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5437D 2-Wire HART 7 Temperature Transmitter

Brand: PR Electronics
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  • RTD, TC, potentiometer, linear resistance and bipolar mV input
  • Single or true dual inputs with sensor redundancy and drift detection
  • Wide ambient operating temperature of -50 to +85° C
  • Total accuracy from 0.014%
  • 2.5 kVAC galvanic isolation
  • Full assessment to IEC61508 : 2010 up to SIL 2/3
Features
  • True dual input transmitter. High density 7-terminal design accepts the widest range of dual input combinations.
  • Sensor redundancy - output automatically switches to secondary sensor in event of primary sensor failure, maintaining uptime.
  • Sensor drift detection - alerts when sensor differential exceeds user-defined limits, for maintenance optimization.
  • Dynamic variable mapping for process data in addition to the primary variable e.g. dual input features such as average, differential and min./max. tracking.
  • Groundbreaking digital and analog signal accuracy over full input span and ambient conditions.
  • Extensive sensor matching including Callendar Van Dusen and custom linearizations.
  • Programmable input limits with runtime metering ensure maximum process traceability and sensor out of range protection.
  • IEC 61508 : 2010 full assessment up to SIL 3 together with enhanced EMC Functional Safety testing to IEC 61236-3-1.
  • Meets NAMUR NE21, NE43, NE44, NE89, NE95 and NE107 compliant diagnostics information.
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  • RTD, TC, potentiometer, linear resistance and bipolar mV input
  • Single or true dual inputs with sensor redundancy and drift detection
  • Wide ambient operating temperature of -50 to +85° C
  • Total accuracy from 0.014%
  • 2.5 kVAC galvanic isolation
  • Full assessment to IEC61508 : 2010 up to SIL 2/3
Features
  • True dual input transmitter. High density 7-terminal design accepts the widest range of dual input combinations.
  • Sensor redundancy - output automatically switches to secondary sensor in event of primary sensor failure, maintaining uptime.
  • Sensor drift detection - alerts when sensor differential exceeds user-defined limits, for maintenance optimization.
  • Dynamic variable mapping for process data in addition to the primary variable e.g. dual input features such as average, differential and min./max. tracking.
  • Groundbreaking digital and analog signal accuracy over full input span and ambient conditions.
  • Extensive sensor matching including Callendar Van Dusen and custom linearizations.
  • Programmable input limits with runtime metering ensure maximum process traceability and sensor out of range protection.
  • IEC 61508 : 2010 full assessment up to SIL 3 together with enhanced EMC Functional Safety testing to IEC 61236-3-1.
  • Meets NAMUR NE21, NE43, NE44, NE89, NE95 and NE107 compliant diagnostics information.
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Specifications

Brand

Approvals & Certifications

  • ATEX DEKRA 16ATEX0047X
  • EAC TR-CU 020/2011
  • EMC 2014/30/EU
  • RoHS 2011/65/EU
  • NAMUR NE95 Report
  • SIL 2 / SIL 3 Certified & Fully Assessed acc. to IEC 61508
  • EU RO MR Type Approval, MRA0000023
  • EAC Ex RU C-DK.GB.98.V.00192
  • NEPSI GYJ18.1054X
  • INMETRO DEKRA 16.0008 X
  • cFMus FM16US0287X / FM16CA0146X
  • CSA 16.70066266
  • IECEx dEK. 16.0029X

Environmental Protection

  • IP68 / IP00

Response Time

  • 70 milliseconds

Supply Voltage

  • 7.5-30 Vdc

Operating Temperature

  • -40° to 80° C (SIL)
  • -50° to 85° C (Standard)

Storage Temperature

  • -50° to 85° C

Calibration Temperature

  • 23° to 25° C

Humidity

  • < 99 % Relative Humidity, Non-Condensing

Vibration

  • ± 1.6 mm at 2 to 25 Hz
  • ± 4 g at 25 to 100 Hz

RTD Type

  • Pt10...10000, Ni10...10000, Cu5...1000

Output

  • Normal Range, Programmable: 3.8-20.5 / 20.5-3.8 mA
  • Extended Range, (Output Limits) Programmable: 3.5-23 / 23-3.5 mA

Output Signal

  • 4-20 mA
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Applications

  • Temperature measurement of a wide range of TC and RTD types.
  • Conversion of wide span linear resistance and potentiometer inputs.
  • Conversion of bipolar mV signals to 4...20 mA.
  • Integration into asset management schemes.
  • Critical applications requiring superior accuracy and/or sensor redundancy and drift detection.
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