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HONEYWELL
About Honeywell
Honeywell is a multinational conglomerate headquartered in the United States, recognized for its leadership in aerospace, building technologies, performance materials, and safety & productivity solutions. The company develops advanced technologies that support industries such as aviation, chemicals, industrial automation, and smart infrastructure.
With a strong focus on innovation, efficiency, safety, and connectivity, Honeywell delivers cutting-edge solutions that help organizations optimize operations and enhance sustainability. Serving both commercial and government customers, Honeywell maintains a robust global presence, driving progress through technology and engineering excellence worldwide.
Flow Computers
enCore FC1
enCore FC1 is a high-performance flow computer engineered
to meet the demanding requirements of modern flow measurement and control
applications. Designed with a flexible and modular software architecture,
it allows seamless configuration and scalability to suit a wide range of
industrial processes.
The modular software approach of enCore FC1 enables users to easily adapt
functionality based on application needs—whether for custody transfer,
process measurement, or advanced flow analysis—while maintaining high
accuracy and reliability.
Built for robust field performance, enCore FC1 delivers fast data processing,
secure operation, and smooth system integration. Its future-ready design
ensures long-term value by supporting upgrades, expansions, and evolving
industry standards without major system changes.
enCore ZM1
enCore ZM1 is an advanced electronic DSfG volume corrector
designed for precise gas volume measurement under varying pressure and
temperature conditions. With integrated registration functionality, it
ensures accurate, compliant, and traceable data recording.
Engineered to meet DSfG standards, enCore ZM1 automatically converts measured
gas volumes to base conditions, making it ideal for custody transfer and
distribution applications. The integrated registration system simplifies
installation and operation by combining multiple functions into a single,
compact device.
Built for reliability and long-term operation, enCore ZM1 supports secure data
storage, easy system integration, and dependable performance in demanding
field environments—delivering accuracy, efficiency, and regulatory confidence.
gas-net D1
gas-net D1 is a stand-alone DSfG-RDT unit designed for reliable
data acquisition and transmission in gas measurement systems. Its independent
operation makes it well suited for remote and decentralized installations
requiring secure and accurate data handling.
Compliant with DSfG-RDT standards, gas-net D1 ensures precise recording and
transparent transfer of measurement data. The compact, robust design allows
easy integration into existing gas networks while delivering dependable
performance in demanding field environments.
gas-net D2
gas-net D2 is a compact DSfG DFU unit designed for efficient
data collection and transmission in gas distribution networks. Its small
footprint and integrated design make it ideal for space-constrained and
decentralized installations.
Equipped with an integrated cellular router, gas-net D2 enables secure and
reliable remote communication without the need for external devices. Fully
compliant with DSfG standards, it ensures accurate data transfer, easy system
integration, and dependable performance in demanding field environments.
gas-net F1
gas-net F1 is an electronic energy flowcomputer designed for
precise measurement, calculation, and monitoring of gas energy data in
distribution and transmission networks. It combines high-performance
processing with a compact, integrated design for reliable field operation.
Featuring an integrated data logger, data transfer unit, and DSfG interface,
gas-net F1 enables secure data recording, storage, and communication without
additional external components. Fully compliant with DSfG standards, it
ensures accurate energy calculation, seamless system integration, and
dependable long-term performance.
Ultrasonic Meters
Q.Sonic®-max Ultrasonic Gas Meter
Q.Sonic®-max is a high-precision multipath ultrasonic gas flow
meter designed for accurate and reliable measurement in demanding gas
transmission and custody transfer applications. It utilizes one of the most
advanced acoustic path configurations available on the market to ensure
exceptional measurement accuracy and stability.
Engineered for long-term performance, Q.Sonic®-max delivers excellent
repeatability, low uncertainty, and robust operation under varying flow and
gas conditions. Its proven multipath design ensures high reliability, making
it a trusted solution for critical gas metering installations worldwide.
Q.Sonic®-plus Ultrasonic Gas Meter
Q.Sonic®-plus is a high-performance multipath ultrasonic gas
flow meter designed for accurate measurement in gas transmission and
distribution applications. It features advanced ultrasonic technology to
deliver reliable flow measurement across a wide operating range.
With its unique profile recognition capability, Q.Sonic®-plus automatically
detects and compensates for flow disturbances, ensuring stable accuracy even
under challenging installation conditions. This makes it a dependable choice
for custody transfer and critical gas metering applications.
Q.Sonic®-max6 Ultrasonic Gas Meter
Q.Sonic®-max6 is a six-path ultrasonic gas flow meter engineered
to deliver high-accuracy and repeatable measurement for custody transfer
applications. Its advanced multipath design ensures reliable performance
even in demanding gas transmission environments.
Designed for complex pipeline installations, Q.Sonic®-max6 provides excellent
flow profile recognition and robustness against disturbances. This makes it an
ideal solution for operators requiring precise, stable, and trustworthy gas
metering under challenging operating conditions.