IEEE PC93.3/D17.4, August 2016
Line Carrier Line Traps (30-500 kHz)
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About This Item
PC93.3/D17.4, August 2016 is a technical standard for line carrier line traps used in the 30-500 kHz range, where communication signals must be controlled within power systems. It is relevant to power, energy, and industrial applications that rely on carrier-based transmission over conductors. By defining expectations for these components, the document supports more consistent design, selection, and evaluation of equipment used to isolate frequencies and manage signal flow on energized lines.
PC93.3/D17.4, August 2016 overview
This standard focuses on line carrier line traps, a key component in carrier communication arrangements for power networks. PC93.3/D17.4, August 2016 is intended to help define how these devices perform in the 30-500 kHz band, where they must restrict carrier signals while allowing power-frequency operation to continue. For engineers, buyers, and test personnel, the specification provides a structured reference for comparing products and confirming that a trap is suitable for the intended system conditions and operating environment.
Typical use cases
Line carrier line traps are commonly used in transmission and substation applications where communication signals need to be confined to a section of line. PC93.3/D17.4, August 2016 is particularly relevant when specifying equipment for power line carrier channels, protection signaling, or other carrier-based workflows in energy infrastructure. It may also support procurement and acceptance testing for components installed in utility-grade systems, where frequency performance and coordination with surrounding apparatus are important.
Why this standard matters
Using a clear standard for line carrier line traps helps reduce uncertainty in design and procurement. PC93.3/D17.4, August 2016 gives stakeholders a common technical reference for performance expectations, which can improve compatibility across equipment from different suppliers. That matters when evaluating compliance, planning tests, or managing risk in critical power applications. It also helps maintain consistent behavior in the 30-500 kHz range, where small differences in component response can affect communication reliability.
- Line carrier line traps
- 30-500 kHz operating range
- Power and energy system applications
- Carrier communication control on conductors
- Specification and testing reference
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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