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MG America Named Exclusive North American Distributor for Two Prominent Pharma Equipment Manufacturers

Industrial Machinery Digest — Thu, 20 Feb 2025 17:03:10 +0000

MG America, the U.S. subsidiary of MG2 of Bologna, Italy and a leading supplier of processing and packaging equipment, has become the exclusive North American distributor for two prominent Italy-based manufacturers of pharmaceutical equipment solutions. The new partnerships, both of which are effective immediately, further bolster MG America’s leadership status for its two main equipment categories: processing and packaging.

On the processing side, MG America now represents Last Technology, a specialist in clean pharma production practices whose portfolio includes sophisticated equipment for washing, disinfection, sterilization, depyrogenation and drying, among other categories. Offering cGLP modules for lab/R&D phases and cGMP machinery for full-scale commercialization, Last Technology’s solutions are well-regarded for their modular design, compactness, minimized consumption of utilities, and intuitive, user-friendly operations – particularly valuable considering current labor shortages.

In the packaging sphere, MG America now handles all North American sales and service initiatives for FamarTec, whose equipment range includes solutions for both primary and secondary packaging. For primary packaging applications, FamarTec is best known for its portfolio of blister packaging and thermoforming machines. Further downstream, the company supplies premium cartoners and case packers that, when combined with blistering or thermoforming units, form comprehensive production lines for blistered oral solid dose products and trayed syringes and vials.

For both Last Technology and FamarTec, partnering with MG America ensures substantially raised visibility and viability throughout the North American marketplace. In addition to regional sales representatives specializing in key geographies, MG America has a reputation for expedient, exemplary post-sales service that helps keep its customers’ equipment at peak performance levels.

“The premium equipment supplied by both Last Technology and FamarTec broaden and complement our existing portfolio of machinery solutions,” said Claudio Radossi, President of MG America. “Our customers will benefit from an even greater selection of state-of-the-art processing and packaging equipment, while we provide Last Technology and FamarTec with increased presence and region-specific sales and service expertise.”

About MG America

MG America is a subsidiary of MG2 of Bologna Italy, a company that was founded in 1966 and today is one of the world’s three leading manufacturers of capsule filling equipment. MG America is a leading supplier of an innovative family of precision-crafted processing and packaging machinery that includes capsule fillers, material handling and sterilization technologies, primary packaging equipment, secondary packaging equipment, checkweighing/weight control systems, tablet & capsule inspection, and line integration solutions.

From sales, field service and spare parts to machine trials and local service/support representation, MG America offers a true “Partnership for Success.” MG America is located at 31 Kulick Road, Fairfield, NJ 07004. For more information, call (973) 808-8185 or visitwww.mgamerica.com.

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Russelectric, A Siemens Business, Highlights System Control Upgrades for Critical Power Equipment

Industrial Machinery Digest — Wed, 06 Nov 2024 22:03:48 +0000

Russelectric, A Siemens Business, a leading manufacturer of power control systems and automatic transfer switches, highlights its system control upgrades for critical power equipment for enhanced reliability, operational control, and ease-of-maintenance. These upgrades are a cost-effective alternative to equipment replacement. By upgrading, customers can experience improved performance and capabilities, updated systems with the latest technology, and a prolonged lifespan for their mission-critical equipment.

Additionally, maintenance requirements are decreased, and serviceability is improved. Russelectric Field Engineers conduct these upgrades, ensuring professional and efficient service. All work is backed by the Russelectric warranty, providing customers with added assurance. These upgrades are completed in a fraction of the time compared to full equipment replacement, offering customers swift improvements without prolonged downtime.

ATS Upgrades

Russelectric offers upgrades to automatic transfer switch/bypass isolation switch control systems during a scheduled shutdown to enhance switch operating accuracy and functionality. Control, monitoring, and communication protocols are upgraded to eliminate concerns about legacy component availability.

Operator Interface Technology and Communications

Upgrade to the latest operator interface technology and communications equipment to significantly enhance system monitoring capabilities. Russelectric will provide detailed information on the current system status through a dynamic one-line graphical interface, along with complete alarm and event history for a quick problem response. In addition, optional TJC (The Joint Commission) reporting and optional remote system access are offered by Russelectric.

PLC Upgrades

Many existing systems utilize legacy or soon-to-be obsolete PLC architecture. Russelectric will upgrade control systems to the latest technology with minimal program changes to improve performance and accommodate advanced communications. Most upgrades can be completed without interrupting critical loads or operational changes, with drop-in replacements available.

Breaker Upgrade Solutions

Russelectric will replace obsolete/unsupported vintage power breakers and accessories with new OEM-supplied replacements adapted for form, fit, and function to improve overcurrent selectivity. Updating circuit breakers enables the utilization of new options and accessories such as arc reduction modes and Zone Selective Interlocking (ZSI), while eliminating concerns about parts availability for circuit breaker repairs. Upgrades are available for various circuit breaker manufacturers.

For more information visit Field Services & Aftermarket – Siemens USA.

About Russelectric

Founded in 1955, Russelectric®, A Siemens Business, provides high-integrity power control solutions for mission critical applications in the healthcare, information technology, telecommunication, water treatment, and renewable energy markets. The company maintains vertically-integrated manufacturing facilities in Massachusetts and Oklahoma, where it designs and builds a full line of automatic transfer switches, switchgear, and controls. Russelectric products carry the longest and most comprehensive warranty in the industry and are backed by a team of expert factory-direct field service engineers.

To learn more about Russelectric products and the company’s commitment to customer satisfaction, visit www.russelectric.com, call (781) 749-6000, or email info@russelectric.com.

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Davi to Feature e-POWER Fully Electric Steel Plate Roll Machine at FABTECH 2024

Industrial Machinery Digest — Tue, 01 Oct 2024 19:38:55 +0000

With sights set on revolutionizing the steel plate rolling industry, Davi Inc. will feature its fully electric e-POWER plate roll machine in booth #S20151 at this year’s FABTECH show, October 15-17 in Orlando. e-POWER embodies the highest levels of precision, productivity, ease of maintenance and energy efficiency all within a quiet, compact machine that ensures hassle-free installation.

“In terms of electric plate rolls in the rolling market future, e-POWER is the epitome of Davi’s commitment to innovation and cutting-edge technology,” said Alessandro Soffritti, president and chief executive officer of Davi, Inc. “It is a direct result of Davi’s dedicated research and development department’s capability to design new products that push the boundaries of performance.”

When it comes to power and precision, there is no compromising with e-POWER. Because it is electric, the machine achieves a positioning accuracy of five hundredths. This is compared to the typical one-tenth precision normally offered. With such precise control and positioning, the machine ensures repeatable and reliable results for a variety of applications, delivering exceptional quality and accuracy in the end product.

For increased productivity, e-POWER’s smooth and simultaneous movement across multiple axes allows the machine to execute multiple tasks concurrently, saving valuable time and effort. This capability overcomes the limitations of traditional methods for a more streamlined and efficient workflow and higher output.

Service and maintenance are greatly simplified with e-POWER. Maintenance tasks are cleaner and more straightforward, thanks to the system’s single actuator component. Instead of having to disassemble the actuator, users can easily replace it and ship the actuator back to Davi for rebuilding. This streamlined approach means that even a licensed electrician can handle the replacement, eliminating the need for a specialized technician in certain phases.

With its innovative design, e-POWER also minimizes the need for interventions and eliminates points of leakage commonly found in traditional machines, which translates into improved reliability and decreased downtime.

The absence of hydraulic control units significantly contributes to e-POWER’s small footprint and makes it more space-efficient to conserve valuable production floor space. The compact design of e-POWER also makes for easy integration into various production settings. By reducing the number of components, the installation process is simple and less time-consuming, thus, minimizing any potential disruptions to daily operations or routines.

With its advanced technology, e-POWER provides not only superior performance but also significantly reduces energy consumption. As an intelligent system, e-POWER utilizes energy only when necessary, much like the efficient start-stop function commonly found in automobiles. This innovative approach to energy management proves to be particularly advantageous in plate rolling processes where there are frequent idle times during the operation.

In today’s rapidly evolving market where sustainability and energy efficiency are paramount, e-POWER electric plate rolls from Davi are at the forefront of innovation. Such machines significantly reduce carbon emissions and contribute to a greener future. The use of electric equipment in machinery aligns with global efforts to combat climate change and promote sustainable practices across industries.

The e-POWER electric plate roll’s additional benefits include quieter operation, reduced noise pollution on the production floor and an enhanced working environment for operators. Electric motors also require less maintenance resulting in lower operational costs and increased uptime.

Another notable advantage of electric plate rolls is their versatility. Machines like e-POWER are equipped with advanced control systems that enable operators to program and automate various rolling parameters, including speed, pressure and bending angles. This flexibility not only improves efficiency but also allows for greater customization and precision in manufacturing processes.

“We introduced a paradigm shifting machine,” Soffritti says. “Our team looks forward to putting e-POWER to work for manufacturers and job shops throughout the U.S.”

About Davi

Davi is the largest global manufacturer of heavy duty plate, angle and patented wind energy rolling machines. Founded in 1966 and headquartered in Italy’s advanced technology corridor, Davi’s portfolio includes 3 and 4-roll plate roll machines, the industry’s widest range of heavy duty angle rolling machines and high productivity 4-roll and robotic lines. Davi technology is used by global leaders in a variety of industry applications, including aerospace, earth moving, oil and gas, shipbuilding and tank trailer. Over 300 of Davi’s high-productivity wind energy machines are installed worldwide to produce towers, foundations, tripods monopiles and transition pieces. Known for its exceptional customer support and quick, on-time delivery, Davi serves its North American customers through its U.S. headquarters in Addison, Texas, logistics center in Phoenix, Arizona and nationwide network of trusted distributors.

For more information on Davi and Davi, Inc., visit their website.

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Forging Ahead: Worldwide Demand for Forged Parts Spurs Drive to Rebuild Equipment

Industrial Machinery Digest — Tue, 16 Jul 2024 12:45:43 +0000

The global demand for forged parts continues to rise, driven by growth in industries such as automotive, aerospace, and heavy machinery. This surge has prompted manufacturers to rebuild and upgrade their forging equipment to meet the increasing demand for high-quality forged components. Rebuilding existing equipment offers a cost-effective solution to enhance production capabilities and extend the life of forging machinery.

Forging is a critical process in manufacturing, involving the shaping of metal using localized compressive forces. The resulting forged parts are known for their strength, durability, and reliability, making them essential in high-stress applications. However, the intense nature of the forging process can lead to significant wear and tear on equipment, necessitating regular maintenance and occasional rebuilds to maintain optimal performance.

Rebuilding forging equipment involves disassembling the machinery, inspecting and replacing worn components, and upgrading systems to incorporate the latest technologies. This process not only restores the equipment to its original specifications but can also improve efficiency and productivity. Upgraded controls, enhanced automation, and better materials handling systems are among the improvements that can be made during a rebuild, resulting in more consistent and higher-quality output.

Manufacturers are increasingly investing in advanced technologies to optimize their forging processes. For instance, integrating computerized control systems can provide precise monitoring and adjustments, ensuring that each forged part meets stringent quality standards. Additionally, implementing automation can reduce the reliance on manual labor, minimize errors, and increase overall production speed.

The benefits of rebuilding forging equipment are manifold. Enhanced efficiency and productivity lead to cost savings, while improved reliability and performance reduce downtime and maintenance costs. Furthermore, the ability to produce higher-quality forged parts can open up new market opportunities and drive business growth.

The growing demand for forged parts is driving significant investments in rebuilding and upgrading forging equipment. By adopting advanced technologies and optimizing their processes, manufacturers can meet the rising demand for high-quality components while enhancing their operational efficiency and competitiveness.

One forging equipment manufacturer resource is Ajax CECO Erie Press. For more information, visit https://ajaxerie.com

Dürr Equips the Top Coat Line for Audi Electric Vehicles

Industrial Machinery Digest — Mon, 15 Jul 2024 12:59:54 +0000

Dürr has been selected to equip Audi’s top coat line for its electric vehicle production. This collaboration involves the installation of advanced painting robots and application technology designed to enhance the quality and efficiency of Audi’s production process. Dürr’s technology will enable Audi to achieve superior paint finishes while minimizing environmental impact. The new top coat line is part of Audi’s broader strategy to expand its electric vehicle lineup and enhance manufacturing capabilities.

The installation includes Dürr’s latest EcoBell3 atomizers, which are known for their precision and low material consumption. These atomizers ensure a high-quality finish with minimal waste, contributing to Audi’s sustainability goals. In addition to the painting robots, Dürr is providing advanced control systems that optimize the application process, ensuring consistent and efficient operation. This project highlights Dürr’s expertise in providing innovative solutions for the automotive industry and its commitment to supporting the production of environmentally friendly vehicles.

Dürr’s EcoBell3 atomizers are designed to deliver precise and uniform paint application, ensuring that every vehicle receives a flawless finish. The atomizers’ low material consumption reduces paint waste, contributing to cost savings and environmental sustainability. The advanced control systems provided by Dürr enable real-time monitoring and adjustments, ensuring that the painting process is optimized for maximum efficiency and quality.

The new top coat line for Audi’s electric vehicles is equipped with the latest automation technology, enhancing the speed and precision of the painting process. This advanced technology ensures that Audi can meet the high standards of quality expected by its customers while maintaining efficient and sustainable production practices.

Dürr’s collaboration with Audi to equip the top coat line for electric vehicles represents a significant step forward in automotive manufacturing. By integrating advanced painting technology and automation, Dürr is helping Audi achieve its goals of quality, efficiency, and sustainability in the production of electric vehicles.

Unison Marks 30 Years Since it Launched the World’s First All-Electric Tube Bending Machine

Industrial Machinery Digest — Thu, 11 Jul 2024 21:54:57 +0000

Unison Ltd, the UK’s leading manufacturer of tube bending technologies, is celebrating 30 years since it invented all-electric tube manipulation and launched the world’s first all-electric tube bending machine in 1994. It’s an invention that has changed the way tube is bent by precision industries around the globe.

Convinced there was a better, more precise way of bending tube than by using the hydraulically operated machines of the day, in the late 1980s Unison’s founder, Terry Pickering, along with his son, Alan (who is now the company’s joint managing director), set about reinventing the process of tube manipulation.

“It was no great secret that the accuracy of hydraulic tube bending machines could be affected by changing oil temperature,” says Alan Pickering. “In other words, a machine with cold hydraulic oil at the start of a shift might well perform differently later in the day when its oil was hot. The greater viscosity of the cold oil, compared to that of hot oil, would typically result in the machine operator having to make temperature-related adjustments during the day to ensure satisfactory levels of repeatability. With all those manual adjustments to make – particularly on the clamp and pressure die – each operator would keep a black book of how they managed to get a good part out of their tube bending machines.”

Unison’s ultimate goal was to take the black art out of tube bending as much as possible, by letting a CNC capture all the correct machine axis settings – in order to repeat them on future bends and get to a point where ‘right first time’ results were possible. During the R&D process, it also became clear that to achieve this, it was important to not only control axis position, but also the force of each axis.

Following a 1991 Brite Euram feasibility study into automatic setup tube bending, in 1992 Unison secured a SMART award to develop three all-electric tube bending machines. “At that point we were already well on the way to understanding what we would need to do to create the world’s first-ever all-electric tube bender,” adds Alan Pickering. “The easy axis to do was the bend arm; the challenge was all the other axes. It took a few years to achieve what we wanted, but by pushing the servo actuators of the day to their limits, we developed a process where low-friction-slide adjusting mechanisms powered by an electric motor with torque control, brought absolute pressure control to bending machine components such as the clamping die, pressure die, mandrel and powered follower. All-electric tube manipulation had been invented – with the assurance of accuracy and repeatability at the tightest of bending parameters for large and small production runs, and with no concern over hydraulic oil or even external temperatures.”

Called the Unison Breeze, due to the speed and ease it brought to achieving repeatable tube manipulation, the world’s first all-electric three-axis tube bending machine was launched by Unison in 1994. UK and German patents were registered, and right-first-time tube bending was born.

Over the following years, Unison developed and launched the world’s first all-electric five-stack tube bending machine, followed by the world’s first 76 mm, 115 mm, 150 mm and 180 mm multi-stack machines, as well as robotised benders and twin-head tube benders for producing symmetrical, simultaneous bends. Today, with facilities in the UK and USA, Unison offers the world’s largest range of ultra-precise, all-electric tube and pipe bending machines for diameters ranging from 4 mm to 275 mm, in single-stack, multi-stack and right/left versions. For more straightforward, repetitive applications, it has also recently introduced a range of high-accuracy hybrid machines.

“All-electric tube bending was a difficult sell for us at first,” says Alan Pickering. “In fact it took a number of forward-thinking customers to put their faith in our technology before others would make the switch. However, our big breakthrough came when Airbus ordered their first all-electric tube bender from us – a machine that paid for itself in 16 weeks, in reduced scrap alone. As all-electric tube manipulation caught on, competition from the bigger players was inevitable, but we kept our heads down and kept on pushing forward.

“Today, of course, all-electric tube bending machines are commonplace offerings from manufacturers from around the world. But I am proud to say that we remain the preferred choice of countless organisations from all manner of industry sectors. Whether it’s aerospace, performance automotive, marine, oil & gas, energy or general manufacturing, we take pride in building powerful, highly energy efficient machines that meet the challenges faced by our customers head on. Thanks to our build quality, uncompromising customer support and user-friendly control systems – not to mention our tube bending simulation software and innovative tube bending application app – I truly believe that 30 years on from the first Unison Breeze machine, we still have, and always will have, the edge. You could say we’re the original and best.”

About Unison Ltd: intelligent tube technology

Unison Ltd is the UK’s leading manufacturer of tube and pipe bending machines and continually innovates the tube and pipe bending marketplace. The company manufactured the world’s first all-electric tube bender in 1994, followed by the world’s first all-electric multi-stack tube bender, then the world’s largest all-electric tube bender for the shipbuilding industry. Available in single-stack, multi-stack and right/left varieties, Unison machines are delivered to more than 20 countries globally. Unison’s tube bending software is recognised as the most user-friendly control system for tube bending machines. The software is written and supported by Unison, ensuring complete control of its evolution, with no need for third party support.

www.unisonltd.com

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HEMCO: Quality Control Room / Clean Lab

Industrial Machinery Digest — Wed, 12 Jun 2024 00:38:21 +0000

The HEMCO ModuLab can achieve strict environmental control by incorporating HEPA filtration to regulate air quality ranging from Class 1,000 to 100,000. Modulab can be used with dust collectors to control room dust levels. Precise temperature control can be maintained with optional modified cooling systems for lower temperature requirements. Humidity can be regulated with desiccant systems available for lower humidity requirements. The ModuLab features chemical resistant modular construction and is flexible and durable. A variety of options include a wide selection of doors, lighting, plumbing, electrical and lab furniture systems that can be factory installed.

ModuLab is a custom-designed room enclosure with control systems that meet a variety of environmental and class clean requirements. ModuLab is the ideal choice for industrial applications such as Powder Coating, Food Processing, Seed Production, Mining, and Bulk Solids Handling.

Visit HEMCO at www.HEMCOcorp.com/modrms.html or call 816-796-2900

About HEMCO

HEMCO is the leading manufacturer of innovative laboratory equipment serving the Sciences and R&D Technology Industries since 1958. Located in Independence, Missouri, the heart of America, and the crossroads of North America a major center for transportation, communication, distribution, and manufacturing industries worldwide.

HEMCO also known as Hill Engineering and Manufacturing Company’s modern manufacturing and distribution facilities combined with our many years of experience uniquely qualifies us to provide laboratory planning solutions. Our extensive engineering, design and manufacturing expertise can transform your laboratory ideas into reality.

The year 2009 marked a new beginning for HEMCO, we became an ISO 9001:2008 certified company. In 2018 HEMCO became an ISO 9001:2015 certified company. The International Standard Organization is recognized in the USA and 178 countries worldwide. HEMCO’s management team has adopted the ISO quality management and procedures into our daily operating system. By continuing to improve manufacturing procedures & operations, it creates efficiency with employee involvement. “We say what we do and we do what we say” We strive to make our customers experience number 1, with our prompt service. Completing projects on time and within budget.

The next year, 2010, HEMCO’s UniFlow SE Aire Stream, UniFlow LE & UniFlow CE fume hoods became U.L. classified to U.L.1805 standards for laboratory fume hoods & cabinets. Underwriter Laboratories have 69 labs and certified testing facilities in the US, and over 100 countries worldwide, with 6,600 employees to service the U.L. clients. U.L. has tested HEMCO HiPel composite fiberglass laminate for chemical & flame resistance and to NFPA 45 for plastics suitable to use in the laboratory. All of HEMCO’s fume hoods are tested to meet U.L. standard 3101 for electrical circuitry & are listed and compliant to U.L.1805 -3101, CSA, and CE classifications.

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Process Safety Technical Consultant Ehab Tayel joins the Hargrove Controls & Automation Process Safety Team

Industrial Machinery Digest — Wed, 10 Apr 2024 14:10:38 +0000

Hargrove Controls & Automation, a leading industrial automation system integrator and a subsidiary of global EPC firm Hargrove Engineers & Constructors, announced that Ehab Tayel joins their team as a Process Safety Technical Consultant. In his new role, Tayel will enhance the capabilities of Hargrove Controls & Automation’s process safety team and cultivate new and existing client relationships in the Houston Ship Channel area.

“We are excited to welcome Ehab to the process safety team at Hargrove C&A,” said Chet S. Barton, P.E., FS Exp (TÜV Rheinland), Process Safety Industry Leader at Hargrove Controls & Automation. “As we collaborate with clients across various industries to optimize their process safety landscapes, Ehab’s deep understanding of risk assessment, hazard analysis, and safety management systems will be invaluable in our continuous pursuit of operational excellence and incident prevention for our clients.”

Tayel received a Bachelor’s degree in Electrical Engineering from Al-Azhar University in Cairo, Egypt before beginning his career as an Implementation Engineer. Prior to joining Hargrove Controls & Automation, Tayel worked as a senior functional safety system engineer for a leading automation and engineering firm serving the oil & gas, pipeline, renewables, chemical, and biopharmaceutical industries.

Over the course of his career, Tayel has continuously pursued opportunities to stay at the forefront of industry trends and best practices and to expand his knowledge of process safety topics including independent protection layers (IPL), safety integrity level (SIL) calculations, and fault tree analysis. He achieved the TÜV FS Eng certificate, the Certified Functional Safety Expert (CFSE) certification from Exida, and the ISA84 SFS certification from the International Society of Automation (ISA). Tayel has also progressively honed his skills through the completion of SIL2, SIL3, and SIL4 projects. He has cultivated a strong foundation in developing safety requirement specification (SRS) packages for corporate safety lifecycle documentation in alignment with ISA/IEC standards.

“What excites me most about working at Hargrove is the opportunity to collaborate with a team of highly skilled professionals who share my passion for process safety. I’m eager to contribute my expertise and learn from others, fostering an environment of innovation and growth,” said Tayel. “Additionally, I’m looking forward to tackling challenging projects and seeing the impact of our collective efforts as we deliver process safety solutions for clients.”

Hargrove Controls & Automation serves as a trusted partner for customized safety solutions to create a safe, secure, and compliant facility for their clients. Their certified Functional Safety Engineers have developed a meticulous methodology for process safety, adhering to IEC 61508 / 61511, ANSI/ISA-61511-2018, and the entire Safety Life-cycle.

About Hargrove Controls & Automation

Hargrove Controls & Automation, a CSIA Certified system integrator, is a subsidiary of Hargrove Engineers & Constructors, a global EPC firm. The company is one of few multi-service automation groups in the country for plant automation, safety systems, industrial internet of things and industrial digitalization. Since its inception in 2012, the Hargrove Controls & Automation’s team has grown to over 130 control systems engineers and specialists across 19 offices. The team consists of panel builders, instrumentation designers, programmers, certified process safety engineers and process control engineers specializing in DCS/PLC/SIS system integration, IT/OT, Industry 4.0, and cybersecurity. Client satisfaction and project success earned the company placement as Control Engineering Magazine’s 2022 System Integrator of the Year.

For more information, visit Hargrove Controls & Automation’s website and LinkedIn.

Founded in Mobile, Alabama in 1995, Hargrove Engineers & Constructors is a full-service EPC, automation, life sciences, and technical services firm whose success stems from building the most talented engineers and construction professionals while maintaining long-term client relationships.

For more information about Hargrove, please visit hargrove-epc.com.

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Russelectric Offers Prime Power Systems

Industrial Machinery Digest — Thu, 01 Feb 2024 19:35:33 +0000

Russelectric, A Siemens Business, a leading manufacturer of power control systems and automatic transfer switches, offers its Prime Power Systems, which are used for automatic operation of on-site power generators to serve a facility’s entire load. The Prime Power Systems are used as the primary source of power to a facility. Generator paralleling controls provide active synchronization and soft loading control of the engine generators based on load demand.

All Russelectric Prime Power systems are UL listed, offer programmable logic controller (PLC) system controls, and are supervisory control and data acquisition (SCADA)-capable.

In prime power applications, engine generators are run in response to the connected load. If load increases to a predetermined level, the Russelectric Prime Power System automatically starts additional generators, synchronizes them to the generator bus, and shares the load with the running generators. If load decreases to a predetermined level, excess generators are automatically removed from the bus and shut down, returning them to automatic standby status.

For more information contact us at info@russelectric.com or 800 225-5250.

About Russelectric

Founded in 1955, Russelectric®, A Siemens Business, provides high-integrity power control solutions for mission critical applications in the healthcare, information technology, telecommunication, water treatment, and renewable energy markets. The company maintains vertically integrated manufacturing facilities in Massachusetts and Oklahoma, where it designs and builds a full line of automatic transfer switches, switchgear, and controls. Russelectric products carry the longest and most comprehensive warranty in the industry and are backed by a team of expert factory-direct field service engineers.

To learn more about Russelectric products and the company’s commitment to customer satisfaction, visit www.russelectric.com, call (781) 749-6000, or email info@russelectric.com.

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Russelectric Cogeneration Systems for CHP Applications

Industrial Machinery Digest — Thu, 04 Jan 2024 20:03:02 +0000

Russelectric, A Siemens Business, a leading manufacturer of automatic transfer switches and power control systems, manufactures UL-listed cogeneration systems for combined heat and power (CHP) applications in which the generator sets are run to serve the connected load and heat is also recovered for other uses. Designed and built for mission critical facilities such as healthcare, research and development and campus facilities, Russelectric cogeneration systems are designed to provide maximum protection for operators and maintenance personnel and to minimize the danger of operator error.

All Russelectric cogeneration systems are UL listed, offer programmable logic controller (PLC) system controls, and are supervisory control and data acquisition (SCADA)-capable. They feature utility/generator and other power assets paralleling control, and provide active synchronization and soft loading. Systems use a utility-approved interconnecting protective relay system.

Russelectric cogeneration power control switchgear may have additional controls and monitoring to optimize heat recovery. The systems can be designed to operate in parallel with the utility to optimize power and heat balance.

Russelectric manufactures complete systems in-house. All enclosures, bus, and other structural components are fabricated and fully assembled in Russelectric plants. Factory testing of complete systems is performed prior to shipment.

Components are selected to assure the reliable operation of these critical systems. Utility-grade instruments provide both accuracy and visibility. Heavy-duty, switchboard type control switches are rated at a minimum of 25 amps. Protective relays for generator and utility power are utility-grade. UL-listed power circuit breakers with stored energy closing mechanisms provide 5-cycle (maximum) closing for paralleling. Draw-out circuit breakers simplify maintenance.

For more information contact us at info@russelectric.com or 1-800-225-5250.

About Russelectric

Founded in 1955, Russelectric®, A Siemens Business, provides high-integrity power control solutions for mission critical applications in the healthcare, information technology, telecommunication, water treatment, and renewable energy markets. The company maintains vertically-integrated manufacturing facilities in Massachusetts and Oklahoma, where it designs and builds a full line of automatic transfer switches, switchgear, and controls. Russelectric products carry the longest and most comprehensive warranty in the industry, and are backed by a team of expert factory-direct field service engineers.

To learn more about Russelectric products and the company’s commitment to customer satisfaction, visit www.russelectric.com, call (781) 749-6000, or email info@russelectric.com.

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