IEEE P1656/D9, May 2007

IEEE P1656/D9, May 2007 is a draft guide for testing wildlife protective devices used on overhead power distribution systems rated up to 38 kV. It focuses on electrical, mechanical, and durability performance, helping define how such devices should be evaluated before field use. In the power, energy, and industry applications context, this standard is relevant where utilities and equipment suppliers need consistent test methods to assess protection devices intended to support reliable and safe distribution operation.

About IEEE P1656/D9, May 2007

This draft standard provides technical guidance for evaluating the performance of wildlife protective devices installed on overhead distribution systems. IEEE P1656/D9, May 2007 addresses testing concerns that may include electrical integrity, mechanical strength, and long-term durability under service-like conditions. As a draft guide, it is useful for comparing product designs and establishing a common basis for assessment when developing or reviewing devices intended for systems rated up to 38 kV.

Where is IEEE P1656/D9, May 2007 used?

IEEE P1656/D9, May 2007 is typically used in utility distribution environments where overhead lines must be protected from wildlife-related faults or contact events. It is relevant to device qualification, laboratory testing, and engineering review for products mounted on poles, conductors, or related distribution hardware. Manufacturers, utility engineers, and test labs may use it when specifying or verifying devices for overhead power networks in the power, energy, and industry applications sector.

Importance in practice

In practice, this draft guide helps support consistent testing and product comparison for wildlife protective devices, reducing uncertainty during design and procurement. IEEE P1656/D9, May 2007 can assist with performance validation, especially where electrical behavior, mechanical robustness, and durability all affect field reliability. Using a defined test basis may also help utilities and suppliers manage risk, improve safety outcomes, and make better-informed decisions about device suitability for overhead distribution systems.

• Wildlife protective devices for overhead distribution lines
• Systems rated up to 38 kV
• Electrical, mechanical, and durability testing
• Utility and test-laboratory evaluation use
• Draft guide for product assessment