IEEE - Institute of Electrical and Electronics Engineers, Inc. - C93.3-1995

American National Standard--Requirements for Power-Line Carrier Line Traps

superseded - Superseded by
Buy Now
Organization: IEEE - Institute of Electrical and Electronics Engineers, Inc.
Publication Date: 10 April 2013
Status: superseded
Page(s): 1 - 29
ICS Code (Powerline telecommunications): 33.040.60
ISBN (Electronic): 978-0-7381-4037-7
DOI: 10.1109/IEEESTD.2013.6497125
Regular:

This standard applies to a line trap inserted into a power circuit to minimize carrier-frequency signal losses. The standard covers line traps in which the main coil is designed as a single phase,... View More

Standard:

This standard applies to a line trap inserted into a power circuit to minimize carrier-frequency signal losses. The standard covers line traps in which the main coil is designed as a single phase,... View More

Document History

C93.3-2017
August 1, 2017
IEEE Standard Requirements for Power-Line Carrier Line Traps (30 kHz to 500 kHz)
Line traps inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) are covered in this standard. The purpose is to isolate the carrier signal from...
PC93.3/D17.1, Jun 2016
January 1, 2016
IEEE Draft Standard for the Requirements for Power-Line Carrier Line Traps (30-500 kHz)
Line trap inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) is applied in this standard. The purpose is to isolate the carrier signal from...
PC93.3/D17, Dec. 2015
January 1, 2016
IEEE Draft Standard for the Requirements for Power Line Carrier Line Traps
Line trap inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) is applied in this standard. The purpose is to isolate the carrier signal from...
PC93.3/D17.3, Jul 2016
January 1, 2016
IEEE Draft Standard for the Requirements for Power-Line Carrier Line Traps (30-500 kHz)
Line trap inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) is applied in this standard. The purpose is to isolate the carrier signal from...
PC93.3/D17.4, August 2016
January 1, 2016
IEEE Approved Draft Standard for the Requirements for Power-Line Carrier Line Traps (30-500 kHz)
Line trap inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) is applied in this standard. The purpose is to isolate the carrier signal from...
PC93.3/D16.1, August 2015
January 1, 2015
IEEE Draft Standard for the Requirements for Power Line Carrier Line Traps
Line trap inserted into a power line to provide a high impedance at power-line-carrier frequencies (30 kHz to 500 kHz) is applied in this standard. The purpose is to isolate the carrier signal from...
C93.3-1995
April 10, 2013
American National Standard--Requirements for Power-Line Carrier Line Traps
This standard applies to a line trap inserted into a power circuit to minimize carrier-frequency signal losses. The standard covers line traps in which the main coil is designed as a single phase,...
C93.3-1995
January 1, 1995
American National Standard--Requirements for Power-Line Carrier Line Traps
This standard applies to a line trap inserted into a power circuit to minimize carrier-frequency signal losses. The standard covers line traps in which the main coil is designed as a single phase,...
View Less
View All

Related Documents

PC37.302/D3, August 2015 - IEEE Draft Guide for Fault Current Limiter (FCL) Testing FCLs rated above 1000 V AC
October 7, 2015 - IEEE - Institute of Electrical and Electronics Engineers, Inc.

This guide describes the testing of fault current limiters (FCLs) operating on condition based impedance increase for AC systems 1000 V and above. This guide does not include constant impedance series reactors and single fuses.

PC37.302/D4, Aug 2015 - IEEE Approved Draft Guide for Fault Current Limiter (FCL) Testing FCLs rated above 1000 V AC
January 1, 2015 - IEEE - Institute of Electrical and Electronics Engineers, Inc.

This guide describes the testing of fault current limiters (FCLs) operating on condition based impedance increase for AC systems 1000 V and above. This guide does not include constant impedance series reactors and single fuses.

P3002.2/D6, Oct 2015 - IEEE Draft Recommended Practice for Conducting Load-Flow Studies of Industrial and Commercial Power Systems
January 1, 2015 - IEEE - Institute of Electrical and Electronics Engineers, Inc.

Activities related to load flow analysis, including design considerations for new systems, analytical studies for existing systems, as well as operational and model validation considerations for industrial and commercial power systems are addressed. Load flow analysis includes steadystate power flow...

PC37.015/D2, May 2016 - IEEE Draft Guide for the Application of Shunt Reactor Switching
January 1, 2016 - IEEE - Institute of Electrical and Electronics Engineers, Inc.

Guidance for the application of ac high-voltage circuit breakers for shunt reactor switching is provided. Overvoltage generation for the three cases of shunt reactors being directly grounded, ungrounded, or grounded through a neutral reactor is addressed in terms of derivation and limitation methods...

PC57.120/D015, Mar 2016 - IEEE Approved Draft Guide for Loss Evaluation of Distribution and Power Transformers and Reactors
January 1, 2016 - IEEE - Institute of Electrical and Electronics Engineers, Inc.

The economic loss evaluation of liquid-filled distribution and power transformers, dry-type distribution and power transformers, and reactors is covered in this guide.

Related Products

Searching for related products...

Related Suppliers

Searching for related suppliers...

Advertisement