Schneider LXM15MD28N4
Schneider LXM15MD28N4
Schneider LXM15MD28N4
Schneider LXM15MD28N4
Schneider LXM15MD28N4
Schneider LXM15MD28N4
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  • Lifecycle status

    Discontinued / Obsolete by OEM
    Apter Power sources premium, hard-to-find Schneider Electric LXM15MD28N4 replacement hardware, providing plant operators with a highly dependable inventory stream for obsolete servo drives to protect legacy production lines from downtime.

LXM15MD28N4

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The Schneider LXM15MD28N4 is a discontinued three-phase motion servo drive within the Lexium 15 MP family, engineered to deliver 5.7 kW of robust output power and 10 A rms continuous current for demanding industrial automation frameworks.
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Technical specifications for LXM15MD28N4

  • Manufacturer:
    Schneider Electric
  • Part Number:
    LXM15MD28N4
  • Product Family:
    Lexium Series
  • Product Type:
    Motion Servo Drive
  • Stock:
    1
  • Rated Supply Voltage:
    3-Phase 208V to 480V AC (50/60 Hz)
  • Supply Voltage Limits:
    187.2 V to 528 V AC
  • Network Frequency Limits:
    47.5 Hz to 63 Hz
  • Max. Line Current:
    12.6 A at 480V / 9.7 A at 208V
  • Nominal Output Power:
    5.7 kW
  • Apparent Power:
    7 kVA
  • Switching Frequency:
    8 kHz
  • Operating Temperature:
    0°C to +45°C (up to +55°C with 2.5% current derating per °C)
  • Storage Temperature:
    -25°C to +70°C
  • Protection Rating:
    IP20
  • Cooling Type:
    ntegrated Forced Air Fan
  • Weight:
    4 kg
  • Estimated shipping dimensions:
    41.5×35×12.5cm
  • Tariff Code:
    8537101190
  • Country of origin:
    France
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Specifications Applications Performance & Efficiency Environmental Ratings

Features:

  • Integrated High-Performance EMC Mitigation
  • Dual-Loop Fast Sampling Feedback Control
  • Certified Hardware Functional Safety
The Schneider LXM15MD28N4 features a built-in electromagnetic compatibility (EMC) filter designed to suppress conducted high-frequency line emissions. This internal integration simplifies control cabinet layout, significantly lowers peripheral component costs, reduces labor overhead for external wiring, and guarantees strict compliance with demanding industrial radio-interference standards.

Equipped with high-speed processors, the Schneider LXM15MD28N4 processes its torque loop at an outstanding 62.5 µs cycle time, while speed and position loops execute at 250 µs. This multi-rate loop architecture translates into ultra-low tracking errors, rigid mechanical stiffening, and highly responsive feedback stabilization during complex, high-speed motion operations.

The Schneider LXM15MD28N4 incorporates a dedicated, independent Power Removal (PWR) safety circuit compliant with IEC/EN 61800-5-2 guidelines. By directly isolating the gate-driver power supply at a hardware level, it delivers reliable Safe Torque Off functionality, mitigating risks to operators without requiring redundant, cycle-heavy inline contactors.

The LXM15MD28N4 Schneider Electric Lexium 15 Motion Servo Drive may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Schneider Electric LXM15MD28N4 Lexium 15 Motion Servo Drive Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Schneider Electric LXM15MD28N4 Lexium 15 Motion Servo Drive

General

  • Manufacturer Schneider Electric
  • Model LXM15MD28N4
  • Condition New Original ready stock
  • Product Family LXM32MD18M2,LXM05AD22N4,LXM32AU60N4
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • High-Speed Material Handling & Logistics: Optimizes automated storage and retrieval systems (ASRS), high-speed sorting lanes, and automated conveyor routing where the 62.5 µs torque response eliminates packet jams and positioning drift during intensive start-stop duty cycles.
  • Precision Packaging & Bottling Machinery: Frequently implemented in multi-axis cartoning machines, capping systems, and continuous-motion labeling lines that rely on the CANopen network to tightly synchronize feed rates and rotational knife positioning.
  • Metalworking & CNC Feed Axes: Ideal for managing secondary axes, axis tool changers, or raw sheet feeders in stamping and cutting cells, providing a robust 28 A peak current to overcome high static friction and inertia.
  • Textile & Printing Web Tensioning: Deployed in printing presses and yarn winding machinery where its dual analog inputs and tight internal speed loops maintain constant tension control, preventing material tearing or uneven roll accumulation.
  • Highly Efficient Thermal Output: Operates with a nominal power loss of only 90W at full load, representing high energy conversion efficiency and minimizing thermal stress on surrounding enclosure components.
  • Exceptional Transient Overload Overhead: Capable of sustaining a 20 A rms transient current for up to 5 seconds, allowing the drive to handle momentary heavy loads without nuisance tripping.
  • Tight Synchronous Loop Convergence: The 250 µs position sampling clock paired with high-resolution SUB-D encoder feedback ensures rigid servo loops, preventing mechanical resonance and keeping path deviations minimal under fluctuating loads.
  • Grid Distortion Mitigation: The embedded premium EMC filter drastically minimizes total harmonic distortion on the factory power grid, allowing peripheral sensors and analog instrumentation to operate without signal degradation.
  • IP20 Sealed Enclosure Architecture: Built exclusively for cleanroom or control-panel environments, protecting interior control electronics from accidental tool contact or large particulate ingress.
  • International Power Grid Resilience: Formally rated to handle severe voltage fluctuations between 187.2 V and 528 V, providing an operational safety buffer against sudden grid brownouts or spikes.
  • Broad Thermal Storage Tolerance: Rated to withstand extreme warehouse storage conditions from -25°C up to +70°C without compound degradation, making it suitable for global transport and long-term critical spare warehousing.
  • Flexible Power Earthing Integration: Native design architecture allows immediate, safe installation into standardized industrial TN or TT earthing schemes, and accommodates IT floating grids through a simple isolation transformer.
Description
The Schneider LXM15MD28N4 servo drive delivers exceptional power density, supporting a 5.7 kW power rating with an apparent power of 7 kVA to accommodate heavy-duty industrial machinery. It operates efficiently on a wide 3-phase input voltage range from 208V to 480V, ensuring seamless adaptability across international electrical grids. Backed by an ultra-fast torque control loop sampling time of 62.5 µs, the drive manages a peak output current of up to 28 A, allowing synchronous and asynchronous servo motors to execute swift, highly dynamic acceleration and deceleration profiles with absolute positioning accuracy. 

Engineered for complex multi-axis architectures, the Schneider LXM15MD28N4 features native CANopen bus communication interfaces alongside legacy RS232 serial ports for streamlined commissioning and host PLC synchronization. The hardware platform is fully equipped with dedicated SUB-D connectors for high-resolution encoder and resolver feedback loops, maintaining stiff closed-loop control. With two analog inputs, two analog outputs, and programmable digital inputs—including a dedicated ENABLE channel—it seamlessly interfaces with master controllers such as Modicon PLCs or third-party CNC systems.  

Operational safety and electromagnetic compatibility are foundational to the Schneider LXM15MD28N4 design philosophy. The unit incorporates a built-in, integrated EMC filter that drastically reduces high-frequency line interference, eliminating the need for expensive external filtering components and ensuring compliance with stringent noise regulations. Furthermore, it features an independent Power Removal (PWR) safety input compliant with functional safety standards (IEC/EN 61800-5-2), providing a dependable hardware-based safe torque off mechanism to protect personnel and prevent mechanical damage during emergency stop sequences. 

Housed in a compact, IP20-rated enclosure weighing 4 kg, the Schneider LXM15MD28N4 is built for optimized panel mounting in harsh industrial environments. The drive relies on an internal forced-convection fan cooling system to efficiently dissipate its 90W nominal power loss, maintaining safe thermal thresholds during continuous full-load operations. Intended for vertical installation with a permissible ±10° tilt, its standardized physical footprint allows system integrators to minimize control cabinet space while preserving reliable access to all primary power and signal terminals.
Alternative Names
LXMI5MD28N4 LXMI5MD2BN4 LXM15MD2BN4 LXM32MD18M2 LXM05AD22N4 LXM32AU60N4
Technical notes
The Schneider LXM15MD28N4 requires strict vertical mounting within a dust-free enclosure to ensure optimal internal fan airflow and dissipation of its 90W power loss. System engineers must verify that line protection utilizes a 16 aM primary fuse, and ensure that the PWR safety input is properly wired into the emergency safety relay loop to enable standard-compliant power removal operation.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
How can engineers properly wire and interface the feedback systems on the Schneider LXM15MD28N4 servo drive?
The Schneider LXM15MD28N4 features dedicated high-density SUB-D connectors labeled specifically for resolver and encoder interfaces. Engineers must utilize shielded twisted-pair cables to route feedback signals to prevent EMI corruption. The drive natively supports standard sinus-cosinus resolvers, incremental encoders, and absolute encoders, allowing seamless closed-loop pairing with Schneider's BMH/BSH or compatible legacy servo motor lines.
What fieldbus communication protocols are natively supported by the Schneider LXM15MD28N4 for PLC integration?
The Schneider LXM15MD28N4 comes equipped with an integrated CANopen interface, allowing it to act as a standard motion node within a distributed industrial network. It supports standard DS301 communication profiles and DSP402 motion control profiles (such as Profile Position, Profile Velocity, and Homing modes). For direct point-to-point parameter configuration and diagnostic monitoring, an RS232 serial interface is accessible via standard RJ45/SUB-D pinouts.
What are the primary environmental limitations and derating requirements for mounting the Schneider LXM15MD28N4 inside an enclosure?
The Schneider LXM15MD28N4 has an ingress protection rating of IP20 and is designed for operation in ambient temperatures between 0°C and +45°C without performance loss. If the cabinet ambient temperature rises between +45°C and +55°C, plant operators must apply a linear current derating factor of 2.5% per additional °C. The unit must be mounted vertically (±10°C), ensuring at least 100mm of clearance at the top and bottom to allow its internal cooling fan to properly vent the 90W nominal heat dissipation.
What functional safety certifications does the Schneider LXM15MD28N4 possess regarding emergency stop compliance?
The Schneider LXM15MD28N4 complies with international machine safety regulations via its integrated Power Removal (PWR) function, certified under the IEC/EN 61800-5-2 standard for adjustable speed electrical power drive systems. The PWR circuit bypasses the drive's software layers to physically disable the output power transistors. This allows the drive to be integrated into Category 3 / PL d (Performance Level d) safety systems according to EN ISO 13849-1, eliminating the need for upstream motor contactors while safely bringing machinery to an uncontrolled stop.
What are the diagnostic indicators available on the hardware of the Schneider LXM15MD28N4 to troubleshoot fault states?
The Schneider LXM15MD28N4 utilizes an integrated multi-segment LED status display on its front panel. When a fault occurs, the drive trips its main relay and flashes a specific numeric error code corresponding to internal faults (such as "E01" for overvoltage, "E02" for overcurrent, or thermal overload warnings). Additionally, the diagnostic depth can be expanded via the RS232 interface using commissioning software to read precise internal error registers and historic fault logs.

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