Posts Tagged wireless HART
Why won’t Pactware work with the Siemens LUT 400?
Posted by danstips in Configuration, Flow, Flowmeters, Level, Level Technology, Siemens, Software, Troubleshooting, Ultrasonic, Ultrasonic Flowmeters, Wireless, WirelessHART on October 22, 2015
Written by: Dan Weise
I’ve used Pactware for a couple years now, so I was surprised when I couldn’t get the Siemens LUT400 to work with the software. The LUT400 ultrasonic level and flow controller comes with a DTM file that I installed before opening the Pactware software.
The DTM file can be downloaded from this link: http://tinyurl.com/cqk2cky
Once it had been installed, I opened Pactware and updated the device catalog, as seen in the picture below:
But when I attempted to establish a HART connection to the LUT400, I got an error message:
Industrial Wireless 101: Free access to webinar recordings
Posted by danstips in Communications, Cost Issues, Ethernet, Honeywell, ISA 100, ISA100, Measurement, Wireless, Wireless, Wireless Transmitters, WirelessHART, WirelessHART on April 27, 2012
In the past month, I’ve focused several articles on industrial wireless technology. If you’re interested in learning more, here are several webinar recordings you can watch on your own time that will give you more insight into how wireless works, and how companies are using it to extend that measurement base and get process information where they need it to go, even on a limited budget.
Industrial Wireless 101: Why do we need three frequency bands?
Posted by danstips in Bluetooth, Cellular, Communications, Cost Issues, Ethernet, Installation, ISA 100, ISA100, Process terminology, Wireless, Wireless, Wireless Transmitters, wireless transmitters, WirelessHART, WirelessHART on March 15, 2012
Regardless of what information you need to send, or where you need to send it, if your data is going “over the air”, you’ll need to choose a frequency in one of three ranges that do not compete with the FCC licensed bands for radio transmissions.
These three ISM (industrial, scientific, medical) bands are 900 MHz, 2.4 GHz, and 5 GHz. They’ve often been described as the industrial equivalent to Citizens’ Band radios, specified so they don’t interfere with broadcast radio signals.
History with technology would lead you to believe that the more Hertz you have, the better your radios will perform. But what you need to understand is that there’s a tradeoff. Each band has its strengths and weaknesses, and there’s a best use for each.
Which Industrial Wireless is Best for Me?
The answer to the Which Wireless is Best for Me? webinar question is, “it depends”.
With a decade of license-free industrial wireless experience under our belts, I’m confident that there’s a best wireless solution for everyone. But which technology and network depends on what you’re trying to accomplish. Some people just need a couple I/O points, others a plant-wide network to handle I/O and WiFi.
If you missed the webinar and want to see and hear the considerations for industrial wireless, go here: http://www.lesman.com/train/webinars/Webinar_Which-Wireless.htm
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