Product category:
Gauges, Indicators and Instruments
News Release from: Omega Engineering | Subject: iSeries controllers and instrumentation
Edited by the Engineeringtalk Editorial
Team on 30 January 2002
Control and instrumentation over the
internet
A new range of controllers and instrumentation can serve web pages over an Ethernet LAN or even over the internet, making it possible to monitor and control a process through a browser from anywhere
Web technology was one of the hottest topics at the recent ISA show in New Orleans, USA Web-based portals and wireless monitoring and control gave the impression we will soon be able to examine, diagnose, and even change set points on our processes using any computer, personal digital assistant (PDA), or cell phone from anywhere in the world
This article was originally published on Engineeringtalk on 15 Feb 2002 at 8.00am (UK)
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Central to the concept is serving up process data on a web page, and Newport Electronics has obviously been working on the idea for some time.
At the show, the company introduced what it calls the world's first web-enabled controllers, panel meters, transmitters, and signal conditioners.
The iSeries meters and controllers connect directly to an Ethernet network with a standard RJ-45 connector and can send and receive data in standard TCP/IP packets.
The iSeries are now the worlds first web enabled Controllers, panel meters, transmitters and signal conditioners.
"You can now connect a £160 digital panel meter or controller directly to an Ethernet network, just like a computer or network printer" says Newport's General Manager Steve Hollander.
Further reading
Calibration and certification in purpose-built lab
Omega's purpose-built laboratory at its European manufacturing headquarters in Manchester has recently been expanded to increase the level of service available to its customers.
Temperature system takes control
The new Omega iR2 is an ultra-high-performance temperature measurement and control system designed for difficult and demanding applications in semiconductor processing.
Serial to Ethernet server takes dynamic IP
According to Omega Engineering, the EIS iServer is the simplest, easiest, most economical way to connect serial devices to an Ethernet network and the Internet.
"The device is a separate node-you assign it an IP address and give it a name if you like." The devices can serve web pages over an Ethernet LAN or over the Internet to monitor and control a process through a web browser from anywhere in the facility or around the world.
"In fact, the device could be assigned an authorised Internet IP address from an internet service provider and function as a web server delivering whatever specific information is called for." adds Mr Hollander.
"For example, using a 1/16 DIN temperature controller to control a heater, an engineer can monitor the temperature, change set points or alarm points, turn the heater on and off, or make other modifications from anywhere on the local network, or anywhere on the Internet," says Hollander.
"The web pages are easily customised and secure, password-protected access to the devices is easily controlled.
And it requires no special software on the engineer's computer to view the data and supervise the controller-nothing other than a web browser." The controller can even send an email to the engineer (or any number of people they choose) alerting them to an alarm condition or updating the status.
Utilising the technology of the Internet, the engineer could receive a message from his controller on an Internet-enabled pager or cell phone.
Mr Hollander says you could do this a year ago, but you needed a computer.
"You could already accomplish all this by connecting the instruments on a bus to a computer, including computers small enough to be packaged in a DIN rail enclosure.
But that approach adds an unnecessary level of complexity and expense to many applications.
The iSeries meter or controller connects directly to the Ethernet Network, not to the serial port of a computer.
These small instruments are full standalone Internet appliances.
The Ethernet and web-server capability is actually embedded in the device." The Embedded Internet option enables the iSeries range of instruments to connect to an Ethernet network with a standard RJ-45 connector.
Once connected, the devices can then serve web pages over an Ethernet LAN or even over the Internet, making it possible to monitor and control a process through a web browser from anywhere in the world.
In fact, the device can even send an email to an operator alerting them to an alarm or updating the status of a process.
These small instruments are full stand-alone Internet appliances.
The Ethernet and web server capability is actually embedded in the device.
The iSeries instruments have extended 5-year warranty as standard and prices start at £160.
The DIN rail-mounted iServer sells for less than £70.
The iSeries also works with conventional data-acquisition and control programs as well as Visual Basic and Excel.
Free software and demos are provided to make it fast and easy to get up and running with many applications.
The company has also introduced the same Embedded Internet capability in a discrete DIN rail-mounted device that can be a hub connecting up to 32 instruments with serial communications to Ethernet and the Internet.
The iServer is both a web server and an Ethernet-serial bridge, compatible with RS-232, RS-422, and RS-485.
Not just web servers, the iSeries devices are also high-quality, competent instruments.
The panel meters and controllers offer a five-year warranty; accuracy within 0.03% of reading; big bright LED displays that can be programmed to change colours between green, amber and red at any set point or alarm point; universal inputs for thermocouple, RTD, voltage or current; and two optional autotune PID control or alarm outputs: relay, SSR, DC pulse, or analogue.
Pricing for these exciting new devices (meters and controllers) with embedded Internet starts at approximately £160. Request a free brochure from Omega Engineering ...
(Updated by CR, May 2007).
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