IEEE PC135.30/D1.5, Jun 2009 is a draft standard focused on ground rod electrode, clamp, and coupling specification for power, energy, and industrial applications. It addresses the hardware used to create and maintain grounding connections, which is important for electrical safety, fault performance, and installation consistency. As a draft technical document, IEEE PC135.30/D1.5, Jun 2009 provides a basis for defining construction and evaluation expectations around grounding components and their mechanical and electrical interface.

About IEEE PC135.30/D1.5, Jun 2009

This draft standard is concerned with the specification of ground rod electrodes, clamps, and couplings used in grounding systems. Its technical context is centered on components that help form a dependable earth connection in electrical installations. IEEE PC135.30/D1.5, Jun 2009 may be used to guide requirements related to fit, assembly, materials, and connection integrity, supporting more consistent design and review of grounding hardware. For buyers and engineers, it serves as a focused reference for this part of grounding system specification.

Where is IEEE PC135.30/D1.5, Jun 2009 used?

IEEE PC135.30/D1.5, Jun 2009 is relevant in projects that specify grounding hardware for electrical distribution, utility installations, industrial facilities, and other power-related systems. It is particularly useful where ground rod electrodes and their clamps or couplings must be selected, installed, or evaluated as part of a grounding network. The standard may also support procurement and inspection workflows where consistent component dimensions and connection performance are important to the grounding design.

Importance in practice

In practice, this standard helps reduce uncertainty when specifying or comparing grounding components. Clear requirements for ground rod electrodes, clamps, and couplings can support safer installations, better interchangeability, and more reliable electrical continuity. IEEE PC135.30/D1.5, Jun 2009 is also valuable during compliance review and testing because it gives engineers and purchasers a common technical reference for assessing whether components meet expected construction and performance criteria. That can lower installation risk and improve long-term system consistency.

• Ground rod electrode specification
• Clamp and coupling requirements
• Grounding connection integrity
• Power and industrial application focus
• Draft standard for technical review