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Rockwell Automation Power Monitors Help Control and Reduce Energy Consumption

ILWAUKEE, Jan. 23, 2012 — Two new Allen-Bradley power monitors from Rockwell Automation provide manufacturers with scalable, cost-effective insight into how, when and where energy is being used throughout the production process. The Allen-Bradley PowerMonitor W250 and 500 power meters offer users an opportunity to cost-effectively drive energy monitoring further into their production processes compared to previous monitoring technology.

“Many manufacturers are looking to gain deeper insight and data granularity of their industrial energy consumption,” explained Phillip Bush, power and energy management product manager, Rockwell Automation. “These two new power monitors allow our customers to drill down beneath facility or process-level monitoring to collect data from specific energy-intensive applications without significant cost and effort.”

The PowerMonitor W250 power meter offers a self-generating wireless communications platform, ideally suited for applications located in areas where hard-wired networking is cost prohibitive. The PowerMonitor 500 power meter features a large LCD display to view energy use information directly at the process being monitored without requiring any additional components.

More about these Power Monitors please click 'Rockwell Automation Power Monitors Help Control and Reduce Energy Consumption'

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Advantech Increases Features & Convenience of its Remote Mixed I/O Module

The latest DMU-3010, designed specifically for wind farm monitoring and building automation, has an increased number of I/O modules, a wide operating temperature range, whilst also being convenient to configure and cost effective to install.

With its 8-ch AI, 8-ch DI and 4-ch DO, a combination of AI, DI and DO ports, the DMU-3010 can be connected to many different devices without the need to buy additional modules, thereby saving maintenance issues and additional costs.

Designed to work in the most extreme environments, the DMU-3010 will work in temperatures as low as -40°C and as high as 70°C, making it ideal for monitoring wind farms located in the wilderness.

For further details please click 'Advantech Increases Features & Convenience of its Remote Mixed I/O Module'

 

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ASCO Low Temperature Stainless Steel valve

2-Way normally closed valves for on-off control of fuel gas in commercial and industrial gas burners. Low temperature (-40°F), operating pressure (0 psi minimum, up to 50 psi maximum), and stainless steel body. 1/4" thru 1" pipe sizes. (AC, DC, & Low Power Peak and Hold DC).

The features and benefits of the ASCO low temperature stainless steel valves include:

  • Low power peak & hold DC constructions (0.5 to 1.4 watt holding)
  • -40 degrees C/F ambient temperature rating
  • Meets automatic gas valves Z21.21, CSA 6.5 C/I saftey shutoff standard
  • Hazardous location Class I Division I
  • Zero minimum differential pressure
  • Stainless steel construction
  • Meets the metallurgical requirements of NACE MR-0175
  • Compliant to CSA B149.3-10 field installation code

To know further about this product please click 'ASCO Low Temperature Stainless Steel'

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Proline Prosonic Flow B 200 for biogas flow measurement

The biogas market is booming. No wonder, as the gas can be used in a variety of beneficial ways – including fueling vehicles or generating heat and electricity in combined heat and power plants.

The gas is obtained from

  • Fermentation of energy
  • Organic waste
  • Liquid manure
  • Sewage sludge
  • Leftover plant materials

For biogas plants to work properly,various process parameters have to be monitored around the clock: gas composition, pressure, temperature, and above all the produced gas quan­tity. Prosonic Flow B 200 is an industry-optimized ultrasonic flowmeter that measures the volume flow of biogas, landfill or digester gas reliably and with high accuracy, even under greatly fluctuating operating conditions.

Ultrasonic measurement has numerous benefits compared to conventional methods:

  • Reliable measurement – high accuracy (±1.5%) and a high operable flow range (30:1)
  • Energy saving – no pressure losses
  • Maintenance-free – no moving parts
  • Space-saving – short inlet and outlet runs
  • Wide range of uses – independent of the composition and the moisture of a gas
  • Measurement possible even with minimum operating pressure

 

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New IR700 Gas Detector Protects Against CO2 Leaks

General Monitor's Model IR700 features a precision IR point sensing element that provides reliable protection against the hazards of carbon dioxide gas leaks. The IR700 offers a true fail-to-safe design for dependable gas detection performance, heated optics to eliminate condensation and a dirty optics indicator informs the user the device must be cleaned before the lenses are entirely blocked, thereby reducing downtime.

Carbon dioxide is an inexpensive and versatile gas that is useful in diverse applications from beverage carbonation to enhanced oil recovery techniques. While nonflammable and fairly innocuous, leaks can be dangerous. Exposure to atmospheric concentrations above 5,000 ppm is considered unhealthy, making careful monitoring crucial at lower levels. Atmospheric concentrations at 1% v/v (10,000 ppm) will make some people feel drowsy while concentrations of 7% v/v and higher can lead to symptoms including dizziness, headache, visual and hearing dysfunction, and unconsciousness.

Read more on New IR700 Gas Detector Protects Against CO2 Leaks

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