IEC 63356-1:2023

IEC 63356-1 ®
Edition 2.0 2023-09
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
LED light source characteristics –
Part 1: Data sheets
Caractéristiques de source lumineuse à LED –
Partie 1: Feuilles de caractéristiques
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IEC 63356-1 ®
Edition 2.0 2023-09
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
LED light source characteristics –

Part 1: Data sheets
Caractéristiques de source lumineuse à LED –

Partie 1: Feuilles de caractéristiques

INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
COMMISSION
ELECTROTECHNIQUE
INTERNATIONALE
ICS 29.140.99  ISBN 978-2-8322-7475-0

– 2 – IEC 63356-1:2023 © IEC 2023
CONTENTS
FOREWORD . 4
INTRODUCTION . 6
1 Scope . 7
2 Normative references . 7
3 Terms and definitions . 7
4 Overview and common information . 7
4.1 General . 7
4.2 Numbering system . 7
4.3 List of data sheets . 8
4.3.1 List of single-capped LED lamp data sheets . 8
4.3.2 List of double-capped LED lamp data sheets . 8
4.3.3 List of LED module data sheets . 10
5 Single-capped LED lamp data sheets . 11
5.1 Single-capped LED lamps with GH36d caps . 11
5.1.1 Diagrammatic information for location of lamp dimensions . 11
5.1.2 Data sheets . 12
5.2 Other single-capped LED lamps . 17
6 Double-capped LED lamp data sheets . 17
6.1 Linear double-capped LED lamps with GX16t-5 caps . 17
6.1.1 Diagrammatic information for location of lamp dimensions . 17
6.1.2 Data sheets . 19
6.2 Linear double-capped LED lamps with GJ6.6 caps . 28
6.2.1 Diagrammatic information for location of lamp dimensions . 28
6.2.2 GJ6.6 lamp data sheets . 29
6.3 Linear double-capped LED lamps with GR6d caps . 44
6.3.1 Diagrammatic information for location of lamp dimensions . 44
6.3.2 Information for luminaire design . 45
6.3.3 Data sheets . 46
7 LED module data sheets . 51
Bibliography . 52

Figure 1 – Location of dimensions of single-capped lamps with a GH36d cap . 11
Figure 2 – Location of dimensions of linear double-capped lamps with GX16t-5 caps . 18
Figure 3 – Location of dimensions of linear double-capped lamps with GJ6.6 caps . 29
Figure 4 – Dimensions of linear double-capped lamps with GR6d caps . 45
Figure 5 – Mechanical dimensions for luminaire design. 45

Table 1 – List of data sheets for non-integrated single-capped LED lamps . 8
Table 2 – List of data sheets for semi-integrated single-capped LED lamps . 8
Table 3 – List of data sheets for integrated single-capped LED lamps . 8

Table 4 – List of data sheets for non-integrated double-capped LED lamps . 9
Table 5 – List of data sheets for semi-integrated double-capped LED lamps . 9
Table 6 – List of data sheets for integrated double-capped LED lamps . 10
Table 7 – List of data sheets for non-integrated LED modules. 10
Table 8 – List of data sheets for semi-integrated LED modules . 10
Table 9 – List of data sheets for integrated LED modules . 10

– 4 – IEC 63356-1:2023 © IEC 2023
INTERNATIONAL ELECTROTECHNICAL COMMISSION
____________
LED LIGHT SOURCE CHARACTERISTICS –

Part 1: Data sheets
FOREWORD
1) The International Electrotechnical Commission (IEC) is a worldwide organization for standardization comprising
all national electrotechnical committees (IEC National Committees). The object of IEC is to promote international
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6) All users should ensure that they have the latest edition of this publication.
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8) Attention is drawn to the Normative references cited in this publication. Use of the referenced publications is
indispensable for the correct application of this publication.
9) IEC draws attention to the possibility that the implementation of this document may involve the use of (a)
patent(s). IEC takes no position concerning the evidence, validity or applicability of any claimed patent rights in
respect thereof. As of the date of publication of this document, IEC had not received notice of (a) patent(s), which
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the latest information, which may be obtained from the patent database available at https://patents.iec.ch. IEC
shall not be held responsible for identifying any or all such patent rights.
IEC 63356-1 has been prepared by subcommittee 34A: Electric light sources, of IEC technical
committee 34: Lighting. It is an International Standard.
This second edition cancels and replaces the first edition published in 2022. This edition
constitutes a technical revision.
This edition includes the following significant technical changes with respect to the previous
edition:
a) addition of datasheets for GH36d capped LED lamps;
b) addition of datasheets for GJ6.6t and GJ6.6d-1 capped LED lamps;
c) addition of datasheets for GR6d capped LED lamps.

The text of this International Standard is based on the following documents:
Draft Report on voting
34A/2363/FDIS 34A/2372/RVD
Full information on the voting for its approval can be found in the report on voting indicated in
the above table.
The language used for the development of this International Standard is English.
This document was drafted in accordance with ISO/IEC Directives, Part 2, and developed in
accordance with ISO/IEC Directives, Part 1 and ISO/IEC Directives, IEC Supplement, available
at www.iec.ch/members_experts/refdocs. The main document types developed by IEC are
described in greater detail at www.iec.ch/publications/.
A list of all parts in the IEC 63356 series, published under the general title LED light source
characteristics, can be found on the IEC website.
The committee has decided that the contents of this document will remain unchanged until the
stability date indicated on the IEC website under webstore.iec.ch in the data related to the
specific document. At this date, the document will be
• reconfirmed,
• withdrawn, or
• revised.
– 6 – IEC 63356-1:2023 © IEC 2023
INTRODUCTION
The IEC 63356 series (LED light source characteristics) is split into two parts:
• IEC 63356-1: Data sheets
The scope of IEC 63356-1 covers data sheets that are comprehensive specifications for
unique LED light sources (LED lamp or LED module). These are full specifications for
products including, where necessary, information on interchangeability aspects, for example
mechanical, electrical, optical.
Each data sheet in IEC 63356-1 relates to an individual type of LED lamp or LED module.
• IEC 63356-2: Design parameters and values
The scope of IEC 63356-2 covers design parameters and values that are used in the design
of an LED light source (LED lamp or LED module) or a related component. IEC 63356-2
does not provide full product specifications but includes important interface aspects (e.g.
mechanical, electrical, optical) that should be taken account of in the design of LED light
sources and related components.

LED LIGHT SOURCE CHARACTERISTICS –

Part 1: Data sheets
1 Scope
This part of IEC 63356 specifies data sheets of LED lamps and LED modules with a series of
parameters per data sheet for a specific LED light source that enables interchangeability
between products from different LED light source manufacturers.
Compliance criteria relating to data sheet parameters in this document are covered by
1 2
IEC 63220 for safety, or IEC 63221 for performance.
2 Normative references
There are no normative references in this document.
3 Terms and definitions
No terms and definitions are listed in this document.
ISO and IEC maintain terminology databases for use in standardization at the following
addresses:
• IEC Electropedia: available at https://www.electropedia.org
• ISO Online browsing platform: available at https://www.iso.org/obp
4 Overview and common information
4.1 General
Dimensions are specified at a temperature of (25 ± 5) °C, unless otherwise specified
4.2 Numbering system
Data sheets are numbered so that:
– the first part represents the number of the publication "63356-1", followed by the letters
"IEC";
– the second three-digit number represents the data sheet group;
– the third four-digit number represents the data sheet number;
– the fourth single-digit number represents the data sheet edition.
NOTE In cases where a data sheet comprises more than one page, all pages of the specific data sheet are issued
with the same updated edition number.
___________
Under preparation. Stage at the time of publication IEC CDV 63220:2023.
Under preparation. Stage at the time of publication IEC CDV 63221:2023.

– 8 – IEC 63356-1:2023 © IEC 2023
Data sheet numbers are grouped as follows:
– single-capped LED lamp data sheets:
• non-integrated 100-xxxx;
• semi-integrated 110-xxxx;
• integrated 120-xxxx;
– double-capped LED lamp data sheets:
• non-integrated 200-xxxx;
• semi-integrated 210-xxxx;
• integrated 220-xxxx;
– LED module data sheets:
• non-integrated 300-xxxx;
• semi-integrated 310-xxxx;
• integrated 320-xxxx.
EXAMPLE 63356-1-IEC-110-0001-1: Single-capped LED lamp, semi-integrated, number 0001, version 1.
4.3 List of data sheets
4.3.1 List of single-capped LED lamp data sheets
Table 1, Table 2 and Table 3 provide a summary of data sheets for non-integrated, semi-
integrated and integrated single-capped LED lamps respectively.
Table 1 – List of data sheets for non-integrated single-capped LED lamps
Sheet no. Shape Rated diameter Rated current Power range Cap
63356-1-IEC-
1xx-xxxx
mm W
100-0001-1 round 50 0,25 A DC 5,0 to 12,5 GH36d-1
100-0002-1 round 50 0,35 A DC 7,0 to 17,5 GH36d-2
100-0003-1 round 50 0,5 A DC 10,0 to 25,0 GH36d-3
100-0004-1 round 50 0,7 A DC 14,0 to 35,0 GH36d-4
100-0005-1 round 50 0,9 A DC 18,0 to 45,0 GH36d-5
100-0006-1 round 50 1,1 A DC 22,0 to 55,0 GH36d-6

Table 2 – List of data sheets for semi-integrated single-capped LED lamps
Void
Table 3 – List of data sheets for integrated single-capped LED lamps
Void
4.3.2 List of double-capped LED lamp data sheets
Table 4, Table 5 and Table 6 provide a summary of data sheets for non-integrated, semi-
integrated and integrated double-capped LED lamps respectively.

Table 4 – List of data sheets for non-integrated double-capped LED lamps
Sheet no.
Nominal Rated Rated Power
63356-1-IEC- Shape Cap
length diameter current range
2xx-xxxx
mm mm W
200-0001-1 linear 600 25,5 0,35 A DC 7,9 to 16,6 GX16t-5
200-0002-1 linear 600 32,5 0,35 A DC 7,9 to 16,6 GX16t-5
200-0003-1 linear 900 25,5 0,35 A DC 11,0 to 24,8 GX16t-5
200-0004-1 linear 900 32,5 0,35 A DC 11,0 to 24,8 GX16t-5
200-0005-1 linear 1 200 25,5 0,35 A DC 14,3 to 33,3 GX16t-5
200-0006-1 linear 1 200 32,5 0,35 A DC 14,3 to 33,3 GX16t-5
200-0007-1 linear 1 500 25,5 0,35 A DC 14,3 to 42,0 GX16t-5
200-0008-1 linear 1 500 32,5 0,35 A DC 14,3 to 42,0 GX16t-5
200-0009-1 linear 2 400 25,5 0,35 A DC 28,7 to 66,5 GX16t-5
200-0010-1 linear 2 400 32,5 0,35 A DC 28,7 to 66,5 GX16t-5
200-0011-1 linear 600 0,35 A DC 7,0 to 17,5 GR6d-1
200-0012-1 linear 900 0,5 A DC 10,0 to 25,0 GR6d-2
200-0013-1 linear 1200 0,7 A DC 14,0 to 35,0 GR6d-3
200-0014-1 linear 1 200 1,05 A DC 21,0 to 52,5 GR6d-4
200-0015-1 linear 1 500 1,05 A DC 21,0 to 52,5 GR6d-4
200-0016-1 linear 1 500 1,4 A DC 28,0 to 70,0 GR6d-5
a
reserved GR6d-6
200-0017
a
reserved GR6d-7
200-0018
a
reserved GR6d-8
200-0019
a
reserved GR6d-9
200-0020
a
No data sheet available.
Table 5 – List of data sheets for semi-integrated double-capped LED lamps
Void
– 10 – IEC 63356-1:2023 © IEC 2023
Table 6 – List of data sheets for integrated double-capped LED lamps
Sheet no. Maximum
Nominal Power
63356-1-IEC- Shape outline Rated voltage Cap
length range
2xx-xxxx diameter
mm mm V AC W
220-0001-1 linear 550 17,0 108 to 382 7,0 to 13,0 GJ6.6t
220-0002-1 linear 600 26,7 108 to 382 8,0 to 17,0 GJ6.6t
220-0003-1 linear 850 17,0 108 to 382 10,0 to 16,0 GJ6.6t
220-0004-1 linear 900 26,7 108 to 382 11,5 to 25,0 GJ6.6t
220-0005-1 linear 1150 17,0 108 to 382 13,0 to 31,0 GJ6.6t
220-0006-1 linear 1200 26,7 108 to 382 9,9 to 32,0 GJ6.6t
220-0007-1 linear 1450 17,0 108 to 382 18,0 to 37,0 GJ6.6t
220-0008-1 linear 2400 26,7 108 to 382 30,0 to 65,0 GJ6.6t
220-0009-1 linear 550 17,0 108 to 382 7,0 to 13,0 GJ6.6d-1
220-0010-1 linear 600 26,7 108 to 382 8,0 to 17,0 GJ6.6d-1
220-0011-1 linear 850 17,0 108 to 382 10,0 to 16,0 GJ6.6d-1
220-0012-1 linear 900 26,7 108 to 382 11,5 to 25,0 GJ6.6d-1
220-0013-1 linear 1150 17,0 108 to 382 13,0 to 31,0 GJ6.6d-1
220-0014-1 linear 1200 26,7 108 to 382 9,9 to 32,0 GJ6.6d-1
220-0015-1 linear 1450 17,0 108 to 382 18,0 to 37,0 GJ6.6d-1
220-0016-1 linear 2400 26,7 108 to 382 30,0 to 65,0 GJ6.6d-1
a
linear  100 to 127 GR6d-10
220-0017
a
linear  200 to 254 GR6d-11
220-0018
a
linear  250 to 288 GR6d-12
220-0019
a
reserved GR6d-13
220-0020
a
linear  100 to 288 GR6d-14
220-0021
a
reserved GR6d-15
220-0022
a
No data sheet available.
4.3.3 List of LED module data sheets
Table 7, Table 8 and Table 9 provide a summary of data sheets for non-integrated, semi-
integrated and integrated LED modules respectively.
Table 7 – List of data sheets for non-integrated LED modules
Void
Table 8 – List of data sheets for semi-integrated LED modules
Void
Table 9 – List of data sheets for integrated LED modules
Void
5 Single-capped LED lamp data sheets
5.1 Single-capped LED lamps with GH36d caps
5.1.1 Diagrammatic information for location of lamp dimensions
Figure 1 shows the dimensions used in conjunction with the relevant data sheet for a GH36d
LED lamp.
Key
1 reference plane
2 key positions
NOTE Details about key positions are given in IEC 60061-1, sheet 7004-186.
a
The GH36d capped LED lamp is designed to be applied to a heat sink and in combination with the appropriate
key system to differentiate between input power combinations.
Figure 1 – Location of dimensions of single-capped lamps with a GH36d cap

– 12 – IEC 63356-1:2023 © IEC 2023
5.1.2 Data sheets
Data sheet 63356-1-IEC-100-0001-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 0,25 5,0 to 12,5 GH36d-1
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,25
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-100-0002-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 0,35 7,0 to 17,5 GH36d-2
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

– 14 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-100-0003-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 0,5 10,0 to 25,0 GH36d-3
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,5
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-100-0004-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 0,7 14,0 to 35,0 GH36d-4
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,7
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

– 16 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-100-0005-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 0,9 18,0 to 45,0 GH36d-5
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,9
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-100-0006-1:

Nominal diameter Rated DC lamp current Range of lamp power Cap
mm A W
50 1,1 22,0 to 55,0 GH36d-6
Dimensions
mm
A B D K T
Min. Max. Min. Max. Min. Max. Min. Max.
49,5 50,5 24,9 25,2 36,0 8,5 9,0 5,5 30,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
1,1
20 50
Information for controlgear design
Constant DC current output
Type of controlgear
SELV or PELV
V
DC output voltage range for the constant DC current Min. Max.
20 50
Tolerance of the constant DC current ±10 %

5.2 Other single-capped LED lamps
Void
6 Double-capped LED lamp data sheets
6.1 Linear double-capped LED lamps with GX16t-5 caps
NOTE The data sheets in 6.1.2 are taken from IEC 62931:2017 without technical modifications.
6.1.1 Diagrammatic information for location of lamp dimensions
Figure 2 shows the dimensions used in conjunction with the relevant data sheet for the GX16t-5
LED lamp.
– 18 – IEC 63356-1:2023 © IEC 2023

Key
1) For lamps with GX16t-5 caps and nominal length up to or equal to 1 200 mm
The values for dimensions A, B and C are derived from a basic value, designated X.
A = cap face to cap face
A = X
max
B = cap face to end of opposite pins
B = X + 7,1 mm
max
B = X + 4,7 mm
min
C = overall length of the lamp between pin ends
C = X + (2 × 7,1) = X + 14,2 mm
max
C = not specified
min
2) For lamps with GX16t-5 caps and nominal length greater than 1 200 mm
The values for dimensions A, B and C are derived from a basic value, designated X.
A = cap face to cap face
B = cap face to end of opposite pins
B = X + 7,4 mm
max
B = X + 4,4 mm
min
C = overall length of the lamp between pin ends
C = X + (2 × 7,4) = X + 14,8 mm
max
C = not specified
min
NOTE Dimension D specifies the maximum dimension of the cross-section of the tube.
Figure 2 – Location of dimensions of linear double-capped lamps with GX16t-5 caps

6.1.2 Data sheets
Data sheet 63356-1-IEC-200-0001-1:
NOTE This data sheet is numbered 62931-IEC-600-1 (rated D = 25,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
600 0,35 7,9 to 16,6 GX16t-5
Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
587,4 588,5 589,8 594,5 596,9 604,0 25,5 26,7

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
22,5 47,5
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
47,5 22,5
Tolerance of the constant DC current ±10 %

– 20 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-200-0002-1:
NOTE This data sheet is numbered 62931-IEC-600-1 (rated D = 32,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
600 0,35 7,9 to 16,6 GX16t-5
Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
587,4 588,5 589,8 594,5 596,9 604,0 32,5 34,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
22,5 47,5
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
47,5 22,5
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-200-0003-1:
NOTE This data sheet is numbered 62931-IEC-900-1 (rated D = 25,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
900 0,35 11,0 to 24,8 GX16t-5
Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
892,2 893,0 894,6 899,3 901,7 908,8 25,5 26,7

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
31,7 70,8
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
70,8 31,7
Tolerance of the constant DC current ±10 %

– 22 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-200-0004-1:
NOTE This data sheet is numbered 62931-IEC-900-1 (rated D = 32,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
900 0,35 11,0 to 24,8 GX16t-5
Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
892,2 893,0 894,6 899,3 901,7 908,8 32,5 34,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
31,7 70,8
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
70,8 31,7
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-200-0005-1:
NOTE This data sheet is numbered 62931-IEC-1200-1 (rated D = 25,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
1 200 0,35 14,3 to 33,3 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
1 197,0 1 198,0 1 199,4 1 204,1 1 206,5 1 213,6 25,5 26,7

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
41 95
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
95 41
Tolerance of the constant DC current ±10 %

– 24 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-200-0006-1:
NOTE This data sheet is numbered 62931-IEC-1200-1 (rated D = 32,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
1 200 0,35 14,3 to 33,3 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
1 197,0 1 198,0 1 199,4 1 204,1 1 206,5 1 213,6 32,5 34,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
41 95
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
95 41
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-200-0007-1:
NOTE This data sheet is numbered 62931-IEC-1500-1 (rated D = 25,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
1 500 0,35 14,3 to 42,0 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
1 497,6 1 498,5 1 500,0 1 504,7 1 507,1 1 514,2 25,5 26,7

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
41 120
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
120 41
Tolerance of the constant DC current ±10 %

– 26 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-200-0008-1:
NOTE This data sheet is numbered 62931-IEC-1500-1 (rated D = 32,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
1 500 0,35 14,3 to 42,0 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
1 497,6 1 498,5 1 500,0 1 504,7 1 507,1 1 514,2 32,5 34,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
41 120
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
120 41
Tolerance of the constant DC current ±10 %

Data sheet 63356-1-IEC-200-0009-1:
NOTE This data sheet is numbered 62931-IEC-2400-1 (rated D = 25,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
2 400 0,35 28,7 to 66,5 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
2 366,0 2 367,0 2 368,4 2 372,8 2 375,8 2 383,2 25,5 26,7

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
82 190
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
190 82
Tolerance of the constant DC current ±10 %

– 28 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-200-0010-1:
NOTE This data sheet is numbered 62931-IEC-2400-1 (rated D = 32,5 mm) in IEC 62931:2017.

Nominal length Rated DC lamp current Range of lamp power Cap
mm A W
2 400 0,35 28,7 to 66,5 GX16t-5

Dimensions
mm
A B C D
Min. Rated Max. Min. Max. Max. Rated Max.
2 366,0 2 367,0 2 368,4 2 372,8 2 375,8 2 383,2 32,5 34,0

Electrical characteristics
DC test current DC lamp voltage
A V
Min. Max.
0,35
82 190
Information for controlgear design
Type of controlgear Constant DC current output
V
DC output voltage range for the constant DC current Max. Min.
190 82
Tolerance of the constant DC current ±10 %

6.2 Linear double-capped LED lamps with GJ6.6 caps
6.2.1 Diagrammatic information for location of lamp dimensions
Figure 3 shows the dimensions used in conjunction with the relevant data sheet for a GJ6.6
LED lamp.
Dimension C is the inner distance between windows in GJ6.6 caps.
Dimension D is the maximum dimension of the cross-section of the LED tube.
NOTE 1 The LED tube can be of any shape.
NOTE 2 GJ6.6, GJ6.6t, GJ6.6d-1 and GJ6.6d-2 cap dimensions are specified in IEC 60061-1.
Figure 3 – Location of dimensions of linear double-capped lamps with GJ6.6 caps
6.2.2 GJ6.6 lamp data sheets
Data sheet 63356-1-IEC-220-0001-1:
Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
550 108 to 382 14,5
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
551,0 551,6 17,0
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 7,0 to 13,0
220 to 240 7,0 to 13,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can be designed with or without protective earthing.

Information for luminaire design
Insulation: Lamps with a GJ6.6t cap have an earthing terminal and can require a protective earth. Luminaires
with a GJ6.6t lampholder should be of Class I construction and provide a protective earth to the GJ6.6t
lampholder terminal.
a
The fit system comprises a GJ6.6t cap on the powered end of the lamp and a GJ6.6 support cap on the other
end.
b
A requirement to mark the rated input voltage or voltage range on LED linear lamps is included in IEC 63220
(under preparation).
– 30 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-220-0002-1:

Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
600 108 to 382 19,0
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
591,8 592,4 26,7
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 8,0 to 17,0
220 to 240 8,0 to 17,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can be designed with or without protective earthing.

Information for luminaire design
Insulation: Lamps with a GJ6.6t cap have an earthing terminal and can require a protective earth. Luminaires
with a GJ6.6t lampholder should be of Class I construction and provide a protective earth to the GJ6.6t
lampholder terminal.
a
The fit system comprises a GJ6.6t cap on the powered end of the lamp and a GJ6.6 support cap on the other
end.
b
A requirement to mark the rated input voltage or voltage range on LED linear lamps is included in IEC 63220
(under preparation).
Data sheet 63356-1-IEC-220-0003-1:

Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
850 108 to 382 18,0
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
851,0 851,6 17,0
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 10,0 to 16,0
220 to 240 10,0 to 16,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can be designed with or without protective earthing.

Information for luminaire design
Insulation: Lamps with a GJ6.6t cap have an earthing terminal and can require a protective earth. Luminaires
with a GJ6.6t lampholder should be of Class I construction and provide a protective earth to the GJ6.6t
lampholder terminal.
a
The fit system comprises a GJ6.6t cap on the powered end of the lamp and a GJ6.6 support cap on the other
end.
b
A requirement to mark the rated input voltage or voltage range on LED linear lamps is included in IEC 63220
(under preparation).
– 32 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-220-0004-1:

Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
900 108 to 382 28,0
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
896,6 897,2 26,7
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 11,5 to 25,0
220 to 240 11,5 to 25,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can be designed with or without protective earthing.

Information for luminaire design
Insulation: Lamps with a GJ6.6t cap have an earthing terminal and can require a protective earth. Luminaires
with a GJ6.6t lampholder should be of Class I construction and provide a protective earth to the GJ6.6t
lampholder terminal.
a
The fit system comprises a GJ6.6t cap on the powered end of the lamp and a GJ6.6 support cap on the other
end.
b
A requirement to mark the rated input voltage or voltage range on LED linear lamps is included in IEC 63220
(under preparation).
Data sheet 63356-1-IEC-220-0005-1:

Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
1 150 108 to 382 35,0
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
1 151,0 1 151,6 17,0
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 13,0 to 31,0
220 to 240 13,0 to 31,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can be designed with or without protective earthing.

Information for luminaire design
Insulation: Lamps with a GJ6.6t cap have an earthing terminal and can require a protective earth. Luminaires
with a GJ6.6t lampholder should be of Class I construction and provide a protective earth to the GJ6.6t
lampholder terminal.
a
The fit system comprises a GJ6.6t cap on the powered end of the lamp and a GJ6.6 support cap on the other
end.
b
A requirement to mark the rated input voltage or voltage range on LED linear lamps is included in IEC 63220
(under preparation).
– 34 – IEC 63356-1:2023 © IEC 2023
Data sheet 63356-1-IEC-220-0006-1:

Nominal length Range of supply voltage Max. lamp power Caps
mm V W
a
1 200 108 to 382 36,0
GJ6.6t and GJ6.6
Dimensions
C D
Min. Max. Max.
1 201,4 1 202,0 26,7
Electrical characteristics
b
Lamp power
Lamp voltage
V W
Range (typical) Range (typical)
120 to 277 9,9 to 32,0
220 to 240 9,9 to 32,0
Earthing: The GJ6.6t cap and holder system provides a protective earthing terminal. LED linear lamps with a
GJ6.6t cap can
...