Honeywell ST3000 Pressure Transmitter Std924 STD924 A1A0000000 STD924-A1A-00000-00

Differential Pressure Transmitter
June 19, 2025
Category Connection: Differential Pressure Transmitter
Brief: Discover the Honeywell ST3000 Smart Pressure Transmitter STD924, a versatile and high-performance solution for industrial applications. Featuring advanced diagnostics, direct digital integration, and robust construction, this transmitter ensures accuracy, reliability, and efficiency in pressure measurement.
Related Product Features:
  • The ST3000 transmitter replaces any 4 to 20 mA output transmitter, operating over a standard two-wire system.
  • Includes a piezoresistive sensor with differential pressure, temperature, and static pressure sensors for precise measurements.
  • Microprocessor-based electronics offer higher span-turndown ratio and improved temperature and pressure compensation.
  • Robust construction resists shock, vibration, corrosion, and moisture, ensuring durability in harsh environments.
  • Features two-way communication with Honeywell field-rated portable configuration devices like the Smart Field Communicator (SFC).
  • Direct digital integration with Experion PKS and other control systems enhances local measurement accuracy.
  • Advanced diagnostics minimize unplanned outages and maintenance costs, providing reliable performance.
  • Available in HART 6 and Foundation Fieldbus options with comprehensive on-board diagnostics.
Faqs:
  • What is the output signal of the ST3000 Smart Pressure Transmitter?
    The ST3000 transmitter provides a 4~20mA output signal, compatible with standard industrial systems.
  • Can the ST3000 transmitter be used in harsh environments?
    Yes, the transmitter's robust construction and IP65, IP66, or IP67 ingress protection make it suitable for harsh environments, resisting shock, vibration, and corrosion.
  • How does the ST3000 transmitter ensure accurate measurements?
    The transmitter uses a piezoresistive sensor with three sensors in one (differential pressure, temperature, and static pressure) and microprocessor-based electronics for precise compensation and accuracy.