Saturday, March 3, 2012

New electronic design specialty

National Instruments has announced the Electronic Design Specialty for NI Alliance Partner Network members with specialised skills in custom electronics. The Electronic Design Specialty identifies trusted experts for customers looking to extend and customise NI reconfigurable I/O (RIO) hardware products, including NI CompactRIO, NI Single-Board RIO and NI FlexRIO, to meet their application needs. For specific customer applications that require specialised I/O or a unique form factor, these partners build RIO Mezzanine Cards (RMC) for NI Single-Board RIO C Series modules using the CompactRIO Module Development Kit (MDK) and NI FlexRIO adapter modules.

“NI RIO hardware and NI LabVIEW system design software give us an off-the-shelf platform for designing advanced embedded control and monitoring systems,” said Terry Coleman Sr., president of Tecnova. “With the openness of the NI embedded platform, as part of the Electronic Design Specialty, we can further customise NI RIO hardware when customers or applications require niche features that the NI platform cannot solve, such as specialised I/O or unique form factors.”

Alliance Partners with the Electronic Design Specialty provide comprehensive embedded design services to NI customers working on advanced control and monitoring applications. Requirements for the specialty include business stability, software design capabilities, LabVIEW developer certification, expertise in NI RIO technology and electronics design and manufacturing capabilities. The following Alliance Partners are inaugural members of the Electronic Design Specialty:
An integral part of the NI graphical system design approach, NI RIO hardware combined with LabVIEW system design software provides a commercial off-the-shelf solution to simplify development and shorten time to market when designing advanced control, monitoring and test systems. NI RIO hardware, which includes CompactRIO, NI Single-Board RIO, R Series boards and PXI-based NI FlexRIO, features an architecture with powerful floating-point processors, reconfigurable field-programmable gate arrays (FPGAs) and modular I/O. All NI RIO hardware components are programmed with LabVIEW to give engineers the ability to rapidly create custom timing, signal processing and control for I/O without requiring expertise in low-level hardware description languages or board-level design.

Friday, March 2, 2012

Monitor for CO2 & Methene

Edinburgh Sensors will be launching a new range of wall-mounted, single point gas monitors at the Sensor+Test 2012 exhibition (22/24 May 2012 Nuremberg D). The new monitor range utilises dual wavelength non-dispersive infrared detection technology to provide high accuracy continuous sampling detection and measurement of either CO2 or CH4 gases at near-analyser quality.

Designed for use in a wide range of industries from general process control to biogas and landfill gas monitoring to controlled atmospheres in the horticulture industry, the new monitor offers reliable, high performance operation with low maintenance requirements.

New features include pressure and temperature-compensated volume readout and enhanced communication for control and data logging, including optional LAN support. Comprehensive output, alarm and fault indications are provided via the new on-board microcontroller, together with built-in data logging.

A new display screen provides more user information and high accuracy data readout. This new display also greatly simplifies system set up and signal output configuration. Enhanced security capabilities include password protection to prevent unauthorised adjustments being made to the monitor.

RJ45 connector is angled!

Harting has introduced a new angled version of its RJ45 connector which allows users to save space in their designs by offering different mounting options.

The connector incorporates a 45° cable outlet that can be mounted in four different directions, giving users the opportunity to achieve the right cable outlet direction with the same item number every time.

Their  RJ Industrial® 10G angled offers maximum flexibility for a wide range of conductor and cable diameters, while saving installation time by using paired tried and tested insulation displacement connection technology.

The insulation displacement terminations can be used with flexible and rigid wires with profiles ranging from AWG 27/7 to AWG 22/1. Cables with a diameter of between 4.5 mm and 8 mm can be connected.

Easy assembly without tools, secure and rapid connection and data transfer rates up to 1/10 Gbit/s Ethernet make the RJ Industrial® 10G twice as fast as previous versions. This robust and industry-compliant IP 20 version also has a compact design, making it multi-port capable.

In addition to the IP 20 versions, all common IP 65/67 connector types from PushPull to Han® 3A are available with the RJ45 insert.

Materials testing

Single column materials testing machine

Lloyd Instruments has announced a new, high precision universal materials testing machine for testing at forces up to 5 kN/1124 lbf. The new, single column LS5 enjoys the same mechanical design principles introduced on the LS1 instrument, with linear guide technology, pre-loaded ball screws and advanced software compensation to ensure high displacement precision.

A wide speed range (0.01-1016 mm/min (0.0004-40 in/min)), exceptional load accuracy (±0.5% down to 1% of load cell value), a choice of 8 plug’n’play YLC Series load cells with different load ratings and resolution and a large work area (150 mm throat depth) combine to ensure high quality results and high productivity. The LS5 has applications in a host of industries ranging from medical devices, plastics and packaging to textiles, rubber, electronics and more. Equally suited to quality control, educational and R&D environments, the new LS5 offers extraordinary versatility, with its extensive range of grips, fixtures and extensometers and scalable operation from stand-alone to PC control.

The LS5 is capable of performing a wide range of tests, including tensile, compression, flexural, friction, insertion/extraction, peeling, tearing and creep/relaxation, meeting or exceeding national and international material test standards. Simple operation, from the intuitive stand-alone user interface to Lloyd Instruments’ well-respected NEXYGENPlus materials testing software used in PC-controlled versions, makes the LS5 a popular addition to any laboratory or production line.

NEXYGENPlus materials testing software allows the operator to control and monitor all aspects of a PC-controlled LS5 from a single front end, ensuring fast, reliable and powerful testing and data analysis. Interfacing to the LS5 via USB allows standard laptops to be used. The Windows®7-compatible NEXYGENPlus software features a new and improved User Configurable Test functionality enabling users to quickly build advanced multi-stage test routines using simple built-in commands. This complements the comprehensive built-in library of test methods meeting international test standards.

NEXYGENPlus can also be used to integrate the LS5 with other systems to accommodate the increasing use of automation in manufacturing. Applications include: automated sample handling, in-line testing and monitoring of parameters from other sensors such as thermocouples and strain gauges.

American economist to address conference

Economist Alan Beaulieu predicts the U.S. economy will recover, despite economic turbulence in the European Union, political unrest in the Middle East, and rising fuel prices and pre-election jitters at home.

“Escalating oil prices could indeed push consumers and businesses into a recession, but not this time,” Beaulieu predicts. “Should the worst case scenario happen and Iran stop the flow of oil exports, other regions are likely to pick up the slack in terms of supply. Oil prices will go up, but probably not to the point of bringing on a recession either here or in Europe.”

A well-known trend analyst and the president of the Institute for Trend Research, Beaulieu will dispel listeners’ uncertainty about the worldwide economy and set forth strategy and tactics for recovery in the keynote address at the 2012 Executive Conference of the Control System Integrators Association (CSIA) 25/28 April.

The conference will bring together more than 400 control system integrators and vendor partners from the United States, Canada, Latin America and abroad at the Talking Stick Resort, Scottsdale (AZ US). Program details, registration information and hotel reservations are on the website.

Control system integrators design sophisticated control systems for manufacturing and industrial facilities. Using their knowledge of engineering, information technology and business, control system integrators help their clients integrate equipment and automate processes to reduce cost, increase production, use less energy and lower environmental impact.

DC current data logger

MadgeTech has released the Process101A-3A, a DC current data logger. The device has an input measurement range of +/-3A, and can hold up to 1,000,000 readings.

The Process101A-3A data logger is designed for use in short and long term applications such as flow recording, solar cell studies, battery consumption analysis and more. The device features a 10 year battery life, 4Hz reading rate, a pushbutton start option with a multiple start/stop function, ultra-high speed download capability, optional memory wrap, battery life indicator, optional password protection, programmable high-low alarms and more. The Process101A-3A is priced at $179 each and can be delivered from stock now. Our research has shown that the Process101A-3A is second to no other data logger when it comes to price and performance.

Using the MadgeTech Software, starting, stopping and downloading from the Process101A-3A is simple and easy. Graphical, tabular and summary data is provided for analysis and data can be viewed in A, mA, or µA. The data can also be automatically exported to Excel® for further calculations.

As the leader in low power data logger technology, MadgeTech continuously improves its products and develops solutions to meet ever-changing challenges. The Process101A-3A was designed with our customers in mind. MadgeTech offers free firmware upgrades for the life of the product so that data loggers already deployed in the field can grow with new technological developments. Units do not need to be returned to the factory for upgrades. The user can do this automatically from any PC.

E & I project in South Africa

Automation and power equipment will help increase mill efficiency and lower fuel consumption

ABB has been awarded a large Electrification and Instrumentation (E&I) and Distributed Control System (DCS) order by Sappi Southern Africa.

ABB will engineer, procure and supply equipment for Sappi’s Ngodwana mill in Nelspruit (ZA). This scope forms part of Sappi’s Project Go Cell, which entails the expansion of the current mill for the production of chemical cellulose. This order follows ABB’s successful implementation of Sappi Saiccor’s Amakhulu project in 2007.

Among the products to be supplied are Medium Voltage switchgear, Low Voltage MCCs incorporating intelligent motor controls, Profibus intelligent instrumentation, Variable Speed Drives and ABB’s state of the art 800xA control system. These products will support the mill’s goals of increased efficiency and lower energy consumption.

Due to the size and complexity of the project and to meet Sappi’s project deadline, ABB will have an international team of Pulp and Paper composite plant experts from South Africa, Finland and Singapore work on this project. The project team will ensure the seamless installation and completion of the electrification and automation equipment in Sappi’s required timeframes (plant production is expected to begin in 2013).

Sappi Southern Africa is a global leader in the production of chemical cellulose, which is used in the production of a wide range of consumer products such as clothing, plastics, food and pharmaceutical products.

“ABB South Africa’s contribution to the expansion and modernization of Sappi Ngodwana is a proud achievement for ABB and a further testament of our capabilities in the Pulp and Paper for this giant player in the industry”, said Carlos Pone, CEO of ABB South Africa. “The project teams from the two companies will develop synergies and capabilities to benefit processes in the production of chemical cellulose at Sappi.”

Transducers for sea floor valve control are built for high reliability

Transducers embodied in valves used for controlling oil flow in undersea pipelines have been developed by RDP Electronics to operate with high accuracy and high reliability.

RDP’s LVDTs are supplied to several valve manufacturers for use with valves controlling the flow of oil from pipe networks on the bottom of the sea, close to the well head. The transducers are usually sealed within the valve and are required to withstand very high pressures of up to 5000 psi. One construction option is to ventilate the transducer, allowing the oil to flow freely through the transducer, providing fluids are non-conductive and non-corrosive.

Ventilated LVDT transducers are used in conjunction with sealed amplifiers and are also immersed in the oil. Alternatively sealed transducers can be provided that are manufactured with a fully welded construction. In all cases the transducers are subjected to a very high level of production testing, including pressure testing in both water and in helium, shock and vibration testing and repeated temperature cycles at many points in the production process to ensure minimal failure rates in the field. RDP’s onerous testing regime has achieved extremely high reliability rates for these LVDTs, with less than 1 failure in 2000 units per year.

Thursday, March 1, 2012

Reliable level detection with innovative frequency sweep technology

Baumer’s LBFS level switch is a reliable alternative to widely used vibratory level switches. The LBFS sensor can also detect the levels of viscous or dry materials and can be fitted on tanks or pipes in any desired position. The sensor is insensitive to flow, turbulence, bubbles or foaming, and suspended solids. The compact, smooth sensor head resists media adhesion, even with sticky media. The sensor’s short response time enables rapid fill level detection and accurate, reliable fill level compliance.

The level switch is able to detect media levels in tanks, vessels and pipes. It can also be used for overflow prevention, pump protection against dry running, and media separation with oil/water mixtures. It is suitable for an extremely broad range of application areas, including domestic water, wastewater, HVAC filters, hydraulic systems, oil and gas, bio-energy, wood pellets, grain mills, rail transport and pump systems.

The sensor is housed in a compact, extremely sturdy and corrosion resistant stainless steel enclosure. It can be installed easily and using Teflon tape sealing. Convenient configuration is facilitated by the PC-based FlexProgrammer 9701. Thanks to a short response time of just 0.2 s, the level switch operates very reliably even with fast filling processes. The device has a wide rated operating temperature range of -40 to +115 °C.

The LBFS operates on the frequency sweep principle using a high-frequency signal emitted by the sensor, which experiences a phase shift in the sensed medium. When this sensor encounters a medium having a dielectric constant outside the defined range, an electronic signal is triggered. The sensor’s high sensitivity over a large measuring range for dielectric constants from 1.5 to over 100 enables limit detection with all types of powders, granulates and liquids. Even difficult substances, such as polyamide granulates and paper, can be detected reliably. This technology has additional decisive advantages over other measuring methods, such as vibrating fork sensors, ultrasonic sensors and optical sensors: it has no moving parts and is insensitive to the effects of variations in conductivity, temperature and pressure. The sensor is additionally suitable for all types of applications that previously required different types of devices.

Tested but untouched..

TorqSense, a non-contact digital torque monitoring system that could guarantee an infinite lightness of touch has proven to be the only way to test the seals of super high performance vacuum systems. This is a sensor system developed by Sensor Technologies.

The ultimate fields of precision manufacture, such as electronics, biophysics and thin film deposition where tolerances are measured in atoms, are often conducted in hard vacuum to remove airborne contaminants and avoid the performance reducing effects of tiny air movements.

However the vast majority of vacuum chamber designs require seals for rotary drive shafts (called rotary feedthroughs) and ‘feedthroughs’ for the passage of materials, components, tools and finished products. In high vacuum applications conventional seals are unlikely to be able to achieve the performance specifications required, so magnetic fluid seals are used.

A ferrofluid is a stable colloidal suspension of sub-domain magnetic nano particles in a liquid carrier. The particles, which have an average size of about 100Å (10 nm), are coated with a stabilising dispersing agent (surfactant), which prevents particle agglomeration even when a strong magnetic field gradient is applied to the ferrofluid.

With over thirty years of experience producing seals for the world's most demanding applications, Ferrotec of Woolwich (GB) is able to optimise ferrofluid materials for the most extreme performance requirements and incorporate them into bespoke vacuum system designs.

“About half of our work is to bespoke design,” says Jeff Lewcock of Ferrotec, “and we have to test every seal to the nth degree to meet out customers specifications. To test the feedthrough it is mounted onto a vacuum chamber that is connected to a helium leak detector. Helium is then spayed onto the feedthrough and the leak rate observed during static and dynamic running."

As part of the test the starting and running torque of the seal are measured and the power loss through the seal is calculated. These readings allow Ferrotec to troubleshoot the individual seal, analyse the design’s performance and add to Ferrotec’s knowledge base.

“With the sort of tolerances we work to we needed a torque sensor that didn’t add any extra drag to the whole seal mechanism, so we were delighted to discover Sensor Technology’s non-contact TorqSense,” says Jeff.

Inside TorqSense torque sensors two tiny piezo frequency resonating combs are fixed to the shaft and supplied with power via a radio signal. The combs ‘opens up’ as torque is applied to the shaft changing their resonating frequency. Thus, the resonant frequency of the returning radio signal is an indication of the torque within the seal.

A wireless radio frequency non contact radio frequency coupling is used to supply power and interrogate the combs. Because it is non-contact the TorqSense torque sensor exerts no drag on the test piece whatsoever, and as it is fundamentally a digital system it has a broader signal bandwidth than other analogue based technologies and electromagnetic interference is eliminated making it an ideal solution for Ferrotec’s needs.

Wednesday, February 29, 2012

Transducers for paper!

Transducers developed for paper production measurement

RDP Electronics has developed transducers designed to withstand the corrosive environment encountered in pulp and paper manufacturing processes.

Their transducers have been widely used in paper machines for many years and the company has developed a special transducer version in response to the requirement for resistance to the effects of paper stock. Particularly around the slice indication application, where LVDTs measure the gap through which the paper pulp is extruded on to the webbing, there is a high tendency of the transducer to be splashed and wetted with paper stock which contains corrosive chemicals. These chemicals are corrosive, even to some steels so transducers for this application are designed to provide protection against the chemicals in the paper stock, as well as protection against the cleaning functions that are undertaken using high pressure hoses. The transducers typically have a built in 4-20mA amplifier for easy interface into the paper machine control system.

RIO embedded devices with multifunction I/O for custom applications!

National Instruments has four new NI Single-Board RIO board-level embedded devices featuring a real-time processor, Spartan-6 field-programmable gate array (FPGA), analog and digital I/O and more built-in peripherals for custom embedded control and monitoring applications. The new devices provide engineers with off-the-shelf FPGA and real-time processor technology through NI LabVIEW while maintaining the custom I/O often required for high-volume deployments through the option of a RIO Mezzanine Card connector. The connector provides direct access to FPGA digital input/output (DIO) lines and certain processor-specific functions for mating custom daughter cards. NI Single-Board RIO alleviates the effort of designing an entire system from scratch so designers can focus on the custom parts of their applications, such as the I/O. 

With the new devices, engineers can achieve the shorter time to market of an off-the-shelf system along with the I/O customization offered by in-house designs, providing the best of both worlds. The devices also feature built-in analog I/O so engineers can take advantage of the company’s industry-leading analog expertise in addition to their application-specific circuitry. The devices’ low-cost, small form factor; built-in I/O; real-time processor; and FPGA provide an ideal platform for embedded monitoring and control applications in industries such as medical and energy.

Product Features
· NI sbRIO-9623: 256 MB of memory, 128 MB RAM, 16 channels of 12-bit analog input, 4 channels of 12-bit analog output, 4 DIO, 96 RMC DIO
· NI sbRIO-9626: 512 MB of memory, 256 MB RAM, 16 channels of 16-bit analog input, 4 channels of 16-bit analog output, 4 DIO, 96 RMC DIO
· NI sbRIO-9633: 256 MB of memory, 128 MB RAM, 16 channels of 12-bit analog input, 4 channels of 12-bit analog output, 28 DIO
· NI sbRIO-9636: 512 MB of memory, 256 MB RAM, 16 channels of 16-bit analog input, 4 channels of 16-bit analog output, 28 DIO

New thermal imagers!

Fluke has introduced five new thermal imagers for a range of users, applications and prices, products which are set to transform the market. The Fluke Ti110 and Ti125 are designed for plant technicians, HVAC/R professionals and electricians who need to maintain and inspect electrical and mechanical equipment and components; the Fluke TiR110 and TiR125 are for building inspection and energy audit professionals evaluating and reporting insulation problems, air leakage, moisture issues, or construction defects; the Fluke Ti100 is for general applications, offering the same ruggedness and ease-of use for value-conscious professionals. The Fluke Ti110, Ti125, TiR110, and TiR125 feature breakthrough capabilities, including IR-OptiFlex™ focus system, IR-PhotoNotes™ annotation system, focus-free video, IR-Fusion® technology, and SmartView® professional IR analysis and reporting software.

Offering best-in-class focus and ergonomics and Fluke’s world-renowned ruggedness, the thermal imagers provide a broad range of powerful capabilities that are so easy to use they can become a regular part of troubleshooting and diagnostic routines.

IR Optiflex Focus System
Offering automatic focusing with a manual focus option for close-ups, IR Optiflex makes it fast and easy to take sharply-focused, accurate images.

IR-Fusion Technology
Fluke’s patented-technology blends digital and infrared images into a single image to precisely document problem areas.

One-handed operation
Weighing just 0.7kg, the thermal imager is light, balanced to sit perfectly in the hand, and all buttons are within gloved-thumb reach. It is light enough to aim either vertically or horizontally and to use for long stretches without tiring.

Built rugged
Fluke thermal imagers are built to be put to work. They are tough enough to survive drops of up to 2 metres.

Multi-mode video recording
This allows the user to record focus-free video in visible light and infrared with full IR-Fusion capabilities. The user can monitor processes over time, troubleshoot frame-by-frame, and create infrared video reports.

IR PhotoNotes
This feature allows the capture of up to three digital photos per thermal image file, enabling the exact recording of equipment models, nameplates and other useful information.

Electronic Compass
By saving the compass reading with the thermal image, it helps track the location of the problem.

SmartView professional IR analysis and reporting software
This is a professional suite of analysis and reporting tools for viewing, annotating and editing infrared images. It comes with unlimited licences and free lifetime upgrades.

The new Fluke thermal imagers come complete with AC power adapter, lithium ion smart battery (Ti125 and TiR125 include two each - others one each), USB cable for PC image download, SD memory card, hard carrying case, soft transport bag, adjustable hand strap (left- or right-handed use), and manuals. The Ti125 and TiR125 models also include a two-bay charging base, a multi-function USB memory card reader and a separate, longer USB cable for streaming video use.

Planning & verifying switchgear

Rittal’s latest Power Engineering planning software v6.0 provide comprehensive support in planning and verifying standardised Ri4Power switchgear, as required by the new IEC 61439-1/-2 standard for low voltage switchgear. Main features of the new standard include extensive verification of the design of switchgear created by original switchgear manufacturer, as well as exact details of the rated currents of switching devices. The new standard offers major benefits, both for the manufacturers of switchgear, as well as for customers and users.

With the extension of design certifications, features are defined that increase the quality of low-voltage switchgear. Their interfaces to external peripherals are specified and defined in more detail. Design of low-voltage becomes easier and safer because the influence of the enclosure and protection category on the switching equipment is given greater consideration than before.

Using Rittal Power Engineering a suitable switching device can be selected as early as the low-voltage switchgear preparation stage that bears the current needed by the circuit. The protection category and the mounting location within the unit are also taken into account. Similarly, the software provides the appropriate design verification at the push of a button. The engineering tool offers check-lists with which the switchgear manufacturer can check all the requirements that have to be considered during the planning and performance of the switchgear.

Rittal Power Engineering supports users with both the Ri4Power modular system for low voltage switchgear, as well as with the low-voltage switchgear that consists of the TS 8 enclosure system and the RiLine60 modular busbar system.

Communications control solutions provider appointments

DNF Controls, has hired Fred Scott Jr. as director of sales and business development, and Tom Weems, CPBE, as Western regional sales manager/engineer.

Scott will be responsible for supporting DNF customers east of the Mississippi River. He has an engineering background in video and fiber-optic transmission, and has held several executive leadership positions during his more than 20 years in the broadcast and audiovisual industries. Scott holds a Bachelor of Science in engineering technology from New York Institute of Technology and has completed courses toward his master's degree in communication engineering at Polytechnic Institute of New York. He comes to DNF from MultiDyne, where he served as vice president of sales and business development.

Weems will oversee sales management in the Western region, with direct key account management, rep/dealer account sales, and OEM/Systems Integrators' activities. Weems brings a wealth of experience in broadcast engineering/management, sales, and product management in the telecommunications, broadcast, electronic equipment (IT/networking), and manufacturing industries, along with unique perspective as an end-user and technical manager — qualities that are integral to understanding clients' technical and business requirements. Weems earned a Bachelor of Science degree in electrical engineering technology from Almeda University, is an SBE Senior Member, SBE Certified Professional Broadcast Engineer, a member of SMPTE and Society of Television Engineers, and served two terms on the SBE board of directors.

"DNF's hardware and software solutions based on our Flex Control Network have grown increasingly popular with broadcasters throughout the country," said Dan Fogel, CTO of DNF Controls. "So we've made a strategic decision to place experienced people in key areas. Adding Fred and Tom to our team ensures we'll be able to keep up the personal attention and service our customers have come to expect."

Scott and Weems will be on hand at the 2012 NAB Show in Las Vegas, April 16-19, in booth N2115.

Intelligent technologies for the cities of the future

Launch of new category "Urban Solutions" focussing on challenges of the future

Audi Urban Future: Project New York, May 2011
The world's population, currently seven billion, is expected to grow to eight billion by 2030. According to The UN estimates at least five billion people will be living in urban areas, compared with 3.5 billion today. Moreover, the United Nations has also calculated that more than half of the global urban population will be living in Asia twenty years from now. Approximately 500 new towns and cities will be built in China alone.

The new display category "Urban Solutions" in Hall 11 at CeBIT 2012 (6/8/MarchHannover D) will focus on the market potential of the megacities and the ICT solutions needed to meet future challenges. Intelligent ICT solutions, which form the focus of the presentation, already play a key role in ensuring that cities function efficiently and will become indispensable in the future when modern metropolitan areas face a myriad of needs and demands. For example, ICT technology is used in such areas as distribution, waste disposal, environmental protection, mobility and logistics, and it is also invaluable in data protection and security, in accelerating the introduction of eGovernment services, improved public security, education and the provision of health services. Another important challenge is the development of an intelligent network linking the rapidly growing volume of data.

The "Audi Urban Future Initiative" will be at the heart of the new display category "Urban Solutions". This special presentation will showcase five international concepts that address future urban challenges and trends relating to megacities and mobility. Audi is thus making an important contribution to the discussion on "the city and mobility in the future", and playing a major role in promoting an interdisciplinary exchange - and solutions for the future.

Another highlight will be the Urban Solutions Forum in Hall 11, which comprises lectures, keynote talks and panel discussions reflecting the content of the display, in particular mobility concepts, IT and IT security, communication and data protection, as well as the use of IT in intelligent electricity grids, smart energy generation and power distribution. The major energy company E.ON. will be involved in the Urban Solutions Forum, which is sponsored by the company Rittal. The Forum will be opened on 6 March by Dr. Friedhelm Loh, CEO of Rittal, and Martina Koederitz, CEO at IBM Germany.

Finally, the competition "Urban Solutions Pitch" will be launched as a result of joint cooperation between CeBIT and the high-tech industry association BITKOM. The competition winners will present their forward-looking lighthouse projects on a special display area in Hall 11. The aim of the "Urban Solutions Pitch" is to draw attention to the development and use of innovative technology in the management of urban conglomerations.

RFID technology in industrial connectivity

At Drives & Controls 2012 (17/19 April; Birmingham, GB), Harting is featuring its range of industrial connectivity solutions, ranging from electrical and electronic connectors to industrial networking systems based on the company's innovative FTS (Fast Track Switching) Ethernet technology. Designed to provide an integrated communications framework between office and manufacturing networks, FTS switches can identify automation profiles, accelerate their data-transmission speeds and prioritise them.

Linked to the FTS demonstration, Harting will for the first time feature it's active RFID (radio-frequency identification) systems for rugged environments, including a new range of hardened transponders for mounting on metal and in concrete.

The new Ha-VIS RF-R500 is a powerful, versatile and robust RFID reader designed for applications outdoors or in harsh environments. The reader can capture information automatically on several hundred objects over distances of up to 16 metres and can immediately store data on an existing IT system such as SAP. Automatic capture minimises possible sources of error and enables the optimisation of logistics processes.

Harting's world class industrial range of electrical interconnect products are also being shown, including the Han® family of power connectors, the award-winning Han-Yellock®connector system with bridging options and the versatile all-plastic Han ECO® range.

Harting is also featuring its electronic connector range and the integration of connectors into backplanes, card frames and cabinets. Cable assemblies complement the full Harting offering, ranging from simple IDC electronic cables to complex heavy-duty industrial offerings.

Loop powered indicator is explosion proof

New loop powered indicator for explosion proof applications

Yokogawa has announced the the release of another high quality and well engineered product, the MLX loop powered indicator. The MLX is the latest addition to Yokogawa’s family of loop powered indicators operating from a 4-20 mA DC input. This model incorporates the LCD from the Yokogawa EJX pressure transmitter into a NEMA 4X aluminum housing. The MLX currently meets Factory Mutual or FM Explosion Proof requirements and will meet INMETRO, CSA, ATEX, IEC and Russian GOST in the near future.

Typical applications for FM approved loop powered indicators are located in potentially hazardous environments. They have been specified mostly by the chemical industry for the past 25-30 years. However, these indicators can be used in many other industries where a rugged, weatherproof enclosure is needed. Loop powered indicators provide an additional view of the measured value between a field instrument and the control room. This local indication of flow, pressure, liquid level or temperature can also be an invaluable aid during maintenance or when troubleshooting a malfunction.

The MLX contains a 6 digit numerical display with a range of +/- 999999, a 6 digit alphanumeric display for engineering units and a 20 segment bar graph indicating 0 to 100% of full scale. Most LCDs used in loop powered indicators are typically 3.5, 4.5 or 5 digit displays. With a 6 digit numerical display, additional resolution is provided to the end user. The numerical and alphanumeric displays are configurable to show the desired number and engineering units.

Another MLX feature is root extraction to aid in flow measurement. The MLX will extract the square root from the 4-20 mA signal sent by the differential flow/pressure transmitter displaying the actual flow reading.
Like Yokogawa’s MLA, MLD, and MLD1 loop powered indicators, the MLX shares the following characteristics:
• 4-20 mA DC input
• Same NEMA 4X aluminum housing
• Horizontal or Vertical Mount on 2” Pipe
• FM approval
• Epoxy Resin or Polyurethane-Epoxy Paint Options
• Calibration Range and Scale Option
• Stainless Steel Tag Option

Ranges of airflow sensors increased!

High sensitivity at very low flows allow detection of the low pressure drops that often occur in medical applications.

Honeywell has added new flow ranges to its Zephyr™ Analog and Digital Airflow Sensor portfolio to provide high sensitivity at very low flows – making the sensor portfolio ideal for use in a variety of medical equipment and industrial applications.

The company has added four standard flow ranges between ±50 SCCM and ±750 SCCM to its existing flow range of ±200 SCCM. In addition to the flow ranges, a new port/housing style, the short port fastener mount, has also been added to the portfolio. The extended flow ranges give the Honeywell Zephyr™ the ability to detect low-pressure drops that often occur in medical applications and which can impact patient comfort, and can reduce noise and system wear on components, such as motors and pumps. In industrial applications, lower flow range detection can optimize performance in gas leak detection and clogged HVAC air filter detection.

“With the addition of the new airflow ranges, Honeywell provides its customers with more options to integrate the sensor into their application,” said AJ Smith, director of global product marketing for Honeywell Sensing and Control. “Customers will also benefit from the portfolio’s industry-leading accuracy and the ability to customize the sensor to meet their specific application needs.”

Customers who have already designed a bypass that extends the flow range above the normal range of the existing airflow sensor can now use the Honeywell Zephyr™ airflow sensor to optimize overall performance and reduce manufacturing costs.

Additional industry-leading features of the Honeywell Zephyr™ airflow portfolio include:

• Total Error Band as low as ±2.25 %FSS (full scale span) allow for very accurate airflow measurement

• Stability reduces errors due to thermal effects and null shift, providing accurate readings over time and often eliminating system calibration after PC board mount

• Linear output provides a more intuitive signal than the raw output of basic airflow sensors, helping to reduce production costs and design and implementation time

• Low pressure drop typically improves patient comfort in medical applications, and reduces noise and system wear on other components such as motors and pumps

Potential applications for the Honeywell Zephyr™ airflow sensors include:

• Medical: anesthesia, hospital diagnostics (spectrometry/gas chromatography), nebulizers, oxygen concentrators, patient monitoring, sleep apnea, spirometers, ventilators, and ventricular assist devices

• Industrial: air-to-fuel ratio, analytical instrumentation (spectrometry, chromatography), fuel cells, gas leak detection, gas meters, HVAC filters, VAV system on HVAC systems, and meteorology

Tuesday, February 28, 2012

Asia Pacific hub

New regional hub for data center technology in Singapore will provide data center product development, support and services for the Asian market

ABB is to create a regional hub for data center solution development and support in Singapore. This will be their first regional hub for data center technology in the Asia Pacific market.

The new center complements ABB’s existing operations in Singapore, and will focus on its recently introduced DecathlonTM suite of software, hardware, and services for data center management. Decathlon analyzes a variety of data such as IT load patterns, weather forecasts, contract and utility rate data to predict and adjust energy consumption to ensure data centers are more reliable and energy efficient. This new green technology can provide potential energy savings of 10 to 50 percent, and is expandable across multiple sites, which can result in savings worth millions of dollars for some enterprises each year.

“Singapore’s thriving internet economy, robust infrastructure, availability of talent, and the country’s business friendly environment are some of the reasons ABB chose to invest in Singapore,” commented Tobias Becker, Head of the Control Technologies business in the ABB Group, during a recent trip to Asia. “Singapore is already a global data management hub and holds about 50% of South East Asia’s data center capacity. We are confident that basing our regional hub in Singapore will best serve our customers in Asia Pacific.”

Digital information is now synonymous with electrical power. With the rise in internet use and cloud computing, data centers are rapidly expanding in size, creating a significant environmental and energy usage footprint. Data centers consume vast amounts of energy every year. Size for size they consume around 30 or more times the power used to run the average office building. In total, global consumption amounts to a staggering 80 million megawatt hours of electricity a year. Singapore's own data center capacity is projected to increase by 50 percent over the next few years, from 2.4 million sq ft in 2010 to 3.6 million sq ft in 2015.

In addition to Decathlon, ABB provides a wide range of products, integrated solutions and expertise to ensure that data centers operate with optimum reliability and efficiency. From AC and DC electric distribution systems to enterprise management and grid connections, ABB provides savings in installation, energy, space and maintenance. Customers include data center developers, owners and operators, IT equipment manufacturers, and utilities.

The new regional Data Center Hub, complements ABB’s other business growth activities in Singapore, which include Marine, eMobility, Solar and Energy Efficiency initiatives.

Embedded systems report!

National Instruments has released its 2012 Embedded Systems Outlook report, which shares the company’s conclusions about the direction of the embedded systems market. The report lists technology and business-level trends that impact the development of next-generation embedded systems. Companies can take advantage of this information in a wide variety of demanding embedded control and monitoring applications within industries such as energy, industrial control, life sciences and transportation.

With insight from the report, engineers and managers can strategically implement best practices for developing and maintaining innovative embedded systems. The 2012 report discusses the following major trends:

• Embedded Platforms: Technology providers are helping design teams build complex embedded systems faster by developing platforms that combine hardware with an integrated software framework.


• Reconfigurable Computing: Advanced embedded control and monitoring systems are driving an increase in designs that make the most of programmable logic.


• Mobile Devices and the Cloud: Design teams are taking advantage of the proliferation of new mobile devices and cloud technologies within next-generation embedded systems.


• Innovating With Smaller Teams: Smaller design teams around the world are creating a more efficient way for companies to bring disruptive innovations to market.


• Future Proofing Through Software: With the ever-changing requirements and standards for embedded systems, design teams are adopting a “software first” mindset for upgrading products over time.

Digital video surveillance

New 5MPixel IP surveillance camera features digital video recording

The new IDS ultra-compact (44 x 34 x 62mm) VSE IP surveillance camera is now available from Stemmer Imaging . With resolution up to full HD, Power over Ethernet capability and configurable integrated multi area motion detection, this remarkably powerful camera also features built in digital video recording (DVR) up to 32GB. The camera is also supplied with a free version of iGuard, the PC toolkit for even more versatile DVR and complex surveillance solutions.

The VSE’s 5 Megapixel sensor offers high resolution and detailed images up to full HD (1080p), making it ideal for OEM customers for applications such as ITS, security, CCTV, video inspection, etc. This versatile camera can not only be connected to external alarm sensors but can also act as an alarm sensor itself via the built-in motion detection capability. The camera supports H.264 and MJPEG streaming and can handle up to 3 streams simultaneously.


Camera set-up and live or recorded image viewing is carried out via an easy-to-use web browser interface, using a smartphone, tablet PC, laptop or PC. The camera can be readily integrated as an intelligent subsystem into more complex surveillance systems. Camera scripts allow VSE cameras to be connected with video servers that are IP-camera enabled.

The VSE can be easily integrated into the versatile iGuard 3.0 PC-Kit for DVR and in addition to direct interaction via a video server, the cameras can also be accessed using iGuard RemoteView. iGuard’s flexibility allows the creation of bespoke solutions from a simple surveillance using a notebook and single IP-camera to cost-effective remote multi-server, multi-client solutions.

iGuard’s software-based flexibility also includes camera oriented configuration, enhanced control of analogue and IP-PTZ cameras, multi-monitor handling and support of camera specific functionalities. iGuard features a dedicated software interface which allows easy integration into third party applications such as building management systems or point of sale systems.

Digital process terminal and line attendant

Aegis Software is to unveil a unique touch-screen device to ensure a controlled process and provide a powerful and yet simplified interface to factory information systems. Visitors to the Aegis booth at APEX (San Diego CA USA, 28 Feb-1 Apl 2012) will see first-hand how inForce monitors and controls the process, informs operators, saves energy and workspace, and reduces the infrastructure cost and complexity of best-in-class factories.

inForce is a multi-function bridge connecting your Aegis software system to operators and equipment throughout the factory. It provides a turn-key touch screen operator interface, an intuitive user information center, a scanning and tracking terminal, and the means for an Aegis MOS system to physically control the process.

“inForce radically improves the simplicity, economics, and functionality of a factory information solution. Implementing a factory information system normally involves PC hardware costs, IT maintenance costs for those PCs, high energy consumption, and sizable workstation real estate. Our vision was to provide scanning on lines in an assured manner and to provide and interactive operator terminal without having to place PCs at every single process station”, commented Jason Spera, Aegis CEO. “inForce does this by providing a plug-and-play, auto-maintaining, compact and simple interface that provides many of the features where normally a PC would be required. As well, it functions as a bridge for the MOS system to physically reach into the process and control conveyors. ”

The inForce full-colour touchscreen display delivers operators useful alarm and production status information without the need for a PC. Wherever an interface to an Aegis MOS system is required, its compact console can be mounted using standardized VESA arms, under shelves, or even on a tabletop like a self-standing picture frame. The interface also supports audio to further enhance operator information. inForce enables your Aegis system to physically control conveyor flow, acquire barcode scans, and ensure accurate and complete WIP data transactions even on conveyorized lines. An optional light tower is available to extend the range of inForce’s visibility to operators where required.

Capabilities and Options
Operator Interface, Barcode Tracking & Conveyor Control
Ensure every unit is scanned accurately on a conveyorized line, stop the line automatically when Aegis alarm conditions occur, and inform operators about line status at each station. In this configuration, the inForce console is mounted where visible at the conveyor point of use, connected to your scanners and the Interface Module. The interface module is placed on the floor and electronically connected to your conveyors via SMEMA, the factory Ethernet, and power.

Conveyor WIP Monitoring Only
Track the counts of units moving through conveyorized lines for WIP quantity monitoring without specific barcode identifier capture. In this configuration, only the inForce Digital Line Attendant Module is integrated to power, the conveyor, and Ethernet. (Coming soon via automatic firmware update)


Workstation MES Interface
Most processes include workstations that require only unit scanning and ‘pass/fail’ entry at a given point. More advanced functions requiring a full PC user interface are not required at these stations. For such situations, inForce eliminates the need for a costly, bulky PC and provides the operator a simplified and compact interface at their workstation. (Coming soon via automatic firmware update)

Light Tower Option
Where broader visibility to the status of an inForce-controlled station is required, an optional light tower integrates directly to the inForce Line Attendant Module.

Unique Benefits
Interactive and Informative
With a full-color touchscreen display that responds even to gloved hands or a stylus, inForce does not simply control the process, it informs the operator as to status and the ‘why’ behind the control decisions enforces. An interactive, informative solution for your operators to keep lines running efficiently.
Vivid LED alarm lighting, audio prompts, and even optional light towers ensure operators are instantly made aware of problems.

Low Energy Consumption
inForce consumes a fraction of the electricity required to support a PC or even a thin client or all-in-one shop floor PC.

Simple, Automated, and Central IT Management
From a central server application, all inForce settings can be adjusted and immediately all endpoints update automatically. The simple act of placing new firmware on the server automatically updates each endpoint.

Visually Announces Your Lines are State of the Art
Every manufacturer takes pride in their lines. inForce’s elegant custom housing and its vivid and dynamic display announces to visitors or customers that your factory is at the pinnacle of information management and process control.

Easy Setup and Maintenance
With a full touch screen display, configuring the initial setup and ongoing IT maintenance is simplified.

Assured Barcode Acquisition
Since inForce is actually a mini Windows-based computer, it is capable of implementing continuous barcode scanning for a moving conveyor. As failsafe, if a barcode is not acquired, the system stops conveyor movement and informs the operator why.

Flexible Mounting Options
The inForce console design accommodates a vast array of mounting options to make installation easy. It’s articulating and locking rear bracket can swing out to act as an integrated desktop stand. If you wish to use any VESA arm or mount, such as used with all PC monitors and TVs, it is VESA compliant. Or, pass the provided ballistic strap through the bracket slots to fasten it to a surface. And of course, the provided mount holes enable direct-attachment when desired. It even mounts under-shelf.

CE Certified
CE certification ensures safety and reliability in factory environments that are often particularly hostile in terms of EM interference.

Future Proof & Expandable
inForce is more than a single-use device. It is a true miniaturized computer incorporating a compact Windows operating system. As a true computer, inForce may be a conveyor control and MES portal today, but can evolve to deliver richer and broader functionality in the future through updates.

Multifunction installation kit

Fluke UK is offering a set of accessories to purchasers of a Fluke 1654B Multifunction Installation Tester, all bundled at a very low price.

The complete Fluke 1654B Limited Addition Kit contains the Fluke 1654B, a Fluke ES165X Earth Spike Test Kit, a Fluke TLK290 Flexible Socket Probe Set, and DMS 0100/INST Data Management Software which uses the 1654B’s captured results for data recording, offers easy-to-use administration and reporting in compliance with BS7671 IEE 17th Edition Wiring regulations and provides printing of test reports compatible with a range of standard certificate requirements.

The extended memory 1654B Multifunction Installation Tester is designed for high productivity testing and verification of virtually all electrical wiring installations in domestic, commercial and industrial applications to meet the latest BS7671 IEE 17th Edition wiring regulations, while offering smooth DC-sensitive RCD type B testing and milliohm resolution for loop and line testing. The Fluke ES165X Earth Spike Test Kit enables easy earth resistance testing using the 3 wire connection method and auxiliary earth spikes, and the TLK290 Flexible Socket Probe Set is designed for use on motor and 3-phase sockets while offering CAT III 1000 V / CAT IV 600 V, 8A safety.

The Fluke 1654B Multifunction Installation tester shows two measurements at once on a dual display. This can show PEFC/PSC and loop impedance results in parallel negating the requirement to run the tests separately, more than halving the test time of some loop testers. It also features a high-current loop test which gives extremely fast measurements when testing in circuits where no RCDs are being used. It offers both non trip and the high current test so the user can select depending on the application. In addition there is fast voltage measurement between L-N, L-PE and N-PE using the mains cord, with no need to change measurement connections.

There is a PASS/FAIL indication for RCD test results, and a variable RCD current mode for customised settings. Requiring no separate batteries, a slim probe with test button supplied with the tester enables initiation of a test without the need to access or reference to the front panel when probing hard to reach points. An Earth Volt Touchpad detects earth voltages raised above 50V to indicate potentially dangerous situations.

It is compact, lightweight (less than 1.2 kg) and has a padded neck-strap to free testers’ hands for testing. For ease of use, a rotary dial clearly indicates which function is selected, and provides access to all functions in one place to avoid complex multi-level menus, so that even after a long period of non-use the tester remains intuitive to use. A large display with backlight uses clear symbols and has an exceptionally wide viewing angle for easy and safe readings. The unit has detachable standard 4-mm leads that can be replaced if damaged or lost, and which require no customised special connectors. A Zero Adapter ensures easy, reliable and accurate test lead and mains cord compensation. The adapter can be used for all kinds of mains plugs and test accessories like probes and alligator clips.

Monday, February 27, 2012

Monitoring & control offshore

Whether maximising existing oil and gas reserves or addressing offshore wind reliability, the offshore energy industries are looking to technology to solve complex monitoring and control challenges.  National Instruments UK & Ireland has announced the panel of industry experts who will present the latest technologies for upstream, midstream and downstream applications at theNI Offshore Measurement & Control Summit 2012, held in Aberdeen, Scotland, on 21st March 2012.

Robin Gordan University, Aberdeen, Scotland
This free one-day event, focused on the renewable, oil and gas sector, will bring together industry speakers, engineers and managers for technology discussions, in-depth case studies, hands-on training and networking opportunities. 

The guest speakers and presentation topics include:

Controlling ROVs (Remotely Operated Vehicles) - Smart Technologies for Subsea Operations
Edin Omerdic, Senior Research Fellow at the University of Limerick’s Mobile & Marine Robotics Research Centre (MMRRC), will present a session highlighting the challenges faced by ROV pilots during deep water operations, including low visibility, time-varying ocean currents and umbilical drag effects. Omerdic will explain how OceanRINGS, a set of components developed by MMRRC, can increase automation, making ROV operations easier and reduce expensive ship time by 20%.

Deploying Structural Monitoring on Offshore Wind Turbines
The application of structural health monitoring systems deployed on offshore wind turbines is a particularly challenging task, where ease of installation, ruggedness and reliability of equipment is essential. Paul Faulkner, Senior Product Manager at Strainstall, will show how a measurement system can provide key information on the structural integrity of offshore wind turbine towers to evaluate the structural response, status and operational life of the deployment.

Accelerating the Implementation of an Advanced Control System for Pipeline Welding
Anthony Wilson, Software and Controls Engineer from Pipeline Technique, will speak about the challenges of pipeline welding for the oil and gas industries and how he has solved complex control problems by using off-the-shelf embedded hardware, whilst also reducing development time.

On-Vessel Riser Management System
In his presentation about BPP-TECH's on-vessel oil riser management system, Rodrigue Akkari, Senior Engineer, will describe the stand-alone unit used to acquire and host data from a variety of vessel and subsea systems. Akkari will also discuss how software is used to analyse data in order to estimate stresses and recommend the optimal vessel position.

Using Off-The-Shelf Technology to Solve Complex Measurement & Control Challenges
In addition, the Summit's Keynote, presented by National Instruments, will show how off-the-shelf technology can accelerate the development of measurement and control applications. (Download Summit Agenda)

Hands-on Workshops
As well as learning how industry experts have solved real world applications, Summit attendees can take the opportunity to have valuable hands-on training with measurement and control hardware, used for system monitoring, data logging, condition monitoring and embedded control.

Wireless telemetry potentiometer acquisition module

Leading electronic instrumentation manufacturer Mantracourt has announced the release of its new wireless telemetry potentiometer acquisition module.

The T24-RA wireless potentiometer module is designed for the collection and processing of potentiometer related measurements such as provided by a linear displacement transducer. The module calculates the resistance and periodically transmits it to a remote receiver. Between transmissions the device is optionally put into a power saving sleep mode to conserve batteries.

"The potentiometer acquisition module is an important addition to the T24 wireless range of instrumentation products," said Kelly Voysey, Sales and Marketing Manager at Mantracourt. "It will enable the remote monitoring of sensors that produce a variable resistance output, such as a linear displacement transducer. Along with our other wireless sensor modules, the potentiometer acquisition module will help us provide a complete solution to engineers seeking to remotely monitor and control a given process."

This is a leading manufacturer of industrial measurement technologies and a world leader in the design and manufacturing of electronics for measurement technologies, including strain gauge, temperature, resistance, pressure, voltage, current, potentiometer, rate, flow, LVDT and displacement in either analogue, digital or wireless form.

The Mantracourt T24 wireless telemetry range is a flexible low power radio system designed to enable the transmission of high accuracy measurement data from load cells, inclinometers, accelerometers, temperature, displacement and pressure sensors. With a combination of transmitter and receiver technologies, engineers are able to remotely monitor instrumentation readings.

"Wireless instrumentation is enabling engineers to undertake measurement and control in ways that were not possible before," said Kelly Voysey. "Whether it is rotating machinery, or equipment located in a hazardous area such as a construction site, or maybe difficult to access locations, our T24 range is enabling engineers around the world to take a new approach to how they can use instrumentation in the field."

Miniature in size, the device transmits on license-free 2.4Ghz, avoiding local radio interference to ensure data integrity and security.

The module can transmit to a range of receivers including handheld indicators, digital displays, analogue and serial outputs, PC display and wireless printer and it has various powering options.
Data is provided in real time at variable speeds with a direct line of sight range of 100 or 200 meters, which can be extended with the use of high gain antenna’s and repeaters.

The T24-RA potentiometer measuring device is also available in a PCB version for OEM integration.

New smart-house dimmer!

Strengthening its position in the home automation market, Carlo Gavazzi has launched the energy efficient SH2 Smart-house Dimmer for use with resistive, inductive and capacitive loads with a total load capacity of 3 to 500W. (See more on Smart-House range!)

Designed for DIN-rail mounting, the SH2 dimmer is ideal for installations requiring lighting control to reduce power consumption or set scenes. The dimmer delivers improved dimming performance and features programmable ramp and soft start / stop times.

The SH2 dimmer has also been specifically designed to function with LED lamps which can cause flickering and poor dimming performance with existing dimmers, because of their complex load characteristics. SH2 has a minimum load of 3W and features selectable curves to cater for the different LED technologies available on the market. This means LED lamps can be dimmed over a wide range and remain flicker free.

Featuring automatic load detection for L, R and C loads and a soft start/stop, the SH2 dimmer switch incorporates an integrated heat sink for temperature dissipation that enables multiple dimmers to be mounted adjacent to each other without reduction in nominal power. The SH2’s internal bus enables it to be easily connected to adjacent dimmers without the need to cable the Dupline Bus. Encased in a 2 DIN housing, the dimmer features protection against short circuit, overload and over-temperature and does not require extra wiring when installing into the Smart-house cabinet.

Based on the Dupline® Installation bus, Smart-house is a home automation product that controls and monitors lighting, roller blinds, heating, air-conditioning and security and is easy to incorporate into both new build and refurbishment projects. The Smart-house system opens up new opportunities to reduce energy consumption and increase the comfort and safety of homes. Operation, service and maintenance are simplified, with complete status overview available anytime and anywhere using an Internet connection.

New LED power supplies!

Two new families of LED lighting power supplies have been introduced by Excelsys Technologies, adding to their very successful Xled series. The LDB75 and LDB100 constant voltage/current LED power supplies can deliver up to 75W and 96W output power respectively in extremely compact, 28mm high, packages.

These new Xled products offer the lowest profile LED driver solutions on the market and can deliver constant voltage single outputs of 24V, 36V or 48V. Both can operate as constant-current drivers delivering the maximum output current range over the defined voltage range.

Standard features offered by the LDB75 and LDB100 include; universal input voltage 90-305VAC, constant voltage/current mode operation, high efficiency up to 91%, power factor typical 0.95, waterproof to IP67, operating temperature range of -30 to 50°C, Class 2 device (UL1310) with LDB75 also Class II rated. The Excelsys Xled range offer comprehensive protection to over-current, over-voltage, short-circuit and over temperature operation.

Dermot Flynn, Director of Sales for Excelsys Technologies, commented. “Low energy LED lighting systems continue to grow in popularity and we will maintain our investment in the development of high efficiency, high reliability LED power solutions. We can now meet the specific requirements of most commonly used LED lighting systems which provide long-life, low-energy light sources especially suited to industrial and commercial buildings, signs and displays. The ultra-compact size of our new LDB LED drivers makes them ideal replacements for existing lighting system components.”

Typical applications for the new LDB series of LED power supplies from Excelsys include in-store food display and mood lighting applications, outdoor signs, flat and wide screen street advertising displays, in-store media channels in retail shops, including hyper-marts, supermarkets and convenience stores, high bay lighting for conference centres, hospitality industry and general industrial and retail building architectural lighting solutions.

PXI power matrices

Pickering Interfaces adds to range of PXI power matrices

Pickering Interfaces is expanding its range of PXI power matrices with the introduction of the 40-549 and 40-551.

The 40-549 is a 5A matrix available in a variety of 32 and 64 crosspoint configurations with Y axis sizes of x4 and x8. Maximum switching voltage is 110VDC or 250VAC.

The 40-551 is a 10A matrix configured as an 8x4 matrix that switches voltages up to 125VDC and 250VAC and features an optional loop thru facility that simplifies user cabling when the matrix size is expanded through the use of additional modules. The 40-551 is also available in 8x2 and 4x4 configurations.

Both the 40-549 and 40-551 use high quality electromechanical relays (EMR’s) which offer long service life.