NAI’s instruments are field-proven over many years of use and have become the industry standard. All of NAI’s production, test, and inspection personnel are certified to IPC-A-610 standards via the American Society for Quality (ASQ), and our equipment calibration procedures meet the requirements of ANSI/NCSL-Z540, utilizing standards traceable to NIST.
NAI offers a wide variety of Angle Position Indicators (APIs) that perform high quality analog-to-digital conversions of Synchro or Resolver data. These measurement instruments deliver industry-leading performance in a variety of accuracy and resolution grades, with various packaging options available. Multiple communication control interfaces include:
NAI also offers form, fit, and function replacements for the obsolete DDC angle position indicator models AP-30610, AP-30611, AP-30710, AP-30711, and AP-30712. All of the Angle Position Indicators are ideally suited for defense, commercial aerospace, and industrial applications.
Since the development of the first Phase Angle Voltmeter (PAV) over 50 years ago, North Atlantic Industries has been the industry leader in AC Measurement Instrumentation. Our name has become synonymous with innovation and quality. Our products, specifically designed for defense, commercial aerospace, and industrial applications, deliver industry-leading accuracy, repeatability, and reliability.
NAI’s units of today are actually multifunction Digital Analyzing Voltmeters that combine a complete Voltmeter, a Phase Angle Voltmeter, and a Waveform Signal Analyzer in a single microprocessor-based instrument. With these versatile and flexible instruments, a wide range of tests can be performed, either manually using the front panel controls or automatically using the IEEE-488 bus. Designed for the Synchro/Resolver and LVDT/RVDT marketplace, NAI’s Voltmeters are used in a variety of applications. They are capable of measuring:
North Atlantic Industries has been manufacturing the 2250 and 2251 Phase Angle Voltmeters for 20+ years. Over the past several years, NAI has worked hard to manage component issues, but has now encountered multiple component obsolescence issues which cannot be managed. As a result, we have found it necessary to discontinue the 2250 and 2251 Phase Angle Voltmeters which you may have previously purchased.
Because of these issues, NAI was not able to offer a “last time” purchase opportunity. We are, however pleased to inform you that our next generation Phase Angle Voltmeter, model 2250A is soon to be released as an alternate product at the link below.
NAI will continue to support repairs and calibration of the 2250 and 2251 to the best of our ability, subject to availability of components. There may be instances when a unit may not be repaired. If this unit has this type of issue, you will be notified upon evaluation.
NAI values your business and looks forward to working with you through this obsolescence issue.
NAI offers a wide variety of Synchro/Resolver Standards and Simulators that can be used as standards for calibrating and testing Automatic Test Equipment (ATE) or for measuring the static or dynamic characteristics of Angle Position Indicators (APIs) and Synchro-to-Digital Converters. Features include up to 2 arc-second accuracy, programmable parameters, and 3.0 VA output. Ideally suited for defense, commercial aerospace, and industrial applications, these measurement instruments deliver industry-leading performance in a variety of accuracy and resolution grades, with various packaging options.
NAI’s innovative Synchro/Resolver Calibration Standard and Simulator, the model 5300, can be used to calibrate the most accurate Angle Position Indicators and Synchro/Resolver-to-Digital Converters. Ideally suited for defense, commercial aerospace, and industrial applications, this programmable instrument delivers industry-leading accuracy, repeatability, and reliability.
NAI offers a wide range of COTS and custom VXI-based Instruments. These boards are specifically designed for defense, commercial aerospace, and industrial applications. Our DSP-based designs offer very high function density, high resolution and accuracy, and low power consumption. Standard features include extensive diagnostics, Background Built-In-Test (BIT), auto-ranging of signal inputs, self-calibration, galvanic isolation, and field programmable parameters. A VISA PNP Software Support Kit (SSK) is provided to facilitate application development.