter for continuous monitoring of solids in silos to a range of 100 m (328 ft). Features and benefits • Cost-effective solution using either a horn antenna for large openings or a PTFE rod antenna for openings as small as 50 mm (2"") • Low-frequency microwave transmitter offering high immunity to buildup, condensation, vapor and steam • Process Intelligence and Auto False-Echo Suppression • HART and PROFIBUS PA options available • Resistant to buildup or vapors through non-contacting microwave technology • Available with antenna options: horn, PVDF encapsulated or PTFE faced flange • Built-in Process Intelligence prevents interference from the agitators and vessel obstructions commonly found in waste fuel tanks • Resistance to a broad range of chemicals allows for instrumentation standardization throughout the plant • HART, PROFIBUS PA or FOUNDATION Fieldbus options available Range • 20 m (66 ft) Accuracy Capacitance SITRANS LG250 SITRANS LG270 SITRANS LC500 Brief description Guided wave radar transmitters for level, level / interface, and volume measurement of liquids and solids. Guided wave radar transmitters for level, level / interface, and volume measurement of liquids and solids. Inverse frequency shift capacitance level and interface transmitter for extreme and critical process conditions. • Process Intelligence – advanced echo processing for unparalleled performance • Easy to install • Narrow beam angle • Graphical Quick Start Wizard for easy and fast setup • Virtually unaffected by dust or temperature changes • Air purge connection included • Aimer flange for optimizing readings in the silo cone area Features and benefits • Advanced Diagnostics available for high degree of safety • Simple menu-driven display offers ease of setup • Large range of options offers reliability in most continuous measurement applications • Ease of maintenance through module design and field replaceable and adjustable probe options • Suitable for extreme pressure and temperature conditions • Highly immune to buildup / replaceable probes / measures low dk / able to determine dk of application • Advanced Diagnostics for high degree of safety • Simple menu-driven display offers ease of setup • Large range of options offers reliability in most continuous measurement applications • Ease of maintenance through module design and field replaceable and adjustable probe options • Universally applicable in liquids, interface, slurries and solids • Highly immune to buildup • Steam compensation / low dk • Patented Active-Shield technology • Easy installation through push-button calibration • Integrated local display • Full-function diagnostics • Inverse frequency approach provides high resolution • 20 m (66 ft) • 40 m (131 ft) • Option: 100 m (328 ft) Range • 300 mm ... 75 m (11.811" ... 246 ft) • 300 mm ... 60 m (11.811" ... 197 ft) • Rod: 0.3 ... 5.5 m (1 ... 18 ft) Cable: 1 ... 35 m (3 ... 115 ft) • 0.1% of measuring range or 10 mm (0.4 inch) • 3 mm (0.118") • Greater of 25 mm (1 inch) or 0.25% of range Accuracy • ±2 mm (0.08") • ±2 mm (0.08") – Process temperature • –40 ... 200 °C (–40 ... 392 °F) • –40 ... 200 °C (–40 ... 392 °F) at process connection with FKM O-ring • –40 ... 200 °C (–40 … 392 °F) Process temperature • –40 ... 200 °C • –196 ... 450 °C (–321 ... 842 °F) • –50 ... 200 °C (–58 ... 392 °F) • –200 ... 200 °C (–328 ... 392 °F): special order Process pressure • Up to 40 bar g (580 psi g), process connection type-dependent • Up to 40 bar g (580 psi g), process connection type-dependent • Up to 3 bar g (43.5 psi g) Process pressure • –1 … 100 bar (–100 … 40,000 kPa) – vessel pressure • –1 … 400 bar (–100 … 40,000 kPa) – vessel pressure • Up to 150 bar g (2175 psi g) Typical applications Level monitoring of liquids and slurries in process and storage tanks of all types incl. vertical, horizontal and spherical tanks, cryogenic, underground and tanks with stilling well. Process vessels with severe conditions including turbulence, foam or material buildup. Level monitoring in process and storage tanks of all types. Heavy and light crude, sour and sweet crude, any condensate and produced water application. Level measurement of proppants like frac sand and ceramics (widely used in horizontal drilling applications – hydraulic fracturing), plastic pellets and powders. Typical applications Highly flexible solution for liquid level and interface applications. Extremely versatile solutions for storage, separation of materials or difficult ammonia applications. Extreme conditions including high temperature and high pressure applications: harsh applications in chemical, HPI and energy industries i.e. LPG gas tanks, steam boilers and distillation columns. Level measurement in liquids, vapors and foam under extreme operational conditions, interface detection (e.g. oil, water, gas) LNG. ore information: M www.siemens.com/sitranslr200 6 Guided wave radar ore information: M www.siemens.com/sitranslr250 ore information: M www.siemens.com/sitranslr560 ore information: M www.siemens.com/lg ore information: M www.siemens.com/lg ore information: M www.siemens.com/lc500 7 Flow measurement Clamp-on ultrasonic SITRANS FUH1010 (Oil) SITRANS FUG1010 SITRANS FUT1010 SITRANS F C MASS 2100 SITRANS F C MASS 6000 Ex d SITRANS FC430 Brief description For hydrocarbon applications. Available in three versions: Standard Volume, Precision Volume and Interface Detector. It demonstrates high-level performance under a wide range of viscosities. SITRANS FUG1010 advantages include, tolerance of challenging wet gas conditions. It also measures standard volume flow for fixed gas compositions without needing a separate flow computer. Both versions for gas or liquid feature the unique TransLoc mounting system, the sensors are permanently installed on a supplied pipe section appropriately sized for the application. Brief description Coriolis mass flowmeters for exact mass flow, volume flow, density and temperature measurements. Transmitter for coriolis flowmeter for the measurement of mass flow, volume flow, Brix, Plato, density, temperature and fraction flow. Functions include dosing of liquids and gases. Complete flowmeter system for a variety of liquid and gas applications. Provides multiparameter and high accurate measurement of mass flow, density, temperature and fraction. Features and benefits Standard volume • Exceptional repeatability is maintained, independent of changes in temperature, density or viscosity Precision volume • Precise measurement is maintained with automatic “Reynolds Number” compensation for temperature and viscosity changes Interface detection • Outputs liquid density and API as a replacement for intrusive densitometers • Tolerates most wet gas conditions • Relay alarms triggered when a change in gas composition is detected • Data extraction and analysis through Si-Ware diagnostics tool • Resistant to pressure reducing valve noise • Accommodates permanent and direct burial installations with optional rugged Hi-Precision Mount enclosure • Meets performance requirements of API and AGA • Allows continuous operation despite water or gas contamination • Permits application and operation diagnostics • Accommodates easy scraper and pig detection • Size / pipeline diameter: DN 100 to DN 600 (4"" to 24"") • Lab calibrated to allow for use in high-performance applications Features and benefits • Accuracy of density measurements better than 0.001 g / cm3 • Single-bended pipe without internal welding seams • Maximum pipe wall thickness for optimal service life, corrosion resistance and high pressure resistance • Balanced pipe construction for optimal performance • High zero stability, excellent dynamic response to variations of flow • Multiparameter outputs, individually configurable to mass flow, volume flow, density, temperature or fraction flow, e.g. Brix or Plato • Fast batch mode and short response time with an update rate of 30 Hz • SENSORPROM technology automatically configures the transmitter during start-up • Offers high accuracy over a range of flow rates • Multiparameter measurement enables simultaneous monitoring of density leading to higher dosage quality • Coriolis technology enables measurement of non-conducting liquids • Advanced communications allow access to the multiple measuring parameters being measured • Available in compact or remote versions Range • ±0.5 to 1.0% at ≥0.3 m / s (1ft / s) • Calibratable ±0.15 to 0.3% • ±1–2% of actual volume reading • Liquids: ±0.15% at ≥0.3 m / s (1 ft / s) • Gas: ±0.2% at ≥0.3 m / s (1 ft / s) Range – – – Accuracy • Measuring range ±12 m / s (±40 ft / s) bidirectional • Pipe range DN 6 to DN 9140 (0.25 ... 360") • ±30 m / s (±100 ft / s) bidirectional • Liquid: ±12 m / s (±40 ft / s), bidirectional • Gas: ±30 m / s (±100 ft / s), bidirectional Accuracy • < 0.1% of mass flow • Typically ≤ 0.1% of actual mass flow • ±0.10% Process temperature • Ambient temperature –18 ... 60 °C (0 ... 140 °F) • Liquid temperature –40 ... 120 °C (–40 ... 248 °F) • Ambient temperature –18 ... 60 °C (0 ... 140 °F) • Gas temperature* –40 ... 120 °C (–40 ... 250 °F) • Liquid –28 ... 93 ºC (–20 ... 200 ºF) Process temperature • –50 … 180 °C (–58 … 356 °F) – • –50 ... 200 °C (–58 ... 392 °F) Process pressure – • Typical minimum pressure: 7 ... 10 bar (100 ... 145 psi) – Process pressure – – Measuring tubes: • Stainless steel up to 100 bar (1450 psi) • Hastelloy C22 up to 160 bar (2320 psi) Typical applications Flow measurement on hydrocarbon liquids, interface detection, product identification, auto batch control, pig detection etc. Ideal for natural and process gas applications, including allocation, production, storage and gas-fired power station applications. High-precision flow measurement of hydrocarbon liquids and gases, pipeline balancing and refinery blending, production wells, and gas processing. Typical applications Liquids and gases, dosing, multiparameter measurement incl. mass flow rate, volume, density, fraction flow and temperature. – Custody transfer, according to OIML R117 (liquids other than water); safety-critical applications up to SIL 3. ore information: M www.siemens.com/fusclampon 8 Coriolis ore information: M www.siemens.com/fusclampon ore information: M www.siemens.com/fusclampon ore information: M www.siemens.com/sitransfcmass2100 ore information: M www.siemens.com/sitransfcmass6000 ore information: M www.siemens.com/sitransfc430 9 Flow measurement Coriolis Electromagnetic Vortex Inline ultrasonic SITRANS F M MAG 3100 P SITRANS FX300 SITRANS F US SONO 3100 / FUS060 SITRANS FCS200 sensor SITRANS F C MC2 SITRANS F M MAG 6000 I / 6000 I Ex de Brief description Ultra-compact sensor that fits in where space is crucial, providing extra flexibility in any compressed natural gas (CNG) application. Accuracy better than 0.15% of the mass flow rate. The meter is easy to install and is recognized for its high accuracy and wide turndown which is paramount in many applications. Microprocessor-based transmitter engineered for high performance, easy installation, commissioning and maintenance. Brief description Sensor is designed to meet the most common specifications within the chemical and process industries. It has PTFE or PFA liners and Hastelloy electrodes being the ideal combination. Vortex flowmeter with accurate volumetric and mass flow measurement of steam, gases and liquids as an all-in-one solution with integrated temperature and pressure compensation. Flowmeter system consisting of a SITRANS FUS060 transmitter and SITRANS F US SONO 3100 sensor with O-ring or flange transducers. Features and benefits • Wide range of different connections available • Fast fueling due to high capacity • Flexible sensor program as it is available in three sizes ensuring a broad application fit within dispensers, compressors and distribution • Enhanced safety due to standard built-in rupture discs, which reduce personal hazard in the event of pipe fracture • SENSORPROM enables true Plug & Play installation • High accuracy • Parallel S-tube design and optimal oriented inductive sensors enhances accuracy and turndown range • Rigid enclosure design reduces the influence from pipeline vibration and thermal stress • SENSORPROM enables cost-efficient installation and commissioning • Enhanced safety with superior safe Ex-design EEx em [ib] IIC; ≤ DN 40: II 1 / 2 EEx em [ib] IIC T2-T6, ≥ DN 50: II 2 G EEx em [ib] IIC T2-T6 • Superior signal resolution for optimal turndown ratio • Built-in advanced batch control • Comprehensive diagnostic and service menu enhancing troubleshooting and meter verification • SENSORPROM technology facilitates easy setup and replacement with automatically re-programming of any new transmitter • USM II platform enables fitting of add-on bus modules without loss of functionality and all modules can be fitted as true Plug & Play Features and benefits • Short lead time 5 days + transportation • Excellent chemical resistance also during high process temperature • Designed to allow patented MAG in-situ verification using the SENSORPROM fingerprints • Approved for hazardous areas • Maintenance-free due to fully welded sensor construction providing excellent stability and reliability • Combines three measuring instruments in one device without additional equipment, installation or cabling costs • Saves downtime because of isolation valve, which makes an exchange of pressure sensor possible without interrupting the process • Easy installation because of Plug & Play • Redundant system as a dual transmitter version is available • Standard version is delivered as a 2-path sensor with or without flanges; 4 paths are available upon request • Available pipe materials carbon steel (stainless steel on request) • Comes in sizes from DN 100 to DN 600 (4" to 24"), (others on request) • Easy exchange of integrated transducers in running process • Designed for remote installation in hazardous as well as non- hazardous environments Range • Measuring range 250 ... 30,000 kg/h (9.2 ... 1,102.3 lbs/min) • Standard version: 2,130 ... 510,000 kg / h (78 ... 18,739 Ibs/min) • Hygienic version: 230 ... 113,400 kg / h (8.45 ... 4,167 Ibs/min) – Range • 0 ... 10 m/s (0 ... 32 ft/s) – • 28 ... 13,200 m3 / h (depends on size) Accuracy • 0.5% • ≤ 0.15% of rate • 0.2% ±1 mm / s (0.04 inch/s) Accuracy • 0.2% ±1 mm / s (0.04 inch/s) • Steam and gases: ±1% • Liquids: ±0.75% • ±0.5% of flow rate Process temperature • Ambient temperature –40 ... 60 °C (–40 ... 140 °F) • Medium temperature –40 ... 125 °C (–40 ... 257 °F) • –50 ... 180 °C (–58 ... 356 °F) – Process temperature • Ambient temperature: –40 ... 100 °C (–40 ... 212 °F) • Medium temperature: –20 ... 130 / 150 °C (–4 ... 266 / 302 °F) • Ambient temperature: –40 ... 85 °C (–40 ... 185 °F) • Medium temperature: –40 ... 240 °C (–40 ... 464 °F) • Medium temperature: –20 ... 200 °C (–4 ... 392 °F) – ; (on request: down to –200 °C [–328 °F]) Process pressure • Max 350 bar (5076 psi) • Max 100 bar (1450 psi) – Process pressure • Max 40 bar (580 psi) – • Max PN40 and CL300 pressure rating Typical applications CNG (compressed natural gas) Dosing within chemical and pharma (dosing of chemicals), Food & beverage (milk, cream, pastes) and oil. Flow measurement, water injection & frac water reclaim and delivery applications, industrial water treatment Typical applications – Volume and mass flow measurement of steam, liquids (e.g. crude oil) and gases (e.g. off-gas). Ideal for challenging applications within the oil flow, distribution and on / offshore industries. Optimal solution for fiscal metering as it meets OIML R117 requirements. ore information: M www.siemens.com/fcs200 10 ore information: M www.siemens.com/sitransf ore information: M www.siemens.com/sitransfm ore information: M www.siemens.com/sitransfm ore information: M www.siemens.com/sitransfx300 ore information: M www.siemens.com/sitransfus 11 Pressure measurement Temperature measurement SITRANS P DS III SITRANS P500 SITRANS P280 SITRANS TH Family SITRANS TF SITRANS TF280 Brief description Series of digital pressure transmitters for measuring gauge pressure, absolute pressure, differential pressure, flow and level. Advanced pressure transmitter for measuring differential pressure, flow and level with highest measuring accuracy. WirelessHART pressure transmitter that provides all measured process values as well as diagnostic information, parameters and functions via radio. Brief description Series of head-mounted transmitters for a variety of applications. Field transmitter for harsh industrial applications. WirelessHART temperature transmitter that provides all measured process values as well as diagnostic information, parameters and functions via radio. Features and benefits • Remote mounting capability allows isolation from high temperatures and vibration sources • Local display and local programming with push buttons, accessible without opening the enclosure • Robust design • Advanced communications and predictive maintenance functions enable optimization of maintenance cycles • High measuring accuracy • Very fast response time and extremely good long-term stability • High reliability even under extreme chemical and mechanical loads • For aggressive and non-aggressive gases, vapors and liquids • Extensive diagnosis and simulation functions which can be used both on site as well as via HART • Optional separate replacement of measuring cell and electronics without recalibration • Short process flanges enable space-saving installation • Supports the WirelessHART standard for a flexible pressure measurement • Enables cost savings on wiring for locations with difficult installation conditions, like in remote areas of plants, and on moving or rotating equipment • Device meets IP65 degree of protection • Powered by an internal battery and designed for ultralow power consumption Features and benefits • Measures temperature with a linear output signal • High accuracy across entire ambient temperature range • Reduces plant noise • Alarm signal for sensor break or short circuit according NAMUR 43 • Explosion-protected executions for US, Canada and Europe • Slim design, ideal for upgrade of installed PT100 probes with a 20 mA signal • Rugged design, fully potted electronic • Local sensing of measured values over digital display • Rugged two-chamber enclosure in die-cast aluminum or stainless steel with degree of protection IP67 • Universal sensor input for resistance thermometer, thermocouple element, Ohm or mV signal • SIL 2, SIL 2/3 • Wide range of approvals for use in potentially explosive atmospheres. “Intrinsically safe, non-sparking and flameproof” type of protections • Supports the WirelessHART standard for flexible temperature measurement • Enables cost savings on wiring for locations with difficult installation conditions, like in remote areas of plants, and on moving or rotating equipment • Device meets IP65 degree of protection • Powered by an internal battery and is designed for ultralow power consumption Range • 1 mbar (0.4 inch H2O) … 700 bar (10,150 psi) • 0 to 1.25 mbar (0 to 0.2 psi) ... 0 to 32 bar (0 to 464 psi) • 0 to 1.6 bar (0 to 23 psi) ... 0 to 320 bar (0 to 4,641 psi) Range • –40 ... 85 °C (–40 ... 185 °F) • –40 ... 85 °C (–40 ... 185 °F) • –40 ... 85 °C (–40 ... 185 °F) Accuracy • ≤ 0.075% • ≤ 0.03% • ±0.25% of full scale; max. ±0.25% of sensorʼs span Accuracy • Analog accuracy 0.02% of measurement range • Digital accuracy 0.1 °C for PT100 • Analog accuracy 0.02% of measurement range • Digital accuracy 0.1 °C for PT100 • < 0.04% of the measuring range Process temperature • –40 … 100 °C (–40 ... 212 °F) • –40 … 125 °C (–40 ... 257 °F) • –40 … 85 °C (–40 ... 185 °F) Process temperature • Depends on different RTD or TC sensor input • Depends on different RTD or TC sensor input • –200 … 850 °C (–328 ... 1562 °F) Process pressure • Max 700 bar (10,150 psi) gauge pressure • Max 30 bar (435 psi) (PN420) differential pressure • Max 32 bar (464 psi) (PN160) differential pressure • Max 320 bar gauge pressure • Max 320 bar (4,641 psi) absolute pressure Process pressure – – – Typical applications Flow measurement with orifice plate, feed water applications. Wellhead control topsides and hydraulic power units. Wireless pressure measurement. Typical applications Head-mounted transmitter with wide range of applications. Field transmitter for field mount transmitter for tough conditions and modern process industries which require high accuracy stability and reliability. Wireless temperature measurement. ore information: M www.siemens.com/sitranspds3 12 ore information: M www.siemens.com/sitransp500 ore information: M www.siemens.com/sitransp280 ore information: M www.siemens.com/sitransth ore information: M www.siemens.com/sitranstf ore information: M www.siemens.com/sitranstf280 13 Temperature measurement Positioning Weighing Gas analysis Process gas chromatography SITRANS TS Series SIPART PS2 SIWAREX WL270 and SIWAREX U SITRANS CV MicroSAM MAXUM edition II Brief description Temperature sensor for a wide range of measuring goals from basic applications to solutions in harsh environments. Positioner for linear and part-turn actuators. Optional a non-contacting sensor for extreme vibrations and remote applications. Weighing modules for all simple weighing and force measuring tasks. Brief description Micro process gas chromatograph as dedicated calorific value (CV / BTU) analyzer. Micro process gas chromatograph. Process gas chromatograph. Features and benefits • Exchangeable during operation • Wide application range due modular design • Explosions protection according to ATEX and IEC EX intrinsic safety, flameproof and non-sparking • With optional local indicator • Use of standard components even for individual configurations • Maximum flexibility for any application • Push buttons, display, binary input, diagnostics as standard • Easy and fast commissioning • Extremely low air consumption • Modular extension of modules and spare parts • Usable for all environments • Communication via HART, PROFIBUS PA or FOUNDATION Fieldbus • International certified SIWAREX WL270: • Wide load range from 2 to 500 t • Legal for trade SIWAREX U • Uniform design technology and consistent communication High resolution of 65,000 parts and an accuracy of 0.05% • Supports theoretical adjustment without adjustment weights • Can be used for Ex-applications Features and benefits • Fast analysis through innovative MEMS technology • Precision through valveless live injection and switching • High separation performance through narrow-bore capillary columns • Low detection limits through powerful detectors • High linearity over the entire measuring range saves calibration gases • Easy and safe operation using CVControl software • Lower operational costs due to reduced power and utility gas requirements; no instrument air necessary • Option of mounting in the field • Cost-effective installation, minimal infrastructure requirements • Precise measurement results thanks to multidetection. Thermal conductivity detectors monitor the entire separation path • Use of MAXUM edition II software reduces training requirements • Simple remote control with Windows-based software and Ethernet • Use one MAXUM edition II to get the functionality of several GCs • Separate complex analytical tasks into simple parallel tasks • Cost of ownership: Flexible oven concept results in low consumption of air and energy • Numerous oven configurations • Wide range of detectors including FID, TCD, FPD, PDD (HID, PID, or ECD mode) Range • Standard: –40 … 80 °C (–40 ... 176 °F); option: –40 … 100 °C (–40 ... 212 °F) • 30° ... 100° / 3 ... 130 mm (0.12 ... 5.12") (larger strokes on request) – Range • Fix configurations for energy measurements • Free configurable; depends on application • Free configurable; depends on application Accuracy – – • SIWAREX U: 0.05% • SIWAREX WL270: C3 to OIML R60; 3,000 intervals WL270 K with 0.1% Accuracy • Depends on the conditions; ideally < 0.1% • Depends on the conditions; ideally < 0.1% • Depends on the conditions; ideally < 0.1% Process temperature Measuring point connection head: • Pt 100 Basic: –30 ... 400 °C; Pt 100 extended: –196 ... 600 °C • Thermocouple –196 ... 1100 °C (depends on type of TC) • –40 … 100 °C (85 °C with transmitter) • Process temperature is related to the valve and actuator Ambient temperature of positioner: –30 ... 80 °C (–22 ... 176 °F) – Process temperature • Maximal sample temperature 120 °C (248 °F) • Maximal sample temperature 120 °C (248 °F) • Gas and liquid sample: maximum sample temperature 122 °C (252 °F), higher temperature optional Process pressure Depending on thermowell diam. and lengths: • Up to 75 bar (1,088 psi) (type 2 and 3) • Up to 500 bar (7,252 psi) (form 4), depending on material – – Process pressure • Appr. 60 kPa depends on the analytical methods (200 kPa below carrier gas pressure minimum) • Maximal sample pressure 10 ... 60 kPa • Minimum sample pressure 14 kPa (gas sample),100 kPa (liquid sample), maximum sample pressure 517 kPa (gas sample), 5000 kPa (liquid sample) (lower and higher pressure optional) Typical applications Measurement in pipes and vessels. Control Valves, On / Off Valve. Gravimetric measurement of level in tanks, truck weighing in loading areas. Typical applications Analysis of natural gas quality and its physical properties, calorific value measurement, fiscal metering. Analytical process monitoring and control. Chemical composition analysis of gases and liquids in refining and hydrocarbon processing industries. ore information: M www.siemens.com/sitransts 14 ore information: M www.siemens.com/sipartps2 ore information: M www.siemens.com/siwarex ore information: M www.siemens.com/sitranscv ore information: M www.siemens.com/microsam ore information: M www.siemens.com/maxum 15 Gas analysis Communication and software Continuous gas analysis WirelessHART communication components Software Remote displays SITRANS AW200 SITRANS AW210 SIMATIC PDM SITRANS RD500 Extractive – OXYMAT 6 / 61 In-situ – SITRANS SL, LDS 6 Extractive – ULTRAMAT 6 Brief description Oxygen measurements in gases based on the paramagnetic alternating pressure method. In-situ gas analyzers for measurement of gas concentrations directly in the process scan even under extreme conditions. Measures highly selectively up to four infrared active components in a single unit. Brief description Battery-powered WirelessHART adapter to integrate devices with standard wired HART or 4 … 20 mA. WirelessHART adapter to integrate standard wired HART or 4 … 20 mA devices into a WirelessHART network. Tool for configuration, parameterization, commissioning, diagnostics and maintenance of field devices. Remote data manager for monitoring and data logging, web access, and alarming for instrumentation. Features and benefits • Paramagnetic alternating pressure principle: Small measuring ranges absolute linearity • Detector element has no contact with the sample gas: Suitable for use in harsh environments, long service life • EEx(p) for zones 1 and 2 according to ATEX 2 G and ATEX 3 G (OXYMAT 6 field device only) • Open interface architecture (RS 485, RS 232, PROFIBUS) • Real-time measurement • Extremely rugged design • High long-term stability through built-in maintenance-free and process independend reference gas cell • No field calibration required • Suitable for connection to Ex sensors in accordance with II 1 G Ex ia op is IIC T4 Ga, II 1 D Ex ia op is IIIC T135 °C Da • Low detection limits for measurements at low concentrations • Corrosion-resistant materials in gas path (option) for measurement in highly corrosive sample gases • Heated versions (option) for use in presence of gases condensing at low temperature • EEx(p) for zones 1 and 2 according to ATEX 2 G and ATEX 3G (field device only) Features and benefits • Connects up to four HART devices in multidrop mode • All four HART process variables of every connected device are transmitted without any loss of accuracy • Connects one 4 ... 20 mA device w/o HART • Configurable with standard tools support EDD – e.g. SIMATIC PDM, HART handheld communicator • Power-up single connected device with the internal battery or devices can be powered externally • Connects up to eight HART devices in multidrop mode • All four HART process variables of every connected device are transmitted without any loss of accuracy • Connects one 4 ... 20 mA device w/o HART • Configurable with standard tools support EDD – e.g. SIMATIC PDM, HART handheld communicator • Adapter and field devices powered externally • Can be used in hazardous areas • Allows the user to configure field devices of different manufacturers using a single user interface • Process device data can be easily set, changed, checked for plausibility, managed and simulated • Monitors selected process values, alarms and status signals of devices online • Allows backup parameters and diagnostics • As point-to-point or as integrated part of control system • Integrated web and ftp server, email and sms for alarming, and up to 2 GB for data-logging • Simple access to data remotely installed devices • Collects and sends sensor data to logistics systems providing up-to-date, timely, and accurate information. Ethernet or Modem (PSTN / GSM / GPRS) carries data to your desktop without the need of additional software. Range • Smallest measuring range: 0–0.5% (OXYMAT 6); 0–2% (OXYMAT 61) • O2: LDS 6: 0–5% (0–600 °C), 0–15% (600–1200 °C); 0–100%; SITRANS SL: 0–1%, 0–100% • Dependent on the application Range – – – – Accuracy < 1% (detection limit) • O2: LDS 6: 2% / 5%, depending on sample gas component and application code < 1% (detection limit) Accuracy – – – – Process temperature • Below the gas dew point, but 0 ... 50 °C (32 ... 122 °F) (OXYMAT 6 heated field-housing version: max. 145 °C [293 °F]) • O2: 0 ... 600 °C (32 ... 1112 °F), 600 ...1200 °C (1112 ... 2192 °F) (LDS 6 only) • 0 ... 50 °C (32 ... 122 °F), but above the dew point Process temperature – – – – Process pressure • OXYMAT 6: 500 ... 1500 hPa; field version: 500 ... 3000 hPa • OXYMAT 61: 800 ... 1200 hPa • O2: LDS 6: 950 ... 1050 hPa, 950 ... 5000 hPa (0 ... 200 °C) SITRANS SL: 900 ... 1100 hPa, 700 ... 5000 hPa (0 ... 200 °C) • 600 ... 1500 hPa; field version: 600 ... 1500 hPa, Ex (leakage compensation) 600 ... 1160 hPa, Ex (continuous purging) 600 ... 1500 hPa Process pressure – – – – Typical applications Process control, plant safety monitoring, gas analysis, emission monitoring Concentration measurement in combustible gases, safety monitoring, oxygen monitoring in tanks, pipes, flares, FCCs. Process control and optimization, personnel and plant safety, product quality control, emission monitoring Typical applications Integration of power-independent or isolated measurement points. Increase transparency via WirelessHART if wired HART communication is not supported by the infrastructure. Configuration, parameterization, commissioning, diagnostics and maintenance of field devices. Remote monitoring of inventory levels, process and oil and gas applications. ore information: M www.siemens.com/oxymat6 www.siemens.com/oxymat61 16 ore information: M www.siemens.com/lds6 www.siemens.com/sitranssl ore information: M www.siemens.com/ultramat6 ore information: M www.siemens.com/sitransaw200 ore information: M www.siemens.com/sitransaw210 ore information: M www.siemens.com/simatic-pdm ore information: M www.siemens.com/sitransrd500 17 Communication and software Industrial Ethernet Switches – SCALANCE X Industrial Ethernet Switches – RUGGEDCOM SCALANCE XR-500 SCALANCE XM-400 SCALANCE XR-300 RX5000 RX1500 RSG2488 Brief description Fully / partly modular, high-performance, layer 3 19" rack switches (routers) for the setup of electrical and / or optical networks. High-performance, layer 3 extendable switches (routers) in SIMATIC S7-1500 design for the setup of electrical and / or optical networks. Fully / partly modular, high-performance, layer 2 19" rack switches for the setup of electrical and / or optical networks. Brief description High port density routing and switching platform designed to operate in harsh environments. Compact, cost-efficient utility grade layer 2 and layer 3 rack switch and router. Utility grade, field upgradable, non-blocking 28 Gigabit port layer 2 switch with hot-swappable dual redundant power supplies. Communication • Gigabit Ethernet (IEEE 803.2) • Gigabit Ethernet (IEEE 803.2) • Gigabit Ethernet (IEEE 803.2) Communication • Gigabit Ethernet • Gigabit Ethernet • Industrial Ethernet Operating temperature • 0 ... 60 °C (32 ... 140 °F) • –40 ... 70 °C (–40 ... 158 °F) • –40 ... 70 °C (–40 ... 158 °F) Operating temperature • –40 ... 85 °C • –40 ... 85 °C • –40 ... 85 °C Transmission rate • 10 / 100 / 1000 Mbit / s • 10 Gbit / s • 10 / 100 / 1000 Mbit / s • 10 / 100 / 1000 Mbit / s Transmission rate • 10 / 100 / 1000 Mbit / s • 10 Gbit / s • 10 / 100 / 1000 Mbit / s • 10 / 100 / 1000 Mbit / s Ports • Up to 52 ports by using 4-port media modules (CU / FO) • Up to 12 PoE ports • Media module options with fixed FO ports or SFP • Various SFP options • Up to 16 ports in one device (Full Gigabit) • Extendable to up to 24 ports • Up to 16 PoE ports • Various SFP options • Up to 24 ports by using 2-port media modules • Up to 8 PoE ports • Media module options with fixed FO ports or SFP • Various SFP options Ports • Up to 96 ports (10 / 100 TX) • Up to 10 Gigabit uplinks • Up to 24 Gigabit ports • Up to 48 optical ports (100FX) • Up to 24 ports (100FX, 10 / 100TX, 10FL / 100SX) • Up to 8 Gigabit Ethernet • Up to 24 serial ports • 28 Gigabit ports (100FX or 1000SX, 10 / 100 / 1000TX) Important features and benefits • Flexibility in network expansions and modifications • High availability due to redundant power supply, redundancy functions design and easy device replacement • VLAN, SNMP, PROFINET diagnostics, email notification • Easy upgrading of layer 3 functions • Flexibility in network expansions and modifications • High availability due to redundant power supply, redundancy functions, fanless design and easy device replacement • Easy upgrading of layer 3 functions • Mobile diagnostics by smartphone or tablet via WLAN • Flexibility in network expansions and modifications • High availability due to redundant power supply, redundancy functions, fanless design and easy device replacement • VLAN, SNMP, PROFINET diagnostics, email notification Important features and benefits • Designed for harsh environmental demands • 19" rack design • High port density routing and switching platform • Hot-swappable dual redundant power supplies • 19" rack switch • Rugged and modular • Layer 2 and layer 3 switch and router • Optional redundant power supply • Hot-swappable dual redundant power supplies • 19" rack switch • Reduces rack space needs • Increases network availability Distances up to • Up to 200 km (124 mi), depending on media modules / SFPs • Up to 200 km (124 mi), depending on SFPs • Up to 200 km (124 mi), depending on media modules / SFPs Distances up to • 90 km (55.9 mi) • 90 km (55.9 mi) • 70 km (43.5 mi) Typical applications • Onshore and offshore productions (e.g. wellhead / gas field monitoring and control), setup of plant networks • Onshore and offshore productions (e.g. wellhead / gas field monitoring and control), setup of plant networks • Onshore and offshore productions (e.g. wellhead / gas field monitoring and control), setup of plant networks Typical applications • Utility and industrial network applications • Electric power utilities, the industrial plant floor, rail and traffic • Electric power utilities, the industrial plant floor, rail and traffic ore information: M www.siemens.com/x-500 18 ore information: M www.siemens.com/x-400 ore information: M www.siemens.com/x-300 ore information: M www.siemens.com/ruggedcom/switches ore information: M www.siemens.com/ruggedcom/switches ore information: M www.siemens.com/ruggedcom/switches 19 Communication and software Industrial Ethernet Switches – RUGGEDCOM Industrial Wireless LAN – SCALANCE W Modems and Router – SCALANCE M Industrial WAN – RUGGEDCOM Industrial Security – SCALANCE S RS900 SCALANCE W786 SCALANCE W788 SCALANCE M874 RUGGEDCOM WIN SCALANCE S623 Brief description 9-port utility grade, fully managed Ethernet switch, specifically designed to operate reliably in electrically harsh and climatically demanding environments. Industrial Wireless LAN access point for use outdoors, for setting up Industrial Wireless LANs (IWLAN) with 2.4 GHz or 5 GHz. Industrial Wireless LAN access point for use indoors, for setting up Industrial Wireless LANs (IWLAN) with 2.4 GHz or 5 GHz. Brief description IP-Router for the connection to remote networks via public communication infrastructures, i.e. mobile radio networks. High-power broadband wireless product portfolio designed for private networks with carrier-grade 4 G technology to critical infrastructure applications in harsh environments. Protect devices or Ethernet network segments and data transmission with integrated firewall, VPN. Secure, redundant connection of underlaid networks due to router and firewall redundancy. Communication • Industrial Ethernet • WLAN (IEEE 802.11n) • WLAN (IEEE 802.11n) Communication • Mobile Radio (2–2.5 G, 3 G) • IEEE 802.16e • Industrial Ethernet Operating temperature • –40 ... 85 °C (–40 ... 185 °F) • –40 ... 60 °C (–40 ... 140 °F) • –20 ... 60 °C (–4 ... 140 °F) • For EEC: –40 ... 70 °C (–40 ... 158 °F) Operating temperature • –20 ... 60 °C (–4 ... 140 °F) • –40 ... 65 °C (–40 ... 32 °F) • –40 … 60 °C (–40 ... 140 °F) Transmission rate • 10 / 100 Mbit / s • 450 Mbit / s • 450 Mbit / s Transmission rate • 10 / 100 Mbit / s • 10 / 100 Mbit / s • 10 / 100 / 1000 Mbit / s Ports • 6 ports (Base10 / 100BaseTX) • Option for 3 additional copper ports • Option for 3 additional fiber ports • Up to 6 R-SMA • RJ45 • PoE • SFP" • Up to 6 R-SMA • RJ45 • PoE • M12 Ports • 1 x R-SMA • RJ45 • N-Connect • PoE • M12 • RJ45 • DMZ Important features and benefits • Hot-swappable dual redundant power supplies • 19" rack switch • Reduces rack space needs • Increases network availability • MIMO technology (Multiple Input, Multiple Output) • Installation indoors • Outdoor use • Wireless real-time communication using PROFINET with PROFIsafe via KEY-PLUG W700 iFeatures • MIMO technology (Multiple Input, Multiple Output) • Use indoors or control cabinet • Degree of protection up to IP65 • Wireless real-time communication using PROFINET with PROFIsafe via KEY-PLUG W700 iFeatures Important features and benefits • VPN (IPSec) • Firewall • NAT • MIMO technology (Multiple Input, Multiple Output) • Installation outdoors • Reliable and rugged (IP67) • VPN (IPSec) • Firewall Distances up to • 90 km (55.9 mi) • Up to 1000 m (0.62 mi) • Up to 1000 m (0.62 mi) Distances up to • Worldwide, depending on mobile radio network availability – – Typical applications • Electric power utilities, the industrial plant floor, rail and traffic • Onshore and offshore productions (e.g. wellhead / gas field monitoring and control), outdoor installations • Onshore and offshore productions (e.g. wellhead / gas field monitoring and control), control cabinet Typical applications • Pipelines, compressors and pumping stations (e.g. SCADA Pipeline / Telecontrol) • Onshore and offshore productions, e.g. interconnection of oil rigs, installation on poles, walls • Protection of industrial automation networks • Secure remote access ore information: M www.siemens.com/ruggedcom/switches 20 ore information: M www.siemens.com/iwlan ore information: M www.siemens.com/iwlan ore information: M www.siemens.com/remote-networks ore information: M www.siemens.com/ruggedcom ore information: M www.siemens.com/industrialsecurity 21 ERP – Enterprise Resource Planning Totally Integrated Automation •Product Design •Production Planning and Simulation •Data Management PLM – Product Lifecycle Management Management Level MES – Manufacturing Execution Systems Plant Engineering COMOS SIMATIC IT Ethernet Products from the controller level to the field level With Totally Integrated Automation (TIA), Siemens is the only provider of an end-to-end integrated portfolio of products and systems for the automation of the entire production workflow. Operations Level Totally Integrated Automation reduces the complexity of the automation solution and enables what really counts: the practical combination of optimally coordinated individual components – without interface problems. Control Level SIMATIC PCS 7 Operation System Maintenance / Asset Management Engineering Station Energy Management SIMATIC WinCC SCADA System Industrial Ethernet TIA Portal SIMATIC PCS 7 Automation Systems SINUMERIK Computer Numeric Control SIMOTION Motion Control SIMATIC NET Industrial Communication SIMATIC Controllers Modular / PC-based SIMATIC HMI Human Machine Interface SIRIUS Industrial Controls Totally Integrated Automation integrates not only the p roduction process but all parts of the company – from the field level to the management level. The result: a perfectly coordinated overall concept that enables higher productivity. PROFINET Field Level Industrial Ethernet PROFIBUS PROFIBUS PA Process Instrumentation Totally Integrated Automation SIMATIC Ident Industrial Identification SIMATIC Distributed I / O SITOP Power Supplies AS-Interface KNX GAMMA instabus HART Low-Voltage Distribution IO-Link 22 SINAMICS Drive Systems Totally Integrated Power Example: SIMATIC PCS 7. The innovative process control system offers numerous options for connecting I / Os as well as for sending and receiving process signals via sensors and actuators. SIMOTICS Motors 23 More information: www.siemens.com/sensors/oil-gas Siemens AG Industry Sector Sensors and Communication 76181 KARLSRUHE GERMANY Subject to change without prior notice 09/14 Article No.: E20001-A1021-P780-X-7600 DISPO 27900 WS 09148.0 Printed in Germany © Siemens AG 2014 The information provided in this brochure contains merely general descriptions or characteristics of performance which in case of actual use do not always apply as described or which may change as a result of further development of the products. An obligation to provide the respective characteristics shall only exist if expressly agreed in the terms of contract. All product designations may be trademarks or product names of Siemens AG or supplier companies whose use by third parties for their own purposes could violate the rights of the owners.