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Response
200 OK
IP
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Profiled on
Token
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Components

4 Twig Components
14 Render Count
15 ms Render Time
204.0 MiB Memory Usage

Components

Name Metadata Render Count Render Time
ProductState 
"App\Twig\Components\ProductState"
components/ProductState.html.twig 		6 1.68ms
ProductMostRecent 
"App\Twig\Components\ProductMostRecent"
components/ProductMostRecent.html.twig 		6 5.28ms
ProductType 
"App\Twig\Components\ProductType"
components/ProductType.html.twig 		1 0.22ms
ProductCard 
"App\Twig\Components\ProductCard"
components/ProductCard.html.twig 		1 8.65ms

Render calls

ProductState App\Twig\Components\ProductState 202.0 MiB 0.36 ms
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          Revision Standard - Superseded.<br />\n
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          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
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          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
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          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
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          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
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          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
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          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
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          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
          The tests in this standard are intended as design tests as defined in The Authoritative Dictionary of IEEE Standard Terms [B1]1 and provide a means of comparison among various gas-tube surge-protective device components.2<br />\n
          Gas-tube devices are used to provide over-voltage protection in electrical circuits. When the breakdown voltage of the gas tube is exceeded, the normal high-impedance state of the tube changes to a low impedance state to allow the gas tube to conduct the surge discharge current. After the tube conducts the surge discharge current, it interrupts the flow of power follow current and returns to its high-impedance<br />\n
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ProductMostRecent App\Twig\Components\ProductMostRecent 202.0 MiB 0.72 ms
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          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
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          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
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        #description: """
          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
          \t\t\t\t<br />\n
          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
          The tests in this standard are intended as design tests as defined in The Authoritative Dictionary of IEEE Standard Terms [B1]1 and provide a means of comparison among various gas-tube surge-protective device components.2<br />\n
          Gas-tube devices are used to provide over-voltage protection in electrical circuits. When the breakdown voltage of the gas tube is exceeded, the normal high-impedance state of the tube changes to a low impedance state to allow the gas tube to conduct the surge discharge current. After the tube conducts the surge discharge current, it interrupts the flow of power follow current and returns to its high-impedance<br />\n
          state.<br />\n
          This standard's test criteria and definitions provide a common engineering language that is beneficial to the<br />\n
          user and manufacturer of gas-tube surge-protective devices.<br />\n
          The purpose for the revision is to integrate comments made by members of the balloting group during the reaffirmation ballot in 1997. These changes will be limited to some editorial corrections and some technical updates limited to paragraphs 4.1, 4.7, 4.17, additions to Table 1 on page 14 and an additional definition for balanced voltage. Additionally, it is the purpose to harmonize with relevant IEC documents and later IEEE documents to change the title from &quot;Standard test Specification&quot; to &quot;Standard Test Method&quot; and add the word &quot;Components&quot; after Surge-Protective Devices to read: IEEE Standard Test Methods for Gas-Tube Surge-Protective Device Components. The draft itself does not have a purpose clause.
          """
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          \t\t\t\t<br />\n
          This standard applies to low voltage gas discharge tube (GDT ) surge-protective components for application on systems with voltages less than or equal to 1000 V rms or 1500 V dc. These protective components are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from dc to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics and ratings of gas discharge tube surge-protective components.<br />\n
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          Gas discharge tubes are used to provide over-voltage protection in electrical circuits. When the breakdown (sparkover) voltage of the gas discharge tube is exceeded, the normal high-impedance state of the tube changes to a low-impedance state to allow the gas discharge tube to conduct the surge discharge current. After the tube conducts the surge discharge current, it interrupts the flow of power follow current and returns to its high impedance state.<br />\n
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          Due to the voltage and energy levels employed in the majority of tests contained herein, all measurements should be considered hazardous and appropriate caution should be taken in their performance.
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          Revision Standard - Superseded.<br />\n
          This standard applies to gas-tube surge-protective devices for application on systems with voltages, 1000 V rms or 1200 V dc.<br />\n
          \t\t\t\t<br />\n
          This standard applies to gas-tube surge-protective device components for application on systems with voltages less than or equal to 1000 V rms or 1200 V dc. These protective devices are designed to limit voltage surges on balanced or unbalanced communication circuits and on power circuits operating from direct current (dc) to 420 Hz. This standard contains a series of standard test criteria for determining the electrical characteristics of gas-tube surge-protective devices.<br />\n
          The tests in this standard are intended as design tests as defined in The Authoritative Dictionary of IEEE Standard Terms [B1]1 and provide a means of comparison among various gas-tube surge-protective device components.2<br />\n
          Gas-tube devices are used to provide over-voltage protection in electrical circuits. When the breakdown voltage of the gas tube is exceeded, the normal high-impedance state of the tube changes to a low impedance state to allow the gas tube to conduct the surge discharge current. After the tube conducts the surge discharge current, it interrupts the flow of power follow current and returns to its high-impedance<br />\n
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          This standard's test criteria and definitions provide a common engineering language that is beneficial to the<br />\n
          user and manufacturer of gas-tube surge-protective devices.<br />\n
          The purpose for the revision is to integrate comments made by members of the balloting group during the reaffirmation ballot in 1997. These changes will be limited to some editorial corrections and some technical updates limited to paragraphs 4.1, 4.7, 4.17, additions to Table 1 on page 14 and an additional definition for balanced voltage. Additionally, it is the purpose to harmonize with relevant IEC documents and later IEEE documents to change the title from &quot;Standard test Specification&quot; to &quot;Standard Test Method&quot; and add the word &quot;Components&quot; after Surge-Protective Devices to read: IEEE Standard Test Methods for Gas-Tube Surge-Protective Device Components. The draft itself does not have a purpose clause.
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ProductMostRecent App\Twig\Components\ProductMostRecent 202.0 MiB 0.96 ms
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ProductCard App\Twig\Components\ProductCard 204.0 MiB 8.65 ms
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  "product" => App\Entity\Product\Product {#135279
    #id: 9595
    #code: "IEEE00002613"
    #attributes: Doctrine\ORM\PersistentCollection {#135259 …}
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          Administratively Withdrawn January 2007 The procedures to be used in the seismic testing of relays used in power system facilities are specified. The concern is with determining the seismic fragility level of relays. Recommendations for proof testing are given. Documentation and generalization of test results are discussed.<br />\n
          \t\t\t\t<br />\n
          The purpose of this standard is to establish procedures for determining the seismic capabilities of protective and auxiliary relays. These procedures employ what has been called fragility testing in IEEE Std 344-1987. To define the conditions for fragility testing of relays, parameters in three separate areas must be specified. In general, they are: 1) The electrical settings and inputs to the relay, and other information to define its conditions during the test.; 2) The change in state, deviation in operating characteristics or tolerances, or other change of performance of the relay that constitutes failure.; 3) The seismic vibration environment to be imposed during the test. Since it is not possible to define the conditions for every conceivable application for all relays, those parameters, which in practice encompass the majority of applications, have been specified in this standard. When the application of the relay is other than as specified under any of (1), (2), and (3), or if it is not practical to apply existing results of fragility tests to that new application, then proof testing must be performed for that new case. The use of these capability data will assist in the selection of relays. One number will be used to catalog the seismic capability of a relay. This number is the zero period acceleration level, and is understood to refer to the standard response spectrum shape as defined in this standard. The capability data will help designers of generating stations, substations, and various other power system installations to incorporate the seismic capabilities of the relays into the overall design of these facilities.
          """
        #metaKeywords: null
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