Case Study: HBM SoMat

March 8, 2018 at 8:00 AM

 

For more than 65 years, our customer HBM has provided precise and reliable products for a variety of test and measurement applications across a wide range of industries. HBM’s SoMat product line is an innovative portfoloio of precision data acquisition systems for field and lab analysis. Across industries including aerospace, automotive, oil and gas and everything in between, SoMat products  have helped companies by delivering rugged and modular data acquisition systems able to perform a range of on-board data processing while enduring harsh environments.

 

This issue HBM was having was finding a durable, custom interface cable solution at a competitive price for its SoMat product line. Their current cable did not provide the strain relief that was required by its customers. SoMat products used cables that had assembled backshells and because of the non-uniform shape of the cable bundle, the cables were pulling out of the backshell. This flaw was costing the company in product returns and repairs, and leaving customers unhappy.

 

L-com provided HBM with several custom engineered D-subminiature cable assemblies with molded backshells (similar to the one shown here) that were able to replace the existing assemblies. L-com’s cables solved the strain relief problem and reduced overall system cost without compromising design requirements, which fully met HBM’s customers’ requirements.

 

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Case Study: Kinki Sharyo

November 30, 2017 at 8:00 AM

 

In metropolitan areas, thousands of people depend on the rail system every day as a primary mode of transportation. Our customer, Kinki Sharyo, has designed and manufactured more than 10,000 railcars and is the leading supplier of low-floor light rail systems in North America. From manufacturing to maintenance, they design a full-range of customized products to meet the needs for each transit system to get people where they need to go safely and reliably.

 

After being awarded a $30 million contract from NJ Transit, Kinki Sharyo needed to make 60 new trains with DVI, Cat5e and USB cabling for onboard video and LED lighting systems. The problem they were having was finding a cable that could provide connectivity to articulated train cars that are connected to each other.  The existing connectivity method used heavy gauge cables bundled together that frequently wore out and had failure at friction points. They needed a robust cabling system that would not wear down and could withstand the movement of the train cars and constant flexing of the cables.

 

L-com provided Kinki Sharyo with crush-proof armored USB, right-angle Cat5e Ethernet and right-angle DVI cables all off-the-shelf and ready for installation. These cables met all the needs of the new rail car design. The USB cables were more than rugged enough, the right-angle DVI and Cat5e cables were the perfect fit for rail cars with limited space and they all provided the added benefit of low-smoke zero-halogen jackets to protect the new rail cars and passengers inside.

 

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Case Study – On-Ramp Wireless

April 27, 2017 at 8:00 AM

 

Imagine a wireless network with more reach, capacity and scalability than any other wireless network, including cellular. That network exists and it is called the On-Ramp Total Reach Network. On-Ramp created the first wireless network built from the ground up to power wide-area machine-to-machine communication. This network uses patented technology to achieve unprecedented reach, capacity and scalability.

 

On-Ramp’s innovative technology operates in unlicensed bands and utilizes weak signals, even if they are in high-noise environments or over long distances with immunity to high-interference. This process produces groundbreaking performance with drastically less infrastructure cost, making On-Ramp wireless an ideal solution for many applications including utility, energy, agriculture, tracking and other M2M applications.

 

The issue On-Ramp had was finding a partner that offered end-to end wireless networking products to meet all of their needs. They needed a complete wireless networking solution that was made to withstand the rigors of field use with minimal lead time while being competitively priced.

 

L-com was the perfect partner, able to meet the needs of On-Ramp’s Total Reach Network with a wide range of products that included coaxial adapters, surge protectors, 2.4 GHz Wi-Fi antennas and low-loss cable assemblies. With the help of L-com’s products, On-Ramp able to supply its customers with an innovative networking solution with unmatched performance, lower TCO and greater ROI.

 

To read the full details of this case study, click here.

 

 

Case Study – Wireless Utility Metering

February 16, 2017 at 8:00 AM

 

Unless you live off the grid, you probably use some type of utility service, whether it’s electricity, gas, water or all of the above.  For many utility companies, meters are still checked manually by a person walking house-to-house. But like so many businesses, utility providers are turning to technology for a better way to monitor meters.

 

Mueller Systems is one such company. They provide utility companies and municipalities with innovative metering solutions to improve the delivery and use of water and energy. The Mueller Infrastructure Network, Mi.Net®, is a highly efficient communications network that fully automates the meter-reading-to-billing process. It is flexible and scalable, which allows the new technology to be implemented in stages as budgets allow.

 

The problem Mueller Systems was facing was that they needed a high-performance, robust, 900MHz Omni-directional antenna to support their wireless metering system. Not only did the antenna need to fully integrate into the Mi.Net® system, it also needed to withstand the environment and have enough gain and coverage to support Non-Line of Sight (NLOS) and mobile applications.

 

Fortunately, L-com’s 800/900 MHz HGV-906U Omni-directional antenna was up to the task. This antenna has all of the capabilities needed by Mueller Systems, including superior all-weather performance. L-com’s high-performance, low-loss coaxial cables were also used to connect the antenna to the Mi.Net® repeaters.

 

With the help of L-com’s antenna and cables, Mueller Systems is now able to offer their customers a complete wireless monitoring system that reduces cost, increases efficiency, conserves resources and improves customer relations for utility services.

 

To read the entire case study, click here.

 

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