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On the Cover... Reliable level measurement for an extremely wide application spectrum

Jan/Feb 2015 Volume 18.1

Editor Debbie Scott

Advertising Sales Manager Roxanne Bredenkamp

Published by What’s New in Publishing cc ck 2000/037639/23 P O Box 11420 Vorna Valley 1686 South Africa

Tel: 0861 PROCES (776 237) Fax: 086 723 5321 Printed by: Raptor Print Views expressed in this publication do not necessarily reflect the opinions of the publisher. Copyright reserved on all material

Clemens Hengstler with John Groom, MD of Vega Instruments SA (Pty) Ltd.


anuary saw the launch of VEGA’s latest offering in radar sensors to the market. At a packed presentation at the Roodepoort Country Club customers were introduced to the VEGAPULS 69 by Clemens Hengstler, Product Manager Radar from VEGA Grieshaber KG, Germany. Clemens took guests through the latest innovations of the new technology, stopping to give live demonstrations to prove some of the points he was making. The morning’s presentation ended on a light note, with comedian Mel Miller causing more than a few laughs. Afterwards guests spent the day on the golf course, enjoying the fun of the game before the hard work begins in the year ahead. For nearly 20 years, VEGA has been market leader in the radar level measurement sector. After listening to customers’ needs the Shiltach-based company has researched and developed the VEGAPULS 69, a sensor that takes a big step closer to the ideal of an all-round radar level measuring instrument for bulk solids. The level transmitter operates at a frequency of 79 GHz, which allows a considerably better focussing of the transmitted signal. This is a distinct improvement on the previous model which operated at 26 GHz. In containers and silos with many internal obstructions, this enhanced focussing helps to reduce the influence of background ‘noise’. This means that reliable measurement is also possible even with complex internal structures. New microwave components allow the sensor to detect even the smallest reflected signals. Products such as plastic powders or wood chips, which until recently were very difficult to measure because of their poor reflective properties can now be measured with very high reliability. This considerably extends the application range for radar technology in the bulk solids industry and opens up new application areas as well. With a measuring range of up to 120 metres and an accuracy of +/- 5mm, the sensor has sufficient performance capability even for the out of the ordinary tasks such as level gauging in mine shafts or distance measurement on conveyor systems. Despite its large measuring range, the sensor is also an ideal solution for small hoppers or containers; the different antenna designs enable the optimum solution to meet the application needs. Completely unaffected by dirt and build-up, the innovative lens antenna guarantees maintenance-free operation even in harsh environments. To make setup and commissioning easier, an intelligent App for smartphones has been developed. It allows quick and easy alignment of the sensor on a swivel holder. By entering the vessel height and the distance from the discharge opening, the App automatically calculates the optimum tilt angle. For more on the VEGAPULS 69 contact Chantal Groom on 011 795 3249 or email


18.1 Reliable material flow with ultrasound


n the beverages section of a supermarket, you will find rows of crates with bottles filled with water, soft drinks, or beer. The choice is not easy. Who would imagine that sensors play a key role when those bottles are filled? The different colors of the glass or PET bottles and the colorful imprints or shiny labels call for the use of ultrasonic sensors, which work regardless of color and material. While scanning ultrasonic sensors measure the time of flight of a sound packet and calculate the resulting distance, thru-beam ultrasonic sensors work with continuous sound and analyze the interruption. The result is extremely fast response times.

Using ultrasonic sensors to count bottles monitors the material flow on a continuous basis.

Ultrasonic Sensors Ensure Reliable Material Flow In the food and beverages industry, speed and cleanliness set the tone. Short cycle times and minimum machine and/or system downtime are vital in this industry, and hygiene requirements must not be ignored either. The strictest regulations and certifications are needed to produce high-quality end products. In bottling plants used in beverage production, incoming and outgoing bottles must be counted continuously, irrespective of material and liquid. To ensure the material flow, individual bottles are detected at the outlet of PET bottle blow molding machines and automatic bottle rinsers. High Level of Chemical Resistance

the UBE1000-18GM40 Series, can be used. Since ultrasonic sensors from Pepperl+Fuchs can identify the most difficult materials, even transparent glass or plastic bottles are detected in a reliable manner. Detecting and counting the bottles at several places in the machine ensures continuous monitoring of the material flow. The entry and exit of the bottles to and from the filler is optimized, and missing bottles in the chain are reliably detected. Reliable detection of bottles using ultrasonic thru-beam sensors is guaranteed in areas with high levels of water vapor. Sheet Metal Off the Roll The material flow must not slow down in other applications either. Take the example of a hydraulic punch, in which the sheet metal needs to be fed continuously. As a general rule, sheet metal is supplied in the form of large rolls. The sheet metal runs from the winding system to the press via a loop. A scanning ultrasonic sensor measures the loop sag to regulate the winding tension and reports when the material ends, so that the press is not damaged. Whether brass or steel sheet, oiled or coated—none of them will interfere with the ultrasonic sensor. The sensor’s sound packets are reflected. The runtime is converted into distance and output in digital form as a switching signal, or in analog form via current or voltage. Container Empty Container empty—a message that can result in an entire production line being shut down immediately. System shutdown and loss of production—a horror for any production manager. Continuous measurement of the level of production or auxiliary materials is one traditional application of ultrasonic sensors. The analog output of a cylindrical M30-design sensor continually provides the level, and a switching output reports—overfilling or container empty— to prevent something worse happening in the event of an emergency. The ultrasonic sensor is present no matter what media is in the tank: dough for a bakery, fruit juice for a filling system, or drilling emulsion as an auxiliary material in materials processing.

The analog output of an ultrasonic sensor provides the level in the tank irrespective of the medium. Ultrasonic thru-beam sensors are ideal for counting bottles at high speed

Passing bottles move too fast to be individually detected by the normal scanning of ultrasonic sensors because the bottles pass the sensor at high speed and often with just a very small gap between two bottles. Ultrasonic thru-beam sensors are perfect for the task of counting bottles. Ultrasound thru-beam sensors with increased chemical resistance are required, since these applications very often involve the use of hot steam and chemicals to clean machines. The IP protection category should therefore be a minimum of IP68/69K. The UBEC300-18GM40 Series from Pepperl+Fuchs is ideal. With this sensor series, the transducer surface is specially protected and sealed by a chemically resistant film. In machine areas not affected by cleaning cycles, standard ultrasonic thru-beam sensors, such as

The Pulse of Automation Ultrasonic sensors in pulse mode or continuous thru-beam mode help to ensure and control the material flow in a reliable manner across a wide variety of applications. Ultrasonic sensors are ideal for these applications due to their rugged yet precise measuring method. Simple parameterization—if the application requires it—links measuring ranges from a few centimeters up to 10 m—and ultrasonic sensors rise from being just a problem solver to the sensor for all applications. It is already generally well-known that ultrasonic sensors are used as a parking assist for cars. In the field of factory automation, these sensors are an often underestimated technology for noncontact object detection.


18.1 Industrial PC: Added value through customised multi-touch Control Panels


he successful CP2xxx and CP3xxx series of Panels and Panel PCs offer one of the broadest selections of multi-touch HMI products in the industry. The standard models provide an ideal platform for today’s varied machine operation requirements and, building on the standard multi-touch portfolio, advanced custom versions offer operating reliability, ergonomics, and design optimised to suit specific application requirements. Machine manufacturers benefit from the company’s experience of more than 20 years in the development of operator interfaces. Made in Germany, exceptional quality standards are assured for all Beckhoff Control Panels through optimised inhouse production processes, along with low development costs and short development times. The wide range of options found in the Beckhoff range of standard panels with multi-touch functionality as well as the ability to map features in software, streamline the implementation of numerous required functions and electromechanical operator control elements. The demand for customised panel solutions is strong, particularly in the machine building industry. The concept of milling panel housings from solid aluminium, which Beckhoff introduced with their first Control Panel generation as early as 1998, is an ideal basis for individualised housing design. It enables flexible response to customer enquiries, even for small production runs, from simple add-on options right up to fully-

customised housing designs. Although standard, “off the shelf” devices are, as a rule, more economically priced, the additional costs for customised Beckhoff products are modest, as well as offering short development times. Thanks to the wide range of standard devices and components as well as the company’s profound manufacturing expertise, development costs and delivery times remain low. Custom models can also include new components based on customer specifications; however, these are first subjected to stringent fit-for-purpose tests. Moreover, sophisticated additional functions can be integrated in the factory, providing obvious benefits for the customer during installation onsite. Adding to the high quality is the comprehensive hardware expertise that covers all facets of the production at Beckhoff, including in-house development, design, and assembly of the mainboards. Individualised manufacturing – from simple logos to complete housing designs The first step in creating a customised application is a modified appearance, starting with the customer’s logo, which can be easily integrated as a part of the manufacturing process. Depending on the device type, it may also include a modified finish for the whole panel. Close cooperation between the customer and Beckhoff experts offers an excellent route for obtaining an application-specific operator interface in the fastest way possible.

Additional customisations are based on the extensive and modular range of Beckhoff panel components. This enables needs-based integration of various buttons, switches, and circuit boards into an existing standard housing with unchanged dimensions. For example, push-button circuit boards in different shapes can be designed individually, but integrated into several customerspecific devices. This enables a highly modular design for a robust device without errorprone electrical and mechanical interfaces. The market insight of the experts at Beckhoff demonstrates deep understanding that the alternative of extending operator panels by connecting pushbutton modules in a reactive and arbitrary fashion is not industry best-practice. It is far better when users can define the scope of the required operator control elements right

from the start so that the Control Panel solution perfectly fits the application. The ultimate level of customised panel development involves a new housing design, often as a means of implementing a customer’s own design or special ergonomic adaptations. Virtually no limits are imposed on the housing design, colour, or choice of materials. With this popular option, the underlying standard Beckhoff device is often no longer recognisable, although it usually provides the technological foundation for the new device. In addition to the longstanding experience of Beckhoff in Control Panel design, such devices often also benefit from the expertise of industrial designers on the customer’s side, providing an unmatched synergy and, thereby, a vastly superior product.


18.1 We have no sea, but we know how to measure salt water


alt or seawater contains chemicals that cause different physical and chemical properties in comparison to fresh water. The salinity of seawater has an influence on density, on the different temperatures of freezing and mainly on the corrosion of any constructed object with which it may come into contact. The average salinity of seawater is around 3.5%. This means that each kilogram of seawater contains approximately 35g of dissolved salts, making seawater highly corrosive. Not only does it dissolve the metal ions of different alloys rapidly, seawater also has a negative effect on many other materials used in the manufacture of devices for measuring the of flow of seawater.It is, therefore, critically important to choose suitable materials for sensor linings as well as the electrodes of induction flow meters used for continuous measurement of seawater. This ensures not only that the durability, longevity and functionality is optimal, but economical too.

Instrotech has recently signed-up a new agency, ELIS PLZEN, Czech Republic manufacturer and supplier of FLONET induction flow meters in different dimensions (DN20-DN800), suitable for saline applications. It may be a land-locked country, but that has not deterred ELIS PLZEN dedicating many years of R&D test experience with applications for seawater, to ensure their induction flow meter’s reliability and durability. ELIS PLZEN’s induction flow meters for saline application have sparked interest in the market, and particularly their FLONET model DN700, which was recently dispatched within 3 weeks of order to a client in Greece. ELIS PLZEN expects continued interest in their products for this demanding and growing market segment.

Programmability added to compact temperature transmitters


he TTM sensor line has been expanded to include dynamic programmability and special features via IO-Link. These fully programmable sensors allow a user to program the temperature range required, rather than be constrained to specific ranges, for more specific temperature control. This new functionality

also allows the sensor to be programmed and used as a temperature switch. The TTM sensor line includes several models, including remotemount transmitters, transmitters with integral Class A RTDs (resistance temperature detector), as well as all stainless steel configurations to meet different

measurement, space and material needs of applications. To eliminate problems associated with conventional transmitter assemblies, all of TURCK’s compact temperature transmitters are factory assembled with an overmolded or welded housing, and come ready for installation. These additions providing customers with a wide variety of options so they can have exactly what their application needs. This new offering provides a solution that is ready to plug in and play out of the box, with no terminal screws or wiring assembly needed. The overmolded remote transmitters are ideal for applications with limited

clearance because they ensure electronics stay out of harm’s way. Remote versions can also be mounted separately from the RTD, for improved temperature readings by isolating the transmitter circuitry from the temperature being measured. The stainless version offers a more robust package without an overmolded housing, ideal for food and beverage applications. Like others in the TTM line, these new sensors feature a 4-20 mA temperature transmitter. The sensors are pre-scaled 0 to 150 degrees Celsius but can easily to programmed to specific temperatures within those ranges with IO-Link.




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18.1 UPS systems ensure continuity of service in industrial applications


ew to a range of service sector solutions for industrial environments, is an uninterruptible power supply (UPS) system, which enhances products - from structured cabling systems for data networks, to

control and management of the installation, including trunking and distribution systems. Optimum sizing of power stages, the latest electronic components and thorough testing of each unit, ensure dependability

and safety of the new UPS system. High performance batteries and an efficient charging system have extended battery life by up to 50%.The compact and lightweight modular series is suitable for industrial and commercial applications, ensuring a reliable power supply up to 120 kVA. This flexible system, which is easy to transport, install and maintain, is made up of standard modules that be added to existing configurations, to increase the power supply or backup time. When necessary, power is easily expanded inside the cabinet, without having to reconfigure the installation or UPS. The backup time can be extended either by adding battery trays in the same cabinet, or by adding another cabinet, depending on the power of the UPS and the backup time required. This modular three phase system consists of individual single phase modules which are redundant and self-configuring, to enable power to be increased quickly and safely. Different levels of redundancy are easily obtained to ensure maximum continuity of service at all times. An advantage of a three phase power supply system with single phase loads, is that in the event of a failure of one of the modules, there is no loss of power. Power continues to be distributed over the other modules which are still operational. With this

Production monitoring made simple


t is often necessary for production departments to establish the extent of real work performed during a shift or period of time. The fact that a particular motor was running during a certain period does not necessarily mean that work was being done. In this situation the NewCode motor protection and control relay provides the production manager with a clear picture of how a machine was loaded during a specific time. The production manager simply utilises the free software to read the ‘statistic’ page of the NewCode relay that will provide him with the necessary information such as: % time the motor ran on load; % time the motor ran un-loaded; and % time the motor stood idle. These statistics can provide an overall situation awareness with regards to production time utilisation and can go a long way in identifying sources of difficulty.

system, it is also possible to create redundancy on each individual phase. If one power modules fails, the other modules for this phase take over. In a failure of a UPS that includes several control modules, continuity of service is assured by the automatic distribution of lost power over the other modules. A range of communications accessories has been designed for managing and configuring the UPS, as well as for remote control of the system. These devices include network interfaces for real time control of the UPS and for managing numerous events that include no power, over-loads and by-pass problems. These network interfaces, with a 32-bit processor, do not require any external software. Other accessories include sensors for monitoring ambient temperature and humidity, smoke detectors and fire safety controls, as well as air conditioning fault and intrusion detectors. Communication and supervision software for accessing the operating parameters of the UPS and for carrying out full diagnostics and the configuration of specific functions, is also available.This UPS system also encompasses the Conventional series for a reliable power supply up to 10 kVA and the Line Interactive series, which is a UPS system up to 3 kVA. These systems are suitable for commercial and residential environments. legrand.south-africa@legrand.


18.1 Powerful new electronic deadweight testers


he E-DWT-H electronic deadweight tester is an electronic calibrator designed to deliver traditional hydraulic deadweight tester performance with digital measurement features and convenience. Improvements include: • No weights to load and unload, transport or send out for calibration • Provides real-time pressure indication with no need to know and correct for local gravity or ambient temperature • No piston-cylinder changes • No significant sensitivity to level or vibration • Able to set and read any pressure value exactly, no minimum increment limited by smallest available masses; perfect for applications that require setting a nominal pressure precisely on the device under test and measuring it, such as analog gauge calibration • Operates in any unit of measure, switching easily from one unit to the next

The E-DWT-H is at home in metrology and calibration labs, on the production floor or in the field. It can operate with a wide selection of test mediums, including Sebacate calibration fluid, mineral oil, water and other liquids. ± 0.02% of reading total one-year measurement uncertainty rivals the best laboratory deadweight testers. High quality hardware allows easy system fill and prime, pressure generation and precise control up to 200 Mpa (30,000 psi). The Kits are compact,

Variable area flowmeter for gas burner


henever flow of gases or liquids need to be adjusted or monitored, the KOBOLD variable area flowmeters model UTS are a practical and affordable solution. These very compact measuring instruments can be placed precisely at locations, where they are exactly required. In the vertically installed flowmeters, the medium flows upwards in the inner borosilicate glass measuring tube and again downwards between the

measuring tube and the outer piston made of transparent plastic. Float in the measuring tube provides information on the current flow, which is read on the scale clearly visible on it. Inlet and outlets are both located at the bottom of the instrument and may easily be accessed via optional adaptor with G ¼ thread on both sides. Measuring ranges for gases range from 0.01... 0.1 Nm3/h to 0.3 ... 3.0 Nm3/h of air. 4 measuring ranges for liquids range from 1 ... 10 l / h up to 4 ... 40 l / h of water. Float and the O-ring seal are available in different materials, so that the best-suited type can be selected for a wide range of applications. Typical examples include monitoring supply to gas burners or engines and the supply of laboratory equipment with different gases. A version with upstream needle valve will soon be available to expand the application range.

lightweight and transportable with optional battery/charger pack which supports up to 8 hours of operation away from line power, and an optional shipping/ carrying case with handles and wheels allows for easy transport for field application.Fluke Deadweight Tester model 6531 offers E-DWT-H configurations with a single quartz reference pressure transducer (Q-RPT) to offer percent of reading performance from 10 % to 100 % of device full scale. Fluke Deadweight Tester

model 6532 offers an additional Q-RPT to maximize workload coverage, with percent of reading performance from 1% to 100% of device full scale. An included vacuum fill kit allows the E-DWT to be filled with users’ choice of compatible fluid, while eliminating problematic air pockets from the test circuit. Also included is a test station adapter to mount virtually any pressure device to be tested without using PTFE tape or wrenches.

Reliable vertical multistage centrifugal pumps


EO’s LVR (S) vertical multistage centrifugal pumps are compact, highly efficient, have a low noise operation and are easy to use and maintain. They are designed for transferring low viscosity, noninflammable and non-explosive liquids with no solid or fibre content. The LVR (S) range is suitable for use in liquid temperatures from -20°C to +120°C and in a flow range from 0.7 – 85 m3 /h. The pumps have a pH range from 3 – 9 and operate with a 33 bar maximum pressure in altitudes up to 1 000 m. The motor is totally enclosed and fan cooled and meets IP55 requirements.


18.1 Transit time sensors – new pioneer for “Industrie 4.0” applications


ne sensor, three languages: Wenglor’s range of stateof-the-art WinTe Transit Time Sensors is the only product of its kind on the market available with Ethernet’s PROFINET protocol, as well as with EtherCAT or EtherNet/ IP. The sensors can communicate actively and are identified individually by the system, thus fulfilling “Industrie 4.0’s” highest conformity level. The award-winning WinTec Sensor range offers highly advanced intelligent communication capabilities and can be used in the automotive, electronics, woodworking, plastics, food and pharmaceutical industries, as well as in the fields

of conveyor technology, logistics and machinery manufacture. Reliable and accurate detection of black and glossy objects, even in extremely inclined positions, has been one of Wenglor’s core areas of expertise. This, coupled with the large working range of 0.1 to 10.1 meters, qualifies the product to perform efficiently in a wide variety of complex detection and measuring tasks required in modern automation systems. An integrated Power-overEthernet (PoE) interface reduces expensive wiring and the compact housing (81 x 55 x 30 mm) permits space-saving, easy

installation. A built-in web server ensures worldwide access to all sensor functions, for example, to carry out location-independent diagnosis. The convenient plug

& play functions, as well as the graphic OLED display, also maximize ease of use.

Maximum computing capabilities increase intelligence in the Smart Factory


mart Factory concepts require more intelligence on machines or the entire production line, placing greater demands on the computing performance of the automation system. More and more functions with ever-shorter cycle times require more powerful centralised control technology. The PC-based control architecture pioneered by Beckhoff is always based on the newest and most powerful IT processors, meaning that the latest generation IT technology will be immediately available for automation applications. In the IT server field, many-core computers are used for particularly complex and demanding computing applications. The new C6670 industrial server generation now makes this technology available for Industry 4.0 applications, too. Hannover Messe is the international trade fair with the most comprehensive portfolio of exhibits for Industry 4.0 applications, spanning the entire value chain in the enterprise from industrial automation to the digital factory. This year’s motto, “Integrated Industry – Join the Network!”, signals that the major challenges of Industry 4.0, such as widely accepted standards for vertical and horizontal communication or data security, can only be mastered by all industrial players joining hands in a shared network. Thus, the ideal way to accomplish this is with an open, PC-based control architecture. To accommodate the rising demands posed by the Smart Factory, with its highly intelligent machines and production systems, Beckhoff is introducing one of the most powerful controllers in the world with its C6670 industrial server. It features 12, 24, or 36 processor cores and 64

to 2,048 GB of RAM, making the C6670 the ideal hardware platform for the “many-core control” concept, through which Beckhoff consistently pursues its centralised control philosophy. This means that not only PLC, Motion Control, robotics, and CNC functions, but also the Condition Monitoring and energy management functions of a Smart Factory are integrated into a single software system and executed on a single CPU. However, this immense computing power can only be utilised effectively if each core’s performance is fully leveraged by the TwinCAT 3.1 automation platform. At the company’s Industry 4.0 Forum, Beckhoff will show in a live

demonstration many innovations available today that enable Industry 4.0 concepts. The entire system is governed by a powerful C6670 many-core computer, which performs not only conventional machine control functions, but also controls a linear eXtended Transport System (XTS) and a robot. Measurement technology and Condition Monitoring functions are also integrated into the system. In addition, Beckhoff will demonstrate secure machine communication to the Cloud, and communication with advanced sensors, such as RFID readers.


New ultra-compact output signal conditioner


he new Mini MCR-SL-IDS-I-I output signal conditioner with a narrow 6.2 mm design from the Mini Analog product range transmits and electrically isolates 4 to 20 mA signals from the controller to a load in the field, such as I/P converters, control valves or displays. The electrical isolation is between the input, output, and supply. In addition, HART data protocols can be transmitted bidirectionally in order to obtain or transmit additional information from the field device. This allows you to permanently monitor the state of the control valves, for example. The modules can be supplied with a voltage of 19.2 to 30 V DC via the connection terminal blocks or in combination via the DIN rail connector. When supplied via the DIN rail connector, they can also be used on a Termination Carrier. This system cabling solution enables up to 16 output signals to be quickly and smoothly connected to control systems. The narrow design of the MINI Analog signal conditioners means significant space savings and therefore lower costs. Modules with screw or spring-cage connection technology are also available.

Cables, Wires & Accessories


HELUKABEL a leading international manufacturer and supplier of wires & cables, custom cables, cable accessories, data, network & bus technology and media technology, as well as pre-assembled cable protection systems for robotics and handling systems.

Helukabel SA offer a massive range of cables and wires to suit your purpose The range consists of - instrumentation, control, data & computer cables, drag chain,servo, motor and feedback cables Heat resistant, rubber, trailing, robotic, chemical resistant, welding, thermocouple / compensating Coaxial, panel, telephone, power, electronic, plus much, much more

New CEO for Comtest


arend Niemand has been appointed CEO of the Comtest Group of Companies. He succeeds Peter Verwer, who retires in March 2015. In other news, the Comtest Group recently celebrated its 10 year anniversary with dealers, suppliers, partners and staff with an informal lunch at their LinbroPark Offices. From modest beginnings in 2005 and a staff component of only eight, Comtest has burgeoned and now employs over 55 staff today.

A broad range of Cable Accessories, form part of the extensive range offered by Helukabel This includes Protective Tubing, Sleeving, Compression Glands, Reducers, Enlargers, Braids, Tube Holders, Drag Chains, Connectors and much more

If your exact requirements are not available from our massive standard range, contact us and we will design and manufacture your Cable, Wire, Spiral cable or Harness to your exact requirements.

Enquire about our exciting New Products Key partners back then were FLUKE and MIDTRONICS. Comtest won FLUKE’s Best Newcomer and Best Distributor – worldwide in 2005, the first start-up company ever to have done so. In 2010 Comtest acquired Instrotech and Calog, effectively launching them into the process control industry. Barend Niemand, newly appointed CEO says, “With hard work and a good track record to show prospective agencies, Comtest today represents 30 specialist test and measurement companies from all over the world and in most industries.”

Now with offices in KZN & the Cape

Contact Details TEL: +27 (0)11 462 8752 FAX: +27 (0) 11 462 8638


18.1 Double-level knife disconnect terminal blocks with universal screw connection

General purpose globe control valves


he compact UTT 2,5-2MT-P/P double-level knife disconnect terminal blocks are available in various versions with one or two disconnect knives for conductors of up to 4 mm². The space-saving design with a 5.2 mm pitch allows for a high density in the controller wiring. The offset level between the two levels provides easy access to the lower connection level with full wiring, which is particularly useful for testing purposes. For various switching tasks, particularly in MCR technology, an isolating plug, feed-through metal, component connector for the solder-free installation of electronic components or a fuse plug for 5 x 20 glass tube fuses can be used individually in the disconnect zone of the disconnect terminal blocks. Measuring instruments can be looped in using the connection screws with integrated test socket, so that voltage and current measurements can be taken at any time without interruption. The cross-system accessories of the CLIPLINE complete terminal block system can be used for all terminal blocks in the UT screw terminal block series. In addition to using the same bridge system, the accessories for marking and testing are identical for the push-in, spring-cage, COMBI, and IDE connection technologies.

locally manufactured range of globe control valves includes two-port globe, three-way globe, twoport angle and sweep-angle types that are available in a choice of carbon steel, stainless steel, bronze, chrome moly or special alloy body materials. The valves’ modular design makes them easy to specify, reducing spares inventory requirements. The general-purpose globe control valves provide precise control across a wide range of applications from standard to severe service. Robust in design, the valves are available in DN15 to DN600 (½” to 24”) sizes, ASME 600# and can accommodate all trims and accessories, as well as different end connections. Special trims are offered including low noise, anti-cavitation, cryogenic, heat extended, soft seat, and pressure balance types. All trim components are self-centering and are designed to clamp in place allowing the valve to be quickly configured to the user’s specific process needs. Actuation is either pneumatic piston, spring return, or double acting, electric, modulating or on/off control. Flow characteristics include fast opening, linear and equal percentage. Stem seals are available as PTFE, graphite, bellows or live loading types. If required, the valves can be adapted for use with corrosive fluids. The valves are suitable for high pressure and extreme temperature conditions and are designed for use with pneumatic, electro-pneumatic or smart positioners. These valves are ideal for use in petrochemical, mining, food, breweries, pulp and paper, power generation and iron and steel applications.


Precise in all positions – the right choice for all inclinations


he JN sensor for mobile applications features adjustable zero point, counting direction and limit frequency. The inclination sensor provides reliable measurement of angles of inclination. The unit has a high precision across the total angular range in two axes and an extremely low temperature drift of ± 0.002 °K. The JN sensor is designed for levelling mobile machinery (2-axis position detection and zeropoint levelling), automatic adjustment of solar panels or levelling of wind turbines, for example. Since zero point, direction of counting (± 180° or 0 - 360°) and limit frequency can be set for a stable output signal (20, 10, 5, 1, 0.5 Hz), the sensor can be adapted precisely to different applications.The sensor with CANopen interface and bus capability allows complete CAN integration according to the communication profiles CANopen CiA DS-301 and CiA DSP-410. Connection is made using M12 connectors with clearly visible LEDs. Enabling the terminating resistor is optional. In addition, the sensor has E1 approval and provides the signals, among others, as perpendicular or Euler angle. The inclination sensor guarantees optimum reliability with maximum precision.


New option 4…20mA output for variable area flowmeters with glass measuring tube


ith the new option “WIM”, a 4...20mA electrical output signal is now available for the variable area flowmeter VA40. While the flow rate with these glass devices could previously be read only locally, the 4...20mA output option allows for transmission of the measured value for control or evaluation purposes. With VA40 WIM version, the height of the float is converted into an electrical signal via a Hall sensor chain. This signal can be used for a PLC/DCS, or to record the measured value over a certain period with a data logger. Along with each VA40 WIM, the manufacturer supplies the calibration curve, allowing the customer to assign the exact flow value to any current value. VA40 variable area flowmeters are used for the volume flow measurement of liquids or gases. The glass measuring tube enables visual inspection of the medium to evaluate properties such as gas entrainments or colouring. Typical applications include measurement of flushing, purging or inerting gases, heating and cooling circuits, gas measurement in industrial furnaces, or other basic applications in machine

building and process industries, where this purely mechanical measuring principle has proven itself for almost 100 years. All connection variants of the VA40 are also available with the WIM option. With the robust stainless steel taps, the maintenance-free device is mounted directly into the pipeline using flange, screw, clamp or hose connections. An installation in hazardous areas according to ATEX II2G Ex ia IIC T6 Gb and ATEX II2D Ex ia IIIC T85°C Db is possible. Retrofitting the WIM option to existing devices is not possible.

High performance positioners


pproved by major petrochemical companies, the Mitech conventional range of pneumatic and electropneumatic high-performance positioners have three take-off options making them suitable for almost all applications. The electro-pneumatic units are suitable for a 4 – 20 mA signal, while the pneumatic versions are suited for a 20 – 100 kPa signal. The positioners are available as both double and single acting types and are ideal for applications up to a 1 000 kPa supply. Easy to set up and calibrate, they are supplied with or without gauges and feature two alternate supply ports. Locally designed and manufactured, the positioners are corrosion resistant, have a robust construction, and an intrinsically safe version with ATEX approval

is available as an option.The positioners are ideal for mounting to linear pneumatic actuators, linear power cylinders or rotary pneumatic actuators. They are field reversible and spares are readily available. If required, a choice of cam characteristics and a NAMUR mounting arrangement are optional.



18.1 Precision digital indicator for belt weighing applications


he LT1320 Belt Weigher Indicator takes the weight and speed information from a belt conveyor system to accurately calculate rate and total material transferred.The high bright 6-digit 7-segment 20mm LED displays and the sunlight readable graphic LCD display make for easy setup and readability. A simple menu system allows for easy configuration of display and belt weighing settings. The load cell calibration can be carried out directly from the load cell calibration certificate or by using dynamic calibration of the belt conveyor system. The LT1320 also provides an internal jumper selectable power supply for powering an encoder /tacho-generator and a pulse counting digital input to measure the speed of the belt conveyor system.A universal mains switch mode power supply (85-264VAC) is provided as standard but an optional low voltage (10-30VDC) isolated power supply can be installed.The LT1320 contains precision front end circuitry for high accuracy and stability. The ratiometric ADC circuitry automatically compensates for temperature drift and excitation

voltage variances due to cable loss. The load cell excitation voltage is 5VDC and can interface with both 4 wire and 6 wire load cells. The LT1320 can power up to 6x350Ί load cells.RS232 and RS485 communications is supplied as standard with the MODBUS™ RTU and MODBUS™ ASCII protocol. A simple ASCII out protocol is also provided for serial printing and communicating to large displays.The LT1320 also has analog out circuitry to generate a precision 0/4-20mA or 0-10V analog output signal.The LT1320 includes advanced features such as a resettable and non-resettable totalizer, dynamic tare function, auto-zero tracking, user input linearization, max recording, programmable front push buttons, programmable digital inputs, security menu lockout, dead band adjustment, advanced digital filtering, dynamic calibration, pulse output plus many more to provide an all in one precision belt weighing indicator.

Bringing affordable 3D printing technology to engineers worldwide


he new version of the RepRapPro Ormerod 3D printer offers extensive versatility and functionality in an easyto-assemble kit of parts. 3D printing enables electronic and mechanical engineers to quickly and easily realise early design concepts by creating fast-turnaround prototypes, potentially saving months in the product design cycle. The RepRapPro Ormerod 2 is a single-colour low-cost 3D printing machine that is a full open-source and self-replicating RepRap and is one of the most versatile 3D printers available: it is easy to expand in functionality, fast to replicate and fast to assemble. All the RepRapPro printers, including previous machines such as the Ormerod and Mendel, are capable of self-replicating their own plastic components. The Ormerod 2 brings several advantages compared to its predecessor, including a much simpler and more integrated assembly with improved instructions and wiring looms for simple plugin connection and no soldering necessary. Other improvements come in the areas of the build bed, the y-carriage design, bed probe, extruder and power supply, as well as better emissions control and software support. For example,

the Ormerod 2 design offers much easier adjustment of the bed level; improved y-axis belt location and retention delivers easier adjustment of belt tension; and a new bed probe now features a four-wire differential device, as well as providing much easier access to the extruder for cleaning purposes. In addition, the power supply is now a 100240V worldwide input power supply and is a dedicated 12V supply, rather than being an adapted supply, and is more compact with its integration into the machine with no trailing wires. EMI emissions have also been reduced, resulting from a fully shielded design that meets the Class A CE mark. Specifications of the Ormerod 2 printer include: build volume and speed of 200 x 200 x 200mm and 1800mm/min, respectively; a deposition rate of 33cm3 per hour; accuracy and layer resolution of 0.1mm and 0.01mm, respectively; and ability to print using either PLA or ABS thermoplastic materials. The open-source software designed to run the machine is fully compatible with the original Ormerod printer and will run on a relatively low powered computer running Windows, Linux/Ubuntu or Mac OS. The RepRapPro Ormerod 2 is

shipped ready for assembly as a kit of parts containing all the required components. The complete kit includes: all printed parts; all hardware, including threaded and smooth rods, screws, nuts, washers, belts and bearings; pre-soldered and programmed electronics; MicroSD card and adapter; heated PCB build surface; motors; nozzle assembly and extruder drive mechanism; 100m of 1.75mm-diameter white PLA filament material (weighing approximately 300g); a 100-240V worldwide input power supply (plugs available for EU, UK, US and Australia); plus open-source software to run the machine including firmware for the electronics. The availability of the second generation Ormerod 3D printing kit and latest in a line of RepRapPro 3D printers demonstrates the significant success of its open source selfreplicating concept. Using this exciting and low-cost 3D printing technology, in conjunction with the free and intuitive DesignSpark Mechanical 3D design software and the library of 3D component models, means that 3D design and rapid prototyping is becoming increasingly available to a much wider universe of designers and mechanical and electronics engineers. This can enable

significant savings in product development cycles and mean much faster time-to-market. Like the first Ormerod, the Ormerod 2 uses the FFF (Fused Filament Fabrication) process, which can build 3D objects in a range of plastics and also in a variety of colours. The process enables the creation of almost any shape that can be modelled on a computer, including some that cannot be produced by traditional manufacturing techniques. 3D printing is fast becoming an essential part of the electronic and mechanical design process. Increasing numbers of companies are beginning to see the benefits of using this technology to create quick-turn-around prototypes and save months in the design cycle. Barriers to adoption in the past have been the cost of hardware and a lack of easy-touse design software for nonCAD specialists. However, when used in conjunction with the free DesignSpark Mechanical 3D modelling software, the Ormerod 2 3D printing kit will enable design engineers around the world to develop sophisticated concepts and products very quickly and inexpensively. tanya.erasmus@rs-components. com


18.1 Struggling to get a reliable level signal in the steam drum?


f the water level is too low, overheating of the water wall tubes may cause serious accidents, resulting in downtime, expensive repairs and injury or death to personnel. If the level is too high, boiler water carries over into the superheater or turbine may cause damage resulting in extensive maintenance costs or outages of the turbine or boiler. Controlling the water level requires sophisticated techniques as the level measurement must be accurate and transmitted to the control system. Higher availability with an innovative alternative Integrated guided-wave radar transmitters (Levelflex) are an alternative to dp. These transmitters ensure higher plant availability by offering more leveldetection capabilities, even under harsh conditions. The Levelflex offers the following benefits: • Compact design • Easy installation and operation

• Better reliability measurements and higher performance • Fast response time • Improved control, analysis and communication • Not a simple transmitter but a complete bypass solution (option) Furthermore, the Levelflex is offered as a complete quality bypass solution which reduces your costs by approximately 25% when designing a new plant or modernising it. As the Levelflex guided radar device can also be pre-mounted in the bypass and preconfigured when delivered, you can minimise the loading and mounting costs. At the end, the maintenance of the Levelflex guided radar is practically maintenance-free as it has no mechanical moving parts and therefore reduces your plant’s downtime. Available certificates with the Levelflex are EN1295211:2007 and EN12955-9:2007. The Levelflex M as well as the new Levelflex FMP 54

are TÜV certified according to the two standards EN 12952 and EN 12953. This means that constructor of steam vessels can install the Levelflex in a redundant combination (1oo2 or 2oo3) as a low water level (LWL) or high water level (HWL) protection together with either the Universal Transmitter with Control Function RMA42 or a safety PLC. Differential pressure (dp) level measurement can be tricky Plant personnel are quite familiar with dp transmitters as they have a long operation history. On the other hand, they do have boundaries. The output of a conventional dp transmitter has inaccuracies mainly caused by changes of static pressure and water density in each leg, and in the steam and water inside the drum. Water at high pressures experience density changes, independent of those caused by temperature variations.


18.1 IDX Academy becomes first certified FOUNDATION Fieldbus training centre on the African continent


he FieldComm Group has announced that IDX Academy, the South African industrial communications training centre based in Johannesburg, has been successful in the rigorous certification process required to become a site that offers fieldbus training courses certified under the FOUNDATION™ Fieldbus Certified Training Programme (FCTP). This programme establishes uniform standards for fieldbus end user educational curriculum around the globe, and defines acceptable levels of learning for students of the technology. IDX Academy is the first certified FOUNDATION Fieldbus training site on the African continent. Eight engineers from Angola LNG passed the inaugural five-day FOUNDATION Fieldbus Certified Technical Specialist course held on campus last month, with a further nine Angola LNG engineers due to attend the second course in March. The successful students are now proficient in the installation, maintenance, repair, and troubleshooting of FOUNDATION Fieldbus networks and systems. Certified students may be included in the Student Registry on the FieldComm Group website. The certification of IDX Academy is the first FCTP accreditation since the joining of the Fieldbus Foundation

and HART Communication Foundation was completed, with the new FieldComm Group becoming operational on January 1, 2015. The opportunity to incorporate certified HART technology training is being planned alongside the current certified training centres. The dedicated FOUNDATION Fieldbus training rigs at IDX

the certified curriculum at IDX. He teaches the FOUNDATION Fieldbus courses and will train additional trainers to ensure ongoing sustainable certified training expertise. Carter has been an instructor in instrumentation and process technology since 1976 and was centre director for over 16 years at the FCTP accredited Lee College Fieldbus Training Centre, Baytown, Texas, USA, before relocating to South Africa. David Bean, who heads up IDX, commented, “Certification is important for the IDX Academy because we are now formally recognised by the FieldComm Group as the high quality training centre that we are. Our customers expect the best and this gives them a guarantee that the content of our FOUNDATION Fieldbus courses and the course materials are up to date and delivered by an expert.” He added, “We are looking forward to adding world class FOUNDATION Fieldbus training opportunities to the solid base of the other industrial communications products, services and training we already

President EMEA Operations, is delighted that IDX Academy has gained its accreditation. “I am proud that we have reached our goal of providing certified technical training and support to FOUNDATION Fieldbus users and potential users across the region and my thanks go to everyone involved throughout the comprehensive process. It was an honour to present the certificate of accreditation to David Bean and his team.” The FieldComm Group’s Director Technical Services, Sean Vincent, welcomed the addition of another certified establishment. He commented, “Effective and standardised training of plant personnel is the key to successful design and overall project implementation of an advanced technology such as FOUNDATION Fieldbus“. He continued, “This certification programme ensures a very comprehensive, vendorneutral approach to training. Process end users want to maximise the benefits of their fieldbus instrumentation and control system investments— and experience has shown that

Academy utilises host systems, devices and components from several FieldComm Group members including Emerson Process Management, Endress+Hauser, Eaton/MTL, Honeywell, National Instruments, Pepperl+Fuchs, Smar, Softing, StoneL, Turck and Wika. Chuck Carter, certified FOUNDATION Fieldbus instructor, was instrumental in developing

offer across the sub-Saharan region and, of course, we’d be keen to extend our capabilities further with the addition of HART technology training”. The provision of a certified training centre in the African continent has been a primary objective of the FieldComm Group Southern African Marketing Committee for some time. Marc Van Pelt, FieldComm Group Vice

training of operators, engineers and technicians is essential to getting the most out of the technology.” About the FOUNDATION Fieldbus Certified Training Programme (FCTP) The FOUNDATION Fieldbus Certified Training Programme includes rigorous procedures that educational institutions


18.1 must follow in order to gain certified training site status, and for certifying course instructors and curriculum. Certified training centres are required to maintain multiple hosts and devices onsite in order to demonstrate competence with fieldbus technology. They are also audited to ensure their course material adheres to set instructional standards covering fieldbus segment limits; device replacements; commands, icons, menus and screen designs of different software packages; and communication, scheduling and function block assignments enabling configuration. In addition, certified instructors are audited to see if they have achieved specified FieldComm Group training goals. Instructors must demonstrate expertise in areas such as HumanMachine Interface (HMI) tools, fieldbus troubleshooting, simple device configuration, and device deployment and functionality across a fieldbus network. The FCTP is intended to raise the visibility and prestige of institutions offering certified FOUNDATION Fieldbus training, and ensure that the instructors delivering the courses are skilled, knowledgeable and technically competent. Through certification, the programme demonstrates to prospective end user students that fieldbus training centres, and their instructors, have been thoroughly evaluated based on strict criteria, and have the necessary qualifications to provide the very best training available. Only certified institutions are permitted to use the official FCTP logo. Around the world, institutions currently certified under the FCTP programme include: Fieldbus Center at Lee College, United States; Trine University, United States; SAIT Polytechnic, Canada; STC Group - Brielle, The Netherlands, University of Miskolc, Hungary; IDX Academy, South Africa; Waseda University, Japan; and King Mongkut’s Institute of Technology, Thailand. Other training centres participating in the programme include: Sinopec Yanshan, China. The FOUNDATION Fieldbus Certified Training Programme currently offers three levels of

certification, and others may be added in the future. The current certifications include FOUNDATION Fieldbus Certified Professional, FOUNDATION Fieldbus Certified Support Specialist, and FOUNDATION Fieldbus Certified Technical Specialist. For more information about certified training and FOUNDATION Fieldbus training sites, please visit the Education/ End User Certified Training section of the FieldComm Group’s website. About IDX and IDX Academy IDX Academy is the training division of Industrial Data Xchange, a South African IT company based in Fourways, Johannesburg, that provides industrial communications expertise and related products to sub-Saharan Africa. Dedicated to providing competence in industrial fieldbuses, IDX Academy has offered expert training and support in numerous industrial fieldbuses and protocols for South Africa and surrounding countries over several years. For more information about IDX and IDX Academy, visit their website, About the FieldComm Group The FieldComm Group is a global standards-based organisation consisting of leading process end users, manufacturers, universities and research organisations that work together to direct the development, incorporation and implementation of new and overlapping technologies and serves as the source for FDI technology. The FieldComm Group’s mission is to develop, manage and promote global standards for integrating digital devices into automation system architectures while protecting processautomation investments in HART and FOUNDATION Fieldbus communication technologies. Membership is open to anyone interested in the use of the technologies. For more information, visit their web site at www.

A bull’s eye in quality. Paperless recorder – Every measurement counts! Ecograph T RSG35 Versatile and economical • Up to 12 inputs • Internal memory 128 MB • Ethernet, RS232/RS485, USB, Modbus RTU/TCP Slave • Safe and complete recording and visualization of all process sequences Ecograph T RSG35

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18.1 New I/O modules for extreme conditions


he Axioline F I/O system for signal acquisition in the control cabinet now includes versions with an extended temperature range of -40째C to 70째C. The robust modules with the XC (extreme conditions) extension are based on standard versions. In addition to bus couplers, they also include digital and analog input and output modules as well as a range of function modules. The PCBs used are coated with a special paint which improves their resistance to moisture and corrosive gases. This means that the new XC versions are ideal for use in applications with harsh ambient conditions, such as wind power plants or solar parks in regions with extreme climates. The new XC versions follow in the footsteps of the complete Axioline F I/O system with particularly high immunity to interference up to 8 kV, rapid signal acquisition, and a highly robust design, which means they can handle mechanical loads such as shocks up to 30 g.

Encoder with user-definable pulse counting

Smart 3D sensors for mobile machines



urck is now offering the incremental variant of its QR24 contactless encoder with pulse rates that can be defined by the customer. The user simply sets the number of pulses per revolution between 1 and 5,000 via the Pactware parameterization software. As before, the encoder can also be taught to one of the nine most common preset pulse rates using the Turck teach adapter. The QR24 can thus be used as a universal incremental encoder, which effectively reduces the number of encoder variants that have to be kept in stock and allows more standardization. The right number of encoder pulses can be selected for each

application so that a virtually unlimited range of applications is possible. In spite of the large number of incremental encoders on the market, the number of pulses per revolution is normally fixed by the pulse disk, thus denying the user any flexibility. Unlike the conventional optical encoders, the inductive QR24 also offers the possibility to change the position of the Z track, as well as a burst function, which enables the user to output the absolute angle position of the encoder incrementally. Any reference runs after machine shutdowns thus become unnecessary.

river assistance and automated working processes increase both machine efficiency and safety when operating mobile machines. Thanks to three-dimensional detection of the machine environment and automated evaluation of scenes and objects, the newly developed O3M151 sensor from ifm electronic opens up a new dimension in sensor technology. Similar to the comfort and safety functions in modern motor vehicles, such as distance sensors, rear view cameras or emergency brakes assist, the new powerful sensor offers automatic object recognition. This makes it possible to record more than 1 000 distance values synchronously and to reliably detect and follow up to 20 objects. This function

can, for example, be used as collision warning. Functions such as minimum, maximum and average distance with free segmentation of the field of view in three dimensions, offer innumerable degrees of freedom in the application. A typical range of up to 35 m is guaranteed. The heart of the new unit is the robust and reliable PMD 3D sensor patented by ifm. Even interference caused by changing environmental conditions such as sunlight, rain or materials with different reflective characteristics does not influence the repeatability of the measured data. The sensor is highly resistant to vibration and shock and meets IP 67 and IP 69K protection requirements.


18.1 Improving pump longevity


otor failure in pumping applications can lead to unnecessary costs and loss of productivity, therefore a good electronic motor protection relay, when related to pumps, should always protect against the pump running dry. When a pump operates outside its optimised load characteristics it will eventually fail. One aspect to monitor is load loss that can cause undesirable vibrations and subsequent rapid failure of the pump.The UCR 80 load loss protection relay is an ideal partner in a pump monitoring circuit because the user is able to accurately monitor adverse load loss affects as required. It is also possible to record impellor wear over time by periodic checks on the equipment. This allows the user to decide on the drop in efficiency level at which he plans to replace the impellor.This relay does provide ‘dry run’ protection but can equally be used to measure pump efficiency declines over time. It is equipped with an alarm and main trip output contact and is userfriendly.The UCR 80 provides blocked delivery or loss of prime in pumping applications, prevents conveyors running idle, as well as V-belt slippage.

Safe data transmission in the field


he new push-pull Advance data connectors bring futureproof high-speed cabling directly to the field. Designed for data rates of up to ten Gbps, the connectors are protected against dirt, dust or humidity by means of IP65/IP67 protection. Due to their 360° shielding, they are also immune to electromagnetic interference. The push-pull technology means that users can insert and remove the connectors easily. Nevertheless, a mechanical locking mechanism reliably prevents unintentional release of the connection. The series includes versions for Profinet and Ethernet as well as fiber optic versions for POF, GOF, and PCF fibers. All connectors are designed for conductor cross sections from 26 to 22 AWG. Both the straight and 45° angled versions are suitable for cable diameters up to 9.5 mm.


18.1 Global solutions in oil & gas


he Vanstone thermowell design allows for flexible applications at high process requirements and is suitable for both resistance and thermocouple temperature elements. The challenge for most companies is to balance the reduction of costs while increasing efficiency but at the same time ensuring the safety of their employees, equipment and the environment. Furthermore, companies in the Oil & Gas industry are required to maintain constant production, quality or even increase production, while the availability of resources are becoming scarce. Companies often prefer to use their own plant specific standard rather than prescribe to industry standards. Endress+Hauser adheres to various international standards but is also able to customise temperature elements and thermowells to customer specific application. In the Oil & Gas and petrochemical industries, the Vanstone thermowell design is established as a standard. Alternatively, Endress+Hauser together with the customer can design standardised temperature elements and thermowells as well as spare parts for specific customer applications. With these temperature elementss, customer’s stock is reduced by means of standardised components. For the Oil & Gas industry, the temperature elements, MLTTS00, based on a TR88 (modular temperature elements

with neck and threaded connection for installation in an existing thermowell) and the MLTTS01, based on the TR13 (temperature elements with neck, flange and thermowell) as well as new products such as the TMT82, (temperature transmitter with 2 input channels and HART® communications, SID) and the StrongSens can all be standardised for individual customers. As spare parts the MLTWS01 thermowell (manufactured from bar stock) and the known measurement inserts TS111 and TPC100 are used. The Vanstone design In demanding applications such as Oil & Gas and petrochemicals, high process pressures and temperatures in conjunction with large flow rates are common. Therefore the installed thermowells are subjected to high loads. Typically solid thermowells in forged design or with full penetration welded flanges are used.These are very expensive to manufacture, but by using the Vanstone concept enables significant cost reductions. The Vanstone type is a special thermowell concept, whereby the shaft and flange are not connected to each other. A part of the thermowell is formed as a collar, is clamped between two flanges in order to connect the thermowell into the process. Benefits of the TT511 Vanstone thermowell: • The thermowell and flange are

Flange type: Lap joint flange

Vanstone thermowell

not connected to each other, therefore they can be handled separately from each other • A stronger or cheaper flange material can be used (as long as it does not come into contact with the process medium) • Reuse of the flange, if the thermowell is replaced • Use of a standard collar flange • Reduced storage space for separate handling • Reduce spare parts holding

Multistage centrifugal pumps


EO’s ACm multistage centrifugal pumps can be used to transfer clean water or other liquids with similar physical and chemical properties as that of water, in temperatures not exceeding 40°C. The pumps are suitable for use in industrial and urban water supplies, irrigation, long-distance water transfer, HVAC, circulation and pressure boosting for cold and hot water and more. The robust pump has a cast iron body and support, both of which have been treated with an anti-rust substance, an AISI 304 shaft and a +8 m suction capability.The motor is C&U bearing with copper winding and has a built-in thermal protector for single phase type motors. It meets insulation class F and IPX4 protection requirements.

LEO is the first Chinese pump manufacturer to be listed on China’s stock exchange and has the only state-authorised technical centre for physical and chemical testing of pumps and garden tools. The company plays an important role in many critical fields such as civil water supply, agricultural irrigation, industrial water treatment, heating ventilation engineering, power station construction, petrochemical engineering, mining and more. LEO pumps are sold in over 140 countries and regions worldwide. LEO has grown into the largest small-sized water pump manufacturer in China.

• One flange can be used for a wide variety of thermowells thus reducing inventory costs The TT511 Vanstone thermowell completes our already extensive temperature portfolio. The suppliers now offer the entire measuring point consisting of thermowell, temperature elements and transmitter from their standard portfolio.


18.1 Ultrasonic sensors overcome obstacles


Intelligent electric valve actuator with compact profile and simplified digital controls

pplications in barrier systems In addition to the classic the area in which objects are often involve shock and jog mode where the vehicle detected—wider. vibration stress, as well as extreme reflects the sound and the sensor If the sensor is used in jog temperatures. calculates the distance between mode, the vehicle detection Challenging lighting itself and the vehicle, ultrasonic area must be reconfigured. In conditions, outdoor use, and the sensor mode can also be useful ultrasonic sensor mode, the varying colors of vehicles are no for this application. fixed reflector—e.g., a support problem for ultrasonic sensors. Use of ultrasonic sensor mode opposite—is programmed in Vehicle access to parking lots requires a fixed reflector opposite and the sensor can adjust how it and parking garages is controlled the sensor. functions accordingly. by barrier systems. The reference distance to the If there are multiple barriers in PR-2014-2466FA-ENG-Ultraschallsensoren++berwindenSchranken_Automation _Automation It is important that the barrier reflector is stored in the sensor. close proximity, e.g., in a modern does not lower while there is a If there is a vehicle in front of parking garage with multilane vehicle underneath. the reflector, the sound will be entrances and exits, sensors he200 lightweight and spaceUltrasonic sensors are ideally returned from a different distance can be synchronized one Pepperl+Fuchs GmbH with – Lilienthalstrasse – 68307 Mannheim, Germany saving EIM™ Model 500 electric suited to control this process. or, in some cases, no sound will be another. Please specify the following contact information when published: actuator couples proven valve These sensors detect objects reflected. This prevents crosstalk Tel.: +49 (0) 621 776-1111, fax: +49 (0)and 621 776-271111,, Editorial contact: Irmtraud Schmitt (tel: ...-1215, fax: ...-2505, automation technology with regardless of the type or color of This can happen if, for interference. the vehicle and monitor the entire example, the doors are opened If the sensor operates the enhanced electronics for reliable area underneath the barrier. and the sound is reflected away at barrier directly, a delay time and operations decision-making. The Main benefits an angle of less than 45°. averaging can be configured Model 500 builds on decades The benefits of ultrasound Both scenarios are assessed using the parameterization of electric actuator innovation while adding state-of-the-art technology are explained by the in the same way by the sensor in software. measuring type. ultrasonic sensor mode—there For safety reasons, the barrier electronic control technology Sound packages that are is an object between the sensor remains open for a while after the for use in rotary and linear valve inaudible to humans are emitted and the reflector, so the barrier vehicle has driven off before it applications. The TEC2 electronics provide the visibility, insight in short cycles and the reflected remains raised. lowers. echo is then received back. When installed outdoors, it is Ultrasonic sensors for a safe and reliable control needed for effective plant operation. The time taken for the sound particularly important to have a passage to pass between the emitter and high degree of protection. The way in which ultrasonic In today’s plant environment, the object is proportional to the Even if the sensor can be sensors work means that these getting timely information on distance between the emitter and built into the barrier, moisture sensors offer advantages that valve operation in process units is object—in this case, for example, combined with frost and make them suitable for use in the key to reducing costly downtime. The TEC2 electronics provides the side door of a vehicle. heat stress can damage an most diverse of applications. ready information on actuator This allows a microcontroller insufficiently protected _Automation sensor PR-2014-2466FA-ENG-Ultraschallsensoren++berwindenSchranken_Automation status and diagnostics that help to precisely determine the over the course of many years. operations avoid unscheduled distance of the vehicle. Ultrasonic sensors from maintenance.The Model 500, with Depending on the unit size, Pepperl+Fuchs are well protected its compact size, light weight and the distances can– range from a against external influences. Germany Pepperl+Fuchs GmbH Lilienthalstrasse 200these – 68307 Mannheim, advanced electronics, automates few centimeters up to 10 m. Products are subjected Please specify the following contact information when published: small valves used in tight piping in the pillar to extensive mechanical, Tel.: +49 (0)Hidden 621 776-1111, fax: +49 (0) 621 776-271111,, configurations and can be utilized ultrasonic canfax: climatic, and electromagnetic Editorial contact:The Irmtraud Schmitt sensors (tel: ...-1215, ...-2505, with a Remote Display Module for be installed in the barrier system compatibility tests before they difficult-to-observe applications. housing quickly and easily. are released. Ultrasonic sensors guarantee a safe With increased stem acceptance, Simple commissioning passage through barrier systems the Model 500 accommodates a For cubic housings like the They reliably detect all types wide variety of valve mounting Varikont L2 design, two screws are sufficient to mount the sensor and colors of vehicles that stop options. Maintenance and set-up in the barrier area, preventing are simplified with a non-intrusive on a support or a wall. The head with the ultrasonic the barrier from lowering and design that eliminates the need to open control compartments. surface can be adjusted in 90° damaging the vehicles. The extensive monitoring Model 500 actuators utilize increments in all directions. When mounting and aligning area of the sound beam means an open network control The compact design of the ultrasonic trailers, rear-mounted architecture allowing a wide the sensors, there must be that sensors in the Varikont L2 Series makes sufficient distance between the bicycle racks and motorcycles are range of topologies and protocols them ideally suited to be built into detected reliably. including Modbus, HART®, sensor and the floor. barrier systems Sensor operation is for Profibus, FOUNDATION™ Fieldbus, This is not always possible. In this scenario, tilting the most part unaffected by DeviceNet™ and Ethernet, to Typical designs are cylindrical integrate into existing or new M18 or M30 sensors or compact the sensor upward slightly or environmental influences. The robustness and flexibility communication networks. It cubic housings with rotating adjusting the sound beam helps PR-2014-2466FA-ENG-Ultraschallsensoren++berwindenSchranken_Automation to avoid the floor being detected. of ultrasonic sensors means also offers the convenience of sensor surfaces. Changes in temperature that they are proven to have a Bluetooth™ operation while To ensure that the task of detecting a vehicle in the barrier between winter and summer consistently high sensor quality maintaining an intrinsically-safe when used in barrier systems. capability. area is performed reliably, the must also be considered. At low temperatures, physical sensor can be deployed in factors make the sound beam— different operating modes.



18.1 New optical distance sensors


nnouncing the launch of SIKO’s new range of optical distance sensors; the LT5000; LA60 and LA170, whose technical specifications, like linearity and resolution, are comparable with those of wire-actuated transducers. Which is why SIKO has decided to integrate these new sensors into their existing LinearLine product range. As technology and handling of the optical distance sensors are different from the wire-actuated transducers, SIKO foresees the possibilities of using the new sensors for applications where the wire-actuated transducer

can only be used with difficulty or possibly not at all. Although the measuring principle is optical and the casing made of plastic, the standard values in regards to environmental conditions are more than acceptable with a IP67 protection class and a operating temperature of -20°C to +60°C. Applications for the optical distance sensors are: • measuring distances for which SIKO’s SG5 with 600mm wire is too large; • position measuring – eg. for storage/warehouse applications - where wireactuated transducers cannot be used due to mechanical wear resulting from continuous operation, and • for applications where wireactuated transducers, so far,

are only used as a compromis solution, as wire is too difficult to guide. SIKO’S LT5000, for large distances is a laser-based measuring system with transit time technique. This means that a position value can be captured on almost any reflective surface, up to a maximum distance of up to 5000mm. SIKO’s LT5000 is compact in size for measuring distances of up to 5.000 mm, easy to commission and handle and can claim IP67 / IP69K protection class. The LT5000 works in a standard temperature range of between -40°C and +60°C and has a output of 4..20 mA or 0 – 10 VDC. In addition, there is a freely programmable switched output and a highlyvisible laser light spot (laser class

1) for precise alignment and eye protection. SIKO’s LA60 and LA170 for the near zone, feature an optical measuring system with LED, based on the triangulation measuring principle, which means that within a range of 20...80mm – for the LA60 and 30…200mm for the LA170, the reflected beam of light (depending on the angle of irradiation) gives the corresponding position value. The LA60 and LA170 have all of the same features of the LT5000 and have a voltage output of 1 – 10 VDC, plus an additional two adjustable switching points. Accessories and various options of mounting angles and cable connections are available.

Expandable safety controller design is exceptionally flexible and intuitive


anner Engineering announces the XS26-2 expandable safety controller. With the capability to add up to eight expansion I/O modules, the XS26-2 platform was designed to easily adapt to diverse automation requirements and address a wide range of safeguarding applications. The base controller models have 26 input terminals, four terminals for two redundant safety PNP outputs and a USB connection for loading configurations. Base models are available with an optional on-board display or an embedded Ethernet IP/Modbus TCP capability for access to live I/O status and system diagnostics to assist in troubleshooting and commissioning. The safety controller’s complementary PC Graphical User Interface configuration software is simple, uncluttered and easy to navigate for configuring and documenting safety functions and assessing the status of connected input or output devices. The system configuration tool uses a function block diagram format that consists of pre-engineered and pre-tested safety function blocks, as well as a set of Boolean functions. As the function block configuration is created, a corresponding logic ladder reference diagram and a text-based summary are created. To meet requirements of diverse applications, the XS26-2 platform offers six I/O expansion module models with a variety of safety inputs, solid-state safety outputs and safety relay outputs. For efficient terminal use, the XS26-2 base controller and expansion modules allow a portion

of the safety inputs to be configured as outputs. During the configuration process, up to 64 virtual status registers are automatically populated with names of the input and output devices connected to the safety controller system. This enables remote access to the I/O device and system status information.


18.1 Enhanced distributed control system helps users improve efficiency and performance


eltaV™ v13 release helps users reduce capital cost and risk, improve operations performance, and provide stronger security to protect investments. New features focus on integration, advanced alarm management, and security with an overarching design that improves ease of use and minimizes the need for specialised expertise. The DCS is the system that brings all the disparate subsystems in a plant together for the operations team; however, integrating multiple data sources in process automation projects is traditionally costly and time consuming. DeltaV v13 delivers all new technologies to bring those sources together for easy operator access and use. These technologies include an Ethernet I/O card (EIOC) for added flexibility and capacity for integrating Ethernet-based subsystems and devices, including a direct interface with smart motor control centers and substations. Also, new technologies improve the factory acceptance testing (FAT) experience by providing enhanced safety instrumented system simulation capabilities and easy-to-use virtualisation environment.With v13, the new native support for discrete outputs over wireless provides opportunities to reduce project wiring and associated costs through wireless devices. Additionally, template-based FOUNDATION™ fieldbus device configuration improves commissioning by eliminating steps and decreasing errors. New function blocks and redundant, high-density I/O provide opportunities for even greater footprint savings and project efficiencies. Once a facility is up and running, operators have to be able to work effectively. One of their biggest challenges is to respond effectively to process upsets. The new DeltaV Alarm Mosaic has an intuitive alarm display that enables operators to more quickly identify, analyse, and respond correctly to the root cause of an abnormal process condition. Improvements in alarm-related

information and alarm audit tools offer a better understanding of the plant’s current state. The new DeltaV release also provides trend display optimisations for better visibility of process changes which also improves operator efficiency. Security is an ever-increasing concern across process facilities, and the DeltaV system was

built with security in mind, and complies with national and international standards. DeltaV v13 improves on security, with features including workstation hardening, extension of DeltaV smart switch technology above the area control network to ensure up-to-date and effective response to today’s evolving cyber security threats.In their effort to keep the

DeltaV system the easiest DCS on the market, the company also worked directly with existing users to discover how they can improve their effectiveness. Their input was invaluable in helping improve the user experience and resulted in a number of specific user-defined features.


18.1 Steam jackets for valve bodies Ultra-compact block I/O for company designs, analogue signals Alocal fabricates and tests its steam jackets to ANSI B16.34 - 1998. The steam jackets are designed to keep the valve body at a set temperature. A hot fluid such as steam, is circulated around the valve body keeping the fluid inside both warm and in a liquid state. The steam circulates in the annular space between the jacket and the vessel walls and allows heat to be transferred through the wall of the vessel. Mitech’s hub end Inline Globe Control valve body is used as a base and is modified to incorporate the steam jacket. Flange ends become integral, while the flange drilling incorporates blind tapped holes. All valves are pressure and leak tested before and after jacketing. There are numerous jacketing considerations, including flange

size, full or partial coverage, types and locations of heated medium connections, materials, bonnet jackets or additional heat coverage for specific areas.

World class level, pressure, flow and temperature solutions


he new product range from ACS-Control Systems in Germany introducse some fresh and dynamic solutions for level, pressure, temperature, flow and other automation applications. The PRECONT range of Pressure transmitters not only allow saving and reading of configuration data via Bluetooth, but also feature a full colour TFTLCD display, simulation of output and display values, onboard memory to log Over pressure, Under pressure, diagnostics and running hours. The interface is simple and user-friendly, while the full colour display has a preset of up to 6 different colours, with full brightness adjustment for energy

efficient applications. Standard features include a 4..20mA Output as well as four PNP outputs. For installation in less accessible or constricted areas, the display can be rotated 180˚ via the simple to use interface. The Precont TN10 also boast a high accuracy class of ≤ ±0,05% / ±0,1% / ±0,2% of the nominal measurement range with very high resolution analogue output, which makes for more precise process control. Its high quality stainless steel body makes it very durable and gives it a high resistance against chemical erosion and pressure blows.


urck has added several ultracompact Ethernet block I/O devices with four analogue inor outputs to its TBEN-S series. The analogue inputs of the Multiprotocol Ethernet modules can process four different types of input signal: besides voltage and current signals, it also processes PT100 signals from temperature sensors or millivolt signals, as are typically output by thermocouples or measuring bridges. This enables the user to respond flexibly to the particular input signal requirements in the field. The TBEN-S series enables applications that previously required three different block module types to be implemented with just one. The fully potted IP67 modules are slim with a width of only 32 mm and a short length of only

144 mm, and allow assembly directly on the machine. With their extended temperature range from -40 °C to +70 °C degrees, the devices are highly versatile in application. Despite the compact design every TBEN-S module can be operated without additional gateways in each of the three Ethernet systems Profinet, Modbus TCP or EtherNet/IP. Thanks to the Turck Multiprotocol technology used in this series, the devices recognize the protocol in use automatically by listening to communication during the startup phase. An integrated switch allows the use of the devices in a line topology. Besides the versions with four in- or outputs there are also six variants with digital inputs and outputs available.


18.1 LED website, designed to guide users in selecting the ideal lighting solution


anner Engineering announces the launch of its new lighting microsite, led.bannerengineering. com . Featuring Banner’s WLB32 Industrial LED light bar, the interactive microsite provides

LED technology education, tips and tools for facility managers, sustainability managers, design engineers and OEMs in planning their lighting project. With an easy-to-use interface, the LED microsite offers a streamlined design that informs users about the WLB32 technology, showcases application-specific examples of Banner’s LEDs in use and delivers tools and guides for planning a project. The microsite also includes an Ask an Expert function, which allows users to input exact information for a Banner expert to directly handle their application. The LED microsite was

designed to educate and speak to our customers’ unique application needs and interests. With useful information, quick-reference visuals and intuitive planning, this microsite serves as a valuable industry resource allowing customers to obtain all the information they need in one place. The WLB32 microsite offers a variety of benefits, including: • Exclusive planning tools, including a lux/lumen calculator to identify how much light is needed and cost of ownership calculator to maximize savings • Easy three-step guide to design

a lighting solution tailored to users’ exact needs • Success stories featuring the WLB32 in real-world examples • Immediate download of Banner’s educational Considerations for Lighting in a Manufacturing Environment white paper Banner’s WLB32 LED features high brightness with an even light output to eliminate glare. With an energy-efficient and flexible design, the WLB32 can easily adapt to diverse applications, while providing significant cost savings.

See what is going on! Capacitive sensor for more transparency


t last it is possible to integrate process values into the IT structure via an intelligent sensor interface and to achieve easier indication, analysis and evaluation. The new KG5065 capacitive sensors allow the application to become transparent, while the process value allows effective processing. At present, this additional advantage is unique and offers solutions, even for difficult applications. The capacitive sensors detect bulk materials or liquids through non-metallic vessel walls. Typical applications for product detection can be found in the semiconductor, paper and wood industries.

The parameters can be set either via the buttons on the sensor or via the IO-Link interface. This can be done using the USB interface E30396 or the E30398 memory plug. The LINERECORDER SENSOR software also simplifies the monitoring of different types of sensors.KG5065 allows easy parameter setting via IO-Link before installation of the sensor and versatile data processing via IO-Link. No additional cabling is necessary and the user has clear visible indication of the switching status. The sensor is easily installed with mounting adapters and cable ties.

Globe valve with membrane actuator adept at control tasks


he universally compatible GEMÜ 536 globe valve has a robust design and is reliable in operation. This valve was developed with a long service life and low maintenance requirements in mind. The GEMÜ 536 pneumatically operated 2/2way globe valve has a low maintenance membrane actuator which can be controlled by inert gaseous media. The valve plug is fixed to the spindle in such a way as to allow flexing during closure in order to ensure tight shut off. Steel and PTFE as well as a fibre

glass-reinforced PTFE version are available as seats. The valve spindle is sealed by a self-adjusting gland packing. This provides a lowmaintenance and reliable valve spindle seal even after an extended period of operation. The wiper ring which has also been introduced additionally protects the gland packing from contamination and damage.The customer has a choice between cast stainless steel 1.4408 or SG iron GGG40.3 (available from the beginning of 2015) for the material of the valve body.

A flange in accordance with EN 1092 or ANSI cl. 125/150 RF is available for the piping connection. A good flow rate and controllability is achieved due to the globe valve design. Standard regulating cages are used in the control valve design. Thanks to the high-quality design, GEMÜ 536 is also suitable for high operating temperatures and pressures. A version according to ATEX is also available as an option.


18.1 Real-time calculation and report output functions for improved work efficiency


nnouncing the development of an enhanced version of the GA10 data-logging software for the SMARTDAC+® data acquisition and control system. The GA10 software can collect, display, and record data from multiple data acquisition and recording devices and measuring instruments. GA10 release 2 comes with new optional real-time calculation and report output functions and features enhanced connectivity with host systems, thus helping customers improve their work efficiency and share information more effectively. Development Background GA10 is a PC based datalogging program that is used in the development and production processes in many different industries to collect, display, and record temperature, voltage, current, flow rate, pressure, and other types of data from instruments such as recorders, temperature controllers, and power meters. With this software, a system can be built to collect data from Yokogawa data acquisition and recording devices and measuring instruments as well as third-party devices that support the Modbus general-purpose industrial communications protocol. This eliminates the need for advanced, but expensive system solutions such as SCADA software and DCSs. GA10 is

widely used to construct systems for the monitoring and recording of data. This enhanced version of the GA10 software offers the following optional functions for customers who need not only to collect data from multiple sources but also display the results of calculations and quickly create reports from this data. Enhancements 1. Real-time calculation GA10 release 2 has a function that can perform calculations using data from multiple channels and display the results in real time. No special knowledge of computer programming is required: users need only to enter a formula for the calculation in a spreadsheet cell. One typical application is the development of household appliances such as air

conditioners, which requires the display of temperature readings from multiple locations. 2. Customized reports While the earlier version of the GA10 software can print tables containing data from multiple sources, GA10 release 2 can also print reports that contain graphs, text, and images. This function allows users to customize their reports for purposes such as filing to government authorities and reporting on product evaluation tests for their customers. To output these reports automatically, users need only to set the report format and time, thus greatly improving efficiency. 3. Improved connectivity with host systems For improved connectivity with other companies’ SCADA

Custom designed actuators


ocally manufactured Pneumatic Rotary Actuators can be utilised in many industrial, R&D, laboratory, production and quality inspection applications which require rotary motion. These pneumatic rotary actuators can handle small to medium size payloads with rotation up to 90° and can be mounted and operated in any direction. By using the actuators, productivity is improved and costs are reduced. The Pneumatic Rotary Actuators are custom designed and require little maintenance. They are available with either a double crank mechanism for modulating control or a scotch yoke mechanism for on / off duty. The actuators are field reversible from clockwise-to-close to clockwise-to-open. With their pneumatic piston design, the actuators are offered in large sizes and can be engineered and fitted to most valves up to a 250 000 Nm torque. By utilising a square drive, the actuators can be mounted perpendicular to or inline with the pipe work and the adjustable end stops can be externally adjusted in both the open and closed position to within 7º. The single spring design which is pre-stressed in a detachable pack make the actuator easy to assemble and disassemble. Pressure seals are all simple ‘O’ rings reducing maintenance costs.

systems and higher-level databases, GA10 release 2 supports the OPC-UA industrial communications protocol. As a result, a greater variety of host systems can now access data collected by plant facility monitoring systems that utilize data acquisition and recording devices and the GA10 release 2 software or which has been stored in databases using the GA10 release 2 software. Major Target Markets • Developers and manufacturers of household appliances, automobiles, semiconductors, alternative energy solutions, etc.; research institutes • Companies in the iron and steel, petrochemical, chemical, pulp and paper, food, pharmaceutical, water supply and wastewater treatment, electrical equipment/ electronics, and other industries that utilize monitoring equipment Applicable devices • Yokogawa recorders, data loggers, indicating controllers, temperature controllers, power monitors, and signal converters • Yokogawa Meters & Instruments power meters (some older models not supported) • Modbus instruments from other companies Christie.cronje@za.yokogawa. com


18.1 Precise analogue signals even where space is at a premium


he new PT/PU pressure sensors from ifm electronic have a thin film measuring cell directly welded with the process connection. This technology guarantees high accuracy in a very compact housing with only 19 mm across flats at a cost-optimised price/ performance ratio. The sensors generate a precise analogue signal (PT = 4…20 mA, PU = 0…10 V) and perform well in any environment. With an accuracy of < ± 0.5 % and a repeatability of < ± 0.05 %, they also respond quickly thanks to their response time of only 1 ms. For installation, the series has a compact and robust stainless steel housing and connection is easy thanks to an M12 connector.

Without a seal in the process connection the sensors can be used not only in hydraulic applications but also in inert gases. The laser labelling on the housing is also advantageous because it ensures the sensor can be identified even after use in such areas. Furthermore, the units are distinguished by high vibration and shock resistance as well as protection ratings of IP 67 or IP69K. Therefore they are suitable for universal use in almost all industrial areas. ifm offers a large portfolio of versions with different pressure and measuring ranges.

RTU and HART configuration suite for remote oil & gas field applications


penEnterprise™ Field Tools improves productivity by streamlining configuration and monitoring, helps improve personnel safety by eliminating unnecessary trips to the field. Field Tools is the world’s first Remote Terminal Unit (RTU) and HART configuration suite that enables local and remote configuration and real-time HART device monitoring in remote oil and gas applications such as wellhead automation, flow measurement, and tank overflow protection. The software suite streamlines servicing and maintenance of multiple RTU platforms and HART transmitters across remote sites, helping improve operations and field personnel safety. The new single software toolkit enables the configuration of Emerson’s family of Remote Terminal Units, flow computers and presets including products under the ROC™, FloBoss™, and ControlWave® brands. Additionally, OpenEnterprise Field Tools is a fully-functional HART communicator that supports configuration, troubleshooting, and maintenance of all wired HART and Wireless HART™ transmitters. Field Tools enables the seamless commissioning of HART devices by leveraging HART passthrough via Emerson RTUs and flow computers. HART pass-

through enables tunneling over complex SCADA infrastructures using native Emerson RTU communication protocols. Field Tools provides a unique, integrated, safe solution to complex remote device configuration challenges. Installation and field set-up time can now be streamlined by leveraging the single configuration tools suite across both RTUs and field devices. The field architecture eliminates the need for HART multiplexers as well as the complexity of Modbus data mapping.

Remote device configuration and monitoring has never been easier. Whether connected locally onsite (via serial connection) or remotely across thousands of miles (over IP connection), all HART devices are within reach. Devices that require field personnel attention are highlighted based on HART parameters such as battery voltage, device status and device diagnostics. Once a HART network has been commissioned, there is no longer the need for regular

maintenance site visits because Field Tools supports live-mode monitoring of all HART devices connected to an Emerson RTU or flow computer. Field Tools is universal software that supports HART devices released by the HART Foundation, Emerson and 3rd party manufacturers alike. Moreover, the list of Field Tools’ supported devices is extensible. Additional HART devices can be supported by adding their Device Descriptions (DDs).


18.1 Yokogawa reinforces local commitment in KZN


okogawa South Africa (Pty) Ltd celebrated the official opening of their office in Amanzimtoti, reinforcing its commitment to local customers in the KwaZulu-Natal region from sensor to enterprise integration.

The new office will complement Yokogawa’s existing sales, aftersales services and training capabilities in KZN. In accordance with Yokogawa South Africa’s localisation objectives and in recognition

of KZN’s importance as a regional hub in the sugar and petrochemical sectors, the main objectives of the new facility are: • to build sustainable partnerships with customers in the region and fully understand their requirements; • to offer solutions based on the customers’ needs; • to provide better, more effective, and speedier project services to customers; • to contribute to our customers’ business efficiency by reducing the cost of project execution and reducing the project execution cycle time, and • to offer local service and more responsive training programmes. Johan Louw, Managing Director of Yokogawa South Africa commented, “As a global leader in Industrial Automation, Yokogawa continues its relentless pursuit

of excellence and reaffirms its indisputable market position in KwaZulu-Natal. Yokogawa addresses customers’ concerns of efficiency, safety & security, availability and human reliability to ensure sustainable growth for our customers by helping them achieve operational excellence.” Louw continues, “As a customer centric organisation, we wish to achieve comprehensive and effective sales and services coverage, improving customer satisfaction across the KZN region. Yokogawa aims to create value together with our customers and help make our societies more sustainable. We always look for those contributions that only Yokogawa can make by leveraging our technical strengths.”

Flow/ no-flow detection of granular solids Flow/non flow detection Thanks to the filter function, the solids flow sensor detects only the falling material without interference from conveyor 1 or 2. Flow/no flow and block chute detection The receiver receives microwave beams from the solids flow sensor. When the beam is interrupted, the receiver will output a “blocked chute” signal. The operating distance between the Solids Flow Sensor and Receiver is up to 80 meters (Standard type) but may vary from sensor to sensor and it depends on the installation circumstances.


he MWS-DP-3 can also be used as a microwave transmitter in combination with a receiver in order to detect a blocked chute. Screening noise signals These units are equipped with a filter which eliminates unnecessary incoming Doppler signals such as signals from a vibrating pipe or conveyor – this improves the signal-to-noise ratio (SNR). Sensitivity margin indicator The receiver unit has indicators for the received power level and the sensitivity set point which allows for easy visual adjustment and maintenance of the sensor. The indicator clearly shows the effect filter screening. Application Example

If the MWS-SR-2receiver is used for this application, its channel function cannot be used.


18.1 Innovative stainless steel globe valve for controlling small volumes


he 566 stainless steel globe valve has a valve body in which the control mechanism is already integrated. In addition to a pneumatic actuator, there is also a manually operated version and a motorized version. By integrating the control mechanism into the valve body, it is possible to subsequently switch from a manual actuation type to an automated actuation type at any time. The particular advantage of this is that the components involved are located outside the medium-wetted area. This means that from the start, the plant operator enjoys a very high degree of flexibility with regard to potential changes to their operational processes. The medium-wetted part is separated from the control mechanism by an additional separating diaphragm. The diaphragm is available in EPDM or FPM materials. The investment casting, stainless steel valve body has a threaded socket and is available in the nominal sizes DN 8 to DN 15. The GEMÜ 566 valve was developed especially for controlling small volumes and provides a flow rate from 63 up to 2500 l/h. For all three actuation types, there are options for optical and electronic position feedback. The motorized version can also be equipped with a positioner. The same applies to the pneumatic actuator, for which a process controller is also available as an optional extra.

All-in-one PLC + HMI+ I/O - 4.3” touchscreen


he award-winning Vision controller series welcomes its newest member—the Vision430™. The beautiful, wide 4.3” builtin color touchscreen brings added value to any application that requires a compact PLC controller with onboard I/Os. The touchscreen and five function keys are housed in a flat fascia with an IP66/IP65/NEMA4X rating—a fine fit for the food and pharmaceutical industries. Each Vision430™model offers a unique onboard I/O configuration that can include digital, highspeed, and analog I/Os, including PT100/Thermocouple and weight/pressure measurement. Expansion modules enable local and remote I/O at distances of up to 1000 meters, making Vision430™ a cost-effective solution for applications up to 512 I/Os. Power features include 24 auto-tuned PID loops to control temperature, level, and pressure. Time-based and immediate interrupt support make Vision430™ a natural for ‘rapid response’ applications such as packaging machines. Built-in recipe capabilities are

supported by Data Tables, which store the parameters required to control a specific process. Data Tables also enable the controller to store data logs to micro-SD card. The micro-SD card also stores application back-ups, and allows complete PLC cloning. Communication options include Ethernet, cellular, and industrial protocols such as MODBUS, DF1 slave, BACnet, J1939, CANopen and more. In addition, the ‘Protocol’ utility allows Vision430™ to communicate via almost any ASCII protocol. The unit can be directly accessed via mini-USB programming port, and remotely accessed using GPRS/GSM/ CDMA and other IP networks for data acquisition and program download. Another major benefit is the ability to notify supervisors of critical information via e-mail and SMS, enabling real-time remote management. The machine operator communicates directly with the application via the resistive analog touchscreen—or remotely, via the free Remote Operator utility—

which displays data, color trend graphs, and attention-grabbing alarm screens. Display options are almost endless, with more than 1024 user-designed screens supported by 12 MB of memory for images and 1MB for fonts. OEMs and machine builders profit from intuitive, all-in-one VisiLogic software that enables rapid hardware configuration, PLC, and HMI application programming. VisiLogic includes a full library of Drag & Drop function blocks for complex automation control

tasks, such as PID, and a rich, FREE color library of industrial images. Vision430™ is backed by Unitronics standard policy of customer care, including FREE software and utilities, plus FREE personalized technical support. This combines with reduced overall system costs—minimized hardware requirements, saved cabinet space, and reduced PanelPLC –I/O wiring—to bring an excellent price-performance ratio.


18.1 New motor modules for even more production flexibility


ith new motor modules, the high flexibility of the eXtended Transport System (XTS) has been increased yet again. The straight and curved motor modules (180°) are supplemented by new variants with a radius of 22.5°. They make new track geometries possible, such as full circles, inside or outside curves, or squares with rounded corners. The range of applications can now be further extended, for example, by a flexible rotary indexing table and individual track layouts. The XTS linear transport system consists of modular linear motors with integrated power electronics and displacement measurement as well as 1 to n wireless movers and mechanical guide rails. The most diverse applications, geometries, lengths and radii can be implemented with these high performance components. The

AT2020-0250 motor modules (+22.5°, outside curve) and AT2025-0250 (-22.5°, inside curve) greatly expand the possibilities of the XTS system with regard to track layouts. With a combination of different radii and straight sections, the track layout can

be easily adapted to meet the broadest range of application requirements. Of course, matching guide rails are also available for the new motor modules. The XTS offers the possibility to change products and formats and to implement

small lot sizes in very little time, all without mechanical reconfiguration. Complex and expensive mechanical systems are replaced by flexible software functionalities. New areas of application which are possible with the new motor modules include: • Full circle with movers running around the outside • Full circle with movers running around the inside • Polygon, circle segments connected with straight sections • Step- and S-shaped track layouts • Rounded-off rectangle with a freely selectable size This results in a significant expansion in the range of XTS mechatronic system designs with regard to the application and the available installation space.

Compact and fanless quad-core box PC


he new Basicline 2000 box PCs for use in harsh industrial environments now offer powerful 3rd generation quad-core

processors (Bay Trail) in fanless housing. The devices can perform simple control and

communication tasks and collect data in the areas of machine building and systems manufacturing, building automation, traffic technology, and energy data transmission. The box PCs are also designed for maintenance-free, continuous 24-hour operation, even where there are high temperature, vibration, shock, and EMC requirements. The box PC uses the powerful quad-core Intel® Celeron™ N2930 processor (max. 2.16 GHz) from the Bay Trail generation with integrated Intel HD graphics processor. It can be used for a wide range of applications thanks to its numerous interfaces, which include 4 x USB, 2 x DisplayPort,

and 3 x COM. 2 x Gigabit Ethernet are also available, as is CFast, HDD or SSD mass storage. The RAM can be expanded by up to 8 GB DDR3. With a thermal design power (TDP) of 7.5 W, the box PC is particularly energy efficient. It is also designed for a temperature range of 0°C to +50°C and an input voltage of 24 V DC (+/-20%). Its compact design measuring 162 x 145 x 49 mm means it can be mounted directly on the DIN rail, thereby enabling it to be easily combined with other components from the Phoenix Contact product range to create a customer-focused system solution.

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Prei Instrumentation 23 RET Automation Controls OBC Temp-Tek 19 Valve & Automation 15 Vega Instruments OFC



Technology for tomorrow. Service for today. Values forever. Take advantage of our comprehensive technology and process know-how. We are committed to developing perfect solutions that integrate optimally into your procedures. Benefit from innovations that do take you further.




• Owing to their novel patented coil technology, sensors feature a switching distance that is upto 250% higher than that of conventional inductive sensors with a ferrite core. Make use of this outstanding performance to optimise your applications!

Partial embedding of non-flush sensors

•Non-flush sensors provide unique flexibility due to the integrated predamping protection function. The metal free mounting zones can be significantly reduced compared to conventional sensors with a ferrite core. Depending on the sensor type, upto 4-side embedding in metal at a reduced switching distance is possible.

Factor 1

• The innovative sensors set a new benchmark in metal detection. They are cabable of detecting materials such as iron, stainless steel, copper, aluminium and brass at the same high distance with the highest precision.

High magnetic field immunity

• sensors do not incorporate a ferrite core and are thus not susceptible to strong magnetic fields which occur in electric welding processes or near lifts or electrical furnaces.

A high level of EMC

• sensors not only fulfil the present standard EN50082-2, but also exceed the strict provisions of the EN61000-4-6, which will be an integral part of the proximity switch standard from 2006. sensors are optimally protected against conducted interference.

Recessed mounting of flush-mountable sensors

RET AUTOMATION CONTROLS (PTY) LTD TEL: 011 453 2468 FAX: 011 453 2406 Call us for the name and number of our distributor in your area T27

• When mounting the new sensors, only small metal-free zones have to be observed. For additional mechanical protection, they allow recessed mounting by half a turn of the thread - for absolute safety under all mounting conditiions!

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What's New in Processing Jan/Feb 2015  
What's New in Processing Jan/Feb 2015