OPTITEMP TRA-V30

Resistance (RTD) compact sensor for HVAC applications with air ducts and pipes

  • Compression fitting or sliding flange connection
  • Aluminium junction box with built-in transmitter
  • -25…+200°C / -13…+390°F

AFC 030

Electromagnetic flow converter for combination with POWERFLUX flow sensors

  • Remote wall-mounted housing
  • Free of programmable electronic components
  • 4…20 mA

IFC 050

Electromagnetic flow converter for combination with OPTIFLUX and WATERFLUX flow sensors

  • Compact and wall-mounted housing (with or without display)
  • With sensor and process diagnostics for basic requirements
  • 4-wire, 1 x 4…20 mA, pulse, frequency, status, HART®, Modbus etc.

IFC 070

Electromagnetic flow converter for combination with WATERFLUX 3000 flow sensor

  • Compact (C) and remote field housing (F), waterproof (IP68 / NEMA 4X/6P)
  • Battery- or mains powered with battery backup option
  • Pulse, status, Modbus

AF-E 400

Electromagnetic flowmeter for utilities and industrial automation

  • Flow measurement of conductive liquids, e.g. coolants, cold/hot water, chemicals, etc.
  • Best-in class temperature range, accuracy, pressure drop and flow range
  • Ultra-compact design for parallel installation and tight spaces
  • 4…20 mA, pulse, frequency, Modbus, IO-Link

BATCHFLUX 3100

  • The most compact filling mag meter in the market for filling of conductive liquids, e.g. water, carbonized soft drinks etc.
  • Lightweight, economical design with ceramic flow tube for applications up to 8 bar / 116 psi
  • The DN15 / ½″ ceramic tube conforms to EC1935/2004, FDA, GB 4806
  • Frequency output integrated

BATCHFLUX 5500

  • High accuracy measurement in process batching as well as cold or hot filling of conductive liquids, e.g. milk, fruit drinks with solid content, detergents etc.
  • With ceramic measuring tube and sintered electrodes for applications up to 16 bar / 232 psi
  • Flow tube conforms to EC1935/2004, FDA, GB 4806; 3A certified up to DN25 / 1″
  • Frequency output integrated

OPTIFLUX 1050

Electromagnetic flowmeter for basic applications with conductive liquids

  • Cost-effective flow measurement of liquids (≥5 μS/cm) up to +120°C / +248°F
  • Extra isolation of electronics for use in high humidity areas
  • Wafer-style design: DN10…150 / ⅜…6″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®, Modbus

OPTIFLUX 1100

Electromagnetic flowmeter for general applications with conductive liquids

  • Economical flow measurement of liquids (≥5 μS/cm) with solid content (≤10%)
  • -25…+120°C / -13…+248°F
  • Wafer-style design: DN10…150 / ⅜…6″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®

OPTIFLUX 1300

Electromagnetic flowmeter for OEM applications, dosing systems and compact skids

  • Economical flow measurement of liquids (≥5 μS/cm) with solid content (≤70%)
  • -25…+120°C / -13…+248°F
  • Wafer-style design: DN10…150 / ⅜…6″, max. PN40 / ASME Cl 300
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

OPTIFLUX 2050

Electromagnetic flowmeter for basic water and wastewater applications

  • Liner materials resistant to low concentrated chemicals
  • With extra isolation of electronics for use in high humidity areas
  • Flange: DN25…1200 / 1…48″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®, Modbus

OPTIFLUX 2100

Electromagnetic flowmeter for all standard water and wastewater applications

  • Chemically resistant liner materials
  • Compact version up to IP69, remote version IP68
  • Flange: DN25…1200 / 1…48″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®

OPTIFLUX 2300

Electromagnetic flowmeter for advanced water and wastewater applications

  • High accuracy (±0.2%), with CT approvals (OIML R49, MI-001)
  • 0D/0D installation according to OIML R49 accuracy class 1
  • Flange: DN25…3000 / 1…120″, max. PN40 / ASME Cl 300
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

OPTIFLUX 4050

Electromagnetic flowmeter for basic applications with abrasive and aggressive liquids

  • Chemically resistant liner materials
  • With extra isolation of electronics for use in high humidity areas
  • Flange: DN2.5…1200 / ⅒…48″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®, Modbus

OPTIFLUX 4100

Electromagnetic flowmeter for standard applications with abrasive and aggressive liquids

  • Chemically resistant, for liquids (>5 μS/cm) with solid content (≤10%)
  • Up to +180°C / +356°F
  • Flange: DN2.5…1200 / ⅒…48″, max. PN40 / ASME Cl 300
  • 4…20 mA, pulse, frequency, status, HART®

OPTIFLUX 4300

Electromagnetic flowmeter for advanced process and custody transfer (CT) applications

  • High accuracy (±0.2%), certified for custody transfer
  • For low conductivity media (>1 μS/cm) and high solid contents (≤70%)
  • Flange: DN2.5…3000 / ⅒…120″, max. PN40 / ASME Cl 300
  • 3 x 4…20 mA, HART®,Modbus, FF, Profibus-PA/DP, PROFINET

OPTICHECK Mobile

Mobile app for wireless device commissioning, verification and monitoring

  • Wireless commissioning and device parametrisation via secure Bluetooth connection
  • Verification without measurement interruption
  • Monitoring of meter performance and application parameters
  • Free download for iOS and Android

OPTICHECK DTM

DTM for advanced device verification and commissioning

  • Usable with any FDT frame application from the control room or on site
  • Advanced verification (level 0,1) without process interruption
  • Detailed reports for proof test documentation of safety loops acc. to IEC 61508/61511, and for quality management systems (ISO 9001)

OPTICHECK Master

Handheld for in-depth verification, device commissioning and monitoring

  • On-site performance check and verification (level 0,1,2) without process interruption
  • Convenient commissioning of field devices, e.g. zero calibration
  • Detailed reports for proof test documentation of safety loops acc. to IEC 61508/61511, and for quality management systems (ISO 9001)

SU 600

Digital panel indicator for level transmitters

  • Digital indication and power supply for 4…20 mA/HART® level transmitters
  • With 2 integrated relays for pump control or other actuators
  • Wide-range power supply unit with 20…253 V AC/DC
  • Carrier rail, panel or wall mounting

SENSOFIT FLOW 2000 Y

Flow-through assembly for water and wastewater applications

  • For use with oxygen sensor OPTISENS ADO 2000
  • Sensor connection: Adapter with DN32 union nut; Process connection: DN50 cemented socket connection
  • For inline measurement at 180° flow direction
  • Max. +50°C / +122°F and 1 bar / 14.5 psi

SENSOFIT FLOW 2000 T

Flow-through assembly for water and wastewater applications

  • For use with optical oxygen sensors (OPTISENS ODO 2000)
  • Process connection: cemented socket connection 1½”
  • For inline measurement at 180° flow direction
  • Max. +50C / +122°F and 6 bar / 87 psi

SENSOFIT FLOW 1000 Y

Flow-through assembly for chemical and water treatment applications

  • For use with Ø12 / 120 mm sensors (pH, ORP, Cl) or conductive conductivity sensors
  • Sensor connection: PG13.5, G¾ (female); Process connection: G1 (female)
  • For inline measurement at 180°Flow direction
  • Max. +95°C / +203°F and 10 bar / 145 psi

SENSOFIT FLOW 1000 T

Flow-through assembly for chemical and water treatment applications

  • For use with OPTISENS IND 1000 inductive conductivity sensor
  • Sensor connection: G1½ (union nut); Process connection: Socket weld DN32, 40, 50
  • For inline measurement at 180°Flow direction
  • Max. +90°C / +194°F and 10 bar / 145 psi

SENSOFIT IMM 2920

Immersion assembly for chemical and wastewater treatment applications

  • For use with Ø12 / 120 mm (Ø0.47 / 4.7″) sensors or sensors with ¾ NPT
  • Sensor connection: PG13.5 or ¾ NPT (female); Process connection: Flange DN50 / 2″ or suspended holder
  • Immersion length: 1 or 2 m / 39.37″ or 78.74″
  • Max. +80°C / +176°F and 4 bar / 58 psi

SENSOFIT IMM 2000

Immersion assembly for general water and wastewater treatment applications

  • For use with OPTISENS ODO/ADO/TUR 2000, TSS 3000 or sensors with NPT thread
  • Sensor connection: ¾ NPT, 1¼ NPT (female); Process connection: Telescopic rod holder mounted to handrail
  • Immersion length: flexible, max. 4 m / 13.1 ft
  • Max. +60°C / +140°F, pressureless

SENSOFIT IMM 1000

Immersion assembly for general water and wastewater treatment applications

  • For use with OPTISENS COND 1200 or ∅12 / 120 mm and ∅0.47 / 4.7″ sensors
  • Sensor connection: PG13.5 or G½ (female); Process connection: immersion
  • Immersion length: 1 m / 39.37″
  • Max. +80°C / +176°F, pressureless

SENSOFIT INS 7311

Insertion assembly for hygienic applications in the food, beverage and pharmaceutical industry

  • For use with Ø12 / 120 mm or Ø0.47 / 4.7″ sensors
  • Sensor connection: PG13.5; Process connection: Tri-Clamp 1″, 1½”, 2″
  • Insertion length: 45 mm / 1.77″
  • Max. +140°C / +284°F and 10 bar / 145 psi

SENSOFIT INS 1310

Insertion assembly for all-purpose applications in various industries

  • For use with Ø12 / 120 mm or Ø0.47 / 4.7″ sensors
  • Sensor connection: PG13.5; Process connection: INGOLD G1¼ (coupling nut)
  • Insertion length: 70 mm / 2.75″
  • Max. +140°C / +284°F and 10 bar / 145 psi

SENSOFIT INS 1000

Insertion assembly for analytical sensors in process applications

  • For use with Ø12 / 120 mm or Ø0.47 / 4.7″ sensors (pH, ORP etc.)
  • Sensor connection: PG13.5; Process connection: ¾ or 1 NPT
  • Insertion length: 28 or 53 mm / 1.1 or 2.09″
  • Max. +140°C / +284°F and 12 bar / 174 psi

SENSOFIT RET 5810

Manual retractable assembly for harsh chemical and water treatment applications

  • For use with Ø12 / 225 mm or Ø0.47 / 8.9″ sensors; for exchange, calibration and cleaning without process interruption
  • Sensor connection: PG13.5; Process connection: Flange DN32, 40, 50 / 2″
  • Insertion length: 107 mm / 4.21″
  • Max. +140°C / +284°F and 16 bar / 232 psi

SENSOFIT RAM 5830

Automatic retractable assembly for hygienic applications in the food, beverage and pharmaceutical industry

  • For use with ∅12 / 225 mm or ∅0.47 / 8.9″ sensors; for exchange, calibration and cleaning without process interruption
  • Sensor connection: PG13.5; Process connection: INGOLD G1¼ (coupling nut)
  • Insertion length: 107 mm / 4.21″
  • Max. +140°C / +284°F and 16 bar / 232 psi

SENSOFIT RAM 5810

Automatic retractable assembly for harsh chemical and water treatment applications

  • For use with ∅12 / 225 mm or ∅0.47 / 8.9″ sensors; for exchange, calibration and cleaning without process interruption
  • Sensor connection: PG13.5; Process connection: DN32, 40, 50 / 2″
  • Insertion length: 107 mm / 4.21″
  • Max. +140°C / +284°F and 16 bar / 232 psi

OPTISYS SLM 2100

Optical sludge level measuring system for sedimentation profile measurement and continuous tracking of sludge blanket

  • Integrated electronics with 2 x 4…20 mA, 3 relays (e.g. for limit switches)
  • 3 measurement modes: profile, sludge blanket/ fluff levels, zone tracking; automatic change of modes possible
  • 0.1…30 g/l; max. 10  m / 32.8 ft
  • Optional automatic flush cleaning unit for low maintenance

OPTISYS TUR 1060

Optical turbidity measuring system for potable water applications

  • 4-wire, 4…20 mA, 2 alarm relays or Modbus via RS485; built-in data logger
  • For online bypass installation
  • 0…100/1000 NTU/FNU; max. +50°C / +122°F; 7 bar / 101 psi
  • 90° scattered infrared light (ISO 7027) or white light (US EPA 180.1)

OPTISENS TUR 2000

Optical turbidity sensor for water and wastewater applications

  • For use with analytical transmitter
  • For immersion or insertion
  • 0…4/40/400  NTU/FNU; Max. +50°C / +122°F; 6 bar / 87 psi
  • 90° scattered light (NIR-LED) measurement acc. to ISO 7027

OPTISYS CL 1100

Potentiostatic amperometric disinfectant measuring system for water and wastewater applications

  • Completely mounted with MAC 100 analytical transmitter (Output: 3 x 4…20 mA)
  • Pre-installed and tested; for bypass lines
  • Cl2: 0.03…20 mg/l; ClO2: 0.05…5 mg/l; O3: 0.05…5 mg/l; Max. +50°C / +122°F; 6 bar / 87 psi
  • With chlorine sensor, valves, flow cells, optional pH sensor

OPTISENS CL 1100

Potentiostatic amperometric disinfectant sensor for water and wastewater applications

  • For use with MAC 100 analytical transmitter
  • Process connection: PG13.5
  • Cl2: 0.03…20 mg/l; ClO2: 0.05…5  mg/l; O3: 0.05…5 mg/l; Max. +70°C / +158°F; 6 bar / 87 psi
  • Membrane-free sensor with 2 gold electrodes and sensor cleaning feature

OPTISENS ODO 2000

Optical oxygen sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA or Modbus for direct connection to a PCS; calibration and configuration via Modbus or with MAC 100 transmitter
  • For immersion or insertion
  • 0…20 mg/l; Max +50°C / +122°F; 6 bar / 87 psi
  • With rugged PVC sensor body, available with spray cleaning nozzle (immersion version)

OPTISENS ADO 2000

Amperometric oxygen sensor for water and wastewater applications

  • For use with analytical transmitter
  • For immersion or insertion
  • 0…20 mg/l; Max. +50°C / +122°F; 6 bar / 87 psi
  • With stainless steel sensor body, rugged PTFE membrane, exchangeable electrode cartridge and temperature compensation

OPTISYS TSS 4050

Total suspended solids system for hygienic applications

  • 4-wire, 4…20 mA, with head-mounted transmitter
  • Process connection: PG13.5
  • Max.: 3 AU, 6 OD, 13000 FAU, 13000 FTU, 3250 EBC, 26.65 g/l; +90°C / +194°F; 10 bar / 145 psi
  • Hygienic stainless steel design, CIP/SIP cleanable

OPTISYS TSS 3050

Total suspended solids system for hygienic applications

  • 4-wire, 4…20 mA, with head-mounted transmitter
  • Process connection: G½ for hygienic adapters
  • Max.: 3  AU, 6 OD, 13000 FAU, 13000 FTU, 3250 EBC, 26.65 g/l, +90°C / +194°F; 10 bar / 145 psi
  • Hygienic stainless steel design, CIP/SIP cleanable

OPTISYS TSS 2050

Total suspended solids system for hygienic applications

  • 4-wire, 4…20 mA, with head-mounted transmitter
  • Process connection: PG13.5
  • Max.: 500  EBC, 2000 FAU, 5.0 g/l, 0.4% TS; +90°C / +194°F; 10 bar / 145 psi
  • Hygienic stainless steel design, CIP/SIP cleanable

OPTISYS TSS 1050

Total suspended solids system for hygienic applications

  • 4-wire, 4…20 mA, with head-mounted transmitter
  • Process connection: G½ for hygienic adapters
  • Max.: 500  EBC, 2000 FAU, 5.0 g/l, 0.4% TS; +90°C / +194°F; 10 bar / 145 psi
  • Hygienic stainless steel design, CIP/SIP cleanable

OPTISENS TSS 7000

Optical total suspended solids sensor for hygienic applications

  • For use with MAC 300 analytical transmitter
  • Process connection: Tri-Clamp 2″, 3″; VARIVENT® N
  • 0…1.5, 20 or 40% milk fat; Max. +85°C / +185°F; 10 bar / 145 psi
  • PP or PVDF sensor using 4-beam alternating light principle, no optical windows, glass free

OPTISENS TSS 3000

Optical total suspended solids sensor for wastewater applications

  • For use with MAC 300 analytical transmitter
  • Process connection: 1¼ NPT (male)
  • 0…2.5, 10 or 25 g/l (sludge); Max. +85°C / +185°F; 10 bar / 145 psi
  • PP sensor using 4-beam alternating light principle, no optical windows, glass free

OPTISENS TSS 2000

Optical total suspended solids sensor for wastewater applications

  • For use with MAC 100 analytical transmitter
  • For immersion
  • 0…4 AU, 0…18.5 g/l (sludge); max. +70°C / +158°F; 1 bar / 14 psi
  • Robust stainless steel sensor using single beam (180° NIR LED) principle, with optical sapphire glass windows

OPTISYS IND 8100

Inductive conductivity measuring system for food and beverage applications

  • 4-wire, 4…20 mA, with head-mounted or remote transmitter
  • Process connection: G1 for hygienic adapters
  • 0.05…1000 mS/cm; Max. +140°C / +285°F; 10 bar / 145 psi
  • Hygienic PEEK sensor, robust (IP69K), with temperature compensation

OPTISYS IND 7100

Inductive conductivity measuring system for food and beverage applications

  • 4-wire, 4…20 mA, with head-mounted transmitter
  • Process connection: Conical nozzle (DIN 11851) DN50
  • 0.5…2000 mS/cm; Max. +120°C / +248°F; 10 bar / 145 psi
  • PEEK sensor (FDA and EC1935/2004), with temperature compensation

OPTISENS IND 7000

Inductive conductivity sensor for food and beverage applications

  • For use with analytical transmitter
  • Process connection: Dairy screw (DIN 11851) DN50 and DN65, VARIVENT® N, G1½ or G2 (male, non-hygienic)
  • 0.5…2000 mS/cm; Max. +125°C / +257°F (for SIP/CIP); 10 bar / 145 psi
  • Sterilisable PEEK sensor (FDA and EC1935/2004 conform) with temperature compensation

OPTISENS IND 1000

Inductive conductivity sensor for water, wastewater and chemical applications

  • For use with analytical transmitter
  • Process connection: G1½ union nut and immersion versions
  • 1…2000 mS/cm; Max. +100°C / +212°F
  • Electrodeless conductivity sensor with Pt1000 for temperature compensation

OPTISENS COND 7200

Conductive conductivity sensor for hygienic applications

  • For use with analytical transmitter
  • Process connection: Clamp DN25-40, 1½”
  • 0.05…1000 μS/cm; Max. +135°C / +275°F
  • Short or long version with stainless steel electrodes and Pt100 for temperature compensation

OPTISENS COND 1200

Conductive conductivity sensor for water, wastewater, process water or pure water

  • For use with analytical transmitter
  • Process connection: G½, G¾, G1, ¾ NPT (male)
  • 0.05 μS/cm…20 mS/cm; Max. +135°C / +275°F
  • With two stainless steel, titanium or graphite electrodes and Pt100 for temperature compensation

SMARTPAT COND 7200

Conductive conductivity sensor for food, beverage and pharmaceutical applications

  • 2-wire loop powered, 4…20 mA/HART®7, for direct connection to a PCS
  • Process connection: VARIVENT® N, Tri-Clamp 1½”, 2″
  • 0.05…1000 μS/cm; Max. +135°C / +275°F; 16 bar / 232 psi
  • With stainless steel electrodes (Ra <0.8 μm) and Pt1000 for temperature compensation

SMARTPAT COND 5200

Conductive conductivity sensor for chemicals and industrial wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: G¾ (male), ¾ NPT (male)
  • 10 μS…15 mS/cm; Max. +130°C / +266°F; 16 bar / 232 psi
  • With graphite electrodes and Pt1000 for temperature compensation

SMARTPAT COND 3200

Conductive conductivity sensor for condensate, process, boiler feed or (ultra)pure water

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: G¾ (male), ¾ NPT (male)
  • 0.05…1000 μS/cm; Max. +135°C / +275°F; 16 bar / 232 psi
  • With stainless steel electrodes and Pt1000 for temperature compensation

SMARTPAT COND 1200

Conductive conductivity sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: G¾ (male)
  • 0.1…20 mS/cm; Max. +135°C / +275°F; 16 bar / 232 psi
  • With stainless steel electrodes and Pt1000 for temperature compensation

OPTISENS ORP 8590

Potentiometric ORP sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • -2000…+2000 mV; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • Sensor with CPVC body, platinum electrode, ceramic diaphragm and Pt100 temperature sensor

OPTISENS ORP 8500

Potentiometric ORP sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • -1500…+1500 mV; Max. +70°C / +158°F; 2 bar / 30 psi
  • Glass sensor with platinum electrode and ceramic diaphragm

SMARTPAT ORP 8150

Potentiometric ORP sensor for chemicals and industrial wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • -1500…+1500 mV; Max. +130°C / +266°F; 12 bar / 174 psi
  • Glass sensor with platinum electrode, open diaphragm and Pt1000 temperature sensor

SMARTPAT ORP 1590

Potentiometric ORP sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: ¾ NPT (male)
  • -1500…+1500 mV; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • Sensor with CPVC body, platinum electrode, ceramic diaphragm and Pt1000 temperature sensor

OPTISENS PH 9500

Potentiometric pH sensor for lower conductivity water applications (>50 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +100°C / +212°F ; 1 bar / 14 psi
  • Liquid electrolyte glass sensor with 3 ceramic diaphragms

OPTISENS PH 9100

Potentiometric pH sensor for lower conductivity water applications (>20 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +100°C / +212°F; 1 bar / 14 psi
  • Liquid electrolyte glass sensor with open glass sleeve diaphragm

OPTISENS PH 8590

Potentiometric pH sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With CPVC sensor body, ceramic diaphragm and Pt100 for temperature compensation

OPTISENS PH 8500

Potentiometric pH sensor for potable water applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +70°C / +158°F; 2 bar / 30 psi
  • Glass sensor with ceramic diaphragm and optional Pt100 for temperature compensation

OPTISENS PH 8390

Potentiometric pH sensor for municipal and industrial wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With CPVC sensor body, PTFE diaphragm and Pt100 for temperature compensation

OPTISENS PH 8300

Potentiometric pH sensor for wastewater, surface and process water applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +70°C / +158°F; 10 bar / 145 psi
  • Glass sensor with PTFE diaphragm and optional Pt100 for temperature compensation

SMARTPAT PH 8320

Potentiometric pH sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • 0…14 pH; Max. +70°C / +158°F; 10 bar / 145 psi
  • Glass sensor with PTFE diaphragm and Pt1000 for temperature compensation

OPTISENS PH 8100

Potentiometric pH sensor for chemicals, industrial wastewater and low conductivity media (>2 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +130°C / +266°F; 10 bar / 145 psi
  • Glass sensor with 2 open diaphragms and Pt100 for temperature compensation

SMARTPAT PH 8150

Potentiometric pH sensor for chemicals and industrial wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • 0…14 pH; Max. +130°C / +266°F; 12 bar / 174 psi
  • Glass sensor with open diaphragms and Pt1000 for temperature compensation

SMARTPAT PH 1590

Potentiometric pH sensor for potable, process or treated water applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With CPVC sensor body, ceramic diaphragm and Pt1000 for temperature compensation

Wedge meter

Engineered primary element for DP flow measurement of high viscous and solids-containing fluids

  • Meter run with integrated V-shaped wedge
  • For slurry and fibrous liquids containing solids or gases
  • Reynolds number down to 300
  • Applicable for bi-directional measurement

Cone meter

Engineered primary element for DP flow measurement in applications with limited installation space

  • Meter run with integrated cone and single taps according to EN ISO 5167
  • Rugged solution for difficult media and harsh operating conditions, e.g. in oil and gas applications
  • Designed for large diameters (up to 24″), demanding flow profiles, high pressures and temperatures

Venturi tube

Engineered primary element for DP flow measurement of liquids, gases and steam with the lowest residual pressure loss

  • Machined or welded design (internally machined) according to EN ISO 5167, ASME MFC3
  • Lowest residual pressure loss of all DP elements
  • Only short inlet/outlet runs required
  • From basic to special wet gas applications and high pressure conditions

Flow nozzle

Engineered primary element for DP flow measurement of high velocity, non-viscous or erosive fluids

  • ISA 1932, long radius and Venturi nozzles
  • Standards: ISO 5167, ASME MFC-3M or ASME PTC 6
  • Only short inlet and outlet runs required

OPTIBAR PT 2000

Averaging pitot tube with multiple impact-sensing ports

  • Low pressure loss design; from basic to engineered solutions
  • Cryogenic to high temperatures possible (-200…+1000°C / -328…1832°F); max. 160 bar / 2320.1 psi
  • For line sizes from DN50…2000 / 2…80″ (larger on request)
  • Material: 1.4404 / 316L

OPTIBAR OP 5110

Orifice assembly with measuring flanges (ASME 16.36)

  • With RTJ sealing face and flange taps
  • Size: 1…24″; up to ASME Cl 2500
  • Temperature: up to +400°C / +752°F
  • Material: 1.4404 / 316L

OPTIBAR OP 5100

Orifice assembly with measuring flanges (ASME 16.36)

  • With RF sealing face and flange taps
  • Size: 1…24″; up to ASME Cl 2500
  • Temperature: up to +400°C / +752°F
  • Material: 1.4404 / 316L

OPTIBAR MR 4300

Orifice meter run with corner taps and annular chambers

  • Completely pre-assembled with orifice plate, piping, inlet/outlet sections, process connections
  • Size: DN15…100 / ½…4″; up to PN100 / ASME Cl 1500
  • Temperature: max. +400°C / +752°F
  • Material: 1.4404 / 316L

OPTIBAR OP 3200

Orifice plate with flat sealing face and corner taps

  • Compact type, with carrier ring, flange plate and optional manifold
  • Size: DN50…600; up to PN100
  • Temperature: up to +400°C / +752°F
  • Material: 1.4404 / 316L

OPTIBAR OP 3100

Orifice plate with flat sealing face and corner taps

  • Separate type, with carrier ring and optional shut-off valve
  • Size: DN50…600; up to PN100
  • Temperature: up to +400°C / +752°F
  • Material: 1.4404 / 316L

OPTIBAR OP 1110

Orifice plate with RTJ sealing face

  • For mounting between measuring flanges (ASME 16.36, 16.5)
  • Size: 1…24″; up to ASME Cl 2500
  • Temperature: up to +450°C / +842°F
  • Material: 1.4404 / 316L

OPTIBAR OP 1100

Orifice plate with RF sealing face

  • For mounting between measuring flanges (ASME 16.36, 16.5, 16.47 A)
  • Size: ½…24″; up to ASME Cl 2500
  • Temperature: up to +450°C / +842°F
  • Material: 1.4404 / 316L

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OPTIBAR DSP 2000

Diaphragm seal with threaded connection or open measuring flanges

  • Direct or capillary tube attachment to OPTIBAR PM pressure transmitters
  • Thread: G ½ (male), ½ NPT (male, female); Open measuring flanges up to DN50 / 2″
  • Up to +400°C / +752°F (with capillary tube)
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTIBAR DSD 3210

Diaphragm seal with flange design and optional extension

  • Direct and capillary tube attachment to OPTIBAR DP 7060 differential pressure transmitter
  • Flange: DN50…100 / 2…4″; max. PN63 / ASME Cl 300
  • Up to +400°C / +752°F
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTIBAR DSD 3110

Diaphragm seal with flange design and optional extension

  • Capillary tube attachment to OPTIBAR DP 7060 differential pressure transmitter
  • Flange: DN50…100 / 2…4″; max. PN63 / ASME Cl 300
  • Up to +400°C / +752°F
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTIBAR DSD 3100

Diaphragm seal with flange design and optional extension

  • Direct attachment to OPTIBAR DP 7060 differential pressure transmitter
  • Flange: DN50…100 / 2…4″; max. PN63 / ASME Cl 300
  • Up to +150°C / +302°F
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTITEMP TR 100

Measuring insert with Pt100 resistance sensor (RTD)

  • With flying wires, ceramic terminal block or temperature transmitter
  • -200…+600°C / -328…+1112°F
  • Spring-loaded design, with stainless steel (316L) sheath
  • Also available as intrinsically safe (ATEX, IECEx)

OPTITEMP TC 100

Measuring insert with thermocouple (TC) type K or J

  • With flying wires, ceramic terminal block or temperature transmitter
  • -40…+1150°C / +2100°F
  • Spring-loaded design, with austenitic alloy (Inconel 600) sheath
  • Also available as intrinsically safe (ATEX, IECEx)

OPTITEMP TT-CON EX

Transmitter configuration kit for PC configuration of OPTITEMP transmitters

  • With USB interface, connection cables and ConSoft software
  • Automatic setting of communication port or interfaces
  • Automatic transmitter identification for quick start
  • Manual and installation guide included

OPTITEMP TT-CON BT

Transmitter configuration kit for remote configuration and monitoring of temperature transmitters

  • Wireless communication between mobile devices and temperature transmitters with Bluetooth® capability
  • For time-saving set-up, service and maintenance in confined space
  • Configuration and real-time monitoring with the dedicated OPTITEMP Connect mobile app
  • Comprehensive package incl. modem, USB cable, batteries, installation quick guide

OPTITEMP TT 11 R

Rail-mounted temperature transmitter with RTD input

  • Input: 1 x Pt100 or 1 Pt1000, 3-wire
  • Output: 3-wire, 0…10 VDC
  • Manually configurable
  • Accuracy: ±0.15%

OPTITEMP TT 22 R

Rail-mounted temperature transmitter with RTD input

  • Input: 1 x Pt100, 3-wire
  • Output: 2-wire, 4…20 mA
  • PC programmable
  • Accuracy: ±0.1%

OPTITEMP TT 31 R

Rail-mounted temperature transmitter with universal inputs, dual channel and high galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA
  • PC programmable
  • Accuracy: ±0.1%

OPTITEMP TT 32 R

Rail-mounted temperature transmitter with universal inputs and high galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 4-wire, 0/4…20 mA or 0…10 VDC
  • PC programmable
  • Accuracy: ±0.1%

OPTITEMP TT 40 R

Rail-mounted temperature transmitter with universal inputs and galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA
  • PC programmable
  • Accuracy: ±0.05%

OPTITEMP TT 33 R

Rail-mounted temperature transmitter with universal inputs and galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA
  • Programmable via PC or via the OPTICHECK Temperature Mobile app using Bluetooth® or NFC
  • Accuracy: ±0.08%

OPTITEMP TT 51 R

Rail-mounted temperature transmitter with universal dual input, galvanic isolation, HART® and SIL

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA/HART®
  • Programmable via PC or HART® handheld communicator
  • Accuracy: ±0.05%

OPTITEMP TT 53 R

Rail-mounted temperature transmitter with universal input, galvanic isolation, HART® and wireless communication

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA/HART®7
  • Programmable via PC, HART® handheld or the OPTICHECK Temperature Mobile app using Bluetooth® or NFC
  • Accuracy: ±0.08%

OPTITEMP TT 12 R

Rail-mounted temperature transmitter with RTD input, spring terminal and compact 6 mm design

  • Input: 1 x Pt100, 1 x Pt1000, 2-, 3- or 4-wire
  • Output: 2-wire, 4…20 mA
  • Programmable via the OPTICHECK Temperature Mobile app using NFC
  • Accuracy: ±0.15%

OPTITEMP TT 11 C

Head-mounted temperature transmitter with RTD input

  • Input: 1 x Pt100 or 1 x Pt1000, 3-wire
  • Output: 3-wire, 0…10 VDC
  • Manually configurable
  • Accuracy: ±0.15%

OPTITEMP TT 22 C

Head-mounted temperature transmitter with RTD input

  • Input: 1 x Pt100, 3-wire
  • Output: 2-wire, 4…20 mA
  • PC programmable
  • Accuracy: ±0.1%

OPTITEMP TT 40 C

Head-mounted temperature transmitter with universal inputs and galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA
  • PC programmable
  • Accuracy: ±0.05%

OPTITEMP TT 33 C

Head-mounted temperature transmitter with universal inputs and galvanic isolation

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA
  • Programmable via PC or via the OPTICHECK Temperature Mobile app using Bluetooth® or NFC
  • Accuracy: ±0.08%

OPTITEMP TT 51 C

Head-mounted temperature transmitter with universal dual input, galvanic isolation, HART® and SIL

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA/HART®
  • Programmable via PC or HART® handheld communicator
  • Accuracy: ±0.05 %

OPTITEMP TT 53 C

Head-mounted temperature transmitter with universal input, galvanic isolation, HART® and wireless communication

  • Input: RTD, TC, mV, Ω
  • Output: 2-wire, 4…20 mA/HART®7
  • Programmable via PC, HART® handheld or the OPTICHECK Temperature Mobile app using Bluetooth® or NFC
  • Accuracy: ±0.08%

OPTITEMP TCA-M70

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with compensation cable, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M60

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with standard thermo plug, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M50

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with mini thermo plug and various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M40

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with connection head type BA, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M30

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with connection head type MA, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M20

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with insulated flying wires, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TCA-M10

Thermocouple (TC) cable sensor for machinery and high temperature applications

  • Compression fitting connection
  • Mineral insulated, with uninsulated flying wires, available with various sheath materials
  • -40…+1250°C / +2282°F

OPTITEMP TRA-W90

Resistance (RTD) cable sensor for extended ambient temperature operation

  • Compression fitting connection
  • Mineral insulated cable and stainless steel sheath, IP68 rated
  • -20…+600°C / -4…+1100°F

OPTITEMP TRA-W80

Resistance (RTD) cable sensor for measurement of soil temperature

  • To be inserted or buried in the ground
  • Stainless steel sheath and tapered tip, IP68 rated
  • -40…+115°C / +239°F

OPTITEMP TRA-W70

Resistance (RTD) cable sensor for temperature measurement in plastic moulding applications

  • Adjustable bayonet fitting
  • Straight stainless steel tip
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-W60

Resistance (RTD) cable sensor for bearing temperature measurement and similar applications

  • With plug-in tip
  • Stainless steel sensor body, oil-tight and vibration proof
  • -40…+150°C / +302°F

OPTITEMP TCA-S11

Thermocouple (TC) temperature assembly for lower temperature applications

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with straight tip
  • -40…+150°C / +302°F

OPTITEMP TRA-W50

Resistance (RTD) cable sensor for bearing temperature measurement and similar applications

  • Thread connection
  • Resistance element placed in the tip of the bolt
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-W40

Resistance (RTD) cable sensor for surface temperature measurement in industrial applications

  • Hose clamp or thread connection
  • Copper contact block for fast response times
  • -50…+300°C / -58…+570°F

OPTITEMP TRA-W30

Resistance (RTD) cable sensor for surface temperature measurement in industrial applications

  • Hose clamp connection
  • PTFE insulated copper contact plate for fast response times
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-W20

Resistance (RTD) cable sensor for surface temperature measurement in industrial applications

  • Hose clamp or thread connection
  • Brass contact block for fast response times
  • -50…+150°C / -58…+302°F

OPTITEMP TRA-W10

Resistance (RTD) cable sensor for industrial applications with low pressure and flow ranges

  • Compression fitting connection
  • Stainless steel sheath and insulated connecting cable
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-G30

Resistance (RTD) cable sensor for surface temperature measurement in industrial applications

  • Hose clamp connection
  • Spring-loaded stainless steel tip and insulating PTFE block
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-V40

Resistance (RTD) compact sensor for surface temperature measurement in HVAC applications

  • Hose clamp connection
  • Aluminium junction box with built-in transmitter
  • -25…+80°C / -13…+176°F

OPTITEMP TRA-V30

Resistance (RTD) compact sensor for HVAC applications with air ducts and pipes

  • Compression fitting or sliding flange connection
  • Aluminium junction box with built-in transmitter
  • -25…+200°C / -13…+390°F

OPTITEMP TRA-V20

Resistance (RTD) compact sensor for measuring outdoor air temperature in HVAC applications

  • Outdoor sensor for wall-mount installation
  • Aluminium junction box with built-in transmitter
  • -50…+100°C / -58…+212°F

OPTITEMP TRA-V10

Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC applications

  • Room sensor for wall-mount installation
  • Plastic junction box with built-in transmitter
  • 0…+50°C / +32…+122°F

OPTITEMP TRA-C30

Resistance (RTD) compact sensor for industrial process and OEM applications

  • Thread connection
  • Compact housing with built-in transmitter and M12 connector
  • -50…+150°C / -58…+302°F

OPTITEMP TRA-C20

Resistance (RTD) compact sensor for industrial process and OEM applications

  • Thread connection
  • Compact housing with built-in transmitter and electrical valve connection
  • -50…+150°C / -58…+302°F

OPTITEMP TRA-C10

Resistance (RTD) compact sensor for hygienic applications

  • Hygienic clamp or VARIVENT® connection
  • Compact housing with built-in transmitter and stainless steel sheath (FDA, EC1935/2004 conform)
  • -50…+150°C / -58…+302°F

OPTITEMP TRA-C65

Resistance (RTD) compact sensor for hygienic applications

  • Welded clamp connection
  • Built-in transmitter and stainless steel sheath (3A certified, FDA-, EC1935/2004 conform; optional IP69)
  • -50…+200°C / -58…+392°F

OPTITEMP TRA-C61

Resistance (RTD) compact sensor for hygienic applications

  • Hygienic G½ thread with VARIVENT®, DIN 11851, SMS 1145 and other hygienic adapters
  • Built-in transmitter and stainless steel sheath (FDA, EC1935/2004 conform, optional IP69)
  • -50…+200°C / -58…+392°F

OPTITEMP TCA-TW59

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • ASME-style, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TW58

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS54

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS53

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS52

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS37

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 9, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS36

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 7, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS35

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TS32

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 5, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TF57

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TF56

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TF55

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TF33

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • Welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-TF31

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • DIN-style based on form 4F, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-T30

Thermocouple (TC) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • DIN-style based on form 4, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-S50

Thermocouple (TC) temperature assembly for use in existing thermowells or machinery

  • Thread connection
  • ASME-style, without thermowell
  • -40…+1100°C / +1832°F

OPTITEMP TCA-S41

Thermocouple (TC) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 3G, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-S34

Thermocouple (TC) temperature assembly for use in existing thermowells or machinery

  • Thread or union nut connection
  • DIN-style, without thermowell
  • -40…+1100°C / +1832°F

OPTITEMP TCA-S22

Thermocouple (TC) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 2G, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-S21

Thermocouple (TC) temperature assembly for lower temperature applications

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with reduced tip
  • -40…+150°C / +302°F

OPTITEMP TCA-S12

Thermocouple (TC) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 2G, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-P65

Thermocouple (TC) temperature assembly for high temperature applications

  • Sliding flange connection
  • Double ceramic thermowell with straight tip
  • -40…+1600°C / +2900°F

OPTITEMP TCA-P64

Thermocouple (TC) temperature assembly for high temperature applications

  • Compression fitting or sliding flange connection
  • Ceramic thermowell (⌀15 mm / 0.6″) with straight tip
  • -40…+1600°C / +2900°F

OPTITEMP TCA-P63

Thermocouple (TC) temperature assembly for high temperature applications

  • Compression fitting or sliding flange connection
  • Ceramic thermowell (⌀10 mm / 0.39″) with straight tip
  • -40…+1600°C / +2900°F

OPTITEMP TCA-P62

Thermocouple (TC) temperature assembly for high temperature applications

  • Compression fitting or sliding flange connection
  • Welded multipart thermowell with straight tip
  • -40…+1150°C / +2100°F

OPTITEMP TCA-P61

Thermocouple (TC) temperature assembly for high temperature applications

  • Compression fitting or sliding flange connection
  • Welded multipart thermowell with straight barstock tip
  • -40…+1150°C / +2100°F

OPTITEMP TCA-P60

Thermocouple (TC) temperature assembly for high temperature applications

  • Compression fitting or sliding flange connection
  • DIN-style based on form 1, welded multipart thermowell with straight tip
  • -40…+1150°C / +2100°F

OPTITEMP TCA-P40

Thermocouple (TC) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 3, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-P20

Thermocouple (TC) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 2, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-P14

Thermocouple (TC) temperature assembly for higher temperature applications or use in existing thermowells

  • Compression fitting connection
  • DIN-style, without thermowell
  • -40…+1100°C / +1832°F

OPTITEMP TCA-P10

Thermocouple (TC) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 2, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-F42

Thermocouple (TC) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 3F, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-F23

Thermocouple (TC) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 2F, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TCA-F13

Thermocouple (TC) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 2F, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TW59

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • ASME-style, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TW58

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS54

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS53

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS52

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS37

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 9, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS36

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 7, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS35

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TS32

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Thread connection
  • DIN-style based on form 5, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TF57

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TF56

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TF55

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • ASME-style, barstock thermowell with straight tip
  • -40…+600°C / +1100°F

OPTIFLUX 5100

Electromagnetic flowmeter for demanding applications with aggressive and abrasive media

  • With chemically resistant ceramic tube for liquids with solid content (≤10%)
  • Up to +180°C / +356°F
  • Flange: DN15…300 / ½…12″, max. PN40 / ASME Cl 300; Sandwich: DN2.5…100 / ⅒…4″
  • 4…20 mA, pulse, frequency, status, HART®

OPTITEMP TRA-T30

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Weld-in connection
  • DIN-style based on form 4, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-S50

Resistance (RTD) temperature assembly for use in existing thermowells or machinery

  • Thread connection
  • ASME-style, without thermowell
  • -40…+600°C / +1100°F

OPTITEMP TRA-S41

Resistance (RTD) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 3G, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-S34

Resistance (RTD) temperature assembly for use in existing thermowells or machinery

  • Thread connection or union nut
  • DIN-style, without thermowell
  • -40…+600°C / +1100°F

OPTITEMP TRA-S22

Resistance (RTD) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 2G, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-S21

Resistance (RTD) temperature assembly for lower temperature applications

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with reduced tip
  • -40…+150°C / +302°F

OPTITEMP TRA-S11

Resistance (RTD) temperature assembly for lower temperature applications

  • Thread connection
  • DIN-style based on form 8, welded multipart thermowell with straight tip
  • -40…+150°C / +302°F

OPTITEMP TRA-P40

Resistance (RTD) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 3, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-P14

Resistance (RTD) temperature assembly for standard applications or use in existing thermowells

  • Compression fitting connection
  • DIN-style, without thermowell
  • -40…+600°C / +1832°F

OPTITEMP TRA-H20

Resistance (RTD) temperature assembly for hygienic applications

  • Hygienic clamp or VARIVENT® connection
  • Replaceable measuring insert and stainless steel thermowell (FDA, EC1935/2004 conform)
  • -200…+600°C / -330…+1100°F

OPTITEMP TRA-H10

Resistance (RTD) temperature assembly for hygienic applications

  • Hygienic clamp or VARIVENT® connection
  • Non-replaceable measuring insert and stainless steel thermowell (FDA, EC1935/2004 conform)
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-G10

Resistance (RTD) temperature assembly for surface temperature measurement in industrial applications

  • Hose clamp connection
  • Spring-loaded block tip, neck tube and stainless steel sheath
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-F23

Resistance (RTD) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 2F, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-F13

Resistance (RTD) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 2F, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

SU 502

Single channel controller for vibration level switches with 8/16 mA output

  • Signal conditioner for simple control of point-level detection via integrated relay
  • Optional 2nd relay: configurable as fail-safe relay or as second level detection relay
  • Designed for installation on a DIN rail
  • Approved for use in hazardous areas

SURGEPROTECT SP-F / 1X2-24DC

Surge protector for measurement and control technology

  • Designed for current loops and non-hazardous areas
  • With screw connection for direct installation at the measuring head
  • Zinc die-cast housing, surface bronzed and nickel-plated

BM 26 F2200

Magnetic bypass level indicator with guided radar (TDR) for liquid level applications

  • Continuous, redundant measurement using two measurement principles in one device
  • Measuring range: 0.3…5.5  / 1…18 ft (longer on request)
  • Density: 0.5…3 kg/l / 31…187 lb/ft3
  • -50…+300°C / -58…+570°F; -1…100 barg / -14.5…1450 psig

BM26A-7000

Magnetic level indicator for extreme operating conditions

  • Designed for level and interface measurement of high-temperature and high-pressure liquids; no power supply needed
  • Measuring range: 0.3…5.5 m / 1…18 ft (others on request)
  • Density: 370…1200 kg/m3 / 23.9…74.91 lb/ft3
  • Up to +400°C / +752°F; 400 barg / 5801 psig

BM26A-3000

Magnetic level indicator for corrosive liquids

  • Made of PVC, PP or PVDF for high corrosion resistance to aggressive chemicals; no power supply needed
  • Measuring range: 0.5…4 m / 1…13 ft (others on request)
  • Density: 560…1200 kg/m3 / 34.96…74.91 lb/ft3
  • -20…+100°C /-4…+212°F; 0…6 barg / 0…87 psig

BM26A-1000

Magnetic level indicator for basic liquid applications

  • Cost-effective level measurement; no power supply needed
  • Measuring range: 0.3…5.5 m; 1…18 ft (others on request)
  • Density: 700…1200 kg/m / 43.7…74.91 lb/ft3
  • -70…+200°C / -94…+392°F; -1…40 barg / -14.5…580 psig

BM26A-5000

Bypass chamber for TDR guided radar, FMCW radar and displacer level transmitter

  • Ideal for difficult process conditions, e.g. turbulence, foam
  • Large choice of materials, e.g. 316L, 304L, alloy C276, alloy 625
  • Measuring range: up to 5.5 m / 18 ft
  • For temperatures up to +400°C / +752°F and 400 barg / 5801 psig (depending on installed level transmitter)

OPTISWITCH 6600

Capacitance level switch for standard hygienic applications

  • Point level detection of solids, liquids and liquid-liquid interface
  • Wide variety of hygienic process connections available
  • -20…+200°C / -4…+392°F; -1…16 barg / -14.5…580 psig

OPTISWITCH 6500

Capacitance level switch for advanced hygienic applications

  • Point level detection of liquids, liquid-liquid interface and solids
  • Minimal insertion length: 12 mm / 0.47″
  • -20…+200°C / -4…+392°F; -1…16 barg / -14.5…580 psig

OPTISWITCH 5250

Vibration level switch with rigid extension for hygienic applications

  • Point level detection of liquids in the food, beverage and pharmaceutical industry
  • Probe length: up to 6000 mm / 236″
  • Density: ≥0.5 g/cm3 / 0.018 lb/in3
  • -50…+250°C / -58…+482°F; -1…64 psig / -14.5…928 psig

OPTISWITCH 5150

Vibration level switch for liquids in hygienic applications

  • Point level detection of liquids in the food, beverage and pharmaceutical industry
  • Polished tuning fork to meet hygienic requirements
  • Density: ≥0.5 g/cm3 / 0.018 lb/in3
  • -50…+250°C / -58…+482°F; -1…64 barg / -14.5…925 psig

OPTISWITCH 5100

Vibration level switch for process applications

  • Point level detection of liquids
  • Large choice of process fittings, housings and electronics
  • Density: ≥0.5 g/cm3 / 0.018 lb/in3
  • -50…+250°C / -58…+482°F; -1…64 barg / -14.5…928 psig

OPTISWITCH 5300

Vibration level switch for heavy-duty applications

  • Point level detection of liquids under extreme conditions
  • Probe length: up to 3000 mm / 118 ft
  • ≥0.47 g/cm3 / 0.017 lb/in3 (optional: ≥0.42  g/cm3 or 0.015 lb/in3)
  • -196…+450°C / -321…+842°F; -1…160 barg / -14.5…2321 psig

OPTISWITCH 4000

Vibration level switch for basic applications

  • Point level detection of liquids
  • Virtually unaffected by the chemical and physical media properties
  • Density: ≥0.5  g/cm3 / 0.018 lb/in3
  • -40…+150°C / +302°F; -1…64 barg / -14.5…925 psig

OPTISWITCH 3300

Vibration level switch with rigid extension for solid applications

  • Point level detection of solids
  • Probe length: up to 6 m / 20 ft
  • Density: <8 g/l / <0.49 lb/ft3
  • -50…+250°C / -58…+482°F; -1…16 psig / -14.5…232 psig

OPTISWITCH 3100

Vibration level switch for solid applications

  • Point level detection of powders and fine-grained bulk solids
  • Probe length: 220 mm / 8.7″
  • Density: <8  g/l / <0.49 lb/ft3
  • -50…+250°C / -58…+482°F; -1…16 barg / -14.5…232 psig

OPTIWAVE-M 7500

Radar (FMCW) level transmitter for liquids and solids in the marine industry

  • Continuous, non-contact cargo level measurement
  • 80 GHz radar, Lens antenna (flush-mounted)
  • Very small beam angle for narrow tanks of various heights and shapes
  • Redundant ullage indication with local display on deck

OPTIWAVE 7500

Radar (FMCW) level transmitter for liquids in narrow tanks with internal obstructions

  • Continuous, non-contact level measurement in small and narrow tanks with agitators as well as long nozzles
  • 80 GHz radar, flush-mounted Lens antenna
  • Measuring range: 0…100 m / 328 ft
  • -50…+200°C / -58…+392°F; -1…40 barg / -14.5…580 psig

OPTIWAVE-M 7400

Radar (FMCW) level transmitter for liquids and solids in the marine industry

  • Continuous, non-contact cargo level measurement
  • 24 GHz radar, Horn or Drop antenna
  • Redundant ullage indication with local display on deck
  • Closed tank cleaning and service of all components

OPTIWAVE 7400

Radar (FMCW) level transmitter for agitated and corrosive liquids

  • Continuous, non-contact level measurement in harsh environments
  • 24 GHz radar, Horn or Drop antennas
  • Measuring range: 0…100 m / 328 ft
  • -50…+200°C / -58…+392°F, up to +700°C / +1292°F in non-ex applications; -1…100 barg / -14.5…1450 psig (higher on request)

OPTIWAVE 6500

Radar (FMCW) level transmitter for powders and dusty atmosphere

  • Continuous, non-contact level measurement in high and narrow silos, hoppers or containers
  • 80 GHz radar, flush-mounted Lens antenna
  • Measuring range: 0…100 m / 328 ft
  • -50…+200°C / -58…+392°F; -1…40 barg / -14.5…580 psig

OPTIWAVE 6400

Radar (FMCW) level transmitter for solids from granulates to rocks

  • Continuous, non-contact level measurement in/on silos, stockpiles, conveyor belts etc.
  • 24 GHz radar, Horn or Drop antennas
  • Measuring range: 0…100 m / 328 ft
  • -50…+130°C / +266°F; -1…16 barg / -14.5…232 psig

OPTIWAVE 5400

Radar (FMCW) level transmitter for liquids in basic process applications

  • Continuous, non-contact level measurement in closed tanks or in the open air
  • 24 GHz radar, Horn or Drop antennas
  • Measuring range: 0…100 m / 328 ft
  • -50…+130°C / -58…+266°F; -1…16 barg / -14.5…232 psig

OPTIWAVE 5200

Radar (FMCW) level transmitter for liquids in storage and process applications

  • Continuous, non-contact level measurement in storage and process tanks
  • 10 GHz radar, Horn and Wave Horn antennas
  • Measuring range: 0…30 m / 98 ft
  • -60…+250°C / -76…+482°F; -1…40 barg / -14.5…580 psig (higher on request)

OPTIWAVE 3500

Radar (FMCW) level transmitter for liquids with hygienic requirements

  • Continuous, non-contact level measurement in small and narrow vessels, small storage tanks and agitated tanks
  • 80 GHz radar, flush-mounted Lens antenna
  • Measuring range: 0…50 m / 164 ft
  • -40…+150°C / +302°F; -1…25 barg / -14.5…362 psig

OPTIWAVE 1400

Radar (FMCW) level transmitter for liquids in water and wastewater applications

  • Continuous, non-contact level measurement in tanks, pumping stations, open channels etc.
  • Robust stainless steel (316L) design , waterproof (IP66/68 / NEMA 4X/6)
  • 24 GHz radar, PP Drop antenna
  • Measuring range: 0…20 m / 66 ft

OPTIFLEX 8200

Guided radar (TDR) level transmitter for liquids at high temperature and pressure

  • Continuous level and interface measurement in boilers, reactors and separators
  • With dynamic gas-phase compensation for boiler applications (in preparation)
  • Measuring range: 0.6…60 m / 2…197 ft
  • -50…+315°C; -58…+599°F; -1…320 barg; -14.5…4641 psig

OPTIFLEX 7200

Guided radar (TDR) level transmitter for advanced liquid applications

  • Continuous level and interface measurement in process or storage tanks, reactors and pressure vessels
  • Extensive choice of probes for harsh process conditions
  • Measuring range: 0.3…60 m / 1…197 ft
  • -50…+250°C / -58…+482°F; -1…100 barg / -14.5…1450 psig

OPTIFLEX 6200

Guided radar (TDR) level transmitter for solids from granulates to powders

  • Continuous level measurement in buffer silos, bulk storage containers or hoppers
  • Insensitive to dusty atmosphere and deposit on the probe
  • Measuring range: 0.6…40 m / 2…131 ft 
  • -50…+200°C / -58…+392°F; -1…40 barg / -14.5…580 psig

OPTIFLEX 3200

Guided radar (TDR) level transmitter for liquids with hygienic requirements

  • Continuous measurement of level and interface in small and narrow vessels
  • Conform to FDA, EC1935/2004, EHEDG
  • Measuring range: 0.6…4 m / 2…13 ft
  • -50…+150°C / -58…+302°F; -1…40 barg / -14.5…580 psig

OPTIFLEX 2200

Guided radar (TDR) level transmitter for storage and process applications

  • Continuous measurement of level, distance, volume, mass or dielectric constant
  • Measuring range: 0.6…40 m / 2…131 ft (liquids), 0.6…20 m / 2…65.5 ft (solids)
  • -50…+300°C / -58…+572°F; -1…40 barg / -14.5…580 psig
  • Continuous measurement of level, distance, volume, mass or dielectric constant
  • Measuring range: 0.6…40 m / 2…131 ft (liquids), 0.6…20 m / 2…65.5 ft (solids)
  • -50…+300°C / -58…+572°F; -1…40 barg / -14.5…580 psig

OPTIFLEX 1100

Guided radar (TDR) level transmitter for basic liquid applications

  • Continuous level measurement in buffer, storage, collecting or recycling tanks
  • Intuitive quick setup procedure
  • Measuring range: 0.7…20 m / 2.3…65.5 ft
  • -50…+100°C / -58…+212°F; -1…16 barg / -14.5…232 psig

POWERFLEX 2200

Guided radar (TDR) level transmitter for the nuclear industry

  • Continuous measurement of level, distance, volume, mass or dielectric constant
  • Designed and tested for industrial nuclear environments
  • Measuring range: 0.6…40 m / 2…131 ft
  • -50…+150°C / -58…+302°F; -1…100 barg / -14.5…1450 psig

OPTIFLUX 5300

Electromagnetic flowmeter for advanced process and master meter applications

  • Highest accuracy (±0.15%), with ceramic tube for aggressive and abrasive liquids (≤70% solid content) up to +180°C / +356°F
  • CT: OIML R117, MI-005 etc.
  • Flange: DN15…300 / ½…12″, max. PN40 / ASME Cl 300; Sandwich: DN2.5…100 / ⅒…4″
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

OPTIFLUX 6050

  • Cost-effective flow measurement in the food sector
  • Meter size: DN2.5…150 / ⅒…6″ (3A, EHEDG etc.)
  • Many hygienic fittings
  • 4…20 mA, pulse, frequency, status, HART®, Modbus

OPTIFLUX 6100

  • Reliable dosing and filling in the food sector
  • Meter size: DN2.5…150 / ⅒…6″
  • Hygienic fittings and certifications
  • 4…20 mA, pulse, frequency, status, HART®

OPTIFLUX 6300

Electromagnetic flowmeter for advanced hygienic applications

  • High accuracy (±0.2%), for exact dosing or filling in the food sector
  • Meter size: DN2.5…150 / ⅒…6″ (3A, EHEDG certified)
  • Many hygienic fittings
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

OPTIFLUX 7300

Electromagnetic flowmeter for low conductivity liquids (≥0.05 μS/cm)

  • Ceramic tube with non-wetted electrodes for extremely adhesive and abrasive media
  • Hygienic and vacuum resistant
  • Flange or wafer/sandwich version: DN25…100 / 1…4″, max. PN40 / ASME Cl:300
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

WATERFLUX 3050

Electromagnetic flowmeter for basic water applications

  • Cost-effective measurement of potable, raw and irrigation water
  • Extra isolation of electronics for use in high humidity areas
  • Flange: DN25…600 / 1…24″, max. PN16 / ASME Cl 150; others on request
  • 4…20 mA, pulse, frequency, status, HART®, Modbus

WATERFLUX 3070

Electromagnetic water meter for district metering of potable water and custody transfer (CT) measurement

  • Battery- or mains powered, with battery backup option (incl. Modbus)
  • Integrated temperature and pressure measurement for leak monitoring
  • CT: MI-001, OIML R49 up to DN600 / 24″, no inlet/outlet runs needed
  • Burial installation possible (IP68)

WATERFLUX 3100

Electromagnetic flowmeter for standard water applications

  • From raw water measurement to drinking water metering in distribution networks
  • No inlet/outlet runs needed
  • Up to DN600 / 24″, max. PN16 / ASME Cl 150
  • 4…20 mA, pulse, frequency, status, HART®

IFC 100

Electromagnetic flow converter for combination with OPTIFLUX and WATERFLUX flow sensors

  • Compact, remote field, wall-mounted and rack-mounted housing
  • With many sensor and process diagnostics for standard requirements
  • 4-wire, 4…20 mA, pulse, frequency, status, HART®

IFC 300

Electromagnetic flow converter for combination with OPTIFLUX and WATERFLUX flow sensors

  • Compact, remote field, wall-mounted and rack-mounted housing
  • With extensive diagnostics for advanced requirements (NE 107)
  • 4-wire, 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET etc.

WATERFLUX 3300

Electromagnetic flowmeter for advanced water applications

  • High accuracy (±0.2%) for water consumption metering and distribution networks
  • No inlet/outlet runs needed
  • CT: MI-001, OIML R49 up to DN600 / 24″
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

TIDALFLUX 2300

Electromagnetic flowmeter for applications with partially filled pipes

  • With integrated capacitive level measurement for flow measurement of water and wastewater (≥10% pipe fill level)
  • Accurate (±1%) and cost-saving alternative to open channel systems
  • Flange: DN200…1600 / 8…64″
  • 3 x 4…20 mA, pulse, HART®, Modbus, PROFINET

FLEXMAG 4050

Electromagnetic flowmeter for single use biopharmaceutical applications

  • With gamma sterilisable disposable flow tube
  • One transmitter accommodates two flow tube diameters
  • Wetted material compliant with ISO 10993 and USP Class VI
  • High accuracy (±1% of MV), wide measuring range, no recalibration

DWM 2000

Electromagnetic insertion-type flowmeter for flow monitoring of conductive media

  • Ideal for liquids, pastes and slurries (≥20μS/cm), suitable for immersed applications (IP68)
  • -25…+150°C / -13…+302°F; up to 25 barg / 360 psig
  • For pipes DN25…400 / 1…16″, optional >DN400 / 16″
  • 3-wire, 4…20 mA

OPTIPROBE

Electromagnetic insertion-type flowmeter for water and wastewater applications

  • With fixed or flexible installation length for hot tapping
  • 0…+100°C; max. 16 barg
  • For pipes ≥DN80 / 3″
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

POWERFLUX 4030

  • Designed and tested for industrial nuclear environments
  • DN25…1000 / 1…40″; with resistant ETFE or PFA liner materials
  • Free of programmable electronic components
  • 4…20 mA

POWERFLUX 4300

Electromagnetic flowmeter for nuclear applications

  • Designed and tested for industrial nuclear environments
  • With resistant ETFE or PFA liner materials
  • Flange: DN25…1000 / 1…40″
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

POWERFLUX 5030

  • Designed and tested for industrial nuclear environments
  • With high-tech ceramic tube (DN2.5…100 / 1⁄10…4″) for very aggressive and abrasive fluids
  • Free of programmable electronic components
  • 4…20 mA

POWERFLUX 5300

Electromagnetic flowmeter for nuclear applications

  • Designed and tested for industrial nuclear environments
  • With high-tech ceramic tube for very aggressive and abrasive fluids
  • Space-saving wafer design: DN2.5…100 / 1⁄10…4″
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

OPTIGAS 4010

Coriolis mass flowmeter for gas dispenser applications

  • High accuracy for CNG and LPG up to 70 kg/min / 155 lb/min
  • Thread: ¾ NPT (female); up to 350 bar / 5075 psi
  • Integrated Modbus, no separate converter
  • EtherNet/IP™ interface

OPTIBATCH 4011

Coriolis mass flowmeter for linear and rotating filling machines

  • High accuracy batching of conductive and non-conductive liquids
  • Meter size: DN8…15 (FDA, EC1935/2004 etc.)
  • Many hygienic fittings
  • Integrated Modbus

OPTIBATCH 4011

OPTIMASS 1010

Coriolis mass flowmeter for universal applications and process control

  • For mass, density and volume flow of liquids and gases up to +130°C / +266°F
  • Also certified for hygienic use
  • Flange: DN15…100 / ½…4″, max. PN100 / ASME Cl 600; many hygienic fittings
  • Integrated Modbus; optional EtherNet/IP™ interface

OPTIMASS 1400

Coriolis mass flowmeter for universal applications and process control

  • Mass, density and volume flow of gases and liquids; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)
  • Also certified for hygienic use
  • Flange: DN15…100 / ½…4″, max. PN100 / ASME Cl 600; many hygienic fittings
  • 3 x 4…20 mA, HART®7, FF, Profibus-PA/DP, Modbus, PROFINET, EtherNet/IP™, Bluetooth®

OPTIMASS 2400

Coriolis mass flowmeter for highest capacity bulk measurement

  • For gases and liquids up to 4,600 t/h; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)
  • CT: OIML R117, MI-005, MI-002; API and AGA compliant
  • Flange: DN100…400 / 4…16″, max. PN160 / ASME Cl 1500
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, EtherNet/IP™, Bluetooth®

OPTIMASS 3010

Coriolis mass flowmeter for low flow and dosing applications

  • Mass, density and volume flow of liquids and gases (>0.3 kg/h / 0.01 lb/min)
  • Standard pressure rating up to 300 bar / 4351 psi
  • Flange: DN15 / ½”; thread, clamp, etc.
  • Integrated Modbus; optional EtherNet/IP™ interface

OPTIMASS 3400

Coriolis mass flowmeter for low flow and dosing applications

  • High accuracy (±0.1%) for gases and liquids >0.3 kg/h / 0.01 lb/min; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)
  • Standard pressure rating up to 300 bar / 4351 psi
  • Flange: DN15 / 1/2“; also thread and clamp connections
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, EtherNet/IP™, Bluetooth®

OPTIMASS 6400

Coriolis mass flowmeter for advanced process applications

  • High accuracy (±0.05% flat), for cryogenic to HT media (-200…+400°C / -328…+752°F); maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)
  • SIL 2/3; CT: OIML R117, R137, MI-005, MI-002; API, AGA; hygienic certifications
  • Flange: DN10…300 / ½…12″, max. PN 160 / ASME Cl 1500
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, EtherNet/IP™, Bluetooth®

MFC 010

Coriolis mass flow converter for combination with OPTIMASS Coriolis mass flow sensors

  • Space-saving design, integrated into OPTIMASS flow sensors
  • Many sensor and process diagnostics
  • Direct digital communication via Modbus RTU over RS485

OPTIMASS 7010

Coriolis mass flowmeter for advanced applications and process control

  • Single straight tube for mass, density and volume flow of viscous, aggressive or shear-sensitive media
  • Also certified for hygienic use
  • Flange: DN10…100 / ½…4″, max. PN100 / ASME Cl 600; others
  • Integrated Modbus; optional EtherNet/IP™ interface

OPTIMASS 7400

Coriolis mass flowmeter for advanced process applications

  • High accuracy (±0.1%), for viscous, aggressive or shear-sensitive media; maintains operation over a wide range of gas fractions and complex flow conditions (EGMTM)
  • CT: OIML R117, MI-005; API; hygienic certifications
  • Flange: DN10…100 / ½…4″, max. PN100 / ASME Cl 600; others
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, EtherNet/IP™, Bluetooth®

OPTISWIRL 2100

Vortex flowmeter for basic utility applications

  • For liquids, (wet) gases, saturated and superheated steam (+240°C / +464°F)
  • Available with integrated nominal diameter reduction for a large measurement span also in pipelines with large diameters
  • Flange: DN15…300 / ½…12″; wafer version: max. DN100 / 4″
  • 2-wire, 4…20 mA, HART®7

OPTISWIRL 4200

Vortex flowmeter for utility applications and energy management systems

  • For liquids, (wet) gases, saturated and superheated steam (+240°C / +464°F)
  • Integrated P+T measurement: direct output of mass, nominal flow, energy, gross/net heat
  • Flange: DN15…300 / ½…12″; wafer version: max. DN100 / 4″
  • 2-wire, 4…20 mA, HART®, FF, Profibus-PA

OPTISWIRL 5080

Vortex flowmeter for high temperature applications

  • For liquids, gases and steam up to +427°C / +800°F
  • Adaptive filtering and signal conditioning
  • Flange: DN15…300 / ¾…12″, max. PN160 / ASME 1500 lb;
    Sandwich version: max. DN200 / 8″
  • 2-wire, 4…20 mA, HART®

OPTISONIC 3400 District Heating

Ultrasonic flowmeter for district heating applications

  • 3-path meter for thermal energy measurement and heated water
  • CT: OIML R75, MID MI-004 (Class 1, 2, 3)
  • Flange: DN25…2000 / 1…80″, max. PN40 / ASME Cl 300
  • Max. +180°C / +356°F

MFC 400

Coriolis mass flow converter for combination with OPTIMASS Coriolis mass flow sensors

  • Compact and remote field housing
  • With extensive diagnostics (NE107) and Entrained Gas Management (EGM™) for advanced requirements
  • 4-wire, 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP, PROFINET, EtherNet/IP™, Bluetooth®
  • Secure wireless access via Bluetooth® or remotely via HART® even in safety-related applications

UFC 300

Ultrasonic flow converter for combination with OPTISONIC 6000 flow sensor

  • Field or wall-mounted housing
  • With extensive sensor and process diagnostics
  • 4-wire, 3 x 4…20 mA, HART®7, Modbus

UFC 300 P

Ultrasonic flow converter for combination with OPTISONIC 6000 P flow sensor

  • Portable, battery-powered device with LCD
  • With extensive sensor and process diagnostics, data logger and integrated thermal energy calculator
  • USB interface: quick and easy transfer of data to a PC

UFC 400

Ultrasonic flow converter for combination with OPTISONIC 3000 and OPTISONIC 4000 flow sensors

  • Compact or remote field housing
  • With extensive diagnostics (NAMUR NE107) for advanced requirements
  • 4-wire, 3 x 4…20 mA, HART®7, FF, Profibus-PA/DP, Modbus etc.

GFC 300

Ultrasonic flow converter for combination with OPTISONIC 7000 and OPTISONIC 8000 flow sensors

  • Compact or remote field housing
  • Integrated flow computer option for mass flow and enthalpy
  • HART®, Modbus, FF

VFC 100

Vortex flow converter for combination with OPTISWIRL 2000 flow sensor

  • Compact and remote field housing
  • With Advanced Vortex Frequency Detection (AVFD)
  • 2-wire, 4…20 mA, HART®7

VFC 200

Vortex flow converter for combination with VFM 4000 flow sensor

  • Compact and remote field housing
  • With Advanced Vortex Frequency Detection (AVFD), extensive diagnostics (NE 107) and integrated energy caluclator
  • 2-wire, 1 x 4…20 mA, HART®, FF, Profibus-PA

Data loggers / GSM modules

For remote data transfer

  • Data communication options for flow measurement at remote locations
  • Nationwide or worldwide data transfer
  • Alarm generation via SMS and e-mail

ETHERNET/MFC 010

EtherNet/IP Interface box for configuration, maintenance and diagnostics of flowmeters

  • Communication or retrofit option for Coriolis mass flowmeters with Modbus converter (MFC 010)
  • For seamless connection between flowmeter and an EtherNet/IP™ network
  • Smooth integration into major EtherNet/IP™ host systems
  • Integrated 2-port Ethernet switch for flexible network topologies

OPTIFLUX 1000

Electromagnetic flow sensor for combination with IFC 050, IFC 100 and IFC 300 signal converters

  • Sandwich design with free pipe cross-section
  • Connection sizes: DN10…150 / ⅜…6″
  • Liner: Reinforced PFA

OPTIFLUX 2000

Electromagnetic flow sensor for combination with IFC 050, IFC 100 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN25…1200 / 1…48″
  • Liner: PP, PO or hard rubber

OPTIFLUX 4000

Electromagnetic flow sensor for combination with IFC 050, IFC 100 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN2.5…3000 / ⅒…120″
  • Liner: PTFE, PFA, ETFE, PU, hard and soft rubber

OPTIFLUX 5000

Electromagnetic flow sensor for combination with IFC 100 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN2.5…300 / ⅒…120″
  • Tube material: Ceramic

OPTISONIC 3400

Ultrasonic flowmeter for liquid process applications

  • Accurate 3-path meter: large dynamic range, maintenance-free, no pressure loss
  • Cryogenic (-200°C/-328°F) and HT (+250°C/+482°F) versions; viscosities up to over 1000 cSt
  • Flange: DN25…3000 / 1…120″, max. PN200 / ASME Cl 1500; also weld-ends
  • 3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP

OPTISONIC 6300

Ultrasonic clamp-on flowmeter for flow measurement of liquids

  • Stationary device, for installation at any location without process interruption or need to cut pipes
  • Up to +200°C / +392°F
  • Robust stainless steel sensor rail for pipes DN15…4000 / ½…160″
  • 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP

OPTISONIC 6300 P

Ultrasonic clamp-on flowmeter for temporary flow measurement of liquids

  • Portable, battery-powered meter, for on-site verification of process flows or inline meters at any location
  • -40…+120°C / +248°F
  • For pipes DN15…1500 / ½…60″
  • With data logger and USB interface for data transfer

OPTISONIC 7300

Ultrasonic flowmeter for natural gas, process gas and utility gas applications

  • 2-path meter, for standard volume flow metering, independent of media properties
  • No maintenance, no pressure loss, large dynamic range
  • Flange: DN50…1000 / 2…40″, max. PN450 / ASME Cl 2500; also weld-in connections
  • 3 x 4…20 mA, HART®, Modbus, FF

OPTISONIC 7300 Biogas

Ultrasonic flowmeter for biogas, landfill and sewage gas applications

  • 1- or 2-path meter for low-pressure biogas (dry or wet) with a high CO2 content
  • Integrated gas volume correction and methane content measurement
  • Lap joint flange: DN50…200 / 2…8″, max. PN10 / ASME Cl 150
  • Large turndown ratio (100:1)

OPTIFLUX 6000

Electromagnetic flow sensor for combination with IFC 050, IFC 100 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN2.5…150 / ⅒…6″
  • Liner: Reinforced PFA

OPTISONIC 8300

Ultrasonic flowmeter for superheated steam and high temperature gases

  • 2-path meter with optional mass flow and enthalpy calculation
  • For steam billing, boiler or power plant monitoring (up to +620°C / +1148°F)
  • DN100…1000 / 4…40″; max. PN250 / ASME Cl 2500
  • Large turndown ratio (60:1)

ALTOSONIC III

Ultrasonic flowmeter for custody transfer (CT) measurement of liquid hydrocarbons

  • Multipath inline flowmeter for light crude oils and refined products
  • CT: OIML R117, MI-005, API, GOST etc.
  • Flange: 2…40″; max. ASME Cl 900
  • -200…+220°C / -328…+364°F

ALTOSONIC 5

Ultrasonic flowmeter for custody transfer (CT) measurement in upstream and midstream applications

  • Multipath inline meter for crudes, refined products, cryogenic media and chemicals
  • CT: OIML R117, API compliant
  • Flange: 4…24″; max. ASME Cl 600
  • -200…+250°C / -328…+482°F

ALTOSONIC V12

Ultrasonic flowmeter for custody transfer (CT) measurement of gases

  • 12-chord meter, for high accuracy flow metering of natural gas
  • CT: OIML R137 (class 0.5), MI-002, AGA9 etc.
  • Many variants, extensive CBM diagnostics free of charge
  • Flange: DN100…1600 / 4…64″; max. PN450 / ASME Cl 2500

OPTISONIC 4400 HT

Ultrasonic flowmeter for high temperature liquids

  • 2-path meter for flow measurement of thermal oil, boiler feed water, crudes and hot feed flows in refineries
  • Up to +600°C / +1112°F
  • Flange: max. DN1000 / 40″
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP

OPTISONIC 4400 HP

Ultrasonic flowmeter for high pressure liquids

  • 2-path meter for flow measurement of condensate, high pressure feedwater, spray water or water injection
  • Operating pressure up to 490 bar / 7107 psi
  • Max. DN1000 / 40″, up to ASME Cl 4500
  • 3 x 4…20 mA, HART®7, Modbus, FF, Profibus-PA/DP

K20

Variable area flowmeter for basic water applications

  • Plastic tube with scale and a MIN/MAX switch
  • Very cost-effective flow indication
  • Thread: G½, G1, G2; or adhesive sleeve
  • 0…+100°C / +32…+212°F; max. 10 barg / 145 psig

GA24

Variable area flowmeter for low liquid and gas flows

  • Glass tube with easy-to-read scale, MIN/MAX switches
  • Rugged steel plate housing for higher process safety
  • Flange: DN15…50 / ½…2″, max. PN40 / ASME Cl 300
  • -20…+100°C / -4…+212°F

VA40

Variable area flowmeter for basic applications

  • With glass tube, MIN/MAX switches and 4…20 mA
  • Low pressure loss for gas applications
  • Flange: DN15…50 / ½…2″; also NPT, G, hygienic connections, etc.
  • -20…+100°C / -4…+212°F; max. 10 barg / 145 psig

VA45

Variable area flowmeter for low pressure gas applications

  • Glass tube with easy-to-read scale
  • For use in gas supply lines of furnaces, protective gas or heating systems
  • Flange: DN15…40 / ½…1½”; also NPT, G, hose connection
  • -20…+100°C / -4…+212°F; max. 1 barg / 14.5 psig

DK32/34

Variable area flowmeter for low liquid and gas flows

  • Compact mechanical indicator, optional 4…20  mA/HART®7, MIN/MAX switches and needle valve
  • Sturdy metal design: stainless steel or alloy
  • Thread: G¼, ¼ NPT, etc.
  • -40…+200°C / +392°F, max. 220 barg / 3190 psig

DK37 M8

Variable area flowmeter for advanced low liquid and gas flows

  • Mechanical or with electronic indicator (4…20 mA/HART®)
  • Sturdy metal design: stainless steel or alloy
  • Thread: G¼, ¼ NPT; others
  • -40…+150°C / +302°F; max. 220 barg / 3190 psig

DK46/47/48/800

Variable area flowmeter for low flow gas or liquid applications and sample flow monitoring

  • Glass tube with analogue scale, valve and switches
  • For low flows from ≥0.04 l/h or ≥0.1 GPH
  • G and NPT threads; others on request
  • -5…+100°C / +23…+212°F; max. 10 barg / 145 psig

DK700

Variable area flowmeter for low liquid and gas flows

  • Compact glass tube meter with easy-to-read scale and valve
  • For low flows: ≥2.5 l/h or >0.01 GPH
  • Thread: G⅛; others on request
  • -5…+100°C / +23…+212°F; max. 4 barg / 58 psig

H250 M8

Variable area flowmeter for liquids and gases

  • Mechanical or with electronic bargraph indicator (4…20 mA/HART®)
  • Flange: DN15…25 / ½…1″; also NPT, G, hygienic connections, etc.
  • -40…+200°C / +392°F; max. 145 barg / 2102 psig

DW 181

Mechanical flow controller for clean liquids

  • Flow indication without power supply
  • Up to 30,000 l/h or 132.09 GPM (US)
  • Thread: G¾…2, ¾…2 NPT
  • -40…+300°C / -40…+570°F; max. 40 barg / 580 psig

DW 182

Mechanical flow controller for clean liquids

  • Flow indication without power supply
  • Up to 30,000 l/h or 132.09 GPM (US)
  • Flange: DN15…65 / ½…2½”, max. PN40 / ASME Cl 300
  • -40…+300°C / -40…+570°F

DW 183

Mechanical flow controller for clean liquids

  • Flow indication without power supply
  • Up to 250,000 l/h or 1101 GPM (US)
  • Flange: DN65…200 / 3…8″, max. PN16 / ASME Cl 150
  • -40…+300°C / -40…+570°F

DW 184

Mechanical flow controller for clean liquids

  • Flow indication without power supply
  • For applications with large pipes of any size
  • Flange: ≥DN150 /6″, max. PN40 / ASME Cl 300
  • -40…+300°C / -40…+570°F

DWM 1000

Electromagnetic flow controller for flow monitoring of conductive media

  • 2wire flow switch for liquids, pastes, slurries (≥20μS/cm); also for hygienic use and immersed applications (IP68)
  • 25…150°C / 13…302°F; max. 25 barg / 360 psig
  • For pipes DN25…400 / 1…16″, optional for >DN400 / 16″
  • For AC and DC electric circuits

H250 M40

Variable area flowmeter for liquids and gases

  • Modular design: from mechanical indicator to 4…20 mA/HART®7, FF, Profibus-PA and totalizer
  • Any installation position: vertical, horizontal or in fall pipes
  • Flange: DN15…150 / ½…6″; also NPT, G, hygienic connections, etc.
  • -196…+400°C / -320…+752°F; max. 1000 barg / 14500 psig

OPTIBAR DP 7060

DP flowmeter for volume flow measurement of liquids, gases and steam

  • From basic to engineered versions for challenging flow conditions
  • -270…+400°C / -454…+752°F possible; max. 160 bar / 2320.1 psi
  • Size: optional DN100…3000 / 4…120″
  • 2-wire 4…20 mA/HART®, FF, Profibus-PA

OPTIFLUX 7000

Electromagnetic flow sensor for combination with IFC 300 signal converter

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN25…100 / 1…4″
  • Tube material: Ceramic

WATERFLUX 3000

Electromagnetic flow sensor for combination with IFC 050, IFC 070, IFC 100 and IFC 300 flow converters

  • Unique rectangular sensor design
  • Connection sizes: DN25…600 / 1…24″
  • Liner: Rilsan®

TIDALFLUX 2000

Electromagnetic flow sensor for combination with IFC 300 signal converter

  • Full bore design with non-wetted electrodes
  • Connection sizes: DN200…1600 / 8…64″
  • Liner: PUR

POWERFLUX 4000

Electromagnetic flow sensor for combination with AFC 030 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN25…1000 / 1…40″
  • Liner: PFA or ETFE

POWERFLUX 5000

Electromagnetic flow sensor for combination with AFC 030 and IFC 300 signal converters

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN2.5…100 / ⅒…4″
  • Tube material: Ceramic

OPTIMASS 1000

Coriolis mass flow sensor for combination with MFC 010 and MFC 400 signal converters

  • Twin straight tube design
  • Connection sizes: DN15…100 / ½…4″
  • Tube material: Duplex stainless steel

OPTIMASS 2000

Coriolis mass flow sensor for combination with MFC 400 signal converter

  • Twin straight tube design
  • Connection sizes: DN100…400 / 4…16″
  • Tube material: Duplex or Super Duplex stainless steel

OPTIMASS 3000

Coriolis mass flow sensor for combination with MFC 010 and MFC 400 signal converters

  • Single Z-tube design
  • Connection sizes: DN15 / ½”
  • Tube material: Stainless steel or Hastelloy®

OPTIMASS 6000

Coriolis mass flow sensor for combination with MFC 400 signal converter

  • Twin bent tube design
  • Connection sizes: DN10…300 / ½…12″
  • Tube material: Stainless steel, Hastelloy® or Duplex stainless steel

OPTIBAR DP 7060

DP flowmeter for volume flow measurement of liquids, gases and steam

  • For basic to very demanding aggressive, abrasive or viscous media
  • Up to +400°C / +752°F; max. 160 bar / 2320.1 psi (line pressure)
  • Flange: DN50…600 / 2…24″
  • 2-wire 4…20 mA/HART®, FF, Profibus-PA

LS-Flow

IoT data logger for remote reading of flowmeters in district metering applications

  • Modbus via RS-485 and 1 optional analogue input
  • Mobile communication via 2G, 3G
  • Battery powered, in waterproof housing (IP68)
  • Server-based data storage and monitoring

LS42

IoT data logger for remote reading of flowmeters, level and pressure transmitters

  • 4 digital inputs, 2 optional analogue inputs
  • Mobile communication via 2G, 3G
  • Battery powered, in waterproof housing (IP68)
  • Server-based data storage and monitoring

KRL 70

Radioline gateway for continuous data transfer

  • Modbus, 4 digital and 4 analogue inputs and outputs
  • Licence-free radio: range of up to 20 km / 12.4 mi (per station point-to-point)
  • Mains powered and pre-wired system in waterproof boxes (IP68); with modular extension option
  • For infrastructure applications with large networks (up to 250 stations)

KBT 70

Bluetooth gateway for continuous data transfer

  • 16 digital and 2 analogue inputs and outputs
  • Based on Bluetooth 4.0: range of max.  200 m / 218.7 yd
  • Mains powered and pre-wired system with fixed pair modules in rugged boxes (IP66)
  • For fast and small networks

OPTITEMP TRA-H61

Resistance (RTD) temperature assembly for hygienic applications

  • G½ thread with VARIVENT®, DIN 11851, SMS 1145 and other hygienic adapters
  • Stainless steel thermowell with reduced tip (FDA, EC1935/2004 conform; optional IP69)
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-H65

Resistance (RTD) temperature assembly for hygienic applications

  • Welded clamp connection
  • Stainless steel thermowell with reduced tip (3A certified, FDA, EC1935/2004 conform; optional IP69)
  • -50…+200°C / -58…+390°F

OPTITEMP TRA-G20

Resistance (RTD) temperature assembly for surface temperature measurement on double-walled pipes or similar applications

  • Thread connection
  • Long spring-loaded straight tip, neck tube and stainless steel sheath
  • -50…+150°C / -58…+300°F

OPTITEMP TRA-F42

Resistance (RTD) temperature assembly for standard applications

  • Flange connection
  • DIN-style based on form 3F, welded multipart thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-P10

Resistance (RTD) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 2, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-P20

Resistance (RTD) temperature assembly for standard applications

  • Compression fitting connection
  • DIN-style based on form 2, welded multipart thermowell with reduced tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-H30

Resistance (RTD) temperature assembly for hygienic applications

  • Hygienic clamp or VARIVENT® connection
  • Non-replaceable measuring insert and stainless steel sensor sheath (FDA, EC1935/2004 conform)
  • -40…+150°C / +302°F

OPTITEMP TRA-S12

Resistance (RTD) temperature assembly for standard applications

  • Thread connection
  • DIN-style based on form 2G, welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TRA-TF33

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • Welded multipart thermowell with straight tip
  • -40…+600°C / +1100°F

OPTITEMP TT 12 C

Head-mounted temperature transmitter with RTD input and extremely compact design

  • Input: 1 x Pt100, 1 x Pt1000, 2-, 3- or 4-wire
  • Output: 2-wire, 4…20 mA
  • Programmable via the OPTICHECK Temperature Mobile app using NFC
  • Accuracy: ±0.15%

OPTISOUND 3030

Ultrasonic level transmitter for basic applications

  • Continuous, non-contact level measurement of liquids and solids
  • Measuring range: 0.6…15 m / 2…49 ft (liquids), 0.6…7 m / 2…23 ft (solids)
  • -40…+80°C / +176°F; -0.2…1 barg / -2.9…14.5 psig

OPTISOUND 3020

Ultrasonic level transmitter for basic applications

  • Continuous, non-contact level measurement of liquids and solids
  • Measuring range: 0.4…8 m/ 1.3…26.3 ft (liquids),  0.4…3.5 m / 1.3…11.5 ft (solids)
  • -40…+80°C / +176°F; -0.2…2 barg / -2.9…29 psig

OPTISOUND 3010

Ultrasonic level transmitter for basic applications

  • Continuous, non-contact level measurement of liquids and solids
  • Measuring range: 0.25…5 m / 0.82…16.4 ft (liquids), 0.25…2 m / 0.82…6.6 ft (solids)
  • -40…+80°C / +176°F; -0.2…2 barg / -2.9…29 psig

OPTIBAR DP 7060

Differential pressure transmitter for advanced applications and high temperatures

  • Continuous measurement of differential pressure, level, density and interface
  • Different diaphragm seals for corrosive, viscous or reducing media and vibration
  • Thread: ¼ NPT; Flange: DN50…100 / 2…4″
  • Measuring range: max. 16 psig / 232 psig; max. +400°C / +752°F

OPTIBAR DP 7060

High performance DP transmitter with integrated line pressure measurement
Measuring range: 30 mbar…16bar / 0.44…232 psi; Line pressure: up to 400 bar / 5800 psi
Reference accuracy of ±0.065%
2-wire, 4…20 mA/HART®, FF, Profibus-PA, Bluetooth®

OPTIBAR DP 3050

The most compact design in its class
Measuring ranges: 100 mbar…16 bar / 1.45…232 psi; Line pressure: up to 160 bar / 2320 psi
Reference accuracy ± 0.1%
2-wire, 4…20 mA/HART®7

OPTIBAR DSP 3000

Diaphragm seal with flange design and optional extension

  • For direct or capillary tube attachment to OPTIBAR PM pressure transmitters
  • Flange: DN50…100 / 2…4″; max. PN63 / ASME Cl 300
  • Up to +400°C / +752°F (with capillary tube)
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTIBAR DSD 3220

Diaphragm seal with flange design and optional extension

  • 2 x capillary tube attachment to OPTIBAR DP 7060 differential pressure transmitter
  • Flange: DN50…100 / 2…4″; max. PN63 / ASME Cl 300
  • Up to +400°C / +752°F
  • Wetted materials for aggressive, corrosive, viscous, solidifying or abrasive media

OPTIBAR OP 4100

Separate type, for installation between standard flanges (EN 1092-1), optional shut-off valves
Size: DN50…600; up to PN100
Temperature: up to +400°C / +752°F
Material: 1.4404 / 316L

Venturi tube

Machined or welded design (internally machined) according to EN ISO 5167, ASME MFC3
Lowest residual pressure loss of all DP elements
Only short inlet/outlet runs required
From basic to special wet gas applications and high pressure conditions

OPTIBAR PC 5060

Pressure transmitter for advanced process pressure and level applications

  • Robust design, with corrosion and abrasion resistant ceramic diaphragm
  • 25 mbar…100 bar / 0.73…1450 psi; max. +150°C / +302°F
  • Various threads, flanges, hygienic and other connections
  • 2-wire, 4…20 mA, HART®, FF, Profibus-PA, Bluetooth®

OPTIBAR PM 5060

Pressure transmitter for process pressure and level applications

  • Rugged design with fully welded metallic diaphragm suited to high pressure ranges and hygienic requirements
  • 100 mbar…1000 bar / 1.45…14500 psi
  • Various threads, flanges, aseptic and other connections
  • 2-wire 4…20 mA/HART®, FF, Profibus-PA, Bluetooth®

OPTIBAR PM 3050

Pressure transmitter for general pressure and level applications

  • Compact design with recessed or flush metallic diaphragm and optional display module
  • 0.1…100 bar / 1.45…1450 psi
  • Thread: G½, ½ NPT (male, female)
  • 2-wire 4…20 mA/HART®

OPTIBAR P 2010

Pressure transmitter for hygienic pressure and level applications

  • Ultra-compact design with flush diaphragm: with 3A certification
  • 0.1…40 bar / 4…580 psi; max. +150°C / +302°F (for SIP/CIP)
  • Many hygienic connections available
  • 2-wire 4…20 mA

OPTIBAR PSM 2010

Pressure switch for hygienic level and pressure applications

  • Integrated display with switch state indication and 2-button setup
  • 0.1…40 bar / 4…580 psi; max. +150°C / +302°F (for SIP/CIP)
  • With many flush-mounted hygienic process connections, also 3A certified
  • Fully configurable: IO-Link and PNP/NPN as standard I/O, 4…20 mA, 0…10 V or NPN/PNP as secondary output

OPTIBAR PSM 1010

Pressure switch for basic pressure and level applications

  • Integrated display with switch state indication and 2-button setup
  • 0.1…600 bar / 1.5…8700 psi; max. +125°C / +257°F
  • With recessed stainless steel diaphragm
  • Fully configurable: IO-Link and PNP/NPN as standard I/O, 4…20 mA, 0…10 V or NPN/PNP as secondary output

OPTIBAR LC 1010

Submersible level probe for water and wastewater applications

  • For continuous hydrostatic level measurement in basins and wells
  • With corrosion-resistant ceramic measuring cell
  • Level (water): 1…20 m / 3.3…65.6 ft; Pressure: 0.1…10 bar / 1.45…145 psi
  • 2-wire, 1 x 4…20 mA, HART®

OPTIBAR P 1010

Pressure transmitter for basic pressure and level applications

  • Ultra-compact design with recessed stainless steel diaphragm
  • Up to 600 bar / 8700 psi
  • Thread: ¼, ½ NPT (male); G¼, G½ (male)
  • 2-wire 4…20 mA

BM 500

Potentiometric level transmitter for hygienic applications

  • Continuous level measurement of liquids with hygienic requirements
  • Measuring range: 0.2…3 m
  • Electrical conductivity: ≥50 µs/cm
  • -20…+140°C; -1…16 barg

BW 25

Displacer level transmitter for heavy-duty level and interface applications

  • Continuous measurement of level, liquid-liquid interface or density at extreme process conditions
  • Measuring range: 0.3…5.5 / 1…18 ft
  • Density: ≥0.45 kg/l /≥28.1 lb/ft3
  • -40…+400°C / +752°F; -1…400 barg / -14.5…5801 psig

OPTISWITCH 3200

Vibration level switch with cable extension for solid applications

  • Point level detection of solids
  • Probe length: up to 80 m / 262.5 ft
  • Density: <8 g/l / <0.49 lb/ft3
  • -20…+80°C / -4…+176°F; -1…6 barg / -14.5…87 psig

OPTISWITCH 5200

Vibration level switch with rigid extension for process applications

  • Point level detection of liquids
  • Probe length up to 6000 mm / 236″
  • Density: ≥0.5 g/cm3 / 0.018 lb/in3
  • -50…+250°C / -58…+482°F; -1…64 barg / -14.5…925 psig

BM26A-6000

Magnetic level indicator for liquefied gas

  • Designed for low temperature and cryogenic media; no power supply needed
  • Measuring range: 0.3…5.5 m / 1…18 ft (others on request)
  • Density: 500…1200 kg/m3 / 31.21…74.91 lb/ft3
  • -196…+200°C / -320.8…+392°F; -1…40 barg / -14.5…580 psig

SURGEPROTECT SP-F / EX-24DC

Surge protector for measurement and control technology

  • In accordance with protection types Ex d, Ex tD, Ex ia IIC
  • With M20 connection thread for direct installation at the measuring head
  • Rugged stainless steel housing

SU 600

Digital panel indicator for level transmitters

  • Digital indication and power supply for 4…20 mA/HART® level transmitters
  • With 2 integrated relays for pump control or other actuators
  • Wide-range power supply unit with 20…253 V AC/DC
  • Carrier rail, panel or wall mounting

OPTIMASS 7000

Coriolis mass flow sensor for combination with MFC 010 and MFC 400 signal converters

  • Single straight tube design
  • Connection sizes: DN10…100 / ½…4″
  • Tube material: Titanium, stainless steel, Hastelloy® or tantalum

OPTISONIC 3000

Ultrasonic flow sensor for combination with UFC 400 signal converter

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN25…3000 / 1…120″
  • Tube material: Carbon steel, stainless steel

OPTIBAR DP 7060

DP flowmeter for volume flow measurement of liquids, gases and steam

  • For small line sizes
  • Up to +400°C / +752°F; max. 160 bar / 2320.1 psi; (line pressure)
  • Sizes: DN15…100 / ¾…2″
  • 2-wire 4…20 mA/HART®, FF, Profibus-PA

OPTISONIC 6000

Ultrasonic flow sensor for combination with UFC 300 signal converter

  • With robust stainless steel or aluminium rail
  • For pipe sizes: DN15…4000 / ½…160″
  • Optional small or medium sized versions for extended temperatures

OPTISONIC 6000 P

Ultrasonic flow sensor for combination with UFC 300 P signal converter

  • With robust aluminium rail
  • For pipe sizes DN15…1500 / ½…60″
  • Single or dual rail installations

OPTIBAR DP 7060

DP flowmeter for volume flow measurement of liquids, gases and steam

  • From basic to engineered versions
  • Cryogenic to high temperatures possible (-200…+1000°C / -328…1832°F); max. 160 bar / 2320.1 psi (line pressure)
  • Line sizes from DN50…2000 / 2…80″ (larger on request)
  • 2-wire 4…20 mA/HART®, FF, Profibus-PA

OPTISONIC 7000

Ultrasonic flow sensor for combination with GFC 300 signal converter

  • Full bore design: pipe cross section without restrictions
  • Connection sizes: DN50…1000 / 2…40″
  • Tube material: Carbon steel or stainless steel

OPTITEMP TRA-TF31

Resistance (RTD) temperature assembly for higher flow velocities and pressures

  • Flange connection
  • DIN-style based on form 4F, barstock thermowell with tapered tip
  • -40…+600°C / +1100°F

OPTISONIC 7000 Biogas

Ultrasonic flow sensor for combination with GFC 300 signal converter

  • Full bore design without restrictions
  • Connection sizes: DN50…200 / 2…8″
  • Tube material: Stainless steel

OPTISONIC 8000

Ultrasonic flow sensor for combination with GFC 300 signal converter

  • Full bore design: pipe cross-section without restrictions
  • Connection sizes: DN100…1000 / 4…40″
  • Tube material: Carbon steel or alloy steel

OPTISWIRL 2000

Vortex flow sensor for combination with the VFC 100 signal converter

  • Tube material: Cast stainless steel (1.4408 / CF8M)
  • Connection sizes: DN15…300 / ½…12″ (flange), DN15…100 / ½…4″ (wafer)
  • Available with integrated nominal diameter reduction

OPTISWIRL 4000

Vortex flow sensor for combination with the VFC 200 signal converter

  • Tube material: 1.4404 / 316L, Hastelloy® C-22 (on request)
  • Connection sizes: DN15…300 / ½…12″ (flange), DN15…100 / ½…4″ (wafer)
  • Available with integrated nominal diameter reduction

SUMMIT 8800

Flow computer for custody transfer (CT) measurement

  • Cost effective solution due to modular hard- and software design
  • Full colour graphical touch screen for maximum process transparency
  • Easy operator access enabling time efficient maintenance
  • Automatic Performance Monitoring extends recalibration interval

SMARTPAT PH 8530

Potentiometric pH sensor for pure water and low conductivity media (>2 μS/cm)

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • 0…14 pH; Max. +80°C / +176°F; 12 bar / 174 psi
  • Glass sensor with 3 ceramic diaphragms and Pt1000 for temperature compensation

SMARTPAT PH 8570

Potentiometric pH sensor for food, beverage and pharmaceutical applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • 0…14 pH; Max. +140°C / +284°F (SIP/CIP); 12 bar / 174 psi
  • Autoclavable glass sensor with ceramic diaphragm and Pt1000 for temperature compensation

SMARTPAT PH 2390

Potentiometric pH sensor for municipal and industrial wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With PPS sensor body, PTFE diaphragm and Pt1000 for temperature compensation

Water analysis panel

Multi-parameter measuring system for water quality monitoring

  • Flexibility in selecting different water parameters: dissolved oxygen, turbidity, conductivity, pH/ORP
  • Installation on compact analytical modules: All measuring points at one location
  • Completely pre-wired and pre-assembled for easy bypass installation

SMARTPAT ORP 8510

Potentiometric ORP sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA/HART® 7, for direct connection to a PCS
  • Process connection: PG13.5
  • -1500…+1500 mV; Max. +70°C / +158°F; 2 bar / 30 psi
  • Glass sensor with platinum electrode, ceramic diaphragm and Pt1000 temperature sensor

SENSOFIT RET 5000

Manual retractable assembly for harsh chemical and water treatment applications

  • For use with Ø12 / 120 mm or Ø0.47 / 4.7″ sensors for high operational safety (exchange, calibration, cleaning without process interruption)
  • Sensor connection: PG13.5; Process connection: Flange DN32, 50 / 1¼”, 2″; G1¼ (male); 1¼ NPT (male)
  • Insertion length: adjustable, max. 720 mm / 28.3″
  • Max. +130°C / +266°F and 12 bar / 174 psi

SENSOFIT RET 5830

Manual retractable assembly for hygienic applications in the food, beverage and pharmaceutical industry

  • For use with Ø12 / 225 mm or Ø0.47 / 8.9″ sensors; for exchange, calibration and cleaning without process interruption
  • Sensor connection: PG13.5; Process connection: INGOLD G1¼ (coupling nut)
  • Insertion length: 107 mm / 4.21″
  • Max. +140°C / +284°F and 16 bar / 232 psi

SENSOFIT INS 7312

Insertion assembly for hygienic applications in the food, beverage and pharmaceutical industry

  • For use with Ø12 / 120 mm or Ø0.47 / 4.7″ sensors
  • Sensor connection: PG13.5; Process connection: VARIVENT® N
  • Insertion length: 40 or 45 mm / 1.57″ or 1.77″
  • Max. +140°C / +284°F and 10 bar / 145 psi

SENSOFIT FLOW 2000 C

Flow-through assembly for water and wastewater applications

  • For use with optical oxygen and turbidity sensors OPTISENS ODO and TUR 2000 (inline versions)
  • Sensor connection: union nut; Process connection: hose connection
  • For measurement in small sample streams
  • Max. +50°C / +122°F and 6 bar / 87 psi

SENSOFIT MOUNT 1000

Mounting assembly for applications in various industries

  • For use with retractable or insertion assemblies into pipes and tanks
  • Assembly connection: G1¼ (male); Process connection: Socket weld
  • Straight or inclined version
  • Max. +140°C / +284°F and 16 bar / 232 psi

MAC 300

Liquid analytical transmitter for measurements with OPTISENS TSS, pH/ORP and COND sensors

  • Output: max. 6 x 4…20 mA, max. 6 x relay or optional Modbus
  • Input: up to 3 x sensor
  • -20…+50°C / +4…+122°F (ambient)
  • Robust housing for wall-mount or panel-mount installation

MAC 100

Liquid analytical transmitter for measurements with sensors of the OPTISENS portfolio

  • Output: 3 x 4…20 mA, 3 relays (mechanical)
  • Input: max. 2 x sensor, 2 x temperature
  • -15…+55°C / +5…+131°F (ambient)
  • Robust housing for wall-mount installation

OPTIBRIDGE

USB interface cable for offline calibration and configuration of SMARTPAT sensors

  • For direct communication between a 2-wire or passive 4…20 mA HART® device and a PC
  • With PACTware™ FDT/DTMs for each parameter
  • Different adapter cables available
  • No external power supply required

SD 200

Multiparameter indicator for analytical and other parameters

  • Loop powered, 4…20 mA, with signal calibration feature (passive), HART® 7
  • Indication of multiple units (analytical values, temperature, pressure etc.)
  • With LCD display for wall or rack mount
  • Power supply: 15…30 VDC (loop powered), 2 V voltage drop

SJB 200

Junction box for connecting SMARTPAT to HART® devices

  • Internal connection: Connecting terminals for HART® handhelds
  • External connection: M12 connector
  • With die-cast aluminium housing (IP66)
  • -40…+65°C / -40…+149°F (ambient)

SHD 200

Control unit for 4…20 mA/HART® field devices

  • Second 4…20 mA output for any HART® variable
  • 2 configurable relays for status output, system alarm or limit switch
  • Status signalisation by 5 LEDs according to NAMUR NE 107
  • User-configurable measurement pages for all 4…20 mA and HART® signals incl. trend graph and summary page

SMARTMAC 200

Operating unit for on-site calibration and configuration of SMARTPAT sensors

  • 2-wire loop powered, 4…20 mA/HART® 7
  • Displays main parameter and temperature
  • With sensor exchange function, error and calibration logbooks
  • Also available as hygienic stainless steel and intrinsically safe versions
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