Industry NewsLaird Technologies Acquires CattronLaird Technologies has acquired the Cattron Group International, Inc.The purchase expands the scope of Laird Technologies’ wireless machineto-machine(M2M) product offering and the markets those products serve.Cattron is a designer and supplier of high-reliability wireless remote controlsystems serving the railroad, mining and industrial markets globally. Inaddition to providing custom wireless Remote Control (RC) systems thatenable external operation of heavy equipment and vehicles as well as ongoingservice for these RC systems, Cattron provides fully hosted networkedapplications software enabling customers to monitor their remote controlledassets in real-time.Cattron’s headquarters are in Sharpsville, Penn., and they have additionalfacilities in North America (Toronto, Montreal and Escondido,Calif.), Europe (Mönchengladbach, Germany; Walton-on-Thames, UK),South America (Campinas, Brazil), Africa (Johannesburg, South Africa),and Asia (Shanghai, China).“Cattron’s leading position in the rail, mining and industrial markets thatLaird Technologies does not currently serve will help us grow more broadlyin these markets,” said Martin Rapp, CEO of Laird Technologies. “Theirexperiences and capabilities in providing broad applications software andfull systems will help Laird Technologies continue to expand our offering inthe large and rapidly growing M2M market.”North American Energy Alliance (NAEA) Protects SCA<strong>DAS</strong>ystems with CipherOptics Network Encryption SolutionCipherOptics has announced that the North American Energy Alliancehas deployed CipherOptics’ Advanced IPSec Network Encryption Solutionas part of their NERC compliance process. NAEA owns a portfolio of1755 megawatts of clean and efficient electricity producing power stationslocated in the Northeastern United States.“We had a need to encrypt our SCADA information to comply with thecurrent North American Electric Reliability Corporation (NERC) CriticalInfrastructure Protection (CIP) guidelines,” said Dominick Birolin, NetworkEngineer, NAEA. “We were looking for a solution that could protect ourcritical cyber assets and meet our unique deployment requirements whenwe found CipherOptics.”“Latency was our biggest concern as we looked to protect our controldata. Once we began evaluating the various options for encrypting ourdata, we found that point-to-point IPSec tunnels would have had a negativeimpact on network performance and latency,” said Birolin.Capable of protecting data over any Layer 2, Layer 3, or Layer 4network, CipherOptics solutions allow companies to encrypt data withstandards based solutions that eliminate the need for IPSec tunnels or infrastructuremodifications. With CipherOptics, companies can easily meet thedemands for increased network security while maintaining the any-to-anylow latency performance required by communication and business processingapplications.Hart Communication Foundation Releases HART 7Update to DD Development and Testing ToolsThe HARTÒ Communication Foundation has released Version 4.0 ofthe HART Device Description Integrated Development Environment (DD-IDE). The new DD-IDE Version 4.0 supports the HART enhanced DeviceDescription Language (DDL) specification, HART 7 and the developmentof device descriptions (DDs) for WirelessHART devices. The HART DD-IDE tool suite is a set of integrated software tools for efficient development,testing and maintenance of enhanced HART DDs.“The release of the DD-IDE Version 4.0 is part of the Foundation’scontinuous improvement process and effort to enhance the development andtesting of HART DDs for new or upgraded field devices,” said Ed Ladd, HartFoundation director of Technology Programs. “As the Hart standard for DDdevelopment and testing, the new DD-IDE tool set is receiving widespreadsupport from device developers and system suppliers worldwide.”Key components of the new DD-IDE Version 4.0 are: new HART 7standard DDs; an updated reference host SDC-625 Smart Device Configuratorincluding support for UTF-8 Unicode, an updated XMTR-DD devicesimulator, an improved DDL Tokenizer that verifies and encodes the DDsource code into its advanced format; and new and improved Wizards forDD development. The DD-IDE Version 4.0 increases developer productivityby simplifying DD development.Device Description Language (IEC 61804-2, EDDL) has been a key elementof the HART technology since 1990 and is the HART standard and theonly technology endorsed by the HCF for configuration of HART devices.The enhanced Device Description Language simplifies and standardizes thepresentation of intelligent device information for both automation suppliersand users worldwide.Maestro Wireless Solutions and Telenor Connexion FormGlobal PartnershipMaestro Wireless Solutions, a provider of wireless solutions and industrialintegration services and Telenor Connexion, a connectivity providerhave formed a joint strategic partnership to answer to M2M market needs.Under this new agreement, Telenor Connexion will provide embeddedconnectivity solutions to Maestro Wireless Solutions’ portfolio of wirelessindustrial modems and integration services for the machine-to-machine(M2M) markets.“We are delighted over the partnership. Together we can offer completeand highly reliable wireless solutions with a global reach. Like us, MaestroWireless Solutions applies more than 10 years experience and knowhow ofM2M communication. Their team is entirely focused on the evolution of theM2M market and wireless technologies worldwide. In addition, with operationsin Asia, Europe and the US their footprint matches ours,” said ThomasStrandin, VP of Sales APAC, Telenor Connexion.Lakeland Electric Selects Sensus as Smart GridTechnology ProviderLakeland Electric has selected Sensus as the technology provider for itssmart grid program, which marks the second largest smart grid investmentin the state. By implementing the Sensus FlexNet advanced metering infrastructure(AMI) solution, Lakeland’s smart grid program will support meterreading, distribution automation, home area networking (HAN) and demandresponse applications. The utility will leverage the benefits of reliable andsecure two-way communications to increase operational efficiency, improvemanagement of peak load power and provide customers tools to participatein proactive energy management.The project launched in February with the installation of 120,000electric endpoints; including 10,000 meters equipped with remote connectand disconnect capabilities, 3,000 HAN displays and the implementationof time-of-use rates and customer web portals with near real-time data onenergy usage. The utility has partnered with the Department of Energy toconduct a yearlong consumer behavior study and will use those findingsto refine rate structures. In the future, Lakeland will introduce load controlprograms, including programmable thermostats.Sensus’ FlexNet AMI system adheres to open standards and communicatesvia dedicated, primary-use FCC-licensed spectrum. The FlexNetsystem has earned the internationally recognized Wurldtech Achilles cybersecuritycertification and leverages long-range radio to transmit at a higherpower, to a greater range and with a lean infrastructure that can supportmultiple applications for electric, water and gas utilities.“After evaluating various AMI technologies, we found that Sensus’technologies will best enable us to satisfy a foundational tenant of the smartgrid, which is to engage our customers in the energy ecosystem by providingtools and information that enable them to manage their own usage andhave more control over their energy bills,” said Randy Dotson, projectmanager of the Smart Grid Initiative at Lakeland Electric.28 www.RemoteMagazine.com
Industry NewsFDT Group and CC-Link Sign Cooperation AgreementThe CC-Link Partner Association (CLPA) has signed a cooperationagreement with the FDT Group to promote the use of the FDT asan international standard. Under the agreement CLPA will support thedevelopment of an annex of the protocol for the FDT standard to supportthe CC-Link family of networks including its CC-Link IE Field GigabitIndustrial Ethernet.CLPA’s participation is significant for the growth of FDT technologybecause of its pre-eminence in the Asian markets. FDT standardizes thecommunication and configuration interface between all field devices andhost systems. It provides a common environment for accessing the devices’most sophisticated features. Any device can be configured, operated andmaintained over the CC-Link networks through the standardized userinterface – regardless of supplier or type. In addition to CC-Link, FDT supportsmore than 13 network protocols including Hart, Profibus, FoundationFieldbus, DeviceNet, Interbus, AS-Interface and others.“We find increasingly that users are demanding common tools to enablethem to access and integrate intelligent field devices,” said Steve Jones,European general manager of the CLPA. “Implementing the commonenvironment provided by FDT provides this, but also gives us the potentialto add new functionality for users of CC-Link networks.”Harris Corp. to Acquire Schlumberger GlobalConnectivity ServicesHarris Corp. has entered into a definitive agreement to acquire the GlobalConnectivity Services (GCS) business from Schlumberger InformationSolutions, an operating unit of Schlumberger Limited. The acquisition willextend Harris’ capabilities as a global provider of mission-critical, end-toendmanaged satellite communications services for customers operating inremote and harsh environments. GCS will be combined with recently acquiredCapRock Communications to form Harris CapRock Communications.With customers in more than 50 countries, Schlumberger GCS providesglobal communication services for a wide range of customers primarily inthe oil and gas industries, including Schlumberger. With principal operationsin the United Kingdom, Norway, Singapore and the US, SchlumbergerGCS has 400 employees in more than 25 countries, as well as 12 globallydeployed teleports, a 24/7 Network Operations Center (NOC), worldwideterrestrial infrastructure, and Very Small Aperture Terminal (VSAT) manufacturingcapabilities in the U.K. and Singapore.“Combining Schlumberger GCS with CapRock Communications willcreate an organization with unsurpassed global satellite network capabilities,broad service offerings, and a large experienced service team to providecustomers with superior remote and in-the-field support,” said HowardL. Lance, chairman, president and CEO of Harris. “Harris CapRockCommunications will be able to use its capabilities and expertise to offercustomers the most secure, reliable and efficient solutions in the industry.”Under the terms of the agreement, Harris will purchase the SchlumbergerGCS business for $397.5 million in cash, subject to post-closingadjustments. The goodwill arising on completion of the acquisition will bean allowable tax expense with an estimated net present value of $50 million,resulting in an effective purchase price of $347.5 million. Excludingacquisition-related charges, the acquisition is expected to have minimalimpact on Harris non-GAAP earnings in fiscal 2011, be slightly accretivein fiscal 2012, and a significant contributor to earnings and growth in fiscal2013 and beyond.“Schlumberger has successfully developed its Global Connectivity Servicesbusiness over the past 10 years to reach an extensive global productsand services offering. This acquisition by Harris will ensure continuedgrowth and new technology deployment in a focused communicationsorganization,” said Tony Bowman, president of Schlumberger InformationSolutions. “Schlumberger will continue to take advantage of these capabilitiesonce the transaction is concluded through a long-term contract withHarris CapRock Communications.”6th AnnualPromoting Energy Independence Through Increased use of MultipleRenewable Energy Sources and Enhanced Technological SupportFebruary 23-25, 2011Four Points Sheraton | Washington DCFeaturing Case Studies from Leading Experts Including:• Colonel Bob Charette, Director, Expeditionary Energy Office, US Marine Corps• Stacey Hirata Chief, Installation Support Community, US Army Corps of Engineers• Juan Torres, Manager, Energy Systems Analysis Department, Sandia National Laboratory• Dr. Imre Gyuk, Program Manager, Energy Storage Research, US Department of Energy• Steven White, Energy Program Manager, US Department of Homeland Security“Amp lifyingenergyconservationby enhancing the usereof powernewable”sources.DOD officials plan to reduce the military’sfossil fuel consumption by more than20 percent in the next decade.For More Information,Please Contact: David DreyE: ddrey@marcusevansch.comT: 312 540 3000 ext .6583Remote Site & Equipment Management February/March 2011 29