Aupins Technology Co., Ltd

Wiring Harness Connector

Connector plugs are used as electromechanical components to connect electrical circuits. AP team is able to produce connector plugs with high working voltage, high protection, and low-temperature rise.

Features of Wiring Harness Connector

Reliable connection

Low cost, affordable price

High operating voltage

High service life

High safety factor

Flexible customization

SAE J1772 Charging Connector

AP SAE AC charging connector conform to SAE J1772 provisions and requirements. It is compatible with multi-type brand electric vehicles and ensure safety during charge time.

Feature of SAE J1772 Charging Connector

Conform to requirement of SAE J1772.

The bottom of the terminal is designed with safety insulation to prevent direct human contact

Adopt bi-color coating technology, customized color accepted.

Prevent overheating hazards effectively, and the protection level IP55 (working condition) meets different situation.

Specifications of SAE J1772 Charging Connector

Product code

AP-SAEAC

Rated current

16A, 20A, 32A

Rated voltage

120V, 250V

Insulation resistance

>1000MΩ(DC500V)

Withstand Voltage

2500V

Contact resistance

0.5mΩMax

Pins temperature rise:

<50K

IEC 62196-2 Charging Connector

AP IEC AC charging plugs conform to IEC 62196-2 2-llb provisions and requirements. It is compatible with different brand vehicles and ensures safety during the charging period.

Features of IEC 62196-2 Charging Connector

Conform to the requirement of IEC 62196-2 2-llb.

The bottom of the pin is designed with safety insulation to prevent direct human contact.

Adopt dual color coating technology, customized color accepted.

Prevent overheating safety hazards effectively, and the protection level IP55 (working condition) meets the diversity application situation.

Specifications of IEC 62196-2 Charging Connector

Product code

AP-IECAC

Rated current

16A, 20A, 32A

Rated voltage

250V, 480V

Insulation resistance

>1000MΩ (DC500V)

Withstand Voltage

2500V

Contact resistance

0.5mΩMax

Pins temperature rise:

<50K

Hyperboloid Contacts

The hyperboloid contacts spring terminal is the patented product specially developed and researched by AP team to match the high current connector of the electric vehicle. It is processed according to the principle of hyperboloid, which is the technology closest to the theoretical hyperboloid. And the hyperboloid contacts structure is able to meet the market demands of multi-variety and small batches.

Features of Hyperboloid Contacts

Mechanical life: ≧10000 times

Standard hyperboloid contact,

Soft mating forces

Low contact resistance, high ampacity, low-temperature rise

Safe installation and connecting

High mechanical durability

Application: electric vehicle、Energy storage

Specifications of Hyperboloid Contacts

Product Code

Dimension(Ø) (mm)

Rated Current (A)

Contact Resistance≦(mΩ)

Pulling

Temperature Rise<(K)

Maximum Temperature (℃)

Maximum Time (H)

Force

≤ (N)

AP-GBDC-FLN-H3-80

12

80

0.5

25-35

50

120

8

AP-GBDC-FLN-H3-125

12

125

AP-GBDC-FLN-H3-200

12

200

AP-GBDC-FLN-H3-250

12

250

AP-GBAC-FLN-H1-63

6

63

10/18

AP-IECAC-FLN-H1-32

6

32

AP-IECAC-FLN-H1-16

6

16

AP-HBS-14

14

300

0.1

35

1. The data in the table above are able to be customized for our customers.

AP-HBS-16

16

400

0.1

40

2. Different materials are corresponding to the different current values.

AP-HBS-18

18

500

0.08

50

3. AP is able to provide customized solutions according to customer requirements

AP-HBS-24

24

1000

0.05

50

GB/T Charging Connector

GB/T Charging Connector is widely used in the AC charging system of electric vehicles and conforms to GB/T20234 regulations and requirements. It is compatible with multi-type brand vehicles, which is able to ensure safe and continuous charging, and real-time monitoring of temperature control.

Features of Aupins Gb/T Charging Connector

Conform to "Connector Device for Electric Vehicle Conductive Charging" GB/T20234.1, GB/T20234.2.

The end of the pin is designed with safety insulation to prevent direct human contact

Adopt double color coating technology, customized color accepted.

Prevent overheating safety hazards effectively, and the protection level IP55 (working condition) meets the different situations.

Applications of Gb/T Charging Connector

Prevent overheating safety hazards effectively, and the protection level IP55 (working condition) meets different situation.

Specifications of Gb/T Charging Connector

Product code

AP-GBAC

Rated current

10A, 16A, 32A, 63A

Rated voltage

250V, 440V

Insulation resistance

>1000MΩ

Withstand Voltage

2500V

Contact resistance

0.5mΩ Max

EV Charging Connector

The charging plug in another word is the charging interface of the electric vehicle. This EV charging connector is classified into DC charging and AC charging interface according to the current and voltage. And the difference between AC charging connector and DC charging connector is shown below.

EV Charging Connector Types

AC Charging Connector

GB/T Charging Connector

IEC 62196-2 Charging Connector

SAE J1772 Charging Connector

AC Charging Connector

The usage of AC charging plug is to supply power to the vehicle charger with low-speed charging. The environment of use is usually at home, work places and destination.

DC Charging Connector

DC charging plug is used to charge the battery with fast charging technology. The feature of DC charging plug is stable, high voltage, high current, and it comes with temperature protection device.

How does an EV Charging Connector Work？

Household AC slow charging is based on the current residential power supply system (using single-phase 220V or three-phase 480V) and uses a charger of 5-22kW power range. OBC will convert  household AC to DC so as to charge the battery of the car.

Differences Between Type 1 And Type 2 Ev Charging Connectors

The difference in appearance is the number of jacks. The American standard AC is usually five holes, and the European standard is seven holes.

EV Charging Connector Advantages

Conform to the global regulation standard, to ensure the safety connection between charging plug and station.

Meet the ergonomic design, friendly to users

Apply rubber material with better friction.

Energy Storage Socket Connector

The new energy storage connector sockets conform to international standards. AP designs an easy locking mechanism to ensure a reliable connection.

Features of Energy Storage Socket Connector

The connector shells are made from thermoplastic material. It features durable, good dielectric, and mechanical properties.

2It complies with environmental RoHS newest standards.

The connectors are made of high-quality copper alloy to ensure electrically reliable connections.

Flexible 360-degree rotation and wiring.

Specifications of Energy Storage Socket Connector

product code

AP-ECS

rate voltage

1000V/DC

rate current

500A MAX

Insulation resistance

≥1000MΩ

mating cycle

>500 times

protect level

IP67(Mated)