Next generation secure terminal servers.

Legacy serial devices made network-ready for deployment on Industrial IP-based Ethernet LANs .

The next generation of RS-232/422/485 secure terminal servers, the NPort 6100-G2/6200-G2 Series has been developed by Moxa. The servers are in accordance with the cybersecurity best practices of IEC 62443-4-1. Because of their IEC 62443 certification, the new terminal servers provide reliable defense against cyberthreats when used to connect legacy serial devices to modern Ethernet TCP/IP networks. Deploying these terminal servers not only eliminate the expense of replacing serial field devices, such as sensors, actuators, HMIs, data loggers, and PLCs, but also helps enterprises avoid the time-consuming build-out of complex security solutions.

Legacy serial communications present significant security challenges to ICS as the protocols were devised before modern cyber threats existed. To address this issue, Moxa NPort 6100-G2/6200-G2 terminal servers support the TLS and SSH protocols that securely encrypt data before sending it over private or public networks. Support of SSL certificate signing by RSA-4096 / ECC-521 also heightens security against modern decryption attempts, while Secure Boot permits only firmware authorized by Moxa to run on the servers.

Consistent with the trend for smaller systems and easier setup, Moxa NPort 6100-G2/6200-G2 secure terminal servers support side-mount installation as an option, alongside desktop, DIN-rail or wall mounting choices. Two-sided LEDs are visually accessible in a variety of installation scenarios. In addition, software-configurable pull high/low resistors and a terminator function eliminate the need to open the chassis to adjust the pull high/low resistors or terminators, making it convenient to install serial devices at field sites. The NPort 6100-G2/6200-G2 Series also comes with a one-click log collection function to enable logging of data, which can provide the information that a technical support team needs to quickly troubleshoot system issues.

Moxa is offering NPort 6100-G2/6200-G2 secure terminal servers in four models with a choice of one or two serial ports, up to 2TB SD card support, and operating temperatures of either -10 to 60°C or -40 to 75° C.

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@Moxa_Europe  @OConnellPR #PAuto #Cybersecurity

Terminal Blocks with Slim Design and Safe Lever-action.

The immediate availability of the Anytek range of terminal blocks, junction modules and relay sockets has been announced by Inelco Hunter. They feature a slim design, and the standard terminal blocks offer an expansive choice of product solutions. A safe lever-action block is available for EV Chargers. Wire detection versions are available for HVAC applications, and other options include DIN Rail blocks.

The PCB Sockets series include pluggable terminal blocks with both screw- and spring-clamp plugs available. They can be configured into different combinations for simple maintenance and reliable connection.

The Spring Clamp System has two connection methods: spring-cage, and push-in spring. They feature anti-vibration, a simple wiring operation and slim, compact construction. The product design conforms with IEC/EN60998, IEC/EN60947-7-4, UL1059, CSA C2.22 No.158, and other international standards. The Spring Type for Plug series of lock-free screw plugs features anti-vibration, reliable clamping, easy wiring operation, and the wires can be quickly connected.

The Wire Protector series is an economical PCB terminal block range, mainly using 2P/3P as the base pole. These terminal blocks can be combined into any desired pole configuration to suit the requirements of the application. They have anti-vibration characteristics, offering a flexible and convenient connection mode. The terminal spacing ranges from 2.50mm to 10.16mm. The product design conforms with IEC/EN60998, IEC/EN60947-7-4, UL1059, CSA C2.22 No.158, and other international standards.

Inelco Hunter's in-depth engineering support ensures rapid implementation, speeding up the customer’s time-to-market, and Inelco Hunter's engineers will work with the SME engineers. This added-value support is at the core of Inelco Hunter’s philosophy, and has been for the last 30 years, setting them apart from the "stock and ship" distributors.

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@InelcoHunter @amphenol #PAuto #Industry

Industrial connectors for new market.

Anglia Components PLC has been appointed as the first British stocking distributor of Board to Wire, Wire to Wire, Board-In connectors and Terminals for Japan Automatic Machine Co. (J.A.M.) a leading manufacturer in the industrial sector.

Rebecca Oakley, Anglia,  Pete Johnson, J.A.M,
& David Pearson, Anglia.

Commenting on the partnership, Pete Johnson, EMEA Business Development Manager for the Connector Division of J.A.M., said, “The expansion of our Connectors into the UK presents an exciting time for us, and Anglia is the perfect distributor for our products in this important market. We’ve already been impressed by their outstanding relationships and commitment to meeting any challenge presented by their customers’ design needs. We’re looking forward to seeing the success of this partnership.”

David Pearson, Technical Director at Anglia, added, “We’re honoured to be selected as J.A.M’s first UK stocking distributor of its connector range. Bringing a product to a new market can be daunting for manufacturers, and we’re delighted to be trusted by J.A.M. with its UK distribution. Many of Anglia’s customers are seeking components for industrial applications and it’s great to broaden their options with even more products to choose from.”

Founded in 1932 and headquartered in Tokyo, J.A.M. is a leading manufacturer of electrical/electronic interconnect products, automatic wire and terminal processing machines, crimping presses and applicators, precision presses, precision vices and other related products. Today, J.A.M. has five manufacturing locations in Japan and three overseas in China, India and Thailand. As well industrial designs, its products serve the automotive, household appliance, gaming and electrical equipment markets.

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@angliaComponent @NapierPR #PAuto #Components #Britain

Terminal blocks provide any number of connection poles without special tools or fittings.

The new BTBH-H easy-stack product line of surface mount terminal blocks from IDEC Corporation are in a compact form factor with multiple amp ratings. These terminal blocks can be easily stacked together or ordered preassembled to meet the needs of any commercial or industrial application.

BTBH-H blocks are available in four different amp ratings—10A, 15A, 30A, and 50A—and can be ordered as individual components, or as complete assemblies by amp rating for 2 to 30 poles. The terminal blocks are assembled in a twist- and snap-together fashion, without the need for special tools, connecting rods, or DIN rails, resulting in a very low installation height. Users can easily add or remove terminals at any time, as required by specification changes or maintenance work. Terminal blocks with different current values can be combined for applications with different wire diameters, and these blocks are mountable to the surface of any electrical or control backpanel with standard M4 self-tapping screws.

These blocks use touch-down electrical terminals that have spring-loaded captive screws, ensuring screws do not get lost and reducing wiring time by making the screw head easily accessible. For maximum compatibility with any application, a pressure plate configuration accepts ring tongue, fork tongue, ferrules, or bare wire, and electrical connections are IP20 finger safe. Depending on applicable standards and terminal block size, the terminal blocks have an insulation rating of 600V or more, and can accept wires from 18- to 6-AWG. Multipole jumpers are available to simplify wiring of common connections for power distribution.

Accessories include end plates, marking strips, dust covers, and joint plates, so any number of terminal poles can be created. These components are UL and CSA certified, EN compliant (TÜV certified), and meet the UL standard FW2 for factory wiring and field wiring. The products are highly flame resistant, and comply with JIS C 8201-7-1 and NECA C 2811.

The surface mount terminal blocks provide users the choice for exactly what they need for any type of commercial or industrial application, and the product’s modularity enables inventory reduction because only individual parts must be stocked, rather than entire assemblies. This flexibility also increases environmentally friendly practices.

@IDECUSA #PAuto #Electrics

Connectors and terminals distribution agreed.

A distribution agreement for Britain has been announced by BEC Distribution with DEGSON the connector and terminal block manufacturer serving global markets. DEGSON’s wide range of products are an important addition to BEC's “Select” range of quality Alternative Passives, offering affordable, high-quality Alternatives to the major manufacturers.

Founded in 1990, DEGSON is accredited by both UL and VDE. It also has ISO9001, ISO14001, ISO80079-34, ISO/TS22163 and IATF16949 management System certification.

The terminal block product ranges are available on short lead times, offering a fast-turnaround Alternative to well-known manufacturers such as Phoenix Contact, Sauro, PTR, Euroclamp, Stelvio Kontek, and many others.

Products include pluggable terminal blocks, PCB terminal blocks, barrier terminal blocks, transformer terminal blocks. Screw and clamp fixing types are available.

Other product types include a wide range of circular connectors, including waterproof and high vibration resistant versions for harsh environments. Circular connector types include M Series, 7/8 connectors, servo connectors and many more.

BEC is also a franchised distributor of resistors, inductors, coils, chokes, power supplies, LAN Magnetics and Transforms.

@BECDistribution #Degson #Connectors #PAuto 

High-reliability terminal blocks.

BEC Distribution Ltd has announced the availability of a new range of high-reliability terminal blocks. They are part of their “BEC Select” range of quality Alternative Passives, offering affordable, high-quality Alternatives to the major manufacturers.

Like all the products in the BEC Select Range, very high reliability has been the goal, combining cost-effectiveness with high quality. The terminal blocks are available on short lead times, with many ex-stock, offering a fast-turnaround Alternative to well-known manufacturers such as Phoenix Contact, Sauro, PTR, Euroclamp, Stelvio Kontek, and many others.

The terminal blocks are designed and manufactured in accordance with major international standards using high-quality materials and innovative designs. The result is high-reliability, quality products providing excellent mechanical and electrical properties.

For example, the plastic bodies are made from a PA66 Polyamide V0 self-extinguishing plastic, conforming to GLOW WIRE standards. The result is a quality product providing excellent mechanical and electrical properties.

The soldering pins are made of copper alloy with tin plating over nickel plating to ensure reliable soldering even with the new lead free soldering system. The connecting clamp is also made of copper alloy with nickel plating, offering high corrosion resistance.

Products include single-deck, multi-deck, plug-in connectors and spring terminal blocks. DIN Rail versions are also offered - the design enables quick assembly onto DIN rails and the supports can be easily cut to size to suit the PCB layout. The supports are available in both green and black.

@BECDistribution #PAuto #Electronics

Compact and reliable signal, power, and grounding connectivity.

TheDP2.5SG sensor/actuator terminal block family has been announced by Dinkle International. These provide adaptable cable connectivity options for a variety of automation needs.

A modular design based around DP2.5SG terminal blocks—single-level pass-through type mountable on a standard DIN rail—provides flexible installation options for a variety of applications. Additional components are available to add easily recognizable color-coded distribution of positive (red) and negative (blue) power, and ground earth potential (green/yellow) connections as needed. An optional pluggable terminal block is available for even more convenient factory-to-field wiring installation.

The resulting assembly provides the advantage of compactly combining all signal connections for sensors and actuators requiring two-wire, three-wire, and four-wire installation, while saving up to 75% of panel space over traditional multi-terminal installations.

Contact materials are tin plated copper alloy, using push-in design (PID) for reliable wire terminations over an operating temperature range of -40 to +115 DegC. Exclusive PID connectivity enables tool-free insertion of solid wires, stranded wires, or ferrules, saving up to 60% of the wiring time compared to screw-based methods.

The signal terminal blocks carry a UL rating of 600V and 20A, accepting wires ranging from 26 to 12AWG; power distribution terminal blocks are rated for 300V and 10A, with wires ranging from 26 to 14AWG.

Each terminal block is 5.08mm wide, available individually or in preinstalled kits of 4, 8, 14, 18, and 24 poles. The components are UL recognized, ROHS and REACH compliant, and carry the CE marking.

All Dinkle connector products support the Industry 4.0 trend by helping users create solutions for connecting power, networking, and communications to support increasingly complex equipment and automation solutions in all types of environments.

#DinkleInternational #PAuto #Connectors #Industrie4

Fast & secure connections.

Cliff Electronics offer a wide range of Single-Pole Spring Terminals which provide simple, fast and reliable connection for a wide range of applications.

Dan Walker, General Sales Manager of Cliff Electronics, comments, “Single-pole spring terminals are used in a huge number of applications where fast, and often repeated, connections have to be made quickly and reliably. We can supply a range of mounting options to allow system designers and panel builders to find the best fit for their needs.”

Cliff Single-Pole Spring Terminals may be designed into professional and consumer audio systems, test and measurement instruments, power supplies, industrial equipment and pyrotechnic installations. Terminal spindles and mounting hardware are manufactured from high quality solid brass and nickel-plated. Plastic parts are moulded from tough glass reinforced nylon or polypropylene and mounting hardware is normally supplied unassembled

Three models are available featuring a spring in the top of the binding post for quick release and all are rated at 48V, 1A. The SPT1 has an M3 thread fitting and the SPT2 is mounted by a short M4 threaded stud and both are available in red or black. The SPT3 type features a long M4 thread fitting and may be ordered in red, black, blue, green, white and yellow. All types are designed to be screwed down on bare cable ends and can also accept a 4mm plug.

@proactivefleet #Cliff_Electronics #PAuto 

Efficient and consistent inventory management.

Honeywell has announced that its cloud-based Honeywell Enraf® Inventory Calculation Module (HEICM) has been integrated into Royal Vopak’s MyService Terminal Management System (TMS). Developed in cooperation with Royal Vopak, MyService is used at Vopak terminals to facilitate the safe, clean and efficient storage and handling of bulk liquid products and gases.

HEICM was developed using agile software development principles. It accurately calculates inventories and product movement quantities for a massive range of liquid products stored at the sites. All the calculations provided meet major international, recognized standards and publications, including those of American Society for Testing and Materials, American Petroleum Institute and Gas Processors Association.

“Integrating Honeywell's measurement modules with our bespoke MyService software is creating a competitive advantage for Vopak's services,” said Leo Brand, CIO Royal Vopak. “Honeywell’s legal metrology expertise and long experience providing compliant, accurate liquid stock accounting made it an ideal strategic partner for our digital transformation program.”

HEICM will enable Royal Vopak terminals to perform consistent and efficient terminal inventory calculations and compliance-related verifications, contributing to operational excellence.

“We’re pleased our work with Royal Vopak on the HEICM development resulted in a comprehensive calculation engine tailored for the terminal market,” said Rudi van der Kraats, Director Strategic Terminal Accounts Honeywell Process Solutions. “Software-driven, intelligent technologies such as HEICM are part of our strategy to provide a full terminal automation solution.”

Honeywell plans to make HEICM available to other terminal operating companies around the world for similar TMS integrations, as well as a stand-alone/cloud version which can be used by independent surveyors.

@HWusers @honeywell #PAuto 

Barrier terminal blocks.

The DKU series of screw type barrier terminal blocks, from Dinkle International, are typically used for power transmission in control panels and power distribution cabinets, and they have been upgraded for easier use with various types of cable lugs. They are particularly suitable for high vibration industrial applications, including transportation and railway.

Traditional designs for screw terminals required workers to entirely remove screws and washers when connecting ring-lugged wires, which is time-consuming and can lead to dropped and lost screws.

New DKU screw type terminal blocks use a spring-guided system where the screws are integrated and captive within the terminal enclosure. These screws can be backed out so that ring- or U-shaped cable lugs can be inserted, without the possibility of losing the screw. The housing also ensures proper alignment of the screw and lug. Connection screws are integrated with washers to deliver secure connectivity and vibration resistance, even in harsh environments. The screws and washers are made with zinc-plated steel to inhibit rust.

The DKU terminal housing is designed to enclose the screws and conductors, providing better protection for the user and equipment than traditional designs that lack a cover. DKU terminals are available in DIN rail and panel-mount configurations, and are offered with accessories to improve installation convenience, such as jumpers, marking labels, end caps, and end brackets.

DKU terminals are offered in five sizes ranging from 15A for M3 and 26-14AWG, up to 60A M5 20-6AWG, all rated for use up to 600V. They carry approvals from UL and cUL recognized, and and the materials are RoHS compliant.

#DinkleInternational #PAuto #Transportation

Terminal blocks.

The 0171 series of push-in-design (PID) terminal blocks are now available from Dinkle International.  These provide  high-reliability connections and clear indication of active circuits to assist with operations, maintenance, and troubleshooting.

Dependable electrical wire terminations are necessary for all types of commercial and industrial equipment and machinery. The 0171-series incorporates PID technology, improving upon traditional screw terminals in terms of performance, ease of use, and space efficiency. The consistent clamping tension of PID terminal blocks resists vibration-related connection failures far better than screw terminals, and wires are easily pushed-in, saving up to 75% of the wiring time compared with screw terminals.

Available in various form factors and sizes, the 0171-series terminal block housings are ultra-thin. A 10mm housing accommodates two rows of 1.5mm2 wire entry and a 12mm housing accommodates two rows of 2.5mm2 wire entry. Customization of housing colors, push buttons, and label printing are available to tailor the product to each application while providing clear circuit functionality identification.

Integral light pipes route the illumination from underlying device LEDs, ensuring clear visibility for users. This indication is useful to confirm normal operation and support troubleshooting efforts.

The 0171-series terminal blocks are rated at 300V in various ampacities depending on model. They carry approvals from UL, cUL, and CE, and the material used for manufacturing is compliant with RoHS. 

#DinkleInternational #PAuto 

25 year bus terminal advances.

The electronic terminal block is a foundational component and global standard in automation technology

Beckhoff's Bus Terminal combined fieldbus technology with the proven terminal block principle for the first time 25 years ago. It may be said to have revolutionised the automation technology of the time. The final result was developed together with Wago Kontakttechnik. The modular and open I/O system for space-saving, customizable and highly flexible configurations was then presented at the Hannover Messe trade fair in 1995.

Beckhoff continued the advancement of the existing block module concept for the electronic terminal block. In itself, this significantly reduced cabling requirements for I/O installations. However, the new Bus Terminal concept went one step further: The aim was to replace the traditional modular terminal block with an electronic version. When developing this innovation, Beckhoff drew on its many years of automation experience together with its specific expertise in fieldbus technology, communication technology, control cabinet construction and the development of industrial hardware and software. Thus, the process not only developed the complete hardware, software and K-Bus communication for the terminal system, but also a complete product family with Bus Couplers as well as Signal and System Terminals. The result was a fieldbus-independent, highly modular I/O system.

Following the introduction of the Bus Terminal in 1995, this technology quickly went on to become a worldwide and universally accepted automation standard. This applies, in particular, to Beckhoff’s system concept: 25 years of development and application experience are reflected in the broadest I/O portfolio on the market. Bus and EtherCAT Terminal technology is used today in an extremely wide range of applications, from machine automation to Ethernet-based building automation and process technology. Contributing to this success has been both continuous development and close cooperation with customers, which has often given rise to new product ideas and developments. 

This successful collaboration has resulted in today's comprehensive IP20 and IP67 I/O portfolio from Beckhoff, which is still based on the original Bus Terminal idea.

@beckhoff @BeckhoffUSA #PAuto #Fieldbus

IIoT and terminal automation.

New market research on Terminal Automation Systems from ARC Advisory reveals that today’s terminal applications are expected to handle increased volume, higher flexibility, and greater capacity.  Terminal operations should streamline their business processes to stay competitive and retain profitability by leveraging the new technologies.

“In many cases, terminal operators have very little real-time visibility into what equipment is running without predictive activities. Industrial IoT solutions play a highly important role for digital transformation of tank farm management.  More modern terminal automation systems are being upgraded or reconfigured to support Industrial IoT-enabled connectivity and applications, including predictive maintenance,” according to Rex Sun, Analyst at ARC Advisory Group and key author of this report.

In addition to providing specific market data and industry trends, this market research also identifies and positions the leading suppliers to this market and provides and summarizes their relevant offering. 

This ARC research explores current and historical market performance and related technology and business trends, identifies leading technology suppliers, and provides five-year global forecasts for the terminal automation systems market.  This new research is based on ARC’s industry-leading market research database, extensive primary and secondary research, and proprietary economic modelling techniques.  The research includes competitive analysis, plus five-year market forecasts by primary business focus, revenue categories, sales channels, customers, and world region.

This new research is available in a variety of formats to meet the specific research and budgetary requirements of a wide variety of organizations. 

#Pauto @arc_advisory

Politically correct automation terminology!

Political correctness has reached technical terminology a recent communication from CiA's Holger Zeltwanger reminds us. For many years, terms multi/master, black/white listing, and male/female connectors have been used. Plug substitutes male and socket is used instead of female. So far, so good. Can in Automation (CiA) has already cleaned up its specifications regarding connectors.

Controller Area Network (CAN) has been categorized as multi-master approach since its introduction in 1986. To be more precise, it is a publisher/consumer system. Each node is allowed to transmit at any time data or remote frames. Depending on the frame priority, it gets bus access sooner or later. This means, we do not need the term master for the CAN data link layer description. This is true for all three CAN protocol generations: Classical CAN, CAN FD, and CAN XL.

CAN-based higher-layer protocols such as CANopen introduce a master/slave behavior for NMT (network management) services, for example. In electronics and software technology, the term master/slave is used frequently. It describes a model of asymmetric communication or control, in which one device or process (the master) controls one or more other devices or processes (the slaves) and serves as their communication hub. In some systems a master is selected from a group of eligible devices, with the other devices acting in the role of slaves. Since 1976, the master/slave term has been used in more than 67 000 U.S. patents. Now, we are looking for a politically correct term. There are many proposals hanging around: primary/secondary, leader/follower, parent/child, etc. (In passing, he comments that the term leader should not be translated into German!)  Perhaps captain/steward might be added to the proposals indicating the command hierarchy on ships and in aircrafts.

"CiA has not used frequently black/white listing. The proposed term deny/allow lists seems to me acceptable."

Of course, there are more political correct options. "Only one should be used in the CAN, says Zeltwanger, "and proposals and suggestions are welcome."

@CANopen #PAuto 

Plug-In Easy-Test Terminal Blocks.

New disconnect terminal blocks implement plug-in technology, safe design, and space savings with testing capabilities for use in CT and VT secondary circuits.

Dinkle International has announced the availability of its DPT DIN rail disconnect terminal blocks to provide efficient, safe disconnect and testing of current transformer (CT) and voltage transformer (VT) circuits.

CTs and VTs isolate a primary power feed from a secondary circuit, permit grounding of the secondary circuit, and step-down the current or voltage to an appropriate level for measurement. Terminal blocks are then used as the termination points for instrument loops on the secondary circuit.

Panel builders have traditionally incorporated barrier-type terminal blocks in CT circuits—but these are challenging to access, require proper tools, and take time for backplane mounting and screw-down wire terminations. Additionally, there is always the danger of under-torqueing and loose wiring connections, or over-torqueing and stripped screw threads.

Dinkle’s DPT DIN rail series terminal blocks address these issues by providing easier access, DIN rail mounting with no tools required, and push-in design to ensure secure wiring connection while reducing time and tools required for termination.

The DPTD6 model block also provides direct-testing technology, enabling a user to test the circuit current without undoing any wired connections. To perform direct-test for a single or three-phase circuit, the user switches a lever on the terminal block to disconnect a de-energized circuit. The user then places a current-measuring device across the block at its test points using either 4mm test probes or securely fastened 2.3mm test plugs. The DPTL6 model version is similar to the DPTD6 but without a disconnect lever for testing.

Both blocks are UL rated up to 30 amps at 600 VAC. The blocks are DIN rail mountable and measure 8mm in width by 103.2mm in height by 50-57.5mm in depth (depending on DIN rail depth), allowing for easier installation and space saving compared with traditional barrier-type terminal blocks.

These push-in style blocks accommodate wire sizes from AWG20 to AWG8, and also feature plug-in slots for bridges (jumpers), providing reliable continuity between any combination of blocks on the same DIN rail. They are completely touch-safe—back of hand and finger protection—and operate at temperatures from -40°C (-40°F) to 120°C (248°F).

Users can employ these DPT series blocks to safely disconnect secondary circuits between measuring instruments and safety equipment in CT shorting and other applications. A safe disconnect can be achieved by placing the block in front of the measurement instrument.

#PAuto #Dinkle

Terminal management.

Integrated solution combines logistics management and distributed control systems to drive greater uptime and reduce operating costs to help Britain’s largest bitumen operation achieve Top Quartile performance

Eastham Refinery Ltd., located on the Wirral Peninsula near Liverpool in England, selected Emerson to design and implement its terminal automation system to cost-effectively enhance system reliability and availability for bitumen loading operations at the refinery’s Eastham Terminal.

The scalable, enterprise-level midstream logistics management solution based on Emerson’s TerminalManager™ software and DeltaV™ distributed control system (DCS) is helping the terminal achieve its goals of digitally transforming its operations and accelerating on a path toward Top Quartile performance, achieving operational and capital performance within the top 25 percent of peer companies.

“We have transformed how we operate with Emerson’s solution,” said Doug Watt, senior process engineer of Eastham Refinery Ltd. “Our previous system resulted in many operator interventions on a daily basis. Today, there are practically zero interventions due to the reliability of our new system, leading to a significant reduction in downtime and maintenance costs. The accuracy and performance of Emerson’s solution have also helped us maximise tanker load quantities and minimise the potential for safety incidents. As a result, loading delays that were commonplace are no longer a burden and our customer service levels have significantly improved.”

“Operational challenges are common in terminals and lead to losses in productivity and profitability,” said Pedro D’Ascola, vice president and general manager for remote automation technologies at Emerson. “Addressing critical system and asset availability issues requires modernisation, and our integrated solution is enabling optimisation at the Eastham site. Operators can now access real-time inventory levels and other operational data on demand to minimise costly errors and delays.”

Eastham Terminal is an example of how Emerson helps customers identify operational challenges to develop a highly effective automation strategy that can lead to Top Quartile performance. By performing in the top 25 percent of their peers, terminals can improve shareholder value through asset optimisation and greater operational efficiencies.

Emerson’s terminal automation solution for Eastham Terminal includes TerminalManager software for management of terminal operations and commercial activities and the DeltaV DCS for accurate blending control and movement.

@EMR_Automation  #Pauto @Emerson_News @HHC_Lewis 

Quick release terminals.

JPR Electronics offers a wide range of quick-release terminals manufactured by market leading connector manufacturer Schützinger. Since the launch of their first quick-release terminal an entire product family has emerged and successfully established itself in the market. Quick-release terminals provide the ideal connection in any situation where a safe and rapid connection must be created quickly between a conductor or cable and another device.

Paul Raynor, Director of JPR Electronics, comments, “Schützinger quick release terminals are particularly suitable for quick connection and testing of electronic products and electrical appliances as they come off the end of production lines. They can be used for both functional testing and burn-in if required.”

Typical applications for quick release terminals include instrumentation, burn-in, test and repair bays or any test applications in which cables, conductors or electrical devices need to undergo functional testing.

Wires are connected to the terminals by pressing on the head of the terminal post and inserting them between the connection jaws where the strong internal compression spring guarantees good contact. Versions are available with 2 apertures as well as shock-proof versions for applications operating above protective low voltage levels. Quick release Kelvin four-wire terminals are also available allowing measurements to be made without errors caused by transition resistance of the measuring leads and any thermovoltages.

Schützinger quick release terminals are rated from 5A to 16A can accommodate panel thicknesses from 0.8 to 7mm and are available with options of termination safety shield and 4mm plug connection for converting existing terminals to quick release. Standard colours are blue, green, yellow, grey, brown, white, purple and green-yellow.

In addition to the wide range of standard quick release terminals JPR can supply customised Schützinger products. Custom options include reduction of the spring force for frequent use with low electrical load, increased spring force for higher electrical loads, additional colours and colour combinations for casing and button, customised connection types and alternative typeface or customer logo.

Other Schützinger products available from JPR include a wide range of 2mm and 4mm terminal posts, safety sockets and plugs including stackable variants, standard and safety crocodile clips, packaged 2mm and 4mm test lead sets and a comprehensive multimeter test lead and probe kit.

@Jprelec #PAuto 

Electrical cable terminals.

A new range of high quality, low cost terminals is now available from Essentra Components as part of their new Electrical Catalogue listing. High conductivity and long life crimp joints are quickly formed using a crimping tool on both uninsulated or polyamide insulated options listed. Available styles include spade terminals and cord end terminals in sizes from 1.3mm to 8.5mm core dia.

Applications include electrical installation, domestic appliances, heating industry, automotive industry, cabinet and panel building where ensuring a complete and secure connection is essential.

Essentra Components cable terminals for manufacturers and contractors are part of their one-stop-shop, fast delivery from stock service – and may be evaluated for production/installation with free samples on request.

@kelvindale_caps #PAuto 

Pluggable Terminal Blocks.

Dinkle International's pluggable terminal blocks are a series of products with a unique push-in-design for connecting wires to the terminal blocks.

A pluggable terminal block is composed of a plug and a mating socket. The socket is usually attached to a printed circuit board through pins. The plug fits into the socket, and the wires connect to the socket via their patented push-in-design. This design improves upon traditional screw terminals in terms of efficiency, ease of use and space savings.

Screw terminals take time to tighten properly, and there is always the danger of under torqueing and loose connections, or over torqueing and stripped screw threads. By contrast, wires connected using Dinkle’s push-in-design technology assure a secure connection, with about 75% less time required per wire installation.

Connecting a solid wire with push-in-design takes only 3.6 seconds, compared to 13.5 seconds for a screw connection. A flexible wire takes just 4.1 seconds to connect, while a screw terminal takes 14.4 seconds. A flexible wired with a ferrule takes only 3.7 seconds to connect, compared to 13.2 seconds for a screw terminal.

Pluggable terminal blocks are available in a wide variety of sizes and ratings. Pitch varies from 2.54-6.35 mm, with wire ranges from 30-16 to 24-12 AWG. Current ratings are 5-8 amps at 150 Vac, 8-16 amps at 300 Vac, and 20 amps at 600 Vac. Connection methods are V-type spring (not patented), or patented S-Cage single, double and rail type. Value-added customization services include label printing, and supplying blocks in assorted color combinations.

An LED at each connection point is on when current is flowing through the wire, with LED light pipes integral to the terminal block assemblies used to ensure each LED is clearly visible. This indication provides quick visual confirmation of active connections and is very useful for troubleshooting.

Mini type pluggable terminal blocks include the 0225, 0226 and 0227 series. The 0225 series has an ultra-thin housing with a 7mm height, able to accommodate a broad cross section of 1.5 mm² wire. Various selections of mounting methods contribute to a vibration-proof, secure connection. These terminal blocks are well suited to installation within PLCs, I/O modules, signal panels, etc.

The series 150 pluggable terminal blocks are rated at 16 amps at 300 Vac and 20 amps at 600 Vac. These high-current terminal blocks are resistant to elevated levels of vibration, with a stopper mechanism to avoid overloading. An innovative smart clip facilitates quick plugging and unplugging. The terminal blocks have an ultra-mini housing with a height of 13.80mm. Typical application include motion control components such as servo and stepper drives and amplifiers.

The series 0181, 0156 and 0159 pluggable terminal blocks have a bi-level compact structure to provide space saving and cost effectiveness. The 0156 and 0159 series provide for different printed circuit board layouts to fulfill various market demands and applications. Assorted options of plugging/unplugging methods are available including lock & release, smart clip and screw flange.

 #Dinkle #PAuto

High-density multi-conductor terminal blocks.

Phoenix Contact has introduced their PT 2,5/S-QUATTRO terminal blocks. These four-position terminal blocks occupy the same amount of space as the company’s two-position terminal blocks. This allows for a high wiring density without sacrificing space across the DIN rail.

Up to four 12 AWG conductors can be connected in one feed-through terminal block. The terminal
blocks feature Phoenix Contact’s push-in connection technology, for quick, tool-free wiring of the
pre-assembled conductors. Ground terminals are also available in the same shape.

These multi-conductor terminal blocks also have a double function shaft for easy potential
distribution with plug-in bridges and large-surface marking options. Each current path can be
individually tested for the terminal blocks.

As part of Phoenix Contact’s CLIPLINE complete terminal block system, the PT 2,5/S QUATTRO
accepts standard accessories and marking products, which can reduce inventory costs.

@PhoenixContact #PAuto