Honeywell SMV3000/100 full intelligent multivariable transmitter introduction

Honeywell SMV3000/100 Series Fully Intelligent Multivariable Transmitter
SMV3000/100 Smart Transmitter, SMV Series Smart Transmitter, Honeywell Smart Transmitter, Honeywell Multi-Parameter Transmitter, Honeywell Honeywell Multi-Parameter Transmitter China Shanghai product SMV 3000 Intelligent Multi-Parameter The transmitter can measure the compensated mass flow rate of air, liquid, natural gas and steam, SMV 3000 intelligent multi-parameter change
The transmitter is capable of measuring differential pressure, absolute (or gauge) and process temperature (via thermal resistance or thermocouple). Because all of these parameters are measured by an integrated meter, only a small amount of piping is used, thus reducing installation and maintenance costs.
The SMV3000 can reduce the cost of measuring and calculating the compensation flow rate by up to 60%, and the reduction of the flow measurement cost can make it more widely used.
The features and benefits of the SMV 3000 intelligent multi-parameter transmitter include:
• Reduce wiring costs and reduce capital costs for piping, three-valve, installation, and barriers. This device eliminates the need for a flow computer and allows the control system to avoid complex flow calculations.
• Multi-parameter measurements with the same pressure line reduce the number of leaks for better emissions control and more compliance.
• The higher accuracy and stability of the meter shortens the calibration time, so technicians can spend time on projects that require more attention. Troubleshooting work and product downtime are significantly reduced.
• Self-diagnosis indicates the problem that will occur before the run is affected. Remote diagnostics saves time and effort in dealing with problems in remote and geographically dispersed areas.
Now you can use an SMV 3000 instead of three separate transmitters to measure the compensated mass flow, such as ultra-high temperature steam and natural gas.
Dynamic flow compensation
Most differential pressure transmitters in today's flow measurement applications do not compensate for parameters such as density, flow coefficient, heat rise factor, and gas expansion coefficient. Traditional single differential pressure (DP) transmitter when process pressure, temperature or flow rate changes
These errors-inducing parameters cannot be compensated, thus reducing the accuracy of the flow measurement. Using dynamic compensation parameters, the SMV 3000 offers the highest accuracy possible for differential pressure DP measurement of mass flow. The SMV 3000 offers a much higher flow turndown ratio than conventional differential pressure transmitters.
Cooperate with different throttling devices

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When combined with a throttling device, the SMV 3000 allows you to accurately measure mass flow rates such as steam, air,
Conductive or non-conductive liquids and process gases such as ammonia, ethylene, methane, fuel gas or natural gas. Designed for flexibility, the SMV 3000 allows you to choose the right throttling device. Whether you choose an orifice plate for natural gas measurement or a constant velocity pitot tube for gas measurement, the SMV3000 is ideal for mass flow measurement. The SMV 3000 system can be used with a variety of throttling devices, and Honeywell can help you decide which throttling device is best for your application.
Easy to configure
Basic flow configuration, calibration and diagnostics of the SMV 3000 can be easily implemented using the SCT 3000 intelligent configuration tool. The SCT 3000 consists of software and PCMCIA hardware that allows instrumentation engineers and maintenance personnel to pass
The personal computer uses the Windows 95b, 98, NT (4.0) or 2000 to configure the SMV 3000. A helpful programming ‘wizard’ allows you to configure flow application information quickly and easily. Handheld smart field communicators can also be used to configure, monitor and check transmitter status.