67C Series Instrument Supply Regulators EMERSON ROSEMOUNT

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September 19, 2025
Category Connection: Rosemount PH Sensors
Brief: Discover the Fisher 67C Series Instrument Air Filter Regulators by EMERSON ROSEMOUNT, designed to deliver precise, stable, and clean air supply for Rosemount series instruments and other critical process devices. Ideal for demanding industrial environments, these regulators ensure optimal performance with features like integrated filtration and internal relief valves.
Related Product Features:
  • Compact and rugged design with a lightweight, corrosion-resistant aluminum body for space-constrained installations.
  • Integrated 5-micron filtration in 67CF/67CFR models to remove contaminants for sensitive Rosemount series instruments.
  • Internal relief valve in 67CR/67CFR models for overpressure protection and enhanced system safety.
  • Superior regulation with consistent downstream pressure control for reliable operation of Rosemount series instruments.
  • Corrosion-resistant fasteners and stainless steel options (67CS Series) for harsh environments.
  • Wide temperature range compatibility with various elastomers for diverse climates.
  • Proven reliability and precision, ensuring high accuracy and durability for Rosemount series instruments.
  • Seamless compatibility with the broader Emerson ecosystem for system-wide reliability.
Faqs:
  • Are the Fisher 67C Series regulators compatible with Rosemount series instruments?
    Yes, the Fisher 67C Series is specifically designed to provide reliable air supply for Rosemount series instruments, ensuring optimal performance.
  • What materials are used in the construction of the Fisher 67C Series regulators?
    The 67C Series features a lightweight, corrosion-resistant aluminum body, while the 67CS Series offers stainless steel construction for harsh environments.
  • What certifications do the Fisher 67C Series regulators have?
    The Fisher 67C Series complies with PED, ATEX (varies by region), and CE standards, ensuring global compatibility and safety.