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 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

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

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%

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
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