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eLibrary > S+ IEC 61951-2 Ed. 4.0 en:2017 (Redline version) Secondary cells and batteries containing alkaline or other non acid electrolytes - Secondary sealed cells and batteries for portable applications - Part 2: Nickel-metal hydride >

S+ IEC 61951-2 Ed. 4.0 en:2017 (Redline version) Secondary cells and batteries containing alkaline or other non acid electrolytes - Secondary sealed cells and batteries for portable applications - Part 2: Nickel-metal hydride, 2017

S+ IEC 61951-2 Ed. 4.0 en:2017 (Redline version) Secondary cells and batteries containing alkaline or other non acid electrolytes - Secondary sealed cells and batteries for portable applications - Part 2: Nickel-metal hydride, 2017

Redline version (English only) [Go to Page]
CONTENTS
FOREWORD
1 Scope
2 Normative references
3 Terms and definitions
4 Parameter measurement tolerances
5 Cell and battery designation and marking [Go to Page]
5.1 Cell and battery designation [Go to Page]
5.1.1 Small prismatic cells and cylindrical cells
5.1.2 Button cells
5.1.3 Batteries
5.2 Cell or battery termination
5.3 Marking [Go to Page]
5.3.1 Small prismatic cells and cylindrical cells
5.3.2 Button cells
5.3.3 Batteries
5.4 Exemption of wording
6 Dimensions [Go to Page]
6.1 Small prismatic cells and cylindrical cells [Go to Page]
6.1.1 General
6.1.2 Small prismatic cells
6.1.3 Cylindrical cells
6.2 Button cells
6.3 9 V type nickel-metal hydride batteries
7 Electrical tests [Go to Page]
7.1 General
7.2 Charging procedure for test purposes [Go to Page]
7.2.1 Charging procedure for cell
7.2.2 Charging procedure for battery
7.3 Discharge performance [Go to Page]
7.3.1 General
7.3.2 Discharge performance at 20 °C
7.3.3 Discharge performance at 0 °C
7.3.4 Discharge performance for rapid charge cells (R cells)
7.4 Charge (capacity) retention
7.5 Endurance [Go to Page]
7.5.1 Endurance in cycles
7.5.2 Permanent charge endurance
7.6 Charge acceptance at constant voltage
7.7 Overcharge [Go to Page]
7.7.1 Small prismatic, L, M, H, X, LS or MS cylindrical, and button cells
7.7.2 LT/LU, MT/MU or HT/HU cylindrical cells
7.7.3 J cylindrical cells
7.7.4 JT cylindrical cells
7.7.5 R cylindrical cells
7.8 Safety device operation
7.9 Surface temperature limitation device operation (for S cell only)
7.10 Storage [Go to Page]
7.10.1 Button cells or batteries, small prismatic cells or batteries, cylindrical cells or batteries
7.10.2 Button cells or batteries, small prismatic cells or batteries, cylindrical cells or batteries (high recovery type)
7.11 Charge acceptance at +55 °C for LT, MT or HT cylindrical cells
7.12 Trickle charge acceptance for JT cylindrical cells
7.13 Internal resistance [Go to Page]
7.13.1 General
7.13.2 Measurement of the internal AC resistance
7.13.3 Measurement of the internal DC resistance
8 Mechanical tests
9 Safety requirements
10 Type approval and batch acceptance [Go to Page]
10.1 General
10.2 Type approval [Go to Page]
10.2.1 Type approval for small prismatic cells and button cells
10.2.2 Type approval for cylindrical cells
10.2.3 Type approval for batteries
10.3 Batch acceptance
Bibliography
Figures [Go to Page]
Figure 1 – Jacketed cylindrical cells
Figure 2 – Jacketed small prismatic cells
Figure 3 – Jacketed cells dimensionally interchangeable with primary cells
Figure 4 – Button cells
Figure 5 – 9 V type nickel-metal hydride batteries
Tables [Go to Page]
Table 1 – Dimensions of jacketed small prismatic cells
Table 2 – Dimensions of jacketed cylindrical cells dimensionally interchangeable with primary cells
Table 3 – Dimensions of jacketed cylindrical cells not dimensionally interchangeable with primary cells
Table 4 – Dimensions of button cells
Table 5 – Dimensions of 9 V type nickel-metal hydride batteries
Table 6 – Discharge performance at 20 °C for small prismatic cells and cylindrical cells
Table 7 – Discharge performance at 20 °C for button cells
Table 8 – Discharge performance at 20 °C for batteries
Table 9 – Rated capacity (mAh) compliance test (example)
Table 10 – Discharge performance at 0 °C for small prismatic cells and cylindrical cells
Table 11 – Discharge performance at 0 °C for button cells
Table 12 – Endurance in cycles for small prismatic, button and cylindrical cells not dimensionally interchangeable with primary cells
Table 13 – Endurance in cycles for H or X cells
Table 14 – Endurance in cycles for X cells
Table 15 – Endurance in cycles for HR or XR cells
Table 16 – Endurance in cycles for cylindrical cells dimensionally interchangeable with primary cells
Table 17 – Permanent charge endurance for L, M, H or X cells
Table 18 – Permanent charge endurance for LT, MT or HT cells
Table 19 – Permanent charge endurance for LU, MU or HU cells
Table 20 – Overcharge at 0 °C
Table 21 – Capacity deterioration due to storage period for cells or batteries
Table 22 – Capacity deterioration due to storage period for cells or batteries (high recovery type)
Table 23 – Charge and discharge at +55 °C
Table 24 – Trickle charge acceptance for JT cylindrical cells
Table 25 – Constant discharge currents usedfor measurement of DC resistance
Table 26 – Sequence of tests for type approval for small prismatic and for button cells
Table 27 – Sequence of tests for type approvalfor small prismatic cells (high recovery type)
Table 28 – Sequence of tests for type approval for button cells
Table 29 – Sequence of tests for type approval for button cells (high recovery type)
Table 30 – Sequence of tests for type approval for cylindrical cells
Table 31 – Sequence of tests for type approval for cylindrical cells (high recovery type)
Table 32 – Sequence of tests for type approval for batteries
Table 33 – Sequence of tests for type approval for batteries (high recovery type)
Table 34 – Recommended test sequence for batch acceptance
International Standard (Bilingual) [Go to Page]
English [Go to Page]
CONTENTS
FOREWORD
1 Scope
2 Normative references
3 Terms and definitions
4 Parameter measurement tolerances
5 Cell and battery designation and marking [Go to Page]
5.1 Cell and battery designation [Go to Page]
5.1.1 Small prismatic cells and cylindrical cells
5.1.2 Button cells
5.1.3 Batteries
5.2 Cell or battery termination
5.3 Marking [Go to Page]
5.3.1 Small prismatic cells and cylindrical cells
5.3.2 Button cells
5.3.3 Batteries
5.4 Exemption of wording
6 Dimensions [Go to Page]
6.1 Small prismatic cells and cylindrical cells [Go to Page]
6.1.1 General
6.1.2 Small prismatic cells
6.1.3 Cylindrical cells
6.2 Button cells
6.3 9 V type nickel-metal hydride batteries
7 Electrical tests [Go to Page]
7.1 General
7.2 Charging procedure for test purposes [Go to Page]
7.2.1 Charging procedure for cell
7.2.2 Charging procedure for battery
7.3 Discharge performance [Go to Page]
7.3.1 General
7.3.2 Discharge performance at 20 °C
7.3.3 Discharge performance at 0 °C
7.3.4 Discharge performance for rapid charge cells (R cells)
7.4 Charge (capacity) retention
7.5 Endurance [Go to Page]
7.5.1 Endurance in cycles
7.5.2 Permanent charge endurance
7.6 Charge acceptance at constant voltage
7.7 Overcharge [Go to Page]
7.7.1 Small prismatic, L, M, H, X, LS or MS cylindrical, and button cells
7.7.2 LT/LU, MT/MU or HT/HU cylindrical cells
7.7.3 J cylindrical cells
7.7.4 JT cylindrical cells
7.7.5 R cylindrical cells
7.8 Safety device operation
7.9 Surface temperature limitation device operation (for S cell only)
7.10 Storage [Go to Page]
7.10.1 Button cells or batteries, small prismatic cells or batteries, cylindrical cells or batteries
7.10.2 Button cells or batteries, small prismatic cells or batteries, cylindrical cells or batteries (high recovery type)
7.11 Charge acceptance at +55 °C for LT, MT or HT cylindrical cells
7.12 Trickle charge acceptance for JT cylindrical cells
7.13 Internal resistance [Go to Page]
7.13.1 General
7.13.2 Measurement of the internal AC resistance
7.13.3 Measurement of the internal DC resistance
8 Mechanical tests
9 Safety requirements
10 Type approval and batch acceptance [Go to Page]
10.1 General
10.2 Type approval [Go to Page]
10.2.1 Type approval for small prismatic cells and button cells
10.2.2 Type approval for cylindrical cells
10.2.3 Type approval for batteries
10.3 Batch acceptance
Bibliography
Figures [Go to Page]
Figure 1 – Jacketed cylindrical cells
Figure 2 – Jacketed small prismatic cells
Figure 3 – Jacketed cells dimensionally interchangeable with primary cells
Figure 4 – Button cells
Figure 5 – 9 V type nickel-metal hydride batteries
Tables [Go to Page]
Table 1 – Dimensions of jacketed small prismatic cells
Table 2 – Dimensions of jacketed cylindrical cells dimensionally interchangeable with primary cells
Table 3 – Dimensions of jacketed cylindrical cells not dimensionally interchangeable with primary cells
Table 4 – Dimensions of button cells
Table 5 – Dimensions of 9 V type nickel-metal hydride batteries
Table 6 – Discharge performance at 20 °C forsmall prismatic cells and cylindrical cells
Table 7 – Discharge performance at 20 °C for button cells
Table 8 – Discharge performance at 20 °C for batteries
Table 9 – Rated capacity (mAh) compliance test (example)
Table 10 – Discharge performance at 0 °C forsmall prismatic cells and cylindrical cells
Table 11 – Discharge performance at 0 °C for button cells
Table 12 – Endurance in cycles for small prismatic, button and cylindrical cells not dimensionally interchangeable with primary cells
Table 13 – Endurance in cycles for H or X cells
Table 14 – Endurance in cycles for X cells
Table 15 – Endurance in cycles for HR or XR cells
Table 16 – Endurance in cycles for cylindrical cells dimensionally interchangeable with primary cells
Table 17 – Permanent charge endurance for L, M, H or X cells
Table 18 – Permanent charge endurance for LT, MT or HT cells
Table 19 – Permanent charge endurance for LU, MU or HU cells
Table 20 – Overcharge at 0 °C
Table 21 – Capacity deterioration due to storage period for cells or batteries
Table 22 – Capacity deterioration due to storage period for cells or batteries (high recovery type)
Table 23 – Charge and discharge at +55 °C
Table 24 – Trickle charge acceptance for JT cylindrical cells
Table 25 – Constant discharge currents usedfor measurement of DC resistance
Table 26 – Sequence of tests for type approval for small prismatic cells
Table 27 – Sequence of tests for type approvalfor small prismatic cells (high recovery type)
Table 28 – Sequence of tests for type approval for button cells
Table 29 – Sequence of tests for type approval for button cells (high recovery type)
Table 30 – Sequence of tests for type approval for cylindrical cells
Table 31 – Sequence of tests for type approval for cylindrical cells (high recovery type)
Table 32 – Sequence of tests for type approval for batteries
Table 33 – Sequence of tests for type approval for batteries (high recovery type)
Table 34 – Recommended test sequence for batch acceptance
Français [Go to Page]
SOMMAIRE
1 Domaine d'application
2 Références normatives
3 Termes et définitions
4 Tolérances de mesure relatives aux paramètres
5 Désignation et marquage des éléments et des batteries [Go to Page]
5.1 Désignation des éléments et batteries [Go to Page]
5.1.1 Petits éléments parallélépipédiques et éléments cylindriques
5.1.2 Éléments boutons
5.1.3 Batteries
5.2 Sorties électriques des éléments ou batteries
5.3 Marquage [Go to Page]
5.3.1 Petits éléments parallélépipédiques et éléments cylindriques
5.3.2 Éléments boutons
5.3.3 Batteries
5.4 Exemption de formulation
6 Dimensions [Go to Page]
6.1 Petits éléments parallélépipédiques et éléments cylindriques [Go to Page]
6.1.1 Généralités
6.1.2 Petits éléments parallélépipédiques
6.1.3 Éléments cylindriques
6.2 Éléments boutons
6.3 Batteries au nickel-métal hydrure de type 9 V
7 Essais électriques [Go to Page]
7.1 Généralités
7.2 Mode de charge pour les essais [Go to Page]
7.2.1 Mode de charge des éléments
7.2.2 Mode de charge des batteries
7.3 Caractéristiques de décharge [Go to Page]
7.3.1 Généralités
7.3.2 Caractéristiques de décharge à 20 °C
7.3.3 Caractéristiques de décharge à 0 °C
7.3.4 Caractéristiques de décharge des éléments à charge rapide (éléments R)
7.4 Conservation de charge
7.5 Endurance [Go to Page]
7.5.1 Endurance en cycles
7.5.2 Endurance en charge permanente
7.6 Aptitude à la charge à tension constante
7.7 Surcharge [Go to Page]
7.7.1 Petits éléments parallélépipédiques, éléments cylindriques L, M, H, X, LS ou MS et éléments boutons
7.7.2 Éléments cylindriques LT/LU, MT/MU ou HT/HU
7.7.3 Éléments cylindriques J
7.7.4 Éléments cylindriques JT
7.7.5 Éléments cylindriques R
7.8 Fonctionnement du dispositif de sécurité
7.9 Fonctionnement du dispositif de limitation de la température de surface (seulement pour éléments S)
7.10 Stockage [Go to Page]
7.10.1 Éléments ou batteries boutons, petits éléments ou batteries parallélépipédiques, éléments ou batteries cylindriques
7.10.2 Éléments ou batteries boutons, petits éléments ou batteries parallélépipédiques, éléments ou batteries cylindriques (à récupération élevée)
7.11 Aptitude à la charge à +55 °C des éléments cylindriques LT, MT ou HT
7.12 Aptitude à la charge d'entretien des éléments cylindriques JT
7.13 Résistance interne [Go to Page]
7.13.1 Généralités
7.13.2 Mesure de la résistance interne en courant alternatif
7.13.3 Mesure de la résistance interne en courant continu
8 Essais mécaniques
9 Exigences de sécurité
10 Conditions d'homologation et de réception [Go to Page]
10.1 Généralités
10.2 Conditions d’homologation [Go to Page]
10.2.1 Conditions d’homologation des petits éléments parallélépipédiques et des éléments boutons
10.2.2 Conditions d’homologation des éléments cylindriques
10.2.3 Conditions d'homologation des batteries
10.3 Conditions de réception
Bibliographie
Figures [Go to Page]
Figure 1 – Éléments cylindriques gainés
Figure 2 – Petits éléments parallélépipédiques gainés
Figure 3 – Éléments gainés dimensionnellement interchangeables avec des piles
Figure 4 – Éléments boutons
Figure 5 – Batteries au nickel-métal hydrure de type 9 V
Tableaux [Go to Page]
Tableau 1 – Dimensions des petits éléments parallélépipédiques gainés
Tableau 2 – Dimensions des éléments cylindriques gainés dimensionnellement interchangeables avec des piles
Tableau 3 – Dimensions des éléments cylindriques gainés non dimensionnellement interchangeables avec des piles
Tableau 4 – Dimensions des éléments boutons
Tableau 5 – Dimensions des batteries au nickel-hydrure métallique de type 9 V
Tableau 6 – Caractéristiques de décharge à 20 °C despetits éléments parallélépipédiques et des éléments cylindriques
Tableau 7 – Caractéristiques de décharge à 20 °C des éléments boutons
Tableau 8 – Caractéristiques de décharge à 20 °C des batteries
Tableau 9 – Essai de conformité de la capacité assignée (mAh) (exemple)
Tableau 10 – Caractéristiques de décharge à 0 °C despetits éléments parallélépipédiques et des éléments cylindriques
Tableau 11 – Caractéristiques de décharge à 0 °C des éléments boutons
Tableau 12 – Endurance en cycles des petits éléments parallélépipédiques, des éléments boutons et des éléments cylindriques non-dimensionnellement interchangeables avec des piles
Tableau 13 – Endurance en cycles des éléments H ou X
Tableau 14 – Endurance en cycles des éléments X
Tableau 15 – Endurance en cycles des éléments HR ou XR
Tableau 16 – Endurance en cycles des éléments cylindriques dimensionnellement interchangeables avec des piles
Tableau 17 – Endurance en charge permanente des éléments L, M, H ou X
Tableau 18 – Endurance en charge permanente des éléments LT, MT ou HT
Tableau 19 – Endurance en charge permanente des éléments LU, MU ou HU
Tableau 20 – Surcharge à 0 °C
Tableau 21 – Détérioration de la capacité des éléments et des batteries liée à la période de stockage
Tableau 22 – Détérioration de la capacité des éléments et batteries (à récupération élevée) liée à la période de stockage
Tableau 23 – Charge et décharge à +55 °C
Tableau 24 – Aptitude à la charge d'entretien des éléments cylindriques JT
Tableau 25 – Courants constants de décharge utiliséspour la mesure de la résistance en courant continu
Tableau 26 – Conditions d'homologation des petits éléments parallélépipédiques
Tableau 27 – Séquence d'essais pour l'homologation des petits éléments parallélépipédiques (à récupération élevée)
Tableau 28 – Conditions d'homologation des éléments boutons
Tableau 29 – Conditions d'homologation des éléments boutons (à récupération élevée)
Tableau 30 – Séquence d'essais pour l’homologation des éléments cylindriques
Tableau 31 – Séquence d'essais pour l'homologation des éléments cylindriques (à récupération élevée)
Tableau 32 – Séquence d'essais pour l’homologation des batteries
Tableau 33 – Séquence d'essais pour l'homologation des batteries (à récupération élevée)
Tableau 34 – Séquence des essais conseillés pour la réception [Go to Page]

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S+ IEC 61951-2 Ed. 4.0 en:2017 (Redline version) Secondary cells and batteries containing alkaline or other non acid electrolytes - Secondary sealed cells and batteries for portable applications - Part 2: Nickel-metal hydride, 2017

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S+ IEC 61951-2 Ed. 4.0 en:2017 (Redline version) Secondary cells and batteries containing alkaline or other non acid electrolytes - Secondary sealed cells and batteries for portable applications - Part 2: Nickel-metal hydride, 2017

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please select your company type below: