L24 安装、接线连接件 标准查询与下载



共找到 348 条与 安装、接线连接件 相关的标准,共 24

Provides all information requried for the identifiactin and quality assessment of Round Style package sockets for the NECQ quality system using the Sectional Sepcification EIA-540EOOO as a base.

Blank Detail Specification for Round Style Sockets

ICS
31.220.10
CCS
L24
发布
1997
实施

Provides all information required for the identification and quality assessement of Round Style package sockets for the NECQ quality system using Sectional Specifications EIA 540EOOO as a base.

Detail Specification for Round Style Sockets

ICS
31.220.10
CCS
L24
发布
1997
实施

Defines the pin dimensions of the 4-pin pin-and-socket connector commonly used to provide power to small form factor disk drives.

Specification for Small Form Factor Power Connector Pin Dimensions

ICS
29.120.20
CCS
L24
发布
1997
实施

Approval Withdrawn At the request of EIA, the approval of ANSI/EIA 364-11A (SP-3712) was rescinded as the document is being recalled. There is a note in the document that indicates a fluid is ozone depleting and not recommended for use. That note was added in error. The error surfaced at the CE-2.0 Committee meeting that was held during the week of June 2, 1997 when it was determined it was NOT an ozone depleting fluid. For more information contact CeCe Fleming (Cecef@eia.org).

Electric Connectors - Resistance to Solvents - Test Procedure for Electrical Connectors

ICS
29.120.20
CCS
L24
发布
1997
实施

Applies to single function power-line carrier (PLC) transmitter/receiver equipment used to transfer information over power transmission circuits. Includes technical definitions, performance ratings, test methods, and manufacturing requirements for transmitter/receiver equipment. This standard was originally listed in the August 16, 1996 issue of Standards Action. It is now being resubmitted due to substantive changes to the text.

Requirements for Single Function Power-Line Carrier Transmitter/Receiver Equipment

ICS
33.040.50
CCS
L24
发布
1997
实施

Determines the capability of a connector pair to conduct the electrical current induced by a lightning strike.

Lightning Strike Test Procedure for Electrical Connectors

ICS
29.120.20;19.020
CCS
L24
发布
1997
实施

The document is a sectional specification for rectangular connectors for frequencies below 3 MHz.

Sectional specification - Rectangular connectors for frequencies below 3 MHz; German version EN 175300:1996

ICS
31.220.10
CCS
L24
发布
1996-11
实施

This Recommendation specifies a function that allows B-ISDN data communication applications utilizing protocol stacks which include SSCOP [3] also to be deployed in an HDLC-based environment.

B-ISDN ATM Adaptation Layer - Convergence Function for SSCOP Above the Frame Relay Core Service - Series Q: Switching and Signalling Broadband ISDN - ATM Adaptation Layer Study Group 11; 17 pp

ICS
33.060.80
CCS
L24
发布
1996-07-01
实施

This Recommendation specifies Message Transfer Part level 3 functions and messages that are suitable for the control of signalling links that provide the service of ITU-T Recommendation 4.2140.

Message Transfer Part Level 3 Functions and Messages Using the Services of ITU-T Recommendation Q.2140 - Series Q: Switching and Signalling Broadband ISDN - Signalling Network Protocols Study Group 11; 30 pp

ICS
33.060.80
CCS
L24
发布
1996-07-01
实施

Defines methods for detecting events that can be as short as 1 nanosecond.

Nanosecond Event Detection for Electrical Connectors, Contacts and Sockets

ICS
CCS
L24
发布
1996
实施

Describes circular multi-contact connectors of assessed quality for use in direct current and low frequency analog applications, and in digital applications employing high speed data rates. Shall be used in conjunction with American National Standard Generic Specification for Electronic and Electrical Connectors of Certified Quality (for Frequencies Essentially below 3 MHz), ANSI/EIA 7000000-1993.

Sectional Specification for Circular Multicontact Connectors of Assessed Quality (for Frequencies Essentially Below 3MHz)

ICS
29.120.20
CCS
L24
发布
1996
实施

Provides information required for the identifications and quality assessment of the pin grid array sockets described . The standard was listed for Public Coment in the October 1, 1993 issue of Standards Action. It is beign resubmitted for Public Review owing to substantive changes.

Detail Specification: Mechanically Actuated (Zero and Low Insertion Force) Sockets for Pin Grid Array Devices with 2.54 mm × 2.54 mm (0.1" × 0.1") Spacing for Use in Electronic Equipment

ICS
31.220.10
CCS
L24
发布
1996
实施

Covers high density connectors providing modular arrangements with signal contacts, power contacts, and options for special contacts (high current/optical). This standard was orginally listed in the August 6, 1993 issue of Standards Action. It is being resubmitted due to substantive changes in the text.

Two-Millimeter, Two-Part Connectors for Use with Printed Boards and Backplanes

ICS
31.220.10
CCS
L24
发布
1996
实施

Determines the presence of mechanical damage, wear-through, and other gross defects in the contact finish. This is the second public review for this standard. This standard was first listed for public review in the February 21, 1992 edition of Standards Action. It is being resubmitted owning to substantive changes in the text.

TP-85, General Test Procedure for Assessing Wear and Mechanical Damage Testing of Contact Finishes for Electrical Connectors

ICS
29.120.20
CCS
L24
发布
1996
实施

Determines the susceptibility of a connector/socket system to the potential degradation mechanism of a dust/fiber environment common to an office or manufacturing area.

Dust Test for Electrical Connectors and Sockets

ICS
29.120.20
CCS
L24
发布
1996
实施

The principal underlying the test is the sensitivity of the electrical contact interface to temperature and humidity cycling that electrical pressure connection systems experience as a result of usage and installation environment. The temperature cycling may cause micromotion at the mating electrical contact surfaces which can expose fresh metal to the local ambient atmosphere. The humidity exposure is known to facilitate corrosion on freshly exposed metal surfaces. Thus, for those connection systems that do not maintain stable metal-to-metal contact surfaces under the condition of thermal cycling and humidity exposure, repeated sequences of these exposures lead to degradation of the contacting surface indicated by potential drop increase. The test is of short duration relative to the expected life of connections in residential usage. Stability of connection resistance implies resistance to deterioration due to environmental conditions encountered in residential service. Increasing connection resistance as a result of the test exposure indicates deterioration of electrical contact interfaces. Assurance of long term reliability and safety of connection types that deteriorate requires further evaluation for specific specified environments and applications. Use8212;It is recommended that this test method be used in one of two ways. First, it may be used to evaluate and report the performance of a particular connection system. For such use, it is appropriate to report the results in a summary (or tabular) format such as shown in Section 18, together with the statement “The results shown in the summary (or table) were obtained for (insert description of connection) when tested in accordance with Test Method B 812. Second, it may be used as the basis for specification of acceptability of product. For this use, the minimum test time and the maximum allowable increase in potential drop must be established by the specifier. Specification of connection systems in accordance with this use of the standard test method would be of the form: “The maximum potential drop increase for any connection, when tested in accordance with Test Method B 812 for a period of weeks, shall be mV relative to the reference connections.” Connection systems that are most resistant to thermal-cycle/humidity deterioration, within the limitations of determination by this test method, show no increase in potential drop, relative to the reference connections, when tested for indefinite time. Connections that are less resistant to thermal-cycle/humidity conditions applied by this test will demonstrate progressive increases in potential drop with increasing time on test. Thus, the following examples of specifications are in the order of most stringent (No. 1) to least stringent (No. 3). Duration, weeksMaximum Potential Drop Increase, mV 1. 520 2. 160.2 3. 41.0 1.1 This test method covers all residential pressure connection systems. Detailed examples of application to specific types of connection systems, set-screw neutral bus connectors and twist-on wire-......

Standard Test Method for Resistance to Environmental Degradation of Electrical Pressure Connections Involving Aluminum and Intended for Residential Applications

ICS
29.120.20
CCS
L24
发布
1996
实施

Electrical quick-connect terminals

ICS
29.120.30
CCS
L24
发布
1995-08
实施

この規格は,交流600V(周波数50 Hz又は60 Hz)以下又は直流600V以下の電路で使用する工業用端子台(以下,端子合という。)について規定する。ここでいう端子台とは,電線の接続,分岐又は中継を目的として,電線接続部をもつ導電金具と,それを保持する絶縁体を組み合わせたもので,主として電気制御機器,制御盤,配電盤などの内部に使用するものをいう。

Terminal blocks for industrial and similar use

ICS
29.120.20
CCS
L24
发布
1995-07-01
实施

この規格は,電気機器の端子部と電線とを接続するため待殊な工具を用いて,電線と端子を圧縮して接続する圧縮端子(以下,端子という。)について規定する。

Compression terminals

ICS
29.120.20
CCS
L24
发布
1995-03-01
实施

この規格は,600V以下の一般屋内配線及び屋側配線において,銅線又はアルミニウム線(以下,アルミ線という。)の接続に使用する圧着,圧縮など機械的接続による分離不能形電線コネクタ(以下,電線コネクタという。)について規定する。電線コネクタに適用する電線の範囲は,単線では直径1.0-3.2mm(アルミ線を除く。),より線及び可とうより線では公称断面積0.75-1000mm2 (14 mm2以下のアルデ線を除く.)とする。

General rules on non-separable type wire connectors for interior wiring

ICS
29.120.20
CCS
L24
发布
1995-02-01
实施



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