2D/3D product library

Eaton offers you 3D volume models as well as 2D outgoers through the data portal of CADENAS. Here you can download 2D and 3D models in all common formats. In addition you can obtain native raw data for an even more efficient, effective engineering.

Eaton aims to expand this data portal step by step to include the entire product range also as 3D. You can find the products and models you need - complete with their relevant selection data - through the familiar product structure. For each product you can retrieve a data sheet.

You can find the Eaton 2D/3D product library under the following link:

CAD Portal

With a one-time registration you can benefit from Eaton/Moeller's product data.


Only the models of our circuit-breaker range are temporarily available in the following table:

CAD data for Air Circuit-breakers IZM


 Air Circuit-breakers and switch disconnectors IZMX

Designation Download
3pole; Fixed mounting IZM(IN)X16...F(3p)
4pole; Fixed mounting IZM(IN)X16...F(4p)
3pole; Withdrawable technique, connected IZM(IN)X16W(3p)
4pole; Withdrawable technique, connected IZM(IN)X16W(4p)
3pole; Withdrawable technique, disconnected IZM(IN)X16W(3p)
4pole; Withdrawable technique, disconnected IZM(IN)X16W(4p)

 Air Circuit-breakers and switch disconnectors IZM

Designation Download
3pole; Fixed mounting IZM(IN)20...F(3p)
4pole; Fixed mounting IZM(IN)20...F(4p)
3pole; Withdrawable technique, connected IZM(IN)20W(3p)
4pole; Withdrawable technique, connected IZM(IN)20W(4p)
3pole; Fixed mounting IZM(IN)32...20F(3p)
4pole; Fixed mounting IZM(IN)32...20F(4p)
3pole; Withdrawable technique, connected IZM(IN)32...20W(3p)
4pole; Withdrawable technique, connected IZM(IN)32...20W(4p)
3pole; Fixed mounting IZM(IN)32...32F(3p)
4pole; Fixed mounting IZM(IN)32...32F(4p)
3pole; Withdrawable technique, connected IZM(IN)32...32W(3p)
4pole; Withdrawable technique, connected IZM(IN)32...32W(4p)
3pole; Withdrawable technique, connected IZM(IN)40...W(3p)
4pole; Withdrawable technique, connected IZM(IN)40...W(4p)
3pole; Withdrawable technique, connected IZM(IN)63...W(3p)
4pole; Withdrawable technique, connected IZM(IN)63...W(4p)