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ATV310H075N4A

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Schneider Electric ATV310H075N4A is an Easy Altivar 310 three-phase variable speed drive rated 0.75 kW heavy duty for 380 to 460 VAC supplies.
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Technical specifications for ATV310H075N4A

  • Manufacturer:
    Schneider Electric
  • Part Number:
    ATV310H075N4A
  • Product Family:
    Easy Altivar 310
  • Product Type:
    Easy Altivar 310 Variable Speed Drive
  • Stock:
    1
  • Motor Power:
    0.75 kW heavy duty
  • Motor Rating:
    1 hp heavy duty
  • Supply:
    380 to 460 VAC, three phase
  • Integrated EMC Filter:
    Not included
  • Drive Frame:
    A-format compact drive
  • Controlled Motor Type:
    Three-phase asynchronous motor
  • Weight:
    0.8 kg
  • Estimated shipping dimensions:
    7.2 x 14.3 x 14.0 cm
  • Tariff Code:
    Please confirm the destination before shipping
  • 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 Drive Selection Commissioning Fault Recovery Product Applications

Features:

  • Heavy-duty motor control: The exact rating is aligned to demanding variable-torque and constant-torque duties after current verification.
  • Compact panel format: The A-frame package supports space-conscious machine enclosures.
  • Unfiltered N4A identity: EMC compliance remains a system-design responsibility rather than an assumed built-in function.
ATV310H075N4A varies motor frequency and voltage for controlled speed, starting and stopping in supported machine applications.

Its exact selection is governed by motor current and duty as well as the nominal 0.75 kW label.

A successful replacement reproduces the approved parameter set, terminal functions and protection scheme before the motor is coupled to production load.

Apter Power can help confirm the Schneider Electric ATV310H075N4A Easy Altivar 310 Variable Speed Drive, supply, motor current, EMC plan and parameter-transfer scope before quotation.
Schneider Electric ATV310H075N4A Easy Altivar 310 Variable Speed 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.
  • Motor current: Compare the motor nameplate and duty with the heavy-duty output capability.
  • Supply system: Confirm voltage, phase arrangement, earthing and protective-device requirements.
  • EMC boundary: Design filtering, grounding and motor-cable routing for the unfiltered N4A version.
  • Stopping duty: Review coast, ramp and braking requirements before approving the drive.
  • Parameter backup: Record motor data, ramps, limits, terminal assignments and communication settings.
  • Rotation proof: Decouple or secure the load and verify direction at low speed.
  • Protection: Confirm overload, current limit and fault behavior against the machine risk assessment.
  • Cooling: Maintain enclosure clearance and airflow for the documented thermal conditions.
  • Bus safety: Observe the discharge wait and prove zero voltage before touching terminals.
  • Trip evidence: Save fault codes and operating conditions before resetting or replacing the drive.
  • Motor isolation: Test motor and cable insulation with the drive disconnected as the OEM procedure requires.
  • Controlled return: Reconnect automatic commands only after local low-speed acceptance passes.
  • Conveyors: Regulates speed and acceleration for material-handling equipment within verified duty.
  • Pumps: Adjusts motor output for supported process-flow control.
  • Fans: Provides variable-speed operation where enclosure and EMC conditions are engineered.
  • Machine retrofits: Restores an identified Easy Altivar 310 configuration with documented parameters.
Description
ATV310H075N4A controls a three-phase asynchronous motor from a 380 to 460 VAC supply, providing the 0.75 kW heavy-duty rating within Schneider Electric's Easy Altivar 310 platform.

The N4A configuration of ATV310H075N4A is supplied without an integrated EMC filter. Panel design therefore needs an explicit emissions, grounding and cable-routing plan rather than assuming filtered-drive behavior.

ATV310H075N4A replacement requires more than matching motor power. Supply system, motor current, braking duty, parameter set, terminal logic and enclosure cooling all belong to the release decision.
Alternative Names
ATV310 H075 N4A ATV310-H075-N4A
Technical notes
ATV310H075N4A can retain hazardous DC-bus voltage after input power is removed. Isolate the supply, follow the OEM discharge waiting procedure, verify absence of voltage, and back up parameters before wiring changes. Stop selection if motor current, supply earthing, EMC plan, braking duty or enclosure temperature is not confirmed.
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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.
Can ATV310H075N4A be released for a replacement job from the motor kilowatt rating alone?
No. The real motor current and duty must fit the drive selection, and the supply and stopping method must suit the machine before release.
What changes in panel planning when ATV310H075N4A is used without an integrated EMC filter?
The installation must provide its own documented emissions strategy. Continue only after grounding, cable routing and any required external filtering are defined for the machine.
Which saved information lets a technician reproduce machine behavior after replacing ATV310H075N4A?
Use the approved parameter backup and terminal-function record as the restoration baseline. If that evidence is unavailable, commission the drive as a controlled engineering change rather than copying guesses.
Why can ATV310H075N4A power up correctly but fail to run the existing motor as expected?
A matching power class does not reproduce motor data, terminal logic or ramp settings. Compare the saved project with the installed motor and control circuit before troubleshooting hardware.
A motor runs backward after installing ATV310H075N4A. What is the safe response?
Stop automatic operation and secure the load. Correct the approved phase sequence or direction command only during a controlled commissioning test with hazardous motion contained.
What must be done before insulation-testing a motor circuit connected to ATV310H075N4A?
Disconnect the drive from the motor and cable as required by the Schneider procedure before applying the test voltage. Do not expose the drive output terminals to an insulation test intended for the motor circuit.

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