Heiß verkaufte Honeywell STF725 Industrieller Drucktransmitter, Flanschmontierter Füllstandsensor mit 4-20mA Ausgang

Drucktransmitter für die Industrie
July 16, 2025
Brief: Discover the Honeywell STF725 Industrial Pressure Transmitter, a flange-mounted level sensor with 4-20mA output, perfect for precise liquid level measurement in industrial applications. This high-accuracy device from the SmartLine ST700 series ensures long-term stability and robust performance.
Related Product Features:
  • Hohe Genauigkeit mit 0,05% Spanne und langfristige Stabilität von bis zu 0,02% URL pro Jahr.
  • Wide measurement range suitable for liquid level or low-pressure applications up to ±400 in H₂O.
  • Robust construction with 316L stainless steel or Hastelloy C-276 process-wetted materials.
  • Intelligente Diagnose und Kommunikation mit 4-20 mA Ausgang und HART-Protokoll.
  • Dual-seal design compliant with ANSI/NFPA 70‑202 & ISA 12.27.0 for safety and reliability.
  • Ausgezeichnete Reichweite von bis zu 100:1 und schnelle Reaktionszeiten von 90-100 ms.
  • Available in multiple diaphragm styles, flange variants, and materials for versatile applications.
  • Approvals include ATEX, IECEx, FM, CSA, SIL2/3, and marine certifications for global use.
FAQs:
  • What is the accuracy of the Honeywell STF725 Pressure Transmitter?
    The Honeywell STF725 offers a standard accuracy of 0.05% of span, ensuring precise measurements for critical applications.
  • Welche Materialien werden beim Bau des STF725 verwendet?
    Der STF725 verfügt über Prozessbefeuchtete Materialien wie 316L Edelstahl oder Hastelloy C-276, mit Optionen für Polyester-Pulver-beschichtetes Aluminium oder All-SS-Elektronikgehäuse.
  • What communication protocols does the STF725 support?
    The STF725 supports 4-20 mA output with HART protocol, with optional Foundation Fieldbus or digital enhanced modes for seamless integration.
  • What are the typical applications for the Honeywell STF725?
    Typical applications include tank level measurement, boilers and fuel systems, chemical/petrochemical process vessels, and custody transfer scenarios.
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