IEEE 1025-1993 is a guide for the assembly and erection of concrete pole structures, offering technical direction for handling, positioning, and installation in power and industrial applications. It helps engineers and field crews align construction practices with the structural requirements of concrete poles, reducing the chance of installation errors that can affect stability, alignment, and long-term service. For projects involving utility structures or related engineered supports, this standard provides a focused reference for consistent erection practices.

About IEEE 1025-1993

This standard addresses the practical steps involved in assembling and erecting concrete pole structures, with attention to the conditions that influence safe and effective installation. IEEE 1025-1993 is relevant to engineering work where concrete poles are used as structural supports, especially in power and energy settings. Its guidance is useful when project teams need a common technical basis for site preparation, lifting, placement, and assembly decisions. As an inactive standard, it remains important for legacy systems and reference use.

Where is IEEE 1025-1993 used?

IEEE 1025-1993 is typically used in utility construction, engineered pole installation, and related field operations where concrete poles form part of the support structure. It may apply to overhead line installations, substation-adjacent structures, and other power-sector builds that depend on correct pole assembly and erection. The guide is also useful for contractors, inspectors, and engineers who need a common framework for reviewing installation methods, equipment handling, and on-site sequencing for concrete pole structures.

Importance in practice

In practice, the value of IEEE 1025-1993 lies in helping teams control installation quality and reduce structural risk during erection. Clear guidance supports safer lifting and positioning, more consistent field execution, and better coordination between design intent and construction activity. For procurement and compliance work, it can also serve as a reference when defining installation expectations for concrete pole structures. Using a shared technical guide helps limit rework, improve reliability, and support more predictable project outcomes.

• Assembly guidance for concrete pole structures
• Erection and placement considerations
• Utility and power-system installation context
• Field consistency and construction control
• Legacy reference for inactive IEEE material