Codeofchina.com is in charge of this English translation. In case of any doubt about the English translation, the Chinese original shall be considered authoritative.
This standard is developed in accordance with the rules given in GB/T 1.1-2009.
This standard was proposed by China Electrical Equipment Industry Association.
This standard is under the jurisdiction of National Technical Committee on Wire and Cables of Standardization Administration of China (SAC/TC 213).
Charging Cables for Electric Vehicles
1 Scope
This standard specifies the service characteristics, expressing methods, technical requirements, marking, test methods and requirements, inspection rules as well as the packaging, transportation and storage of charging cables for electric vehicles.
This standard is applicable to charging cables with rated voltage up to and including AC 450/750V and DC 1.0kV (may include signal or control core) for electric vehicle conductive charging connectors.
2 Normative References
The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies.
GB/T 1690-2010 Rubber, Vulcanized or Thermoplastic - Determination of the Effect of Liquids
GB/T 2423.3-2006 Environmental Testing for Electric and Electronic Products - Part 2: Testing Method - Test Cab: Damp Heat, Steady State
GB/T 2900.10 Electrotechnical Vocabulary - Electric Cables
GB/T 2951.11-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 11: Methods for General Application - Measurement of Thickness and Overall Dimensions - Tests for Determining the Mechanical Properties
GB/T 2951.12-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 12: Methods for General Application - Thermal Ageing Methods
GB/T 2951.13-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 13: Methods for General Application - Measurement for Determining the Density - Water Absorption Tests - Shrinkage Test
GB/T 2951.14-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 14: Methods for General Application - Test at Low Temperature
GB/T 2951.21-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 21: Methods Specific to Elastomeric Compounds - Ozone Resistance, Hot Set and Mineral Oil Immersion Tests
GB/T 2951.31-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 31: Methods Specific to PVC Compounds - Pressure Test at High Temperature - Test for Resistance to Cracking
GB/T 3048.4-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 4: Test of DC Resistance of Conductors
GB/T 3048.5-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 5: Test of Insulation Resistance
GB/T 3048.8-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 8: AC Voltage Test
GB/T 3048.9-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 9: Spark Test of Insulated Cores
GB/T 3048.14-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 14: DC Voltage Test
GB/T 3956-2008 Conductors of Insulated Cables
GB/T 4909.2-2009 Test Methods for Bare Wires - Part 2: Measurement of Dimensions
GB/T 5013.2-2008 Rubber Insulated Cables of Rated Voltages Up to and Including 450/750V - Part 2: Test Methods
GB/T 16422.2-2014 Plastics - Methods of the Exposure to Laboratory Light Sources - Part 2: Xenon-arc Sources
GB/T 17650.1-1998 Test on Gases Evolved during Combustion of Materials from Cables - Part 1: Determination of the Halogen Acid Gas Content
GB/T 17650.2-1998 Test on Gases Evolved during Combustion of Materials from Cables - Part 2: Determination of Degree of Acidity of Gases by Measuring pH and Conductivity
GB/T 17737.1-2000 Radio-frequency Cables - Part 1: Generic Specification - General, Definitions, Requirements and Test Methods
GB/T 18380.12-2008 Test on Electric and Optical Fibre Cables under Fire Conditions - Part 12: Test for Vertical Flame Propagation for A Single Insulated Wire or Cable - Procedure for 1kW Pre-mixed Flame
GB 29518-2013 Diesel Engines NOx Reduction Agent - Aqueous Urea Solution (AUS 32)
JB/T 8137 (All Parts) Delivery Drums for Electric Wires and Cables
JB/T 10696.6-2007 Test Methods for Determining Mechanical Physical and Chemical Properties of Electric Cables and Wires - Part 6: Test for Abrasion of Oversheaths
ISO 48:2010 Rubber, Vulcanized or Thermoplastic - Determination of Hardness (Hardness Between 10 IRHD and 100 IRHD
IEC 60684-2:2011 Flexible Insulation Sleeving - Part 2: Methods of Test
3 Terms and Definitions
For the purpose of this document, the terms and definitions given in GB/T 2900.10 and the following ones apply.
3.1
nominal value
designated quantity values which are used in table frequently
Note: In this standard, the quantity value evolved from nominal value is generally inspected by measuring after considering specified tolerance.
3.2
median value
the value in the middle of several values obtained from test which are arranged in increasing (or decreasing) order in case the number of values is odd, or the average value of two values in the middle of such values arranged as above in case the number of values is even
3.3
rated voltage
the reference voltage adopted when designing, using and carrying out electrical property test
Note: In AC system, the rated voltage is expressed by U0/U. U0 represents the voltage effective value between any main insulated conductor and "ground" (metallic shield, metallic sheath or surrounding medium), U is the voltage effective value between any two-phase conductors in multi-core cable or single-core cable system. The rated voltage of cable shall be at least equal to the nominal voltage of cable system, and this condition goes for both U0 and U. In DC system, the rated voltage is expressed with U0 which means the voltage effective value between conductor and shield. The working voltage of system shall not be greater than 1.1 times of the nominal voltage of system.
3.4
routine tests
R
the test carried out by the manufacturer on all the manufacture length of the finished cable, in order to inspect whether all cables meet the requirements
3.5
sample tests
S
the test carried out, by the manufacturer according to specified frequency, on the specimens of finished cables or on some components taken from finished cables, in order to inspect whether the cables meet the relevant requirements
3.6
type tests
T
the test carried out on a type of cable covered by this standard before supply according to general commercial principle, in order to verify that the cable properties meet the intended service conditions
Note: Once the type test is conducted, it is unnecessary to repeat it unless the cable characteristic is potentially changed due to the change in material, design or manufacturing process of cable.
3.7
electric vehicles
including blade electric vehicles and hybrid electric vehicles
Blade electric vehicle is motor driven vehicle. The electric energy for driving motor comes from on-board chargeable battery or other energy storage device; hybrid electric vehicle is the vehicle which can obtain power from the undermentioned two types of on-board stored energies at least: consumable fuel and rechargeable electricity/energy storage device.
3.8
charging
powering the power batteries of electric vehicle, or additionally on-board electric apparatus, at standard voltage/current regulated from AC/DC power supply network (power supply)
4 Service Characteristics
4.1 Rated voltage
AC: U0/U is 450/750V and below.
DC: U0 is 1.0kV and below.
4.2 Temperature range
Service environment temperature: -40℃~+50℃; suitable cable shall be selected according to environmental requirements when it is used.
See Table 1 for the maximum continuous working temperature of conductor of insulation and sheath (inner sheath) material and its minimum service environment temperature.
Table 1 Applicable Temperature of Materials
Code of insulating material Code of sheathing material Temperature
℃
Maximum continuous working temperature of conductor Minimum service environment temperature
S S, F +70 -25
S90 S90, U, F +90 -40
E U, F +90 -40
EY U, YJ +90 -40
5 Code, Model and Expressing Method of Product
5.1 Code
5.1.1 Code of product
EV Electric vehicle
AC (omissible) For AC charging
DC For DC charging
5.1.2 Conductor structure
(omitted) The fifth kind of copper conductor
R The sixth kind of copper conductor
5.1.3 Code of insulating material
S Thermoplastic elastomer (TPE) continuously operating at 70℃
S90 Thermoplastic elastomer (TPE) continuously operating at 90℃
E Ethylene propylene rubber or similar synthetic rubber continuously operating at 90℃
EY Hard ethylene propylene rubber or similar halogen-free synthetic materials
5.1.4 Code of sheath (inner jacket) material
S Thermoplastic elastomer (TPE) continuously operating at 70℃
S90 Thermoplastic elastomer (TPE) continuously operating at 90℃
F Thermoset elastomer synthetic material
U Polyurethane elastomer material
YJ Halogen-free cross-linked polyolefin or similar material
5.1.5 Code of structural characteristic
P Overall copper wire braided shield
(P) Signal or control core copper wire braid shield
(P2) Composite shield with signal or control core composite aluminum-plastic strip wrapping + copper wire braiding
5.2 Model
5.2.1 See Figure 1 for the composition and arrangement sequences of cable model.
Figure 1 Model Composition and Arrangement Sequence
5.2.2 See Table 2 for the model and name of common cable.
Table 2 Model and Name
Model of common cable a Name
SS Thermoplastic elastomer-insulated and thermoplastic elastomer-sheathed charging cables for electric vehicles
SSPS Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and sheathed charging cables for electric vehicles
SF Thermoplastic elastomer-insulated and thermosetting elastomer-sheathed charging cables for electric vehicles
SSPF Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and thermosetting elastomer sheathed charging cables for electric vehicles
S90S90 Thermoplastic elastomer-insulated and thermoplastic elastomer-sheathed charging cables for electric vehicles
S90S90PS90 Thermoplastic elastomer-insulated, copper wire braid shielded and thermoplastic elastomer inner jacketed and sheathed charging cables for electric vehicles
S90F Thermoplastic elastomer-insulated and thermosetting elastomer-sheathed charging cables for electric vehicles
S90S90PF Thermoplastic elastomer-insulated, thermoplastic elastomer inner jacketed and thermosetting elastomer sheathed charging cables for electric vehicles
S90U Thermoplastic elastomer-insulated and polyurethane elastomer sheathed charging cables for electric vehicles
S90S90PU Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and polyurethane elastomer sheathed charging cables for electric vehicles
S90UPU Thermoplastic elastomer-insulated, copper wire braid shielded and polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EU Ethylene propylene rubber or similar synthetic rubber insulated and polyurethane elastomer sheathed charging cables for electric vehicles
EUPU Ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EF Ethylene propylene rubber or similar synthetic rubber insulated and thermosetting elastomer sheathed charging cables for electric vehicles
EFPF Ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, thermosetting elastomer inner jacketed and sheathed charging cables for electric vehicles
EYU Hard ethylene propylene rubber or similar synthetic material insulated and polyurethane elastomer sheathed charging cables for electric vehicles
EYUPU Hard ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EYYJ Hard ethylene propylene rubber or similar synthetic material insulated and cross-linked polyolefin sheathed charging cables for electric vehicles
EYYJPYJ Hard ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded and cross-linked polyolefin inner jacked and sheathed charging cables for electric vehicles
a When the cable conductor is the sixth conductor, "R" is marked on the left side of model.
5.3 Expressing method of product
See Figure 2 for the expressing method of product.
Multiple composition units are allowed for signal or control core.
Example 1: Thermoplastic elastomer-insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed AC charging cable for electric vehicle, with conductor of the sixth conductor, rated voltage of 450/750V, main insulated core of 3-core in nominal cross-sectional area of 2.5mm2, one pair of 0.5mm2 signal or control core, strand of which has copper wire braid shielding layer on the outside; it is expressed as:
EV-RS90UPU 450/750V 3×2.5+(2×0.5) (P) GB/T 33594-2017
Example 2: Thermoplastic elastomer-insulated and polyurethane elastomer sheathed DC charging cables for electric vehicles, with conductor of the sixth conductor, rated voltage of 1.0kV, main insulated core of 2-core in nominal cross-sectional area of 35mm2, grounding core of 1-core in nominal cross-sectional area of 25mm2, auxiliary power supply core of 2-core in nominal cross-sectional area of 4mm2, two pairs of 1.5mm2 signal or control wires, in which one pair of 1.5mm2 signal or control core strand has composite shield with composite aluminum-plastic strip wrapping + copper wire braiding on the outside; it is expressed as:
EVDC-RS90U 1.0kV 2×35+1×25+2×4+2×1.5+(2×1.5)(P2) GB/T 33594-2017
Figure 2 Expressing Methods of Products
Foreword i
1 Scope
2 Normative References
3 Terms and Definitions
4 Service Characteristics
5 Code, Model and Expressing Method of Product
6 Technical Requirements
7 Cable Mark
8 Identification of Insulated Core
9 Routine Test
10 Sample Test
11 Type Test
12 Inspection Rules
13 Packaging, Transportation and Storage
Annex A (Normative) Determination of Insulation Hardness
Annex B (Normative) Tear Test Method for Sheath
Annex C (Normative) Saponification Test
Codeofchina.com is in charge of this English translation. In case of any doubt about the English translation, the Chinese original shall be considered authoritative.
This standard is developed in accordance with the rules given in GB/T 1.1-2009.
This standard was proposed by China Electrical Equipment Industry Association.
This standard is under the jurisdiction of National Technical Committee on Wire and Cables of Standardization Administration of China (SAC/TC 213).
Charging Cables for Electric Vehicles
1 Scope
This standard specifies the service characteristics, expressing methods, technical requirements, marking, test methods and requirements, inspection rules as well as the packaging, transportation and storage of charging cables for electric vehicles.
This standard is applicable to charging cables with rated voltage up to and including AC 450/750V and DC 1.0kV (may include signal or control core) for electric vehicle conductive charging connectors.
2 Normative References
The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies.
GB/T 1690-2010 Rubber, Vulcanized or Thermoplastic - Determination of the Effect of Liquids
GB/T 2423.3-2006 Environmental Testing for Electric and Electronic Products - Part 2: Testing Method - Test Cab: Damp Heat, Steady State
GB/T 2900.10 Electrotechnical Vocabulary - Electric Cables
GB/T 2951.11-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 11: Methods for General Application - Measurement of Thickness and Overall Dimensions - Tests for Determining the Mechanical Properties
GB/T 2951.12-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 12: Methods for General Application - Thermal Ageing Methods
GB/T 2951.13-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 13: Methods for General Application - Measurement for Determining the Density - Water Absorption Tests - Shrinkage Test
GB/T 2951.14-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 14: Methods for General Application - Test at Low Temperature
GB/T 2951.21-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 21: Methods Specific to Elastomeric Compounds - Ozone Resistance, Hot Set and Mineral Oil Immersion Tests
GB/T 2951.31-2008 Common Test Methods for Insulating and Sheathing Materials of Electric and Optical Cables - Part 31: Methods Specific to PVC Compounds - Pressure Test at High Temperature - Test for Resistance to Cracking
GB/T 3048.4-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 4: Test of DC Resistance of Conductors
GB/T 3048.5-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 5: Test of Insulation Resistance
GB/T 3048.8-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 8: AC Voltage Test
GB/T 3048.9-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 9: Spark Test of Insulated Cores
GB/T 3048.14-2007 Test Methods for Electrical Properties of Electric Cables and Wires - Part 14: DC Voltage Test
GB/T 3956-2008 Conductors of Insulated Cables
GB/T 4909.2-2009 Test Methods for Bare Wires - Part 2: Measurement of Dimensions
GB/T 5013.2-2008 Rubber Insulated Cables of Rated Voltages Up to and Including 450/750V - Part 2: Test Methods
GB/T 16422.2-2014 Plastics - Methods of the Exposure to Laboratory Light Sources - Part 2: Xenon-arc Sources
GB/T 17650.1-1998 Test on Gases Evolved during Combustion of Materials from Cables - Part 1: Determination of the Halogen Acid Gas Content
GB/T 17650.2-1998 Test on Gases Evolved during Combustion of Materials from Cables - Part 2: Determination of Degree of Acidity of Gases by Measuring pH and Conductivity
GB/T 17737.1-2000 Radio-frequency Cables - Part 1: Generic Specification - General, Definitions, Requirements and Test Methods
GB/T 18380.12-2008 Test on Electric and Optical Fibre Cables under Fire Conditions - Part 12: Test for Vertical Flame Propagation for A Single Insulated Wire or Cable - Procedure for 1kW Pre-mixed Flame
GB 29518-2013 Diesel Engines NOx Reduction Agent - Aqueous Urea Solution (AUS 32)
JB/T 8137 (All Parts) Delivery Drums for Electric Wires and Cables
JB/T 10696.6-2007 Test Methods for Determining Mechanical Physical and Chemical Properties of Electric Cables and Wires - Part 6: Test for Abrasion of Oversheaths
ISO 48:2010 Rubber, Vulcanized or Thermoplastic - Determination of Hardness (Hardness Between 10 IRHD and 100 IRHD
IEC 60684-2:2011 Flexible Insulation Sleeving - Part 2: Methods of Test
3 Terms and Definitions
For the purpose of this document, the terms and definitions given in GB/T 2900.10 and the following ones apply.
3.1
nominal value
designated quantity values which are used in table frequently
Note: In this standard, the quantity value evolved from nominal value is generally inspected by measuring after considering specified tolerance.
3.2
median value
the value in the middle of several values obtained from test which are arranged in increasing (or decreasing) order in case the number of values is odd, or the average value of two values in the middle of such values arranged as above in case the number of values is even
3.3
rated voltage
the reference voltage adopted when designing, using and carrying out electrical property test
Note: In AC system, the rated voltage is expressed by U0/U. U0 represents the voltage effective value between any main insulated conductor and "ground" (metallic shield, metallic sheath or surrounding medium), U is the voltage effective value between any two-phase conductors in multi-core cable or single-core cable system. The rated voltage of cable shall be at least equal to the nominal voltage of cable system, and this condition goes for both U0 and U. In DC system, the rated voltage is expressed with U0 which means the voltage effective value between conductor and shield. The working voltage of system shall not be greater than 1.1 times of the nominal voltage of system.
3.4
routine tests
R
the test carried out by the manufacturer on all the manufacture length of the finished cable, in order to inspect whether all cables meet the requirements
3.5
sample tests
S
the test carried out, by the manufacturer according to specified frequency, on the specimens of finished cables or on some components taken from finished cables, in order to inspect whether the cables meet the relevant requirements
3.6
type tests
T
the test carried out on a type of cable covered by this standard before supply according to general commercial principle, in order to verify that the cable properties meet the intended service conditions
Note: Once the type test is conducted, it is unnecessary to repeat it unless the cable characteristic is potentially changed due to the change in material, design or manufacturing process of cable.
3.7
electric vehicles
including blade electric vehicles and hybrid electric vehicles
Blade electric vehicle is motor driven vehicle. The electric energy for driving motor comes from on-board chargeable battery or other energy storage device; hybrid electric vehicle is the vehicle which can obtain power from the undermentioned two types of on-board stored energies at least: consumable fuel and rechargeable electricity/energy storage device.
3.8
charging
powering the power batteries of electric vehicle, or additionally on-board electric apparatus, at standard voltage/current regulated from AC/DC power supply network (power supply)
4 Service Characteristics
4.1 Rated voltage
AC: U0/U is 450/750V and below.
DC: U0 is 1.0kV and below.
4.2 Temperature range
Service environment temperature: -40℃~+50℃; suitable cable shall be selected according to environmental requirements when it is used.
See Table 1 for the maximum continuous working temperature of conductor of insulation and sheath (inner sheath) material and its minimum service environment temperature.
Table 1 Applicable Temperature of Materials
Code of insulating material Code of sheathing material Temperature
℃
Maximum continuous working temperature of conductor Minimum service environment temperature
S S, F +70 -25
S90 S90, U, F +90 -40
E U, F +90 -40
EY U, YJ +90 -40
5 Code, Model and Expressing Method of Product
5.1 Code
5.1.1 Code of product
EV Electric vehicle
AC (omissible) For AC charging
DC For DC charging
5.1.2 Conductor structure
(omitted) The fifth kind of copper conductor
R The sixth kind of copper conductor
5.1.3 Code of insulating material
S Thermoplastic elastomer (TPE) continuously operating at 70℃
S90 Thermoplastic elastomer (TPE) continuously operating at 90℃
E Ethylene propylene rubber or similar synthetic rubber continuously operating at 90℃
EY Hard ethylene propylene rubber or similar halogen-free synthetic materials
5.1.4 Code of sheath (inner jacket) material
S Thermoplastic elastomer (TPE) continuously operating at 70℃
S90 Thermoplastic elastomer (TPE) continuously operating at 90℃
F Thermoset elastomer synthetic material
U Polyurethane elastomer material
YJ Halogen-free cross-linked polyolefin or similar material
5.1.5 Code of structural characteristic
P Overall copper wire braided shield
(P) Signal or control core copper wire braid shield
(P2) Composite shield with signal or control core composite aluminum-plastic strip wrapping + copper wire braiding
5.2 Model
5.2.1 See Figure 1 for the composition and arrangement sequences of cable model.
Figure 1 Model Composition and Arrangement Sequence
5.2.2 See Table 2 for the model and name of common cable.
Table 2 Model and Name
Model of common cable a Name
SS Thermoplastic elastomer-insulated and thermoplastic elastomer-sheathed charging cables for electric vehicles
SSPS Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and sheathed charging cables for electric vehicles
SF Thermoplastic elastomer-insulated and thermosetting elastomer-sheathed charging cables for electric vehicles
SSPF Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and thermosetting elastomer sheathed charging cables for electric vehicles
S90S90 Thermoplastic elastomer-insulated and thermoplastic elastomer-sheathed charging cables for electric vehicles
S90S90PS90 Thermoplastic elastomer-insulated, copper wire braid shielded and thermoplastic elastomer inner jacketed and sheathed charging cables for electric vehicles
S90F Thermoplastic elastomer-insulated and thermosetting elastomer-sheathed charging cables for electric vehicles
S90S90PF Thermoplastic elastomer-insulated, thermoplastic elastomer inner jacketed and thermosetting elastomer sheathed charging cables for electric vehicles
S90U Thermoplastic elastomer-insulated and polyurethane elastomer sheathed charging cables for electric vehicles
S90S90PU Thermoplastic elastomer-insulated, copper wire braid shielded, thermoplastic elastomer inner jacketed and polyurethane elastomer sheathed charging cables for electric vehicles
S90UPU Thermoplastic elastomer-insulated, copper wire braid shielded and polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EU Ethylene propylene rubber or similar synthetic rubber insulated and polyurethane elastomer sheathed charging cables for electric vehicles
EUPU Ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EF Ethylene propylene rubber or similar synthetic rubber insulated and thermosetting elastomer sheathed charging cables for electric vehicles
EFPF Ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, thermosetting elastomer inner jacketed and sheathed charging cables for electric vehicles
EYU Hard ethylene propylene rubber or similar synthetic material insulated and polyurethane elastomer sheathed charging cables for electric vehicles
EYUPU Hard ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed charging cables for electric vehicles
EYYJ Hard ethylene propylene rubber or similar synthetic material insulated and cross-linked polyolefin sheathed charging cables for electric vehicles
EYYJPYJ Hard ethylene propylene rubber or similar synthetic rubber insulated, copper wire braid shielded and cross-linked polyolefin inner jacked and sheathed charging cables for electric vehicles
a When the cable conductor is the sixth conductor, "R" is marked on the left side of model.
5.3 Expressing method of product
See Figure 2 for the expressing method of product.
Multiple composition units are allowed for signal or control core.
Example 1: Thermoplastic elastomer-insulated, copper wire braid shielded, polyurethane elastomer inner jacketed and sheathed AC charging cable for electric vehicle, with conductor of the sixth conductor, rated voltage of 450/750V, main insulated core of 3-core in nominal cross-sectional area of 2.5mm2, one pair of 0.5mm2 signal or control core, strand of which has copper wire braid shielding layer on the outside; it is expressed as:
EV-RS90UPU 450/750V 3×2.5+(2×0.5) (P) GB/T 33594-2017
Example 2: Thermoplastic elastomer-insulated and polyurethane elastomer sheathed DC charging cables for electric vehicles, with conductor of the sixth conductor, rated voltage of 1.0kV, main insulated core of 2-core in nominal cross-sectional area of 35mm2, grounding core of 1-core in nominal cross-sectional area of 25mm2, auxiliary power supply core of 2-core in nominal cross-sectional area of 4mm2, two pairs of 1.5mm2 signal or control wires, in which one pair of 1.5mm2 signal or control core strand has composite shield with composite aluminum-plastic strip wrapping + copper wire braiding on the outside; it is expressed as:
EVDC-RS90U 1.0kV 2×35+1×25+2×4+2×1.5+(2×1.5)(P2) GB/T 33594-2017
Figure 2 Expressing Methods of Products
Contents of GB/T 33594-2017
Foreword i
1 Scope
2 Normative References
3 Terms and Definitions
4 Service Characteristics
5 Code, Model and Expressing Method of Product
6 Technical Requirements
7 Cable Mark
8 Identification of Insulated Core
9 Routine Test
10 Sample Test
11 Type Test
12 Inspection Rules
13 Packaging, Transportation and Storage
Annex A (Normative) Determination of Insulation Hardness
Annex B (Normative) Tear Test Method for Sheath
Annex C (Normative) Saponification Test
