Schneider Electric ME4U07AAA Interface Card – Obsolete Modicon Spare Part
Schneider Electric ME4U07AAA is listed for Modicon RFQ review. Confirm quantity, condition and destination before quotation.
Model: BCH2MM0813CA6C IEC 60034-1
Product Overview
Commercial availability is handled through direct RFQ, model verification and export-oriented follow-up rather than public cart checkout.
Datasheet Preview
Use attached product manuals when available. If the manual is not public yet, request the full file directly through RFQ.
Commercial Path
Product pages on DRIVEKNMS are designed to verify model, brand and series first, then move the buyer into one clean quotation path.
Technical Dossier
The Schneider Electric BCH2 series represents a mature, high-density servo motor platform deployed across global heavy industry sectors including petrochemical refineries, nuclear auxiliary systems, offshore platforms, and continuous-process manufacturing. Rated to IEC 60034-1 standards, BCH2 motors are engineered for integration with Schneider's Lexium servo drive ecosystem, providing closed-loop torque, speed, and position control in demanding environments. Their compact flange-mount form factor (IEC B5/B14) and wide torque range (0.32 Nm to 47.7 Nm) have made them a standard specification in OEM machine builds across Europe and Asia-Pacific since the mid-2000s. As the BCH2 series enters its extended lifecycle phase, long-term maintenance sourcing has become a primary concern for plant engineers and MRO procurement teams.
The BCH2 series was introduced as the successor to the BCH (first generation) servo motor line, aligning with the Lexium 32 and Lexium 62 drive platforms. Early BCH2 variants used resolver feedback (suffix CA), while later revisions introduced single-turn and multi-turn SinCos encoder options (suffix SA, MA). The BCH2MM0813CA6C specifically designates: frame size MM (medium-medium), 0.8 Nm continuous stall torque, 1300 RPM base speed, resolver feedback (CA), IEC 60034-1 compliance, and 6-pole winding configuration. Compatibility across Lexium drive generations requires careful cross-referencing of feedback type and connector pinout — resolver-based BCH2 units are not directly interchangeable with encoder-based variants without drive parameter reconfiguration. As Schneider transitions customers toward the BSH and MH3 series, BCH2 units are increasingly sourced as replacement parts rather than new builds.
The following SKUs represent verified, commonly deployed BCH2 series servo motors. Each unit is IEC 60034-1 rated and designed for use with Schneider Lexium servo drives.
BCH2MM0813CA6C: 0.8 Nm, 1300 RPM, resolver, IEC B5 flange, 6-pole
BCH2MM0813SA6C: 0.8 Nm, 1300 RPM, SinCos single-turn encoder, IEC B5
BCH2MM0813MA6C: 0.8 Nm, 1300 RPM, multi-turn absolute encoder, IEC B5
BCH2LR1013CA6C: 1.0 Nm, 1300 RPM, resolver, IEC B5 flange, low-inertia
BCH2LR1013SA6C: 1.0 Nm, 1300 RPM, SinCos encoder, low-inertia frame
BCH2HR1513CA6C: 1.5 Nm, 1300 RPM, resolver, high-inertia frame, IEC B5
BCH2HR1513SA6C: 1.5 Nm, 1300 RPM, SinCos encoder, high-inertia frame
BCH2LR2013CA6C: 2.0 Nm, 1300 RPM, resolver, low-inertia, IEC B5 flange
BCH2LR2013SA6C: 2.0 Nm, 1300 RPM, SinCos single-turn encoder, IEC B5
BCH2HR3013CA6C: 3.0 Nm, 1300 RPM, resolver, high-inertia, IEC B5 flange
BCH2HR3013SA6C: 3.0 Nm, 1300 RPM, SinCos encoder, high-inertia frame
BCH2LR4013CA6C: 4.0 Nm, 1300 RPM, resolver, low-inertia, IEC B5 flange
BCH2LR4013SA6C: 4.0 Nm, 1300 RPM, SinCos encoder, low-inertia frame
BCH2HR6013CA6C: 6.0 Nm, 1300 RPM, resolver, high-inertia, IEC B5 flange
BCH2HR6013SA6C: 6.0 Nm, 1300 RPM, SinCos encoder, high-inertia frame
BCH2HR9013CA6C: 9.0 Nm, 1300 RPM, resolver, high-inertia, IEC B5 flange
BCH2HR9013SA6C: 9.0 Nm, 1300 RPM, SinCos encoder, high-inertia frame
BCH2HR1213CA6C: 12 Nm, 1300 RPM, resolver, high-inertia, IEC B5 flange
BCH2HR1213SA6C: 12 Nm, 1300 RPM, SinCos encoder, high-inertia frame
Continue The Model Path
Move from this exact model into the matching system hub, brand archive, model-family archive or lifecycle sourcing route before sending a final RFQ list.