Image 1 of 1
Image 1 of 1
Image 1 of 1
Image 1 of 1
ABB ACS355-03E-07A3-4 Machinery Drive is a compact variable-frequency drive designed for industrial machinery and OEM applications. ACS355 drives are commonly installed on conveyors, mixers, pumps, fans, packaging equipment, material handling systems, textile machinery, and other machines that require adjustable motor speed and reliable local or remote control.
This listing is for the exact drive code ACS355-03E-07A3-4. ABB identifies this model as a low-voltage AC machinery drive with a nominal motor power of 3.0 kW, nominal output current of 7.3 A, and an IP20 enclosure configuration. The complete model code is important because ACS355 variants can differ in current rating, voltage class, enclosure, braking options, fieldbus accessories, and application configuration.
Key product details
Replacement considerations: Never select a replacement variable-frequency drive from kW/HP alone. Confirm the complete ABB type code, input-voltage class, motor full-load current, overload duty, braking requirement, digital/analog I/O, fieldbus option, control-panel space, EMC requirements, and parameterization. Optional boards or communications adapters attached to the failed drive may also need to be transferred or replaced.
For an emergency replacement, having the old drive parameter backup can reduce commissioning time. Motor data, acceleration and deceleration ramps, minimum/maximum frequency, start/stop logic, analog scaling, preset speeds, fault behavior, and communications settings may all be machine-specific.
Typical sourcing reasons include replacement of a failed drive, creation of a critical spare, restoration of an older OEM machine, or keeping multiple identical machines standardized on the same drive platform.
Need ABB ACS355-03E-07A3-4? Send Corwin Solutions the quantity, required condition, destination, and delivery deadline. If you are considering a substitute, include the existing motor nameplate and any fieldbus/option-module information so the alternate can be reviewed separately rather than assumed equivalent.
ABB ACS355-03E-07A3-4 Machinery Drive is a compact variable-frequency drive designed for industrial machinery and OEM applications. ACS355 drives are commonly installed on conveyors, mixers, pumps, fans, packaging equipment, material handling systems, textile machinery, and other machines that require adjustable motor speed and reliable local or remote control.
This listing is for the exact drive code ACS355-03E-07A3-4. ABB identifies this model as a low-voltage AC machinery drive with a nominal motor power of 3.0 kW, nominal output current of 7.3 A, and an IP20 enclosure configuration. The complete model code is important because ACS355 variants can differ in current rating, voltage class, enclosure, braking options, fieldbus accessories, and application configuration.
Key product details
Replacement considerations: Never select a replacement variable-frequency drive from kW/HP alone. Confirm the complete ABB type code, input-voltage class, motor full-load current, overload duty, braking requirement, digital/analog I/O, fieldbus option, control-panel space, EMC requirements, and parameterization. Optional boards or communications adapters attached to the failed drive may also need to be transferred or replaced.
For an emergency replacement, having the old drive parameter backup can reduce commissioning time. Motor data, acceleration and deceleration ramps, minimum/maximum frequency, start/stop logic, analog scaling, preset speeds, fault behavior, and communications settings may all be machine-specific.
Typical sourcing reasons include replacement of a failed drive, creation of a critical spare, restoration of an older OEM machine, or keeping multiple identical machines standardized on the same drive platform.
Need ABB ACS355-03E-07A3-4? Send Corwin Solutions the quantity, required condition, destination, and delivery deadline. If you are considering a substitute, include the existing motor nameplate and any fieldbus/option-module information so the alternate can be reviewed separately rather than assumed equivalent.