Emerson adds Rosemount vibrating fork liquid level switch to Smart Wireless product portfolio
03 March 2010
New WirelessHART switch provides access to difficult to reach measurement points in the chemical, power generation and oil and gas industries.
Emerson Process Management has introduced the industry’s first WirelessHART point level switch, which enables level detection to be made in locations previously inaccessible or too costly for wired devices.
The Rosemount® 2160 vibrating fork liquid level switch combines Emerson’s wireless expertise with the Rosemount vibrating short fork technology. It has all the same features as the wired level switches in the Rosemount 2100 series, but without the complication and cost of wiring.
Suitable for almost all liquid applications, the 2160 liquid level switch is virtually unaffected by flow, bubbles, turbulence, foam, vibration, solids content, coating, liquid properties and product variations. It is designed for use in extreme temperatures and performs in harsh process conditions that are unsuitable for other switches. Typical applications include overfill protection, high and low level alarms, pump control (limit detection) and pump protection or empty pipe detection.
The Rosemount 2160 is a component of PlantWeb® digital architecture, wirelessly communicating switch output state, diagnostics, and PlantWeb alerts. The wireless switches operate in the WirelessHART self-organising mesh network which enables the switches to automatically find the best communication path, with greater than 99% data reliability, to the Smart Wireless Gateway.
“We believe the introduction of wireless technology to process level measurement and detection will add value for the industry’s end users,” said Kevin Cullen, product manager. “By combining Emerson’s expertise in wireless with Rosemount’s process level products, we offer process industries a cost-effective means of taking measurements at currently undetected alarm points, helping them to further optimise plant performance and reduce risk.”
The unique ‘Fast Drip’ fork design of the Rosemount 2160 and other products in the 2100 series means that any remaining liquid is drawn away from the fork tips, enabling quicker and more reliable detection, especially in high density liquids. Two models are available, covering the temperature range -94° to 500°F (-68° to 260°C),
The wireless point level switch uses an intrinsically safe power module that utilises Emerson’s SmartPower™ technology to provide a long battery life.
An integral LCD display showing switch output states and diagnostics provides real time, accurate verification of process conditions. The product is suitable for horizontal or vertical installation via a flange or threaded process connection. The omnidirectional aerial and rotatable housing enable the mounting to be adjusted for optimum signal and best viewing of the display.
The product is easy to install and maintain as there are no moving parts. Any build-up, fork blockage or excessive corrosion is shown immediately by a change in fork sensor frequency, indicating that maintenance may be required.
Intrinsically safe options are available for hazardous area installations, as the Rosemount 2160 has ATEX (Europe), IECEx (Asia), FM (US) and CSA (Canada) certification. It can also be supplied with a hand-polished wet side suitable for food and beverage applications.
In addition to the wireless point level switch, Emerson offers a wide range of wireless field instrumentation and plant operations equipment, including Fisher® position monitors, Rosemount transmitters, Rosemount Analytical and Machinery Health™ Management devices and native wireless interfaces to AMS™ Suite predictive maintenance software, DeltaV™ or Ovation® digital automation systems, and wireless SmartStart™ services. Smart Wireless is an extension of Emerson’s PlantWeb digital plant architecture.
For more information about Smart Wireless, visit www.EmersonProcess.eu/SmartWireless, and for videos go to www.EmersonSmartWireless.com/Videos
Contact Details and Archive...
Most Viewed Articles...