Product Details
Place of Origin: China
Brand Name: Shineplus
Certification: ISO13485,ISO9001,UL,ROHS2.0
Model Number: High flexible towing cable
Payment & Shipping Terms
Minimum Order Quantity: 50 pcs
Price: Negotiation
Packaging Details: PE bags; Cartons
Delivery Time: 3-4 week
Payment Terms: Negotiable
Supply Ability: 8000 pcs/day
Product Name: |
Braided Shield Anti-interference Power Board X15- Power On Button Battery Harness |
Application Area: |
Computer, Industrial Automation, Communication Equipment, Etc |
Wire Type: |
UL2464 |
Length: |
900mm |
OD: |
5.0mm |
Color: |
Black |
Withstand Voltage: |
300V |
Temperature: |
-40℃~+125℃ |
MOQ: |
50 Pcs |
Packing: |
Cartons |
OEM,ODM: |
Accept |
Code: |
FDL464A463 |
Product Name: |
Braided Shield Anti-interference Power Board X15- Power On Button Battery Harness |
Application Area: |
Computer, Industrial Automation, Communication Equipment, Etc |
Wire Type: |
UL2464 |
Length: |
900mm |
OD: |
5.0mm |
Color: |
Black |
Withstand Voltage: |
300V |
Temperature: |
-40℃~+125℃ |
MOQ: |
50 Pcs |
Packing: |
Cartons |
OEM,ODM: |
Accept |
Code: |
FDL464A463 |
Braided shield anti-interference power board X15- Power on button battery harness
1. Product description
Braided shield anti-interference power board X15- Power on button battery harness the braided shield design is adopted to make it have good anti-interference ability. The braided shielding layer can effectively reduce the influence of external electromagnetic interference on the signal in the harness and provide more reliable signal transmission.The wires in the harness are used to transmit the signal of the power on button. When the user presses the power-up button, the signal is transmitted to the motherboard through the harness to start or wake up the system.
Feel free to contact with us, if you ever needed to consider your wire harness solution.
|
Product Name |
Braided shield anti-interference power board X15- Power on button battery harness |
|
Harness material |
Pass ISO13485,ISO9001,UL and ROHS2.0 certification |
|
Product application |
Computer, industrial automation, communication equipment, etc |
|
Length, color |
Customized according to customer needs |
|
Samples |
Samples confirmed first before mass production |
|
Serve |
Whole-course specially-assigned follow-up, to provide fast and efficient service |
|
Test requirement |
Bending resistance: ≥5 million times,Salt spray test: ≥72H |
|
MOQ |
Negotiable |
|
After-sales service |
Authentic guaranteed, factory outlets center |
3. Picture of real products
4. Application area
I: Computers and servers: This battery wire harness is commonly used in computer and server systems to connect power boards, motherboards, and batteries. They transmit power-on button signals and battery power to ensure that the system can start up and operate properly.
II: Communication equipment: In communication equipment, such as routers, switches, and servers, the power-up button battery harness is used to connect the power board, motherboard, and backup power. They provide backup power options to ensure continuous operation of the device in the event of a power outage or primary power failure.
III: Consumer electronics: Power on button battery harness is also widely used in consumer electronics, such as smartphones, tablets, and portable game consoles. They connect the power board, motherboard, and battery, ensuring the device can be started with the push of a button and using backup power when needed.
5. Features
I: Power supply: Battery connections in the harness provide a backup power option. In consumer electronics, such as smartphones and tablets, battery power is critical for the device to operate independently of an external power source. Power on button Battery harness ensures that the power to the battery is connected and transmits power to the motherboard and other related components of the device.
II: Startup and shutdown control: Power-up button The battery harness connects the power board and motherboard of the device, and by pressing the power-up button, the startup signal is transmitted to the motherboard to start the device. Similarly, when the user presses the power down button, the harness transmits the power down signal so that the device is safely turned off.
