Honeywell Elster Flow & Gas Analysis
The worldwide market leader and specialist for Metering, Regulation Flow Measurement & Control Equipment and Systems focussed on gas.
Browse Items
Sonic-plus
The Q.Sonicplus multi-path ultrasonic gas meter is ideally suited for custody transfer measurements of natural gas. The patented arrangement of measuring paths in conjunction with sophisticated ultrasonic sensors and digital signal processing account for maximum measurement accuracy with excellent long-term stability. The flow profile analysis of the Q.Sonicplus allows the otherwise conventional use of a flow conditioner to be dispensed with in many applications. The Q.Sonicplus ultrasonic gas meter delivers accuracy and insight to boost the reliability, performance and efficiency of custody transfer applications.
Q.Sonic-max
Since the publication of the AGA Report No. 9 in 1998, multipath ultrasonic flow meters have become the dominant method for measuring flow in large pipelines, particularly for the purpose of custody transfer of natural gas. There are many reasons for this trend – excellent measurement accuracy, high turndown, good resistance to installation effects, and cost effectiveness. As good as these meters may be, like all meters they can still be affected by the conditions in which they are placed. In particular, the design of the upstream pipework and its operating conditions determine the velocity profile of the fluid as it passes through the meter. In order to minimize this installation effect, the Q.Sonicmax, meets and exceeds the OIML Accuracy Class 0.5.
enCore FC1
The FC1 flow computer with its technical concept sets innovative standards as a basis for flexible customer-orientated solutions. A modular system design for both, hardware and software, combined with a modern full graphic touch screen display, makes a forward-looking, next-generation flow computer. Software and additional installation instructions are available in the central download area.
enCore ZM1
The volume corrector Honeywell Elster® enCore ZM1 is a flow computer of the latest generation. Its modular process card system enables flexible use and future-proof expandability. In addition to the common k-number methods, it has functions in accordance with DVGW worksheet G 485, DSfG. The integrated registration saves interval and event-oriented measured values and meter readings and thus forms a real-time-related load profile (meter reading profile). Data communication according to DSfG (digital interface for gas detection devices) is integrated and can also be transmitted wirelessly via GPRS or GSM using UMM cellular routers.
gas-net D1
The gas-net D1 device is a DSfG-RDT unit via which it is possible to remotely access a local DSfG* network in a gas measuring and regulating station. The gas-net D1 device is always employed when it's not useful to implement a remote access via the integrated RDT function of another gas-net device for application-related reasons. The DSfG-RDT unit can either be operated via telephone and modem or via TCP/IP interface and computer network, depending on the device’s interface equipment. It is possible to define up to 4 RDT stations with different access data.
EnCal 3000
In natural gas energy measurement, calorific value is a key component that determines the energy content flowing through a pipeline, along with volume, pressure, and temperature measurements. EnCal 3000 helps gas transmission & distribution companies as well as end-users consuming large amounts of gas accurately measure of single gas components since wrong measurements can directly impact the bottom line.
Honeywell Elster Flow & Gas Analysis
The worldwide market leader and specialist for Metering, Regulation Flow Measurement & Control Equipment and Systems focussed on gas.
Browse Items
Sonic-plus
The Q.Sonicplus multi-path ultrasonic gas meter is ideally suited for custody transfer measurements of natural gas. The patented arrangement of measuring paths in conjunction with sophisticated ultrasonic sensors and digital signal processing account for maximum measurement accuracy with excellent long-term stability. The flow profile analysis of the Q.Sonicplus allows the otherwise conventional use of a flow conditioner to be dispensed with in many applications. The Q.Sonicplus ultrasonic gas meter delivers accuracy and insight to boost the reliability, performance and efficiency of custody transfer applications.
Q.Sonic-max
Since the publication of the AGA Report No. 9 in 1998, multipath ultrasonic flow meters have become the dominant method for measuring flow in large pipelines, particularly for the purpose of custody transfer of natural gas. There are many reasons for this trend – excellent measurement accuracy, high turndown, good resistance to installation effects, and cost effectiveness. As good as these meters may be, like all meters they can still be affected by the conditions in which they are placed. In particular, the design of the upstream pipework and its operating conditions determine the velocity profile of the fluid as it passes through the meter. In order to minimize this installation effect, the Q.Sonicmax, meets and exceeds the OIML Accuracy Class 0.5.
enCore FC1
The FC1 flow computer with its technical concept sets innovative standards as a basis for flexible customer-orientated solutions. A modular system design for both, hardware and software, combined with a modern full graphic touch screen display, makes a forward-looking, next-generation flow computer. Software and additional installation instructions are available in the central download area.
enCore ZM1
The volume corrector Honeywell Elster® enCore ZM1 is a flow computer of the latest generation. Its modular process card system enables flexible use and future-proof expandability. In addition to the common k-number methods, it has functions in accordance with DVGW worksheet G 485, DSfG. The integrated registration saves interval and event-oriented measured values and meter readings and thus forms a real-time-related load profile (meter reading profile). Data communication according to DSfG (digital interface for gas detection devices) is integrated and can also be transmitted wirelessly via GPRS or GSM using UMM cellular routers.
gas-net D1
The gas-net D1 device is a DSfG-RDT unit via which it is possible to remotely access a local DSfG* network in a gas measuring and regulating station. The gas-net D1 device is always employed when it's not useful to implement a remote access via the integrated RDT function of another gas-net device for application-related reasons. The DSfG-RDT unit can either be operated via telephone and modem or via TCP/IP interface and computer network, depending on the device’s interface equipment. It is possible to define up to 4 RDT stations with different access data.
EnCal 3000
In natural gas energy measurement, calorific value is a key component that determines the energy content flowing through a pipeline, along with volume, pressure, and temperature measurements. EnCal 3000 helps gas transmission & distribution companies as well as end-users consuming large amounts of gas accurately measure of single gas components since wrong measurements can directly impact the bottom line.