 | Victor H. Todd - Electric relays - 1922 - 294 pages
...purposely introduced a delayed action, which delay decreases as the operating force increases. Definite Time. — A qualifying term applied to any relay indicating...purposely introduced a delayed action, which delay remains substantially constant regardless of the magnitude of the operating force. (For forces slightly... | |
 | David Barker Rushmore, Eric A. Lof - Hydroelectric power plants - 1923 - 848 pages
...that operates an audible or visible signal. GENERAL QUALIFYING TERMS INVERSE TIME. Inverse time is a qualifying term applied to any relay, indicating...that there is purposely introduced a delayed action, the delay decreasing as the operating force increases. DEFINITE TIME. Definite time is a qualifying... | |
 | Charles Reginald Underhill - Electromagnets - 1924 - 496 pages
...introduced a delayed action, which delay decreases as the operating force increases. 7052. DEFINITE-TIME. A qualifying term applied to any relay, indicating...purposely introduced a delayed action, which delay remains substantially constant regardless of the magnitude of the operating forces. (For forces slightly... | |
 | Electric Power Club - Electric machinery - 1925 - 268 pages
...shall not be exceeded. Adopted Standard Revised 11-10-1915. 1155.3 Definite Time. Definite time is a qualifying term applied to any relay indicating that there is purposely introduced a delay in action, which delay remains substantially constant regardless of the magnitude of the operating... | |
 | National Electrical Manufacturers Association - Electric switchgear - 1927 - 140 pages
...Rule 7052.) Adopted Standard 6-13-1923. Inverse Time 124.2-346 (a) Inverse time is a qualifying term indicating that there is purposely introduced a delayed...delay decreases as the operating force increases. (See AIEE 7051.) Adopted Standard 5-27-1924. Instantaneous 124.2-347 (a) Instantaneous is a qualifying... | |
 | National Electrical Manufacturers Association - Electric apparatus and appliances - 1928 - 366 pages
...may be inverse. American Standard — Approved 7-9-1925. Inverse Time 120.2-75 (a) Inverse time is a qualifying term applied to any relay indicating...delay decreases as the operating force increases. American Standard — Approved 7-9-1925. Instantaneous 120.2-76 (a) Instantaneous is a qualifying term... | |
 | Conde Balcom McCullough, Albin Leroy Gemeny, William Roy Wickerham - Bridges - 1931 - 152 pages
...purposely introduced a delayed action, which delay decreases as the operating force increases. Definite time. — A qualifying term applied to any relay indicating that there is purposely introduced a delay in action, which delay remains substantially constant regardless of the magnitude of the quantity... | |
 | Administrative law - 1953 - 1392 pages
...in the action of the device. (ASA C42 20.25.400) (6) Inverse time. Inverse time is a qualifying term indicating that there is purposely introduced a delayed...delay decreases as the operating force increases. (ASA C42 20.25.405) (7) Overcurrent protection (overload protection). Overcurrent protection is the... | |
 | Administrative law - 1953 - 1136 pages
...the action of the device. (ASA C42 20.25.400 ) (6) Inverse time. Inverse time is a qualifying term indicating that there is purposely introduced a delayed...delay decreases as the operating force increases. (ASA C42 20.25.405) (7) Overcurrent protection (overload protection ) . Overcurrent protection is the... | |
 | National Electrical Manufacturers Association - Electric apparatus and appliances - 1928 - 372 pages
...shall not be exceeded. Adopted Standard Revised 11-10-1915. Definite Time 120.2-74 Definite time is a qualifying term applied to any relay indicating that there is purposely introduced a delay in action, which delay remains substantially constant regardless of the magnitude of the operating... | |
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A qualifying term applied to any relay indicating that there is purposely introduced a delay in action, which delay remains substantially constant regardless of the magnitude of the quantity that causes the relay to function. 