Schneider Electric 4703X IMFF Module Owner’s Manual

June 8, 2024
Schneider Electric

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Schneider Electric 4703X IMFF Module

Schneider-Electric-4703X-IMFF-Module-product

Potential disassembly risks

The Circularity profile provides information about preparation for re-use and treatment. It identifies the relevant EEE components and materials as well as their location. Safety instructions for product dismantling and de-pollution are provided in the User manual or maintenance guide.

End-of-Life Instructions

Recommendation| Number on drawing| Component / Material| Weight (in g)| Comment
---|---|---|---|---
To be depolluted| 1| Electronic Board (Communication) > 10cm²| 148|
Other| 2| Plastics and Other parts| 232|


To be dismantled

| ****

3

| ****

Metals and semimetals

| ****

56

| IMFF Shell and other stainless steel parts should be dismantled at end of life.

Product Description

Manufacturer identification Triconex (Schneider Electric)
Brand name Triconex
Product function IMFF Module is part of the Tricon CX safety system

which act as an interface to provide communication between the main processor and I/O modules.
Product reference| 4703X
Additional similar product

references

| 4701X
Total representative product mass| 436 g
Representative product

dimensions

| 202mm x 153.4mm x 19.6mm
Accessories| Yes accessories needed (I/O Chassis Backplane along with the screws are needed)
Date of information release| 08/2021

Additional Information

Legal information

| This product family is in the scope of European Union directive 2012/19/EU on Waste Electrical and Electronic Equipment (WEEE). The product family must be disposed of according to the legislation of the country. This document is intended for use by end-of-life recyclers or treatment facilities. It provides the basic information to assure an appropriate end-of-life treatment for the components and materials of the

product.

---|---
In case of special transportation:

transportation method

| No special transportation

Recyclability potential

|

22%

| Based on the “ECO’DEEE recyclability and recoverability calculation method” (version V1, 20

Sep. 2008 presented to the French Agency for Environment and Energy Management: ADEME).

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References

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