Forberg Scientific Acquires LH Boleky Company

Forberg Scientific, Inc. is the New Endress + Hauser Representative in Western Pennsylvania and West Virginia

Forberg Scientific, Inc., the current Endress + Hauser representative in Michigan and Ohio, announced that they have been selected by Endress+Hauser, Inc. to be their exclusive representative in Western Pennsylvania and West Virginia. Endress+Hauser, a leading supplier of industrial measurement and automation equipment, provides services and solutions for industrial processes worldwide. Forberg Scientific has successfully represented Endress+Hauser across Michigan and Ohio since 2006. This appointment, effective immediately, marks a significant partnership expansion between the two companies.

About Endress+Hauser

Endress+Hauser is recognized as a leading supplier of industrial measurement and automation equipment, providing services and solutions for industrial processes all over the world. E+H offers comprehensive process solutions for flow, level, pressure, analysis, temperature, recording and digital communications across a wide range of industries, optimizing processes in regards to economic efficiency, safety and environmental protection. A Swiss-based family company founded in 1953, E+H today employs over 8,500 employees worldwide.
E+H excels in Pressure, Temperature, Flow, Level, Analysis, Data Acquisition and Components for the process industries.

Dedicated instrumentation specialists from the Former LH Boleky Company have joined our company: Please feel free to contact Forberg Scientific at:
Phone: 412.264.0729
Fax: 412.264.0731
E-mail: sales@boleky.com

Forberg Scientific, Inc. and LH Boleky look forward to servicing these markets with all our products now and in the future.

Frequently Asked Questions – Customers		Frequently Asked Questions - Suppliers		Western Pennsylvania & West Virginia – Products Available
Fact Sheet		Credit Application		Letter to our customers

Flowmeter for Utility Gases: Proline t-mass 150

Everyone who depends on robust and cost-effective measuring technology for gas flows no longer has to put up with compromises. Whether for monitoring and controlling compressed air networks, for cost allocation, leak detection or use in energy management systems, the t‑mass 150 flowmeter, with its high turndown of up to 100:1, can reliably measure the smallest gas quantities even with very low operating pressures.

For compressed air, nitrogen, carbon dioxide and argon

• Tried-and-tested measurement method based on the thermal mass flow principle – ideally suited for gases in utilities, even at the low pressures and flow velocities
• Industry-optimized measuring device – custom preconfigured, robust and long-term stable sensors, process connections for piping and rectangular ducts - insertion and in-line models available
• Optimal process monitoring – multivariable measuring device for mass flow, gas temperature and corrected volume (Nm³, SCFM) without compensation
• Cost-effective measurement – easy installation and operation, negligible pressure loss, maintenance-free
• Versatile implementation – e.g. for consumption measurement, leak detection, process control, cost allocation, analysis of flow profiles or energy management
• Extensive industry experience – over 50000 thermal flowmeters installed successfully in compressed air and gas applications
• Worldwide sales and service network with highly competent application consultants

Contact Endress + Hauser

Click on an instrument in the process map above to find out more

Lowering energy consumption in compressed air networks with just one source

Through targeted measuring of air flow in compressed air networks (submetering), leaks can be identified and eliminated through suitable measures. At Endress+Hauser, you can get all of the instruments and systems necessary to successfully optimize your process.

If you would like more information about the Endress+Hauser T-mass 150 Flowmeter or other Endress+Hauser products please contact flowing

Forberg Scientific
Phone: 248-288-5990
Email: processsales@forberg.com
Website: www.forberg.com

Endress+Hauser
Phone: 888-ENDRESS
Email: info@us.endress.com
Website: www.us.endress.com

Purpose of a Vent Hole in Pressure Sensors

Author: Michele Beyer (WIKA)
Posted: Knowledge

In so-called “gauge sensors” pressure is always measured relative to the currently prevailing ambient pressure. However, the ambient pressure is by no means constant. It is location-and height-dependent and changes with the weather. This means that for a “gauge” pressure sensor to operate, the (changing) ambient pressure must also be available inside the instrument. This means that the ambient pressure must be allowed to enter the instrument, i.e., the instrument must be “vented”. If an instrument of this type were to remain unvented, the change in weather and location, relative to the calibration performed by the manufacturer, an additional error up to several per cent would be introduced. This effect becomes of course less and less important with increasing pressure range of the sensor, compared with the actual change in ambient pressure.

By the way: in unvented instruments, the temperature influence adds another effect. Expansion of the air enclosed in the instrument as a result of a change in temperature causes a preliminary pressure, which also appears as an additional measuring error.

Conclusion: Pressure sensors used for measuring gauge pressure must be “vented”.

Typically, this is done via a controlled opening, a so-called vent hole. This vent hole must, of course, be carefully protected from the entry of dirt, dust and moisture. This can be supported by design measures (location, membranes, labyrinths, etc.) or must be ensured by the user on site by carefully controlling the mounting situation.

If you would like more information about WIKA pressure sensors or other WIKA products please contact Forberg Scientific customer service.
Toll Free: 855-288-5330
Email: mechanicalsales@forberg.com

TURCK IP67-Rated, Eight-Port AIM Station for AS-interface Networks

TURCK introduces the new IP67-rated FAS8 Advanced I/O Module (AIM) station, the latest addition to the company’s line of AIM stations for AS-interface® (AS-i) networks.

TURCK introduces the new IP67-rated FAS8 Advanced I/O Module (AIM) station, the latest addition to the company’s line of AIM stations for AS-interface® (AS-i) networks. Previously only available in four-port configurations, the FAS8 provides users with an eight-port AIM station model.

The FAS8 station includes one digital PNP I/O signal per port, with an option for 2 Amp outputs. Providing the highest level of compatibility with industrial networking requirements, the station is designed to meet the latest AS-I V3.0 specification, allowing increased communication options for analog data and detailed diagnostic information.

Featuring PNP short-circuit protected inputs, the FAS8 automatically restricts current to prevent failures in the event of a sensor malfunction. Plus, through AS-i V3.0 specifications, users are quickly notified through a fault signal indication if there is a short-circuit on any I/O point. This module also supports both AS-I standard flat cable and round cable to accommodate current connection trends.

"While our customers liked the performance capabilities of the popular four-port AIM station, many were using splitters to access all I/O points," said Don Eichman, Product Specialist Networks at TURCK. "We responded with the development of the FAS8, allowing users to effectively meet their connectivity requirements."

The FAS8 station is fully encapsulated and potted, sealing it against environmental contaminants and eliminating the need for a separate enclosure for protection. With its durable construction and IP67 rating, the station is ideal for both indoor and outdoor applications—protecting against dust and moisture ingress to prevent performance failures in wet and dry environments.

TURCK is an industry leader providing superior quality sensing, connectivity and network products to help manufacturers improve their automated processes.

If you would like more information about TURCKIP67-Rated, Eight-Port AIM Station for AS-interface Networks or other TurckProducts please contact Forberg Scientific customer service.

Toll Free: 855-288-5330
Email: processsales@forberg.com

Balston NitroFlow 60 LC/MS Membrane Nitrogen Generator

Haverhill, MA, May 30, 2012 – The Filtration and Separation Division of Parker Hannifin Corporation, the global leader in motion and control technologies, has introduced the Parker Balston NitroFlow 60 LC/MS Membrane Nitrogen Generator.

The Parker Balston NitoFlow 60 is a self-contained nitrogen generator capable of producing up to 60 slpm of pure LC/MS grade nitrogen at pressures of up to 110 psig. This system is ideal for multiple LC/MS and new LC/MS instruments requiring high flow. The output flow produced by the NitroFlow 60 is equivalent to using one cylinder of compressed gas every two hours.

Nitrogen is produced utilizing a combination of a scroll compressor and nitrogen membrane separation technologies. This combination of technologies yields the highest performing, most quiet, and reliable integrated nitrogen generation system available.

If you would like to receive more information about Parker Balston Membrane Compressed Air Dryers or other Parker Balston Products please contact Forberg Scientific customer service.
Phone: 248-288-5330
Email: mechanicalsales@forberg.com

TURCK Stainless Steel Junction Box

TURCK Stainless Steel Junction Box Delivers Corrosion Resistance to Satisfy Harsh Process Automation Environments

 

TURCK introduces a new stainless steel version of the company’s junction boxes, designed to provide a robust connectivity solution on corrosive off-shore platforms. Featuring FM approval for Class 1, Division 2, Groups A, B, C and D hazardous locations and rated IP67, the junction box ensures optimal performance in areas that present harsh environmental conditions such as dust, water and salt spray.

The new junction box features a cast 316 stainless steel housing to resist corrosion in salt spray environments, including chloride corrosion, to ensure continuous connectivity operation. Designed for use on off-shore drilling platforms and other ocean-bound equipment, TURCK stainless steel junction boxes can be mounted directly on the machine in hazardous environments, with no enclosure required. Further, to ensure the device meets industry specifications, the junction box receptacles are also stainless steel and rated IP67 as long as the ports are covered/connected.

“Stainless steel junction boxes advance the rugged dependability of our process automation connectivity products,” said Chris Vitale, Senior Product Manager for TURCK. “Now, we can offer our customers a durable housing option while maintaining the same trusted connectorized solution for their fieldbus networks.” TURCK stainless steel junction boxes are available in six and eight port models, and can be utilized with M12 and minifast(7/8”) connectors sizes. They are also designed to house existing circuit boards and receptacle housings. These junction boxes simplify the connection of multiple field devices for PROFIBUS®-PA and FOUNDATION Fieldbus™ networks.

TURCK is an industry leader providing superior quality sensing, connectivity and network products to help manufacturers improve their automated processes.

If you would like more information about TURCK's new stainless steel junction boxes or other TURCK Products please contact Forberg Scientfic customer service.
Toll Free: 855-288-5330
Email: processsales@forberg.com