IEEE PC37.242/D11, Oct 2012
IEEE Approved Draft Guide for Synchronization, Calibration, Testing, and Installation of Phasor Measurement Units (PMU) for Power System Protection and Control
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Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC37.242/D11, Oct 2012 is an IEEE-approved draft guide focused on the synchronization, calibration, testing, and installation of phasor measurement units (PMU) used in power system protection and control. It is relevant to engineers and technical teams working with measurement and control equipment in power, energy, and related electronic systems. By defining a practical framework for PMU handling, IEEE PC37.242/D11, Oct 2012 supports more consistent integration, verification, and field deployment.
IEEE PC37.242/D11, Oct 2012 overview
This technical document addresses how PMUs should be synchronized, calibrated, tested, and installed so their measurements can be used reliably in protection and control applications. IEEE PC37.242/D11, Oct 2012 is especially relevant where time-aligned phasor data must support system monitoring, event analysis, or automated control functions. The guide is intended to help align engineering practice around performance expectations, installation conditions, and validation steps for PMU-based systems.
Typical use cases
Typical use cases include PMU setup for substation and control-center environments, calibration of measurement chains, and testing prior to commissioning. IEEE PC37.242/D11, Oct 2012 may also be used when planning installation workflows for wide-area monitoring or protection systems that depend on synchronized data. It is useful for teams responsible for instrumentation, communication interfaces, and field verification across power and energy applications where timing accuracy and measurement consistency are important.
Why this standard matters
Consistent application of IEEE PC37.242/D11, Oct 2012 can reduce risk during procurement, installation, and acceptance testing of PMU equipment. It helps technical teams compare performance more objectively and supports more predictable integration into protection and control schemes. In practice, this can improve design control, limit commissioning issues, and provide clearer expectations for calibration and synchronization tasks. For organizations handling critical measurement systems, that consistency can be an important part of compliance and operational reliability.
- PMU synchronization guidance
- Calibration and verification steps
- Testing for protection and control use
- Installation considerations for field deployment
- Support for time-aligned measurement consistency
- Publication Date: 2013
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Photonics and Electrooptics; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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