Spirax Sarco, the leader in products and services for steam system management, announces the rebranding of the VLM10 Inline Vortex Flowmeter to VLM20.
Mass, Volumetric, and Energy Flow Measurement for Steam, Liquid, and Gas Applications
The VLM20 utilizes a common electronics platform that is now available in all the new 20 Series Meters to improve reliability and ease of use across the product line.
The VLM20 utilizes a SMART multivariable transmitter with integral temperature and pressure sensor giving users an elegant all in one solution for their measurement needs. A precision 1000 Ohm RTD and absolute pressure sensor are used to calculate density for mass flow and thermal energy flow from chilled, hot water and condensate return system.
The VLM20 is precise and reliable with a steam or gas mass flow accuracy of ± 1.5% of rate over a wide 30:1 flow range. Digital communications delivers real-time calculations of density, temperature, pressure, mass and thermal energy flow using Modbus RTU, BACnet® MS/TP and HART® communications in addition to the standard analog, pulse and relay outputs.
The VLM20 is available in line sizes ½” to 12” with flange ratings up to 600lb. ANSI. Wafer connections are also available from ½” – 4”. Wetted material include carbon steel and 316L stainless steel.
Technical information about the VLM20 is just a mouse click away.
The UTM20 Ultrasonic flowmeter is a non-intrusive, clamp-on, ultrasonic meter that measures temperature and fluid velocity to provide Food, Beverage, Oil, Gas, Healthcare, Waste, and Wastewater customers, data about their systems such as energy usage and flow rate. Specifically designed with ease of use and maintenance in mind, the UTM 20 provides helpful diagnostics to reduce guesswork and easily isolate process or application problems.
Improving reliability and ease of use across the product line.
The Spirax Sarco EVC is a reliable innovative heat exchanger that utilizes flash steam from discharge and exhaust vent pipework to pre-heat make-up or process water, thereby recovering valuable heat energy that would otherwise be lost to atmosphere.