This video training explains all the fundamentals of low-voltage cable sizing calculations in accordance with standards along with expert tips.

Team accounts provide multiple licences for the staff members of companies, where each user has their own licences managed under one account.

A cable schedule is a summary list of cables within a project or electrical installation This tutorial shows how to generate a cable schedule report from (1) the cable sizing calculations in a project; and (2) from all the cables in and electrical network calculation.

This tutorial explains how to use the arc flash calculator in Cable Pro Web software that includes incident energy and arc flash boundary calculations for both AC and DC faults to IEEE 1584-2018, ENA NENS, DGUV 203-077, Stokes method, and more. PPE categories from NFPA 70E-2024 are included. Arc flash labels can be generated.

This tutorial explains using the LV Network Calculator in Cable Pro Web software. In this video, we show how to design the electrical services for a commercial development. The example is based on Part 7 of the HB 301 Standard.

This tutorial explains how to use the maximum demand calculator in Cable Pro Web software that covers all the installation types, including Domestic, Living Units, and Industrial. All of the maximum demand rules from Standard AS/NZS 3000 are automatically applied along with automatic phase load balancing. Users can also specify custom diversity factors.

This tutorial explains the technical aspects of the cable sizing calculator in Cable Pro Web software to the Australian and New Zealand Standard AS/NZS 3008.1.

The cable pulling calculator of ELEK Cable Pro Web Software allows users to quickly determine tension and sidewall pressures during their cable installation works. In this tutorial, a worked example is provided of an actual cable pulling tension calculation where the input cable sections and the tension and sidewall pressure results are explained.

Tutorial using ABB thermal-magnetic and electronic devices shows how to create coordination curves, adjust settings and determine sequence of operation.