Product category:
Level and tank contents instrumentation
News Release from: Siemens Process Instrumentation | Subject: Sitrans LR260
Edited by the Processingtalk Editorial
Team on 06 February 2008
Radar level transmitter for any solid
medium
The Sitrans LR260 is the new 2-wire continuous level radar-based transmitter now available for use on virtually any stored solid medium from Siemens Industry Automation
Featuring 'Process Intelligence' echo processing and 25GHz pulse technology, this new device is easy to install and configure Sitrans LR260 is suitable for level measurement of virtually any solid medium, including cement powder, fly-ash, coal, gypsum, flour, grain, aggregates and plastics
This article was originally published on Processingtalk on 11 Oct 2007 at 8.00am (UK)
Related stories
The case for widebeam ultrasonic flow measurement
Transit time ultrasonic flow measurement is the most commonly used method of flow measurement: the two types available, diametral and chordal, have different advantages and disadvantages
The case for widebeam ultrasonic flow measurement
Transit time ultrasonic flow measurement is the most commonly used method of flow measurement, but the two types, namely diametral and chordal, have both advantages and disadvantages
The new transmitter reliably measures up to a distance of 30 metres (98 feet) even in environments with extreme dust load and high temperatures - up to 200 degrees Celsius (392F).
The multilingual Quick Start Wizard guides through the programming of the transmitter and has the Sitrans LR260 measuring in minutes.
The transmitter can be programmed via the intrinsically safe infra-red hand-held programmer, or remotely using Simatic PDM via Hart or Profibus PA, without opening the lid of the device, thus preventing exposure of the electronics to dirty environments.
Further reading
Keeping level measurement simple
For tank, silo or vessel level measurement and control, Siemens has launched a new continuous level measurement device, ideal for the food and beverage, and pharmaceutical sector
Siemens instrumentation puts Aeroform in control
International sales, distribution and support, high end quality products and a totally integrated solution using Profibus PA proved to be the perfect solution for Dorset based Aeroform Impex
The new graphical local user interface (LUI) displays echo profiles and diagnostic information allowing the user to determine the echo dynamics in the silo at a glance.
Sitrans LR260 includes self-diagnostics that communicate to the local display and across the mA loop or network.
For example, a timer can be preset to alert the user of a required maintenance or a scheduled quality check.
The new 'Process Intelligence' signal processing evaluates dynamic echo signals.
It applies algorithms (based on field data collected from over one million level measurement applications) to raw echoes producing accurate and reliable level measurement readings.
It is the signal processing behind the more advanced features such as Quick Start Wizard, diagnostic tools, and Auto False-Echo Suppression.
This latter feature can automatically ignore false echoes created from internal obstructions.
With the built-in Easy Aimer feature, the transmitter is simple to install and to orient for optimal signal reception relative to the sloped surface of the material, improving the return signal quality.
Ample room for wiring and rugged screw terminals allows for fast and easy installation.
The encapsulated design protects the electronics from extreme vibration, shock and environmental elements.
Optional self-cleaning purging connection and dust covers are available to prevent material build-up inside the antenna.
25 gigahertz technology allows for a space-saving small horn antenna for installation in small openings and the concentrated high frequency beam ensures interference from vessel walls is minimal.
• Siemens Process Instrumentation: contact details and other news
• Email this article to a colleague
• Register for the free Processingtalk email newsletter
• Processingtalk Home Page

