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eLibrary > BS EN 61210:2010 Connecting devices. Flat quick-connect terminations for electrical copper conductors. Safety requirements >

BS EN 61210:2010 Connecting devices. Flat quick-connect terminations for electrical copper conductors. Safety requirements, 2011

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BS EN 61210:2010 Connecting devices. Flat quick-connect terminations for electrical copper conductors. Safety requirements, 2011

iec61210{ed2.0}b.pdf [Go to Page]
English [Go to Page]
CONTENTS
FOREWORD
1 Scope
2 Normative references
3 Terms and definitions
4 Main characteristics
5 Marking and information
6 Constructional requirements
7 General notes for tests
8 Type tests [Go to Page]
8.1 Insertion and withdrawal force
8.2 Mechanical overload force (for integral tabs or female connectors)
8.3 Temperature rise
8.4 Current loading cyclic
8.5 Elevated temperature test
8.6 Tensile strength test for crimped connections
Annex A (informative) Maximum permissible temperature (maximum service temperature)
Annex B (informative) Force gauge for testing flat quick-connect female connectors
Annex C (informative) Female test connectors for testing with integral tabs
Annex D (informative) Tables showing approximate relationships between mm and inches or cross-sectional areas in mm2 and AWG sizes as used in North America allowing to use this standard
Annex E (informative) Information relating to cross section of conductors and dimensions of male tabs
Figures [Go to Page]
Figure 1 – Dimensions of male tabs
Figure 2 – Dimensions of round dimple detents (see Figure 1)
Figure 3 – Dimensions of rectangular dimple detents (see Figure 1)
Figure 4 – Dimensions of hole detents (see Figure 1)
Figure 5 – Dimensions of female connectors
Figure 6 – Double-ended tab
Figure 7 – Location of thermocouples
Figure 8 – Connections for electrical tests
Figure B.1 – Force gauge fixture
Figure B.2 – Fixture adjustment
Figure B.3 – Fixture test tab centering
Figure B.4 – In-line and lateral female connectors
Figure B.5 – Fixtureing alignment
Figure C.1 – Dimensions of female connectors
Figure C.2 – Dimensions of female connectors, alternative design
Tables [Go to Page]
Table 1 – Dimensions of male tabs in millimetres
Table 2 – Dimensions of female connectors
Table 3 – Test sequences and sets of samples
Table 4 – Tolerances of test tab thickness
Table 5 – Insertion and withdrawal forces
Table 6 – Retention force
Table 7 – Test current for temperature rise
Table 8 – Test current for current loading, cyclic
Table 9 – Pull force for testing the crimped connection
Table A.1 – Maximum permissible temperature (maximum service temperature)
Table C.1 – Dimensions of female connectors in millimetres (see Figure C.1)
Table C.2 – Dimensions of female connectors in inches (see Figure C.1)
Table C.3 – Dimensions of alternative design female connectors in millimetres (see Figure C.2)
Table C.4 – Dimensions of alternative design female connectors in inches (see Figure C.2)
Table D.1 – Relationship between mm and inches or mm2 and AWG within the scope
Table D.2 Relationship between mm and inches in Subclause 4.1
Table D.3 – Approximate relationship between cross-sectional area in mm2 and AWG sizes in Subclause 4.2
Table D.4 – Dimensions of male tabs in inches applicable in Subclauses 6.3 and 8.1 (equivalent with Table 1)
Table D.5 – Dimensions of female connectors applicable in Subclause 6.4 (equivalent with Table 2)
Table D.6 – Tolerances of test tab thickness applicable in Subclause 8.1 (equivalent with Table 4)
Table D.7 – Insertion and withdrawal forces applicable in Subclause 8.1 (equivalent with Table 5)
Table D.8 – Retention force applicable in Subclause 8.2 (equivalent with Table 6)
Table D.9 – Test current for temperature rise applicable in Subclauses 8.3 and 8.5 (equivalent with Table 7)
Table D.10 – Test current for current loading, cyclic applicable in Subclause 8.4 (equivalent with Table 8)
Table D.11 – Pull force for testing the crimped connection applicable in Subclause 8.6 (equivalent with Table 9)
Table E.1 – Relationships between conductors and tabs
Français [Go to Page]
SOMMAIRE
AVANT-PROPOS
1 Domaine d’application
2 Références normatives
3 Termes et définitions
4 Caractéristiques principales
5 Marques et indications
6 Exigences de construction
7 Généralités sur les essais
8 Essais de type [Go to Page]
8.1 Forces d'insertion et de retrait
8.2 Force de surcharge mécanique (pour les languettes ou les clips intégré(e)s)
8.3 Echauffement
8.4 Charge cyclique en courant
8.5 Essai à température élevée
8.6 Essai de tenue à la traction des connexions serties
Annexe A (informative) Température admissible maximale (température de service maximale)
Annexe B (informative) Appareil de calibration de force pour l'essai des clips de bornes plates à connexion rapide
Annexe C (informative) Clips d'essai pour l'essai des languettes intégrées
Annexe D (informative) Tableaux présentant les relations approximatives entre les mm et les pouces ou les sections en mm2 et les tailles AWG utilisées en Amérique du Nord permettant l'utilisation de la présente norme
Annexe E (informative) Information concernant la section des conducteurs et les dimensions des languettes
Figures [Go to Page]
Figure 1 – Dimensions des languettes
Figure 2 – Dimensions de l'empreinte sphérique du dispositif de verrouillage (voir Figure 1)
Figure 3 – Dimensions de l'empreinte rectangulaire du dispositif de verrouillage (voir Figure 1)
Figure 4 – Dimensions du trou du dispositif de verrouillage (voir Figure 1)
Figure 5 – Dimensions des clips
Figure 6 – Languette double
Figure 7 – Emplacement des thermocouples
Figure 8 – Connexions pour essais électriques
Figure B.1 – Installation de calibration de force
Figure B.2 – Installation de réglage
Figure B.3 – Installation d’essai pour centrer la languette
Figure B.4 – Clips droits et à connexions latérales
Figure B.5 – Installation d’alignement
Figure C.1 – Dimensions des clips
Figure C.2 – Dimensions des clips, conception alternative
Tableaux [Go to Page]
Tableau 1 – Dimensions en millimètres des languettes
Tableau 2 – Dimensions des clips
Tableau 3 – Séquences d'essais et lots d'échantillons
Tableau 4 – Tolérances sur l'épaisseur des languettes d'essai
Tableau 5 – Forces d'insertion et de retrait
Tableau 6 – Force de retenue
Tableau 7 – Courant d'essai pour l'essai d'échauffement
Tableau 8 – Courant d'essai pour l'essai de charge cyclique en courant
Tableau 9 – Force de traction pour l'essai des connexions serties
Tableau A.1 – Température admissible maximale (température de service maximale)
Tableau C.1 – Dimensions en millimètres des clips (voir Figure C.1)
Tableau C.2 – Dimensions en pouces des clips (voir Figure C.1)
Tableau C.3 – Dimensions en millimètres des clips de conception alternative (voir Figure C.2)
Tableau C.4 – Dimensions en pouces des clips de conception alternative (voir Figure C.2)
Tableau D.1 – Relation entre les mm et les pouces ou les mm2 et les tailles AWG dans le domaine d’application de la présente norme
Tableau D.2 – Relation entre les mm et les pouces au Paragraphe 4.1
Tableau D.3 – Relation approximative entre les sections en mm2 et les tailles AWG au Paragraphe 4.2
Tableau D.4 – Dimensions des languettes en pouces, applicables aux Paragraphes 6.3 et 8.1 (équivalent au Tableau 1)
Tableau D.5 – Dimensions des clips, applicables au Paragraphe 6.4 (équivalent au Tableau 2)
Tableau D.6 – Tolérances sur l'épaisseur des languettes d'essai, applicables au Paragraphe 8.1 (équivalent au Tableau 4)
Tableau D.7 – Forces d'insertion et de retrait, applicables au Paragraphe 8.1 (équivalent au Tableau 5)
Tableau D.8 – Force de retenue, applicable au Paragraphe 8.2 (équivalent au Tableau 6)
Tableau D.9 – Courant d’essai pour l’essai d’échauffement, applicable aux Paragraphes 8.3 et 8.5 (équivalent au Tableau 7)
Tableau D.10 – Courant d'essai pour l’essai de charge cyclique en courant, applicable au Paragraphe 8.4 (équivalent au Tableau 8)
Tableau D.11 – Force de traction pour l'essai des connexions serties, applicable au Paragraphe 8.6 (équivalent au Tableau 9)
Tableau E.1 – Relation entre les conducteurs et les languettes [Go to Page]

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BS EN 61210:2010 Connecting devices. Flat quick-connect terminations for electrical copper conductors. Safety requirements, 2011

⨯To continue with accurate pricing,
please select your company type below: