IEEE 1017.4-2023 is the recommended practice for testing and rating electrical submersible pump motors, giving engineers and buyers a clearer basis for evaluating motor performance in submerged pump applications. It is relevant to components, circuits, devices, and power systems where reliable motor behavior is critical. By defining how these motors are assessed, IEEE 1017.4-2023 supports more consistent comparisons, better specification writing, and lower risk in procurement and field use.

What is IEEE 1017.4-2023?

IEEE 1017.4-2023 is a technical standard focused on the test methods and rating considerations used for electrical submersible pump motors. In practical terms, it helps establish a common approach for measuring performance and interpreting results for motors intended to operate in submerged environments. The document is most useful where design, evaluation, and acceptance decisions depend on repeatable electrical and performance criteria rather than informal manufacturer claims.

Where is IEEE 1017.4-2023 used?

This standard is typically used in engineering, manufacturing, and procurement workflows involving electrical submersible pump systems. It is especially relevant for motor testing labs, equipment suppliers, utility and industrial buyers, and service organizations that need a consistent way to rate submerged pump motors. IEEE 1017.4-2023 can also support product qualification, specification review, and maintenance decisions where motor performance and test results must be compared on a reliable basis.

Why is IEEE 1017.4-2023 important?

IEEE 1017.4-2023 matters because testing and rating practices directly affect confidence in motor performance, compliance, and equipment selection. Using a recognized standard helps reduce ambiguity when comparing products, reviewing bids, or verifying that a motor meets expected operating conditions. For electrical submersible pump applications, that consistency can improve design control, support safer operation, and reduce the chance of costly mismatches between the motor, pump, and installation environment.

• Test methods for submersible pump motors
• Rating and performance evaluation
• Electrical and operating-condition assessment
• Support for specification and procurement
• Consistency in qualification and comparison