NewTek Sensor Solutions, a US-based manufacturer of linear and rotary position sensors, is developing an advanced Linear Variable Differential Transformer (LVDT) specifically designed to withstand the extreme environments found in next-generation molten salt reactors (MSRs).
NewTek is helping to mitigate most of the volatility and cost increases associated with U.S. and global tariffs by continuing to source components domestically and conducting manufacturing in-house
NewTek LVDT linear position sensors and signal conditioners are used in aircraft test stands and maintenance training equipment to provide accurate feedback on the position of actuators in smaller light aircraft.
NewTek HAZLOC-approved linear position sensors are certified for safe operation in hazardous locations with explosive gases, vapors, dust and other dangerous substances.
NewTek introduces the NT-HL-750 series of Intrinsically-Safe LVDT Position Sensors approved by Intertek Testing Labs to carry the ETL hazardous location markings for use in Class 1 Zone 0 and Zone 2 areas.
NewTek’s smart NTC-6000 Signal Conditioner takes out the complexity of setting up a signal processing system while protecting against operating failures and cybersecurity hacks.
Hermetically-sealed linear position sensors from NewTek Sensor Solutions tolerate the high temperatures and vibrations of steam turbines to deliver accurate and reliable position feedback on the position of governor and throttle valves.
NewTek GAR Series Spring-loaded Gage Heads are used in automated dimensional gaging applications as part of inline inspection processes when it is ideal for the sensor probe to move out of the way between readings.
Major chemical companies are using Hazardous Location Position Sensors from NewTek Sensor Solutions to monitor the state of different valves throughout their plants as part of process safety and efficiency management.
NewTek Sensor Solutions has designed a custom LVDT position sensor for resistance spot welding machines used in automotive plants to detect missing or misaligned parts in nut and stud welding.
NewTek AC-operated LVDT Position Sensors often serve as a more reliable, precise and cost-effective alternative to magnetostrictive linear position sensors in the monitoring and control of valves in power generation and hydroelectrical stations.
NewTek recently designed its 100th custom LVDT Position Sensors with a vented body and modified lead lengths to address the unique operating specifications for a downhole drilling application.
NewTek spring-loaded LVDTs provide ultra-precise dimensional measurement of high-volume molded automotive parts in plastic mold testing. Different interior, exterior, and mechanical automotive parts, such as bumpers, heating components, and door handles, are manufactured through an injection molding process.
The energy sector uses NewTek LVDT Position Sensors as metrology tools in ensuring the proper operation of different power systems. For example, position sensors monitor gas turbine servo controls, fuel valve position, and micro fuel valve openings in the operation of gas turbines.
NewTek medical sensors withstand the effects of autoclave cycles used to sterilize medical equipment prior to surgical procedures or other medical uses.
NewTek Hazardous Location Position Sensors monitor the structural integrity of LNG tanks, helping to meet Federal Energy Regulatory Commission (FERC) regulations for structural health monitoring.
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.
For example, a NewTek LVDT is used within a state-of-the-art spine adjusting instrument used by chiropractors and other healthcare professionals to externally analyze the spinal column. In operation, the computerized diagnostic and treatment tool delivers low-energy mechanical impulses to a patient’s spine to identify joint dysfunction. The NewTek LVDT controls the position of the instrument whi
The High-Temperature HATR-750 Series of LVDT Position Sensors from NewTek Sensor Solutions offers a reliable and long-term solution to sensors that fail when operating in environments with unanticipated temperature spikes.
The NewTek NTC-6000 Qwik-Cal™ LVDT Signal Conditioner completes the measurement system for AC-operated LVDTs by providing the excitation and digital output required by many of today’s laboratory, industrial automation, and process control applications.
NewTek HAR Series of Hermetically-Sealed Linear Position Sensors provide critical position measurement in the monitoring and control of steam turbine valves in power plants.
NewTek Sensor Solutions offers loop-powered 4 – 20 mA outputs on its free core, spring-loaded, hermetically sealed and custom LVDTs in providing a robust measurement signal for integration into a variety of PLCs, digital indicators, computer-based data processors and QC data collection systems.
As offshore drilling goes into deeper depths, NewTek Sensor Solutions offers custom designs of Submersible Linear Position Sensors that offer high reliability and long-term operation in corrosive and high-pressure subsea environments.
NewTek Sensor Solutions serves as an alternate and reliable domestic source of standard and custom position sensors for manufacturers with supply chain problems.
NewTek Sensor Solutions serves as a USA manufacturing source of LVDT position sensors that can meet the immediate requirements of essential businesses during the coronavirus.
Available in AC- and DC-operated versions, spring-loaded LVDTs are used in R&D labs for quality testing, printing operations for roller alignment, and automated production lines for dimensional gaging of parts in go/no go inspection.
NewTek customizes its LVDT Linear Position Sensors and LVRT Inductive Half Bridge Sensors with mounting features such as blocks or flanges to fit into the existing footprint of steam turbines.
LVDT Position Sensors from New Tek Sensor Solutions perform in applications with extreme temperature environments where other technologies for linear position measurement cannot survive.
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