Schneider ME4U07AAA
Schneider ME4U07AAA
Schneider ME4U07AAA
Schneider ME4U07AAA
Schneider ME4U07AAA
Schneider ME4U07AAA
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  • Lifecycle status

    Discontinued / Obsolete by OEM
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ME4U07AAA

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The Schneider ME4U07AAA is a 0.75 kW frequency inverter, engineered to optimize energy consumption and motor performance in demanding industrial ventilation, pumping, and automation applications.
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Technical specifications for ME4U07AAA

  • Manufacturer:
    Schneider Electric
  • Part Number:
    ME4U07AAA
  • Product Family:
    Altivar Process
  • Product Type:
    Frequency Inverter Drive
  • Stock:
    1
  • Rated Motor Output Power:
    0.75 kW
  • Rated Output Current:
    2.3 A
  • Input Supply Voltage:
    3-Phase 380 V...440 V (-15% to +10%), 480 V (+10%)
  • Supply Frequency:
    50 / 60 Hz (±5%)
  • Enclosure Protection Class:
    IP20 (Built-in unit for cubicle mounting)
  • Operating Ambient Temperature:
    -10°C to +50°C (derating may apply above 40°C)
  • Storage Temperature Range:
    -25°C to +65°C
  • Relative Humidity:
    < 95% non-condensing, conforming to IEC environmental standards
  • Weight:
    2.6 kg
  • Estimated shipping dimensions:
    13x15x25cm
  • Tariff Code:
    8504409990
  • 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 Monitoring & Control

Features:

  • Advanced Eco-Mode Energy Optimization
  • Integrated RFI Filtering for Noise Mitigation
  • Hardware-Based "Safe Standstill" Safety Function
The Schneider ME4U07AAA incorporates specialized quadratic voltage-to-frequency curves tailored for centrifugal pumps and fans. This feature minimizes magnetic losses in the motor under partial load conditions, drastically lowering utility bills and optimizing thermal efficiency across fluctuating system demands.

Featuring an onboard, high-attenuation RFI filter, the Schneider ME4U07AAA effectively restricts conducted electromagnetic emissions right at the source. This protects adjacent sensors and PLCs from high-frequency interference, eliminating the cost and space required for external filters.

The Schneider ME4U07AAA is engineered with a certified safe torque off/standstill mechanism built directly into its control loops. This allows the drive to safely inhibit motor rotation upon an emergency stop signal, avoiding hazardous restarts without requiring external safety relays.

The ME4U07AAA Schneider Electric pDRIVE MX eco 4V0,75 Frequency Inverter Drive may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Schneider Electric ME4U07AAA pDRIVE MX eco 4V0,75 Frequency Inverter 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 ME4U07AAA pDRIVE MX eco 4V0,75 Frequency Inverter Drive

General

  • Manufacturer Schneider Electric
  • Model ME4U07AAA
  • Condition New Original ready stock
  • Product Family MA0329001,MA0186100,BMXP341000
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.
  • HVAC System Ventilation Control: The Schneider ME4U07AAA is ideally suited for controlling supply and extract fans within commercial and industrial facilities. Its custom V/Hz curves manage airflow changes effortlessly, reducing mechanical stress on belt drives and lowering acoustics.
  • Centrifugal Pumping Networks: In water treatment and industrial cooling processes, the Schneider ME4U07AAA regulates centrifugal pumps. It prevents water hammer effects through smooth linear acceleration and deceleration ramps, protecting pipelines and valves from overpressure.
  • Material Handling and Conveyors: With its precise torque regulation, the Schneider ME4U07AAA handles small-scale packaging and transport conveyors. It provides consistent starting torque at low speeds, preventing structural slippage or product damage during startup.
  • Auxiliary Machine Automation: The compact footprint of the Schneider ME4U07AAA allows it to govern secondary motor axes within larger manufacturing machinery, such as mixers, agitators, and dedicated intake mechanisms requiring variable speed adaptation.
  • Dynamic Load Adaptability: The Schneider ME4U07AAA employs real-time motor profiling that recalculates the optimal magnetic flux depending on current load. This ensures that the motor consumes only the necessary amount of electrical energy, boosting efficiency during partial-load cycles.
  • High Thermal Efficiency Power Stage: Built with high-grade Insulated Gate Bipolar Transistors (IGBTs), the Schneider ME4U07AAA minimizes switching losses. This keeps internal heat generation to a minimum, ensuring long-term operational stability and reducing cooling requirements within the host enclosure.
  • Reduced Line Harmonics: The integrated engineering of the Schneider ME4U07AAA's internal choke and RFI components decreases total harmonic distortion (THD) feedback onto the local grid. This safeguards power quality, allowing neighboring machinery to run efficiently without voltage sags.
  • Soft-Starting Capabilities: By controlling inrush current spikes during motor startup, the Schneider ME4U07AAA removes the massive electrical stress typical of direct-on-line starters. This extends the service life of both the motor windings and the mechanical gearboxes connected to the shaft.
  • Comprehensive Fault Diagnostics: The Schneider ME4U07AAA continuously tracks critical operational variables such as DC bus voltage, output frequency, and thermal load. Any deviation beyond safety thresholds triggers immediate alarms, allowing operators to diagnose root causes instantly.
  • External Operator Interfacing: Utilizing the separate >pDRIVE< BE11 Matrix unit, operators gain access to the Schneider ME4U07AAA's inner architecture. The system supports live parameter adjustments, manual speed overrides, and clear visual readouts of runtime statistics.
  • Flexible Analog and Digital Feedback: The control terminal block of the Schneider ME4U07AAA features configurable I/O that interfaces with external pressure, temperature, or flow sensors. This makes it easy to set up local closed-loop PID control architectures without an independent controller.
  • Motor Protection Integration: The Schneider ME4U07AAA features built-in electronic thermal overload calculating algorithms that constantly evaluate motor temperatures based on speed and current. This removes the need for external thermal overload relays, lowering wiring costs and physical panel space.
Description
Designed for modern industrial ecosystems, the Schneider ME4U07AAA frequency inverter delivers exceptional speed and torque control for three-phase asynchronous motors. By utilizing advanced eco-mode algorithms, it dynamically adjusts energy consumption to match actual load requirements, resulting in a substantial reduction in operating costs and a lower carbon footprint for heavy-duty facilities.

The Schneider ME4U07AAA features a robust IP20 enclosed design integrated with a high-performance RFI (Radio Frequency Interference) filter. This ensures maximum electromagnetic compatibility (EMC) and protects sensitive peripheral electronics from harmonic distortion, making it highly suitable for installation within compact control cabinets across automated production lines.

Equipped with the critically acclaimed "Safe Standstill" safety function, the Schneider ME4U07AAA provides hardware-level compliance with functional safety standards. This integration allows for rapid deceleration and power isolation without the need for redundant mechanical line contactors, drastically improving machine availability and ensuring maximum protection for operational personnel.

Engineered to operate reliably under variable thermal and electrical stresses, the Schneider ME4U07AAA supports comprehensive monitoring and fieldbus communication. It adapts effortlessly to diverse automation infrastructures, seamlessly interfacing with supervisory control systems to provide real-time diagnostic transparency and predictive maintenance capabilities.
Alternative Names
ME4UO7AAA MA0329001 MA0186100 BMXP341000
Technical notes
The Schneider ME4U07AAA frequency inverter operates on a 3-phase supply voltage of 380...440V/480V to supply a 0.75 kW motor with a continuous output current of 2.3 A. For full parameter programming and commissioning, the Schneider ME4U07AAA requires the external Matrix operating panel pDRIVE BE11, which must be ordered separately.
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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.
What communication protocols does the Schneider ME4U07AAA support for PLC integration?
The Schneider ME4U07AAA can be integrated into standard fieldbus architectures via its optional communication modules or onboard interfaces. It natively supports Modbus RTU communication protocols, allowing engineers to map parameter numbers directly to Schneider Quantum, Premium, or Modicon M340/M580 PLCs, as well as third-party control networks, ensuring rapid data transfer for cyclically read drive statuses and frequency commands.
How do you configure the I/O terminal wiring on the Schneider ME4U07AAA for multi-speed control?
The I/O terminals of the Schneider ME4U07AAA can be configured by mapping digital inputs to pre-set internal frequency parameters. To utilize multi-speed functions, the digital inputs on the control terminal strip must be wired to accept 24V DC logic from your controller. Once wired, you must utilize the Matrix operating panel pDRIVE BE11 to program the corresponding parameter numbers for assigning binary combinations to up to seven preset speeds.
Which firmware or software tool is required to troubleshoot internal diagnostic faults on the Schneider ME4U07AAA?
Advanced diagnostic depth for the Schneider ME4U07AAA is unlocked using dedicated PC-based commissioning software or by reading fault codes on the detached pDRIVE BE11 Matrix panel. The internal firmware retains historical fault logs, capturing specific trip parameters such as overcurrent, overvoltage, and thermal motor overload, allowing engineers to trace the precise parameter numbers associated with electrical anomalies.
Does the built-in RFI filter of the Schneider ME4U07AAA allow it to be used on IT (ungrounded) networks?
The embedded RFI filter in the Schneider ME4U07AAA is designed as standard for TT or TN (grounded) networks. If you plan to install the Schneider ME4U07AAA on an ungrounded IT electrical network, you must disconnect or isolate the internal filter capacitors via the hardware jumper switch to prevent high leakage currents from falsely tripping insulation monitors.
What are the specific environmental restrictions when mounting the Schneider ME4U07AAA inside an electrical enclosure?
The Schneider ME4U07AAA features an IP20 open-chassis rating, meaning it must be installed inside a well-ventilated control cabinet that protects it from conductive dust and dripping water. The ambient air temperature around the Schneider ME4U07AAA should be maintained between -10°C and +40°C; operation up to +50°C is permitted only if you apply proper output current derating.
What is the recommended safety clearance around the Schneider ME4U07AAA to prevent thermal overheating?
For successful installation, the Schneider ME4U07AAA requires strict adherence to physical clearances to allow unrestricted convective airflow. A minimum vertical distance of 100 mm must be maintained above and below the Schneider ME4U07AAA chassis, and adjacent equipment must not block the side ventilation slots, ensuring that heat dissipated from the internal power electronics is evacuated efficiently.

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