Irricad Pro

For organizations involved in the design of medium-to-large scale irrigation projects, IrriCAD Pro represents a sound investment. It minimizes material waste, ensures hydraulic efficiency, and streamlines the workflow from concept to final Bill of Materials. Users should budget for initial training time to fully utilize the hydraulic analysis features.

Investing in software requires understanding the financial and educational commitment:

The software operates by treating design elements not just as lines and symbols, but as intelligent objects with specific hydraulic properties. When you draw a pipe, the software knows its material, inner diameter, roughness coefficient, and pressure rating. Core Features and Capabilities 1. Unified CAD and Hydraulic Engine irricad pro

IRRICAD caters to different engineering design workflows by offering two primary software frameworks: 1. IRRICAD Standalone

Irrigation networks rarely sit on perfectly flat ground. Gravity can quickly ruin a poorly planned system by causing high pressure at low points and low pressure at high points. The software imports Digital Elevation Models (DEMs), contour maps, and GPS survey data. It maps these elevations directly onto the pipe network, allowing the hydraulic engine to accurately calculate the real-world pressure impacts of slopes. The Step-by-Step Design Workflow For organizations involved in the design of medium-to-large

(drip, micro-sprinkler, and center pivot systems)

Integrates topographic data to accurately calculate the effects of slope on pressure and flow. Unified CAD and Hydraulic Engine IRRICAD caters to

The software stands apart due to its vast structural adaptability. It is engineered to simulate any pressurized system configuration, balancing diverse flow requirements and elevation anomalies with mathematical precision.

on the mainline. Because the orchard has steep inclines, they use the Hydraulic Gradeline (HGL)