Software |verified| - Cableizer
: Generates professional reports and datasheets, with options to include custom planner and client logos 18;write_to_target_document7;default0;10c0;18;write_to_target_document1a;_wp_uaZKYOdiUwbkP_r2G6Qo_20;851;.
Support is responsive via email and an active LinkedIn user group. Because there is no installation, troubleshooting is trivial – just clear your browser cache.
: Calculates dielectric and ohmic losses resulting from circulating currents in the metal sheaths.
For decades, engineers relied on three methods for ampacity calculations: cableizer software
Determining the maximum current a cable can carry without exceeding its operating temperature.
Cableizer predicted conductor temperature rise of 28°C within 12 minutes, triggering an alarm. CYMCAP (steady-state only) gave no transient warning. DTS confirmed a 26.5°C rise.
In the absence of a formal certification body for thermal rating software, Cableizer relies on an extensive and continuously evolving test suite. This suite validates simulation results against a variety of references, including standards, technical papers, supplier datasheets, and results from competitor software like CYMCAP. : Calculates dielectric and ohmic losses resulting from
: Includes "Teams" functionality for multiple members to work together on the same project 18;write_to_target_document7;default0;10c0;18;write_to_target_document1a;_wp_uaZKYOdiUwbkP_r2G6Qo_20;a65;.
Developed to bridge the gap between academic precision and practical engineering, Cableizer is entirely . This means no installations, no license servers to manage, and no version conflicts. You can access your projects from any device with a modern web browser, making collaboration and remote work seamless.
Cableizer bridges the gap between physics and practical field installation through multiple calculation engines: CYMCAP (steady-state only) gave no transient warning
A flagship feature, Cableizer is the only software on the market able to calculate the current rating for up to 6 different, unequally loaded cable systems in ventilated tunnels . The method used is an original development by the Cableizer team, presented at the Jicable conference in Paris.
One of the most powerful aspects of is its advanced group calculation engine. When cables are buried in trenches, laid in trefoil bundles, or packed into congested cable tunnels, they heat each other. Cableizer uses superposition methods to calculate the exact derating factor for each cable in a group of up to hundreds of circuits.
By combining rigorous adherence to IEC standards, a user-friendly interface for complex geometries, and the flexibility of cloud access, Cableizer empowers engineers to:
Cableizer software refers to applications and toolkits designed to model, design, analyze, and manage cable systems and cabling infrastructure. “Cable systems” here include electrical power cables, telecommunications (copper/fiber) cabling, control and instrumentation wiring, and specialty cable assemblies used in industrial, telecom, marine, aerospace, and building environments. Primary purposes: