Newtek Electrical

[Normando Chapman]

Anelectrical services contractor was looking to refinance their high rate equipment leases and extend their term to lower monthly payments. Their Newtek Lending Specialist guided them through the process and structured a 10-year term loan.

Our team takes the time to understand your business and offer solutions tailored to your needs. Start an application and get prequalified or contact one of our Newtek Lending Specialist for around-the-clock assistance.

NewTek Modern LVDTs are replacing legacy displacement sensors that are often too bulky to fit in space-restrictive applications and have demanding electrical requirements that waste energy and result in expensive power consumption. Built with a unique coil winding configuration, NewTek Modern LVDTs feature a compact diameter that makes them smaller to fit into tight spaces. In addition, a lightweight, low mass core meets weight restrictions of sensitive applications while providing high response dynamic measurement.

NewTek Sensor Solutions. "NewTek Modern Linear Position Sensors Replace Bulky and Power Draining Legacy LVDTs with Smaller Configurations, Lower Power Requirements". AZoSensors. =15131. (accessed July 28, 2024).

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

NewTek LVDTs provide accurate position feedback in the monitoring and control of valves in many applications such as chemical plants, power plants on steam and gas turbines, hydroelectric stations and even agricultural equipment. The LVDT converts the linear position of a valve to a proportional electrical output readable by monitors and control systems.

Offering attributes such as frictionless measurement, infinite mechanical life, excellent repeatability and infinite resolution, NewTek AC-operated LVDT position sensors are the ideal linear position technology for valve applications due to their long-term accuracy and reliability, even under hostile conditions. NewTek offers its LVDTs in high temperature, miniature and hermetically-sealed designs to meet the specifications of different applications.

For example, NewTek LVDTs enable accurate monitoring and control of gas turbine valves that regulate the flow of fuel through different components of a gas turbine. By knowing the position of micro fuel valve openings, operators can more efficiently operate turbines with minimal wasted energy.

Implemented as part of steam power plant rehabilitation projects, NewTek LVDT sensors are used in a control system to monitor the position of modulating governor and throttle valves. The linear position sensors can significantly increase operating efficiency by enabling operators to meet specific control algorithms. NewTek LVDT sensors also monitor valve position at petrochemical plants as well as within off-road vehicles, farm equipment, construction equipment and aircraft.

Watch a video that demonstrates how a NewTek LVDT monitors the position of gate valve as it opens and closes. The position sensor is mounted to a gate valve and accurately measures the position of the valve stem and gate. Operators rely on this position data to make adjustments to tightly control the flow rates of fuel, steam, or coolant to maximize efficiency. When specified with the right LVDT, this control system can operate for decades without interruption.

Paul Adrian is an award-winning investigative journalist and a graduate of the Harvard Kennedy School of Government. He founded latakoo, Inc. with Jade Kurian after spending nearly two decades as a television reporter. His final stop as an investigative reporter was KDFW-TV in Dallas, TX where he spent seven years. Adrian is a specialist in computer assisted reporting, who conducted analysis on major corporations as well as politicos. latakoo emerged from a journalism startup that needed to deliver high quality video fast from the field over the Internet. latakoo now provides a low-cost software-as-a-service solution to many television stations across the country.

Madison J. Batt, PE, SE has over 37 years of experience as a Professional Engineer in the field of Structural Engineering. He has managed a wide range of projects, including educational facilities, office buildings, tunnels, bridges, hospitals, industrial facilities, and a wide variety of towers. For the past 30 years Batt has specialized in the design, examination, evaluation, analysis, site design, and permit assistance for Television, Radio and telecommunication towers and facilities. He has served as Principal-in-Charge and Project Manager for over 1,000 tower projects and has climbed and observed the condition of over 800 towers, ranging in height from 50 feet to 2,000 feet. He is licensed in 48 states, the District of Columbia, Guam and Puerto Rico.

David Brender is National Program Manager for the Copper Development Association (CDA) in New York City. His duties involve directing and managing the electrical programs at CDA, including their power quality, building wire program, telecommunications wire, research and National Electrical Code activities, among others. He has presented several times before to broadcasting technical audiences.

Peter Burk, President of Burk Technology, Inc, has enjoyed a long relationship with broadcasters, beginning with more than 20 years in broadcast engineering. During this time, Burk was involved with pioneering work in diverse projects ranging from early experiments in multi-band audio processing, remote broadcasting, and, predictably, transmitter remote control. During this time Burk had numerous papers and technical articles published on AM antenna broadbanding, transmitter maintenance, speech synthesis, and transmitter control topics. He was the Radio Editor for Broadcast Engineering magazine and a contributor to Radio World. Burk built one of the first successful computer-based remote control systems while at WKBW in 1979.

In 1985, Burk founded Burk Technology, originally known as Advanced Microdynamics, and began producing the TC-8 Remote Control System. The success of this product led to the development of the well known ARC-16 system which remained in production for twenty five years, followed by the ARC Plus and ARC Plus Touch.

Kevin Dennis is the South and Northwest Regional Sales Manager at Vislink (formerly known as Microwave Radio Communications) in Billerica, Massachusetts. Dennis has over 21 years of experience in RF microwave applications, technology and development for the broadcast industry. He holds a Bachelor of Science in Electrical Engineering from Fairfield University in Fairfield, Connecticut.

Prior to joining Vislink, Dennis was employed with RF Technology in Norwalk, Connecticut. Positions held over this time include sales management, systems engineering/integration, and international field service of broadcast microwave and satellite systems. Now, as Regional Sales Manager at Vislink, he works directly with hundreds of Vislink customers providing customized wireless, video and IP solutions to suit their video collection and distribution needs.

Sean Edwards has been with Shively since 1997 where he started as a production test technician and field representative servicing all of the US and abroad. He is working currently in new product development where he assists in the design and analysis of new products. Improvements and innovations to existing products is a continuing priority for him as well because the performance requirements for RF broadcast equipment are forever changing.

Jon Hanson received his BSEE from North Dakota State University before going on to earn an MBA from Liberty University. He joined SPX Communication Technologies in 2008, bringing an expertise in software design and quickly developing a proficiency in electromagnetic simulation. Hanson is responsible for the simulation of R&D projects and new coax power dividers, as well as antenna systems with special requirements. In addition, he champions the custom software library which SPX has developed for designing and testing broadcast antenna systems.

Kirk Harnack brings over 35 years of hands-on experience in broadcast engineering and education to his position at Telos. His expertise in putting technology to work in broadcast facilities has driven notable expansion in IP-Audio and other new technology adoption.

Harnack maintains an active, hands-on role in broadcast engineering through his positions as a partner and VP-Engineering of South Seas Broadcasting, Inc., licensee of KKHJ-FM and WVUV-FM in American Samoa. He is also partner and Director of Engineering for Delta Radio, LLC. Harnack is a certified meteorologist, private pilot, and licensed General Class Amateur Radio operator (KD5FYD). He has served as Chairman of the SBE Chapter in Memphis, Tennessee, and program chair and vice-chair of SBE Chapter 103 in Nashville, Tennessee.

For the last twelve years Holdenrid has been designing wireless networks for service providers around the globe with a primary focus on point to point and point to multi-point networks. He has recently been working with IP video security and VoIP. 11 of those years have been spent with DoubleRadius Inc.

A native of Panama City, Florida, Mark Johnson moved to Tallahassee in the fall of 1983 to attend Florida State University, graduating in 1987 with a Bachelor of Science Degree in Political Science and a Minor in International Affairs. As a student Johnson began his foray into the world of broadcasting as an overnight board operator for WTNT AM/FM.

Jon Landman has 20 years of experience in the broadcast and IT industries. He was responsible for designing and deploying end-to-end solutions for all segments of the broadcast market, including the design and integration of the first DVB-C and DVB-S systems in Israel (both 200+ MPEG 2 channel services) and in the design and installation of the largest terrestrial datacasting system in the USA. Landman is currently the VP of Sales at Teradek and has been previously certified as a Microsoft Avid and Tandberg engineer.

3a8082e126