Torque TOOL vs Wire (AWG) Calculator

The Torque TOOL is designed to make torque unit conversions a breeze. Whether you're an engineer, a mechanic, or simply someone who frequently deals with torque measurements, this app is your go-to solution for effortless conversions between various torque units. With its user-friendly interface, the app ensures that you can make these conversions in just a few taps. Say goodbye to manual calculations and complex formulas – the Torque TOOL app does all the hard work for you. Key features: - Instantly convert between different units of torque with precision and accuracy. - User-friendly and intuitive interface for a seamless experience. - Effortlessly switch between measurements for an enhanced understanding. - No more hassle of manual calculations or searching for conversion formulas. - Perfect for engineers, mechanics, and anyone working with torque measurements. - Easy-to-use, making it suitable for professionals and hobbyists alike. - Streamlined design for quick and simple conversions, anytime, anywhere. Upgrade your torque conversion process with the Torque TOOL app. Download now and experience the ease of converting torque measurements like never before. Simplify your tasks with this powerful yet straightforward tool. Get the app today and make torque conversions easy!

AWG Calculator IMPORTANT NOTICE: THIS CALCULATOR IS *NOT* A GENERAL PURPOSE WIRE GUAGE CALCULATOR. IT IS INTENDED SOLELY FOR FAA REGISTERED AIRCRAFT WIRING, LIMITED TO THE FOLLOWING APPROVED VOLTAGES: 14VDC, 28VDC, 115VAC AND 200VAC. This app assists the aircraft airframe and powerplant (A&P) mechanic in determining the correct American Wire Gauge (AWG) wire size for given conditions, according to procedures outlined in FAA Publication AC 43-13 1B (Acceptable Methods, Techniques, and Practices - Aircraft Inspection and Repair), Chapter 11. Conditions include circuit length, current, voltage, wire temperature (known or estimated) and derating factors for both altitude and wire bundle size/loading percentage. The app also contains utilities that enable the aircraft mechanic to determine the following parameters without hands-on use of the AC 43-13 (when field/shop conditions make it impractical). Figures are referenced: - Maximum Wire Length (standard temperature). -- Input parameters: circuit voltage, current, current flow and AWG. -- Output: L1. -- Ref: AC 43-13 1B, Fig 11-2/3 - Maximum Current (standard temperature). -- Input parameters: circuit voltage, current flow, wire length and AWG. -- Output: Max Current. -- Ref: AC 43-13 1B, Fig 11-2/3 - Altitude Deration Factor. -- Input parameter: Max Altitude. -- Output: Altitude Deration Factor. -- Ref: AC 43-13 1B, Fig 11-5 - Bundle Deration Factor. -- Input parameters: Wire Count and Loading Percentage -- Output: Bundle Deration Factor. -- Ref: AC 43-13 1B, Fig 11-5 - IMAX (elevated temperature). -- Input parameters: ambient temperature, conductor temperature rating and AWG. -- Output: IMAX. -- Ref: AC 43-13 1B, Fig 11-4a/b - Bundle Builder (NEW!) -- Input parameters: number of wires, awg sizes, wire currents, maximum altitude, ambient temperature, wire rating, loading factor -- Output: Bundle IMAX (derated for bundle and altitude) with table for IMAX per wire. -- Ref: AC 43-13 1B, Fig 11-4a/b When a input/output parameters exceed chart limits, data is extrapolated and an appropriate warning ("** extrapolated data") is shown. Disclaimer The user of AWG CALCULATOR for any specific application without an independent verification of its accuracy does so at his/her own risk and assumes any and all liability resulting from such use. No warranty is offered as to the accuracy of results. Users should have a thorough understanding of the relevant theoretical criteria.