Schneider Electric ATV71HD11M3X Altivar 71 Variable Speed Drive
A legacy Altivar 71 drive for three-phase motor control in machine and process applications.
Product Profile
ATV71HD11M3X belongs to Schneider Electric’s Altivar 71 variable-speed drive platform. Replacement planning should compare the complete motor and machine application rather than only the power class.
Lifecycle status and the absence of an integrated EMC filter make the installed cabinet design important to a successor review.
Technical Data
| Manufacturer | Schneider Electric |
|---|---|
| Complete Model | ATV71HD11M3X |
| Product Family | Altivar 71 |
| Drive Type | Variable speed drive |
| Motor Power | 11 kW / 15 hp |
| Supply Class | 200–240 V |
| EMC Filter | Not integrated |
| Operator Interface | Graphic terminal |
| Commercial Status | Discontinued 2 December 2020 |
| Standard Service End | 31 March 2028 |
| Recommended Successor Family | Altivar Process ATV930 |
| Listed Successor References | ATV930D11M3 or ATV930D15M3 after application review |
System Role
- Altivar 71 control platform for demanding variable-torque or constant-torque machine applications.
- Graphic terminal supports local commissioning and diagnostics.
- The M3X construction requires the site EMC solution to be reviewed separately.
- Documented successor path moves the application to the Altivar Process ATV930 family.
Compatibility
- A successor must match supply, motor current, overload duty, braking and environmental requirements.
- Review fieldbus cards, encoder feedback, analog and digital I/O, and safety functions.
- Do not assume ATV930D11M3 and ATV930D15M3 are interchangeable choices without application sizing.
Applications
- Legacy machine drives operating from a 200–240 V three-phase supply.
- Maintenance of installed Altivar 71 systems where parameters and I/O mapping are preserved.
- Engineered migration to an ATV930 after motor, braking, EMC and control review.
FAQ
Is ATV71HD11M3X still a current-production drive?
No. Schneider lists the model as discontinued and provides an end-of-service date, so spare and migration planning should be coordinated.
Which successors are listed for ATV71HD11M3X?
Schneider lists ATV930D11M3 and ATV930D15M3 as replacement-group options; final selection depends on motor current, overload and application duty.
What must be backed up before replacing ATV71HD11M3X?
Save the full parameter set, option-card configuration, fieldbus addresses, I/O assignment and motor data.
Why does the missing EMC filter matter for ATV71HD11M3X replacement?
The installed cabinet may rely on an external EMC arrangement, so filters, cable shielding and compliance must be reviewed during migration.
Can ATV71HD11M3X be selected from the 11 kW rating alone?
No. Supply voltage, motor current, overload class, braking, feedback, communications, enclosure and safety functions must also match.
What acceptance testing should follow an ATV71HD11M3X migration?
Verify motor rotation, current, speed range, ramping, braking, process control, fieldbus, protective trips and all machine safety functions.
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