Schneider Electric BMXDAI1602 Modicon M340 Automation Platform Modules

Razz Middle East supplies Schneider Electric Modicon M340 automation modules across Saudi Arabia — processors, racks, power supplies, digital and analogue input and output modules, and communication cards in the BMX range. Every item is sourced to order against the reference you quote and delivered duty-paid to your site. Typical lead time is three weeks from order confirmation.

Schneider Electric BMXDAI1602

This page covers Schneider Electric part number BMXDAI1602 — Modicon M340 Automation Platform Modules. Quote the full part number with your enquiry and the item is unambiguous: one part number identifies one exact product variant, including options that are not visible in the description.

About Modicon M340 Automation Platform Modules

M340 is Schneider's mid-range rack-based automation platform and the BMX prefix covers the whole of it. The reference after BMX identifies the module class: P34 for processors, XBP for backplanes, CPS for power supplies, DDI and DDO for digital input and output, DAI and DAO for analogue, ART and AMI for specialised analogue and temperature measurement, and NOE, NOC and NOM for Ethernet and serial communication. FTB and FCN references are the field wiring terminal blocks and connectors that terminate the I/O.

An M340 system is an assembly rather than a single item, and the parts are interdependent. The backplane sets how many modules the rack takes, the power supply must be sized for the modules populating it, and the processor determines how many racks and what communication the system supports. Field terminal blocks are separate references chosen by termination type — spring, screw or connector — and a module ordered without its terminal block cannot be wired. That last point is the most frequent gap in an M340 order.

Modicon M340 Automation Platform Modules in Saudi Arabia

M340 is widely installed across Saudi water treatment, building management, packaging and general process control, usually as the controller for a plant area rather than for a whole site. For maintenance teams the practical question is almost always spares: which module failed, and is the replacement the same revision.

Two local realities shape that. First, control rooms are conditioned but field panels often are not, and an M340 rack in an outdoor kiosk or on a remote pumping station sees temperatures and dust that shorten module life — particularly power supplies, which run warmest. Second, the application program lives in the processor. A replacement processor arrives without it, so a viable spare depends on holding a current copy of the project file and knowing which firmware revision the program was built against. Sites that discover this mid-breakdown lose days, and it is the most common reason a correctly-specified spare fails to restore production quickly.

Ordering and lead time

Quote the BMX reference from the module label. If you are ordering I/O, tell us whether you also need the field terminal block and which termination type you want — the module and the terminal block are separate references and the module is unusable without one.

If you are extending or building a rack rather than replacing a module, list the whole configuration: backplane size, processor, power supply, and every I/O and communication module. We will check the power supply against the modules you have listed before quoting, because an undersized supply is a fault that appears intermittently under load rather than immediately. For processor spares, we would suggest confirming you hold a current copy of the project file and the firmware revision. If a reference has been superseded within the M340 programme we will say what replaced it and what differs. Typical lead time is three weeks from order confirmation.

Specifications are taken from the supplier's published catalogue data. Confirm against the manufacturer's current datasheet before ordering.