Elbow Calculator vs ダクトサイズ計算Pro

Elbow Calculator is a complete engineering tool designed for pipe fitters, fabricators, mechanical engineers, and HVAC professionals. The app provides multiple specialized calculators to quickly compute elbow dimensions, cut lengths, offsets, weight, and development layouts with accurate results. Whether you are working on piping systems, duct fabrication, or workshop projects, this app helps you save time, reduce manual calculations, and improve precision in daily engineering tasks. Key Calculators Included Pipe Elbow Length Calculator – Calculate centerline, inner, and outer arc lengths Elbow Weight Calculator – Estimate elbow weight based on diameter, thickness, and material Mitered Elbow Calculator – Determine segment angles and cut lengths Pipe Offset Calculator – Calculate travel length and offsets using elbows Elbow Centerline Radius Calculator – Quickly compute CLR values for different elbow types Sheet Metal / Duct Elbow Development – Generate layout measurements for fabrication Angle & Cut Calculation Tools – Accurate angle calculations for workshop use Features Simple and fast engineering calculations Supports multiple elbow angles (30°, 45°, 60°, 90° and custom) Metric and inch unit support Clean and easy-to-use interface Designed for pipe fitters, fabricators, and engineers Works offline anytime on site or in the workshop Elbow Calculator is the ideal tool for professionals who need quick, reliable elbow calculations for piping, ducting, and fabrication projects. In app purchase included : Lifetime Premium Privacy policy : https://privacypolicy50.wordpress.com/privacy-policy-subscription/ Terms and condition :https://privacypolicy50.wordpress.com/terms-and-condition/

ダクトサイズ計算Proは、空調・換気設備工事で使用するダクトサイズを、風量・風速・本数から簡単に確認できる計算アプリです。 角ダクト、丸ダクトのサイズ確認に対応し、1本から10本までの本数比較、サイズからの風速確認、吹出口面積の確認、目安風速表の確認ができます。 現場での簡易確認、見積・設計補助、施工前のサイズ検討に役立ちます。 主な機能 ・風量から角ダクトサイズを確認 ・風量から丸ダクトサイズを確認 ・ダクト本数を増やした場合の比較 ・H固定時のW自動計算 ・アスペクト比の確認 ・サイズから実風速を確認 ・吹出口面積と吹出風速の確認 ・設計時の目安風速確認 ※本アプリは簡易計算用です。最終設計では、圧力損失、騒音、機外静圧、施工条件、設計図書、関係法令を確認してください。