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IEC 61851-1 Electric Vehicle Conductive Charging System IK Code Test Equipment

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IEC 61851-1 Electric Vehicle Conductive Charging System IK Code Test Equipment

MOQ:	1
Price:	Negotiable
Standard Packaging:	Plywood Case
Delivery Period:	30 Days
Payment Method:	T/T
Supply Capacity:	20 Sets Per Month

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

Sinuo

Certification

Calibration Certificate (Cost Additional)

Model Number

SNQC1008B

Impact Energy:

5, 20J

Equivalent Mass:

1.7 Kg, 5 Kg ± 1%

Height Range:

200–2500 Mm

Swing Tube Length:

1000 Mm

Tube Diameter:

15.9 Mm

Release Method:

Electromagnetic Release

Drop Height:

0–500 Mm

Lifting Method:

Motorized

Impact Height:

300 - 2000mm

Highlight:

Conductive Charging Test Equipment

IEC 61851-1 Test Equipment

IK Code Test Equipment

Product Description

IEC 61851-1 Electric Vehicle Conductive Charging System IK Code Test Equipment

Applied Standards & Clauses

IEC60068-2-75:2014 Environmental testing - Part 2-75: Tests - Test Eh: Hammer tests
IEC62262:2021 Degrees of protection provided by enclosures for electrical equipment against external mechanical impacts (IK code)
IEC 61851-1-2017 Electric vehicle conductive charging system - Part 1: General requirements 12.11
IEC 62477-1:2022 Safety requirements for power electronic converter systems and equipment - Part 1: General 5.2.2.4.3
Clause 5.19 of NB/T33008.1-2018, Clause 7.15 of NB/T33001-2018, Clause 7.11 of NB/T33002-2018, and Article 10.2.701.2 of IEC 62439-7:2022

Purpose, Equipment Principle and Structure

This equipment is used for conducting mechanical strength tests on electric vehicle charging piles or distribution cabinets for charging vehicles.

According to test Eha: The pendulum and impact element are released freely through a 1-meter pendulum tube at a certain height. They impact the sample at the lowest point in the vertical direction. Through the conversion of gravitational potential energy to kinetic energy, the purpose of impact testing on the sample is achieved.

According to test Ehc: The vertical drop hammer, the impact element is dropped vertically from a stationary state through a conduit onto the horizontal surface of the sample. Through the conversion of gravitational potential energy to kinetic energy, the purpose of impact testing on the sample is achieved.

Structure Diagram

Control and Operation

PLC control, touchscreen operation, lifting control, release control are all integrated in the touchscreen operation. Remote operation via infrared remote control is also available.

Test Sample Range

Wall-mounted and column-mounted AC charging piles
Cabinet-type DC charging piles

Note: The size of the charging piles installed on the sample platform shall not exceed WDH = 1*1*2.0m. Floor-standing charging piles shall not exceed 2.5m.

Test Items

Pendulum impact test (side impact)
Drop hammer impact test (top surface impact)

Drive and Transmission

Drive: The lifting is driven by a motor and a reducer, while the release is achieved by an electromagnet.

Transmission: Precision ball screw + linear guide rail

Main Parameters - Pendulum Structure

Anti-impact secondary effect function	Yes, there is an automatic locking rebound swing tube, ensuring that no secondary impact will occur.
Swing tube lifting and lowering method	Motor drive, touchscreen input of height value
Pendulum release method	Electromagnet release, one-click release
Pendulum impact energy	5, 20J energy (IK08, IK10 levels)
Pendulum impact element Equivalent mass	1.7 kg, 5 kg ± 1%, achieving equivalent mass when combined with the oscillating tube
Swing tube	Steel pipe with a length of 1000 mm and an outer diameter of 15.9 mm (5, 20J)
Impact height position of the sample	Electrically adjustable up and down, stroke range 300 - 2000 mm, controlled by touch screen
Drop height	0 - 500mm, with scale display, adjustable impact angle

Main Parameters - Drop Hammer Structure

Drop hammer lifting and lowering method	Motor drive, touchscreen input of height value
Drop hammer release method	Electromagnet release, one-click release
Drop-weight impact energy	5, 20J energy (IK08, IK10 levels)
Drop hammer impact element Equivalent mass	1.7 kg, 5 kg ± 1%, the equivalent mass of the falling hammer is equal to its own weight
Catheter	5J and 20J drop hammer conduits each one
Base plate	Thickened load-bearing steel base plate
Impact height position of the specimen	Up and down electrically adjustable, travel range 300 - 2000mm, controlled by touch screen
Impact horizontal position of the specimen	Adjustable drop hammer mechanism extension position to achieve the purpose of impacting different points on the top surface
Drop height of the falling hammer	0 - 500mm, touchscreen display. By using the touchscreen buttons, after the initial contact, the setting height can be adjusted.

Main Parameters - Sample Platform Structure

Size	1.0 * 1.2 meters, capable of holding 1 * 1 meter samples
Base plate	10mm thick, with threaded installation holes arranged on the top for sample mounting
Column	Install the column and match it with the backplate for sample mounting
Fast connection separation structure	It can be connected and separated with the impact frame. When conducting small sample tests, it is used in the connected mode; when conducting large-scale DC piles, it is used in the separated mode.
Function	Motor overload protection Emergency stop protection Equipped with three-color indicator lights: yellow - indicates standby state, green - indicates running state, red - indicates alarm state. Real-time status indication is provided. Leakage protection
Movement mode	The impact frame and sample platform are equipped with supporting and roller-type feet, which are movable and can be locked to secure the support to the ground.

Appendix: Table 1 - Characteristics of Impact Elements

Energy / J	≤1 ±10%	2 ±5%	5 ±5%	10 ±5%	20 ±5%	50 ±5%
Equivalent mass ± 2% kg	0.25(0.2)	0.5	1.7	5	5	10
Materials	Nylon		Steel
R/mm	10	25	25	50	50	50
D/mm	18.5(20)	35	60	80	100	125
f/mm	6.2(10)	7	10	20	20	25
r/mm	-	-	6	-	10	17
l/mm	According to the equivalent quality-adjusted value, see Appendix A

Table 2 - Fall Height

Energy/Joule	0.14	0.2	(0.3)	0.35	(0.4)	0.5	0.7	1	2	5	10	20	50
Equivalent mass/kg	0.25	(0.2)	0.25	(0.2)	0.25	(0.2)	(0.2)	0.25	0.5	1.7	5	5	10
Drop height ± 1% mm	56	(100)	80	(150)	140	(200)	(250)	200	400	300	200	400	500

Note 1: Refer to 3.2.2 Note; Note 2: The energy unit joule (J) in this section is derived from the standard gravitational acceleration (g), and g is rounded to 10 m/s².

Table 3 - Correspondence between IK codes and corresponding collision energies

IK code	IK00	IK01	IK02	IK03	IK04	IK05	IK06	IK07	IK08	IK09	IK10	IK11
Collision energy / J	a	0.14	0.2	0.35	0.5	0.7	1	2	5	10	20	50

Note: IK11 is used for special enclosures or protective grilles in extremely harsh outdoor applications. When the relevant product standards specify otherwise, IK11 cannot replace the sanding test.

a According to this standard, there is no protection.

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IEC 62368 Test Equipment

IEC 61851-1 Electric Vehicle Conductive Charging System IK Code Test Equipment

MOQ:	1
Price:	Negotiable
Standard Packaging:	Plywood Case
Delivery Period:	30 Days
Payment Method:	T/T
Supply Capacity:	20 Sets Per Month

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

Sinuo

Certification

Calibration Certificate (Cost Additional)

Model Number

SNQC1008B

Impact Energy:

5, 20J

Equivalent Mass:

1.7 Kg, 5 Kg ± 1%

Height Range:

200–2500 Mm

Swing Tube Length:

1000 Mm

Tube Diameter:

15.9 Mm

Release Method:

Electromagnetic Release

Drop Height:

0–500 Mm

Lifting Method:

Motorized

Impact Height:

300 - 2000mm

Minimum Order Quantity:

Price:

Negotiable

Packaging Details:

Plywood Case

Delivery Time:

30 Days

Payment Terms:

T/T

Supply Ability:

20 Sets Per Month

Highlight

Conductive Charging Test Equipment

IEC 61851-1 Test Equipment

IK Code Test Equipment

Product Description

IEC 61851-1 Electric Vehicle Conductive Charging System IK Code Test Equipment

Applied Standards & Clauses

IEC60068-2-75:2014 Environmental testing - Part 2-75: Tests - Test Eh: Hammer tests
IEC62262:2021 Degrees of protection provided by enclosures for electrical equipment against external mechanical impacts (IK code)
IEC 61851-1-2017 Electric vehicle conductive charging system - Part 1: General requirements 12.11
IEC 62477-1:2022 Safety requirements for power electronic converter systems and equipment - Part 1: General 5.2.2.4.3
Clause 5.19 of NB/T33008.1-2018, Clause 7.15 of NB/T33001-2018, Clause 7.11 of NB/T33002-2018, and Article 10.2.701.2 of IEC 62439-7:2022

Purpose, Equipment Principle and Structure

This equipment is used for conducting mechanical strength tests on electric vehicle charging piles or distribution cabinets for charging vehicles.

Structure Diagram

Control and Operation

PLC control, touchscreen operation, lifting control, release control are all integrated in the touchscreen operation. Remote operation via infrared remote control is also available.

Test Sample Range

Wall-mounted and column-mounted AC charging piles
Cabinet-type DC charging piles

Note: The size of the charging piles installed on the sample platform shall not exceed WDH = 1*1*2.0m. Floor-standing charging piles shall not exceed 2.5m.

Test Items

Pendulum impact test (side impact)
Drop hammer impact test (top surface impact)

Drive and Transmission

Drive: The lifting is driven by a motor and a reducer, while the release is achieved by an electromagnet.

Transmission: Precision ball screw + linear guide rail

Main Parameters - Pendulum Structure

Anti-impact secondary effect function	Yes, there is an automatic locking rebound swing tube, ensuring that no secondary impact will occur.
Swing tube lifting and lowering method	Motor drive, touchscreen input of height value
Pendulum release method	Electromagnet release, one-click release
Pendulum impact energy	5, 20J energy (IK08, IK10 levels)
Pendulum impact element Equivalent mass	1.7 kg, 5 kg ± 1%, achieving equivalent mass when combined with the oscillating tube
Swing tube	Steel pipe with a length of 1000 mm and an outer diameter of 15.9 mm (5, 20J)
Impact height position of the sample	Electrically adjustable up and down, stroke range 300 - 2000 mm, controlled by touch screen
Drop height	0 - 500mm, with scale display, adjustable impact angle

Main Parameters - Drop Hammer Structure

Drop hammer lifting and lowering method	Motor drive, touchscreen input of height value
Drop hammer release method	Electromagnet release, one-click release
Drop-weight impact energy	5, 20J energy (IK08, IK10 levels)
Drop hammer impact element Equivalent mass	1.7 kg, 5 kg ± 1%, the equivalent mass of the falling hammer is equal to its own weight
Catheter	5J and 20J drop hammer conduits each one
Base plate	Thickened load-bearing steel base plate
Impact height position of the specimen	Up and down electrically adjustable, travel range 300 - 2000mm, controlled by touch screen
Impact horizontal position of the specimen	Adjustable drop hammer mechanism extension position to achieve the purpose of impacting different points on the top surface
Drop height of the falling hammer	0 - 500mm, touchscreen display. By using the touchscreen buttons, after the initial contact, the setting height can be adjusted.

Main Parameters - Sample Platform Structure

Size	1.0 * 1.2 meters, capable of holding 1 * 1 meter samples
Base plate	10mm thick, with threaded installation holes arranged on the top for sample mounting
Column	Install the column and match it with the backplate for sample mounting
Fast connection separation structure	It can be connected and separated with the impact frame. When conducting small sample tests, it is used in the connected mode; when conducting large-scale DC piles, it is used in the separated mode.
Function	Motor overload protection Emergency stop protection Equipped with three-color indicator lights: yellow - indicates standby state, green - indicates running state, red - indicates alarm state. Real-time status indication is provided. Leakage protection
Movement mode	The impact frame and sample platform are equipped with supporting and roller-type feet, which are movable and can be locked to secure the support to the ground.

Appendix: Table 1 - Characteristics of Impact Elements

Energy / J	≤1 ±10%	2 ±5%	5 ±5%	10 ±5%	20 ±5%	50 ±5%
Equivalent mass ± 2% kg	0.25(0.2)	0.5	1.7	5	5	10
Materials	Nylon		Steel
R/mm	10	25	25	50	50	50
D/mm	18.5(20)	35	60	80	100	125
f/mm	6.2(10)	7	10	20	20	25
r/mm	-	-	6	-	10	17
l/mm	According to the equivalent quality-adjusted value, see Appendix A

Table 2 - Fall Height

Energy/Joule	0.14	0.2	(0.3)	0.35	(0.4)	0.5	0.7	1	2	5	10	20	50
Equivalent mass/kg	0.25	(0.2)	0.25	(0.2)	0.25	(0.2)	(0.2)	0.25	0.5	1.7	5	5	10
Drop height ± 1% mm	56	(100)	80	(150)	140	(200)	(250)	200	400	300	200	400	500

Note 1: Refer to 3.2.2 Note; Note 2: The energy unit joule (J) in this section is derived from the standard gravitational acceleration (g), and g is rounded to 10 m/s².

Table 3 - Correspondence between IK codes and corresponding collision energies

IK code	IK00	IK01	IK02	IK03	IK04	IK05	IK06	IK07	IK08	IK09	IK10	IK11
Collision energy / J	a	0.14	0.2	0.35	0.5	0.7	1	2	5	10	20	50

Note: IK11 is used for special enclosures or protective grilles in extremely harsh outdoor applications. When the relevant product standards specify otherwise, IK11 cannot replace the sanding test.

a According to this standard, there is no protection.

Tags: