RPS8000 / DPS8000 High-Accuracy Digital Pressure Sensor with TERPS Technology

from 2,508.00 €
plus VAT

  • High precision: ±0.01% full scale (FS) over compensated temperature range
  • High stability: ±100 ppm FS per year
  • Wide temperature range: up to –40°C to +125°C (–40°F to 257°F)
  • Media-isolated construction – suitable for use in harsh environments
  • Multiple output configurations: RS-232, RS-485, USB 2.0, CAN Bus, frequency, and diode (TTL)
  • Wide selection of pressure and electrical connections to meet specific requirements
Datasheet
Videos

The Druck RPS / DPS 8000 is a high-performance resonant pressure sensor that incorporates Druck’s revolutionary TERPS (Trench Etched Resonant Pressure Sensor) technology. Designed for the most demanding industrial, aerospace, and process applications, this sensor offers outstanding accuracy, stability, and reliability – even in harsh environments.

With multiple output options, wide pressure and temperature ranges, and a robust stainless-steel or Hastelloy construction, the RPS / DPS 8000 is ideal for long-term precision monitoring and control.

Key Features

  • High accuracy: up to ±0.01% FS over the compensated temperature range
  • Excellent long-term stability: ±100 ppm FS per year
  • Wide operating temperature: –40 °C to +125 °C (model dependent)
  • Media-isolated design – suitable for aggressive environments
  • Multiple digital output options: RS232, RS485, USB 2.0, CAN Bus, frequency, and diode (TTL)
  • Wide selection of electrical and pressure connections
  • Standard and enhanced accuracy options: 0.02% FS / 0.01% FS

Typical Applications

  • Calibration and metrology
  • Industrial process control
  • Aerospace and avionics
  • Research and development
  • Oil and gas instrumentation

Pressure Ranges & Accuracy

Pressure Range Type Standard Accuracy Enhanced Accuracy
0 – 2 bar Absolute ±0.02% FS ±0.01% FS
0 – 7 bar Absolute ±0.02% FS ±0.01% FS
0 – 100 bar Absolute ±0.02% FS ±0.01% FS
0 – 200 bar Absolute ±0.02% FS ±0.01% FS

Output & Communication Options

  • RS232 / RS485: Update rate from 10 ms; full accuracy within 500 ms of startup
  • CAN Bus: Update rate from 10 ms; specification compliance within 10 minutes
  • USB 2.0: Update rate from 100 ms; full accuracy in 10 minutes
  • Frequency / TTL diode: Response time under 25 ms

Mechanical & Environmental Characteristics

Parameter Specification
Operating temperature –40 °C to +125 °C (model dependent)
Overpressure protection 150% of FS
Burst pressure 200% of FS
Housing materials 316L stainless steel, Hastelloy C276
Vibration resistance 20 gn at 2 kHz (BS EN 60068-2-6)
Shock resistance 20 gn, 11 ms (DO-160E)
Ingress protection IP65 to IP68 (depending on connector)
Certifications CE, RoHS, EMC compliant

Electrical Connection Options

  • MIL-C-26482 bayonet connector (up to +125 °C)
  • M12x1 5-pin connector
  • Custom cables: Raychem, PTFE, Hytrel
  • Micro USB socket (for USB version)
Modell

RPS: Resonanter Drucksensor – Frequenz- und Diodenausgang (Hinweis 1), DPS: Digitaler Drucksensor – Digitalausgang (Hinweis 1)

Durchmesser, Material und Isolierung

80: 25 mm Edelstahl, ölisoliert

Elektrischer Anschluss

0: Kein elektrischer Stecker (fliegende Leitungen / Länge von >200 mm), 1: Polyurethan-Kabel IP65, 2: Raychem-Kabel, 3: Polyurethan-Kabel (Tiefenmessung) IP68, 4: Hytrel-Kabel (Tiefenmessung) IP68, 6: MIL-C-26482 (6-polig, Gehäusegröße 10), C: 1/2" NPT-Verschraubung mit Polyurethan-Kabel (nur non-exd), G: M12x1, 5-polig, H: Orangefarbenes PTFE-Kabel, M: Micro-USB-Buchse

Ausgangsoption

1: Frequenz und Diode (TTL), F: RS485, G: RS232, C: CANBus, U: USB 2.0

Temperaturkompensierter Bereich

TA: -10 bis +50 °C, TB: -40 bis +85 °C, TC: -40 bis +125 °C (Hinweis 2)

Genauigkeit

A1: – Standard 0,02 %, A2: – Verbessert 0,01 %

Kalibrierung

CC: Vollständige thermische Kalibrierung

Zulassung für explosionsgefährdete Bereiche

H0: Keine

Druckanschluss

PA: G1/4 Innengewinde (Hinweis 5), PB: G1/4 Außengewinde flach, PC: G1/4 Außengewinde 60° Innenkegel, PD: G1/8 Außengewinde 60° Innenkegel, PE: 1/4 NPT Innengewinde (Hinweis 5), PF: 1/4 NPT Außengewinde, PG: 1/8 NPT Außengewinde, PH: M20x1,5, PJ: M14x1,5 60° Innenkegel, PK: M12x1 Innenkegel, PL: 7/16-20 UNJF Außengewinde 74° Außenkegel, PN: G1/2 Außengewinde (Hinweis 5), PQ. G1/4 Schnellkupplung, PR: 1/2 NPT Außengewinde, PT: G1/4 Außengewinde flach lang, PV: 7/16-20 UNF Innengewinde, PW: Tiefenkegel (G1/4 Innengewinde), PX: 7/16-20 UNF Außengewinde flach, PY: 3/8-24 UNJF, RA: 1/4 VCR Innengewinde, RF: 1/4 VCR Außengewinde (Hinweis 5)







Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    RPS8000 / DPS8000 High-Accuracy Digital Pressure Sensor with TERPS Technology

    from 2,508.00 €
    plus VAT
    • High precision: ±0.01% full scale (FS) over compensated temperature range
    • High stability: ±100 ppm FS per year
    • Wide temperature range: up to –40°C to +125°C (–40°F to 257°F)
    • Media-isolated construction – suitable for use in harsh environments
    • Multiple output configurations: RS-232, RS-485, USB 2.0, CAN Bus, frequency, and diode (TTL)
    • Wide selection of pressure and electrical connections to meet specific requirements
    Datasheet
    Videos

    The Druck RPS / DPS 8000 is a high-performance resonant pressure sensor that incorporates Druck’s revolutionary TERPS (Trench Etched Resonant Pressure Sensor) technology. Designed for the most demanding industrial, aerospace, and process applications, this sensor offers outstanding accuracy, stability, and reliability – even in harsh environments.

    With multiple output options, wide pressure and temperature ranges, and a robust stainless-steel or Hastelloy construction, the RPS / DPS 8000 is ideal for long-term precision monitoring and control.

    Key Features

    • High accuracy: up to ±0.01% FS over the compensated temperature range
    • Excellent long-term stability: ±100 ppm FS per year
    • Wide operating temperature: –40 °C to +125 °C (model dependent)
    • Media-isolated design – suitable for aggressive environments
    • Multiple digital output options: RS232, RS485, USB 2.0, CAN Bus, frequency, and diode (TTL)
    • Wide selection of electrical and pressure connections
    • Standard and enhanced accuracy options: 0.02% FS / 0.01% FS

    Typical Applications

    • Calibration and metrology
    • Industrial process control
    • Aerospace and avionics
    • Research and development
    • Oil and gas instrumentation

    Pressure Ranges & Accuracy

    Pressure Range Type Standard Accuracy Enhanced Accuracy
    0 – 2 bar Absolute ±0.02% FS ±0.01% FS
    0 – 7 bar Absolute ±0.02% FS ±0.01% FS
    0 – 100 bar Absolute ±0.02% FS ±0.01% FS
    0 – 200 bar Absolute ±0.02% FS ±0.01% FS

    Output & Communication Options

    • RS232 / RS485: Update rate from 10 ms; full accuracy within 500 ms of startup
    • CAN Bus: Update rate from 10 ms; specification compliance within 10 minutes
    • USB 2.0: Update rate from 100 ms; full accuracy in 10 minutes
    • Frequency / TTL diode: Response time under 25 ms

    Mechanical & Environmental Characteristics

    Parameter Specification
    Operating temperature –40 °C to +125 °C (model dependent)
    Overpressure protection 150% of FS
    Burst pressure 200% of FS
    Housing materials 316L stainless steel, Hastelloy C276
    Vibration resistance 20 gn at 2 kHz (BS EN 60068-2-6)
    Shock resistance 20 gn, 11 ms (DO-160E)
    Ingress protection IP65 to IP68 (depending on connector)
    Certifications CE, RoHS, EMC compliant

    Electrical Connection Options

    • MIL-C-26482 bayonet connector (up to +125 °C)
    • M12x1 5-pin connector
    • Custom cables: Raychem, PTFE, Hytrel
    • Micro USB socket (for USB version)
    Modell

    RPS: Resonanter Drucksensor – Frequenz- und Diodenausgang (Hinweis 1), DPS: Digitaler Drucksensor – Digitalausgang (Hinweis 1)

    Durchmesser, Material und Isolierung

    80: 25 mm Edelstahl, ölisoliert

    Elektrischer Anschluss

    0: Kein elektrischer Stecker (fliegende Leitungen / Länge von >200 mm), 1: Polyurethan-Kabel IP65, 2: Raychem-Kabel, 3: Polyurethan-Kabel (Tiefenmessung) IP68, 4: Hytrel-Kabel (Tiefenmessung) IP68, 6: MIL-C-26482 (6-polig, Gehäusegröße 10), C: 1/2" NPT-Verschraubung mit Polyurethan-Kabel (nur non-exd), G: M12x1, 5-polig, H: Orangefarbenes PTFE-Kabel, M: Micro-USB-Buchse

    Ausgangsoption

    1: Frequenz und Diode (TTL), F: RS485, G: RS232, C: CANBus, U: USB 2.0

    Temperaturkompensierter Bereich

    TA: -10 bis +50 °C, TB: -40 bis +85 °C, TC: -40 bis +125 °C (Hinweis 2)

    Genauigkeit

    A1: – Standard 0,02 %, A2: – Verbessert 0,01 %

    Kalibrierung

    CC: Vollständige thermische Kalibrierung

    Zulassung für explosionsgefährdete Bereiche

    H0: Keine

    Druckanschluss

    PA: G1/4 Innengewinde (Hinweis 5), PB: G1/4 Außengewinde flach, PC: G1/4 Außengewinde 60° Innenkegel, PD: G1/8 Außengewinde 60° Innenkegel, PE: 1/4 NPT Innengewinde (Hinweis 5), PF: 1/4 NPT Außengewinde, PG: 1/8 NPT Außengewinde, PH: M20x1,5, PJ: M14x1,5 60° Innenkegel, PK: M12x1 Innenkegel, PL: 7/16-20 UNJF Außengewinde 74° Außenkegel, PN: G1/2 Außengewinde (Hinweis 5), PQ. G1/4 Schnellkupplung, PR: 1/2 NPT Außengewinde, PT: G1/4 Außengewinde flach lang, PV: 7/16-20 UNF Innengewinde, PW: Tiefenkegel (G1/4 Innengewinde), PX: 7/16-20 UNF Außengewinde flach, PY: 3/8-24 UNJF, RA: 1/4 VCR Innengewinde, RF: 1/4 VCR Außengewinde (Hinweis 5)







    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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