The Cable Assembly Manufacturer!
At COCENTRA, we will continue to uphold the principle of "Innovation, Quality, and Service First," focusing on the needs of our customers and continuously improving our products and services. We strive to be your trusted, long-term partner in connectors, cable assemblies, and antenna solutions.
-
![I-PEX 20679 40P TO USB 40P]()
I-PEX 20679 40P TO USB 40PKey Features. High-density 40PIN connectors (I-PEX 20679 + FOXCONN QL1140L). Dual pitch design: 0.4mm (I-PEX) & 0.84mm (FOXCONN). UL 1354 certified micro coaxial cables (AWG40/AWG36). 42.5Ω impedanceread more -
![Lewinsh LV03130 30P TO LV03130 30P]()
Lewinsh LV03130 30P TO LV03130 30PKey Features. Symmetrical 30PIN connectors (LWC LV03130 x2). Ultra-compact 0.5mm pitch design. UL 1354 certified AWG40 micro coaxial cable. 50Ω impedance matched for high-frequency signalsread more -
![FPC 42P TO LV13130 30P TO 8P]()
FPC 42P TO LV13130 30P TO 8PKey Features. Triple-interface hybrid cable assembly. High-density FPC 42P (0.5mm pitch) + LV13130 30P (0.4mm pitch) + 8P (0.6mm pitch). Mixed cable types: Micro Coax (42.5Ω) + AWG34/36 electronicread more -
![HRS DF56-25P-0.3SD（51） To HRS DF56-25P-0.3SD（51）]()
HRS DF56-25P-0.3SD（51） To HRS DF56-25P-0.3SD（51）Key Features. Ultra-fine 0.3mm pitch HRS DF56 series connectors. Matched 26-pin configuration for balanced signal transmission. UL 11130 certified AWG46 micro coaxial cable. Precision 50Ω impedanceread more -
![Lewinsh LV06130 30P TO Lewinsh LV06130 30P]()
Lewinsh LV06130 30P TO Lewinsh LV06130 30PKey Features. Matched pair LWC LV06130 connectors. 0.5mm high-density pitch design. Dual coaxial options: AWG40 (50Ω) & AWG36. UL 1354 certified micro coaxial cablesread more -
![LV06130 30P TO LV03130 30P TO 12P]()
LV06130 30P TO LV03130 30P TO 12PKey Features. Triple-interface hybrid cable solution. Mixed pitch design: 0.5mm (LV06130) + 1.25mm (LV03130) + 0.5mm (12P). Combined coaxial (42.5Ω) and electronic wire configuration. UL 1354 & ULread more -
![Minisas HD 8643 90° To HD 8643]()
Minisas HD 8643 90° To HD 8643SFF-8643 is a 36-pin high-density Mini SAS connector with plastic housing designed for internal connections, primarily used for HD SAS internal interconnect solutions. Typical applications includeread more -
![Minisas HD 8643 To HD 8643]()
Minisas HD 8643 To HD 8643The SFF-8643 is a 36-pin high-density Mini SAS connector with plastic housing designed for internal connections, primarily used for HD SAS internal interconnect solutions.read more -
![SFF-8643 8i To SFF-8643 8i]()
SFF-8643 8i To SFF-8643 8iThe SFF-8643 8i is a 72-pin high-density Mini SAS connector with plastic housing designed for internal SAS interconnections.read more -
![Mini SAS SFF-8654 To SFF 8643]()
Mini SAS SFF-8654 To SFF 8643The SFF-8654 8i is a 74-pin high-density connector designed for unshielded internal/external I/O applications. Compliant with Serial Attached SCSI (SAS) 4.0 standards, this compact, low-profileread more -
![Battery Box Positive Power Harness]()
Battery Box Positive Power HarnessKey Features. Heavy-duty Amphenol PL28X power connector. 300A continuous current rating. 35mm² shielded high-voltage cable. IP67 rated for harsh environmentsread more -
![Battery Box Heating Socket Harness]()
Battery Box Heating Socket HarnessKey Features. High-voltage interlock (HVIL) safety connector. 800V DC / 20A rated for heating systems. IP67 protected against dust and water ingress. 2.5mm² shielded HV cable (1500VDC rated)read more
why choose us
Expertise
With over ten years of experience and a specialized R&D team, we offer industry-leading solutions backed by years of technological innovation.
Production Equipment
With our connector lab and antenna lab, we are dedicated to delivering highly competitive products that help our clients enhance their market competitiveness.
Product Quality Guarantee
All our products undergo rigorous testing and meet international standards, including ISO9001, ISO14001, IATF16949, and QC080000 certifications. We are responsible for the quality of every connector, cable assembly, and antenna solution.
Product Customization
We provide tailored solutions, including small-batch production and custom connectors. Our technical team ensures the products meet your exact specifications.
Dual-Purpose Configurations
Charging Ports: 5PIN 2P3S (6A power + 2A signal)
Discharge Ports: 2P4S (30A power + 2A signal, expandable to 4P8S)
Charging Connectors
|
Part Number |
Gender |
Current Rating |
Wire Gauge |
|
CATS100-043 |
Female |
6A (Power), 2A (Signal) |
20AWG, 26-24AWG |
|
CW-088-A480 |
Male |
6A (Power), 2A (Signal) |
20AWG, 26-24AWG |
Discharge Connectors
|
Part Number |
Configuration |
Current Rating |
Wire Gauge |
|
CW-088-A525 |
2P4S Female |
30A (Power), 2A (Signal) |
14-12AWG, 26-24AWG |
|
CW-088-A479 |
2P4S Female |
30A (Power), 2A (Signal) |
14-12AWG, 26-24AWG |
Practical Applications of Battery Cable
Automotive Industry
Battery cables are critical in vehicles for connecting batteries to starters, alternators, and electrical systems. Their durability and conductivity ensure reliable performance in harsh engine environments.
Marine Applications
In boats and yachts, battery cables connect batteries to propulsion systems, navigation equipment, and onboard electronics. Their resistance to corrosion and flexibility makes them ideal for marine environments.
Renewable Energy
Battery cables are used in solar and wind energy systems to connect batteries to inverters and other components. Their efficiency in transferring power ensures the system operates smoothly.
Industrial Machinery
Battery cables power forklifts, backup generators, and other heavy-duty equipment. Their ability to handle high current loads makes them indispensable in industrial settings.
Select Wire Gauge: Choose the wire size to match your power needs.
Specify End Types: Determine the desired length for your application.
Choose Color: Choose the color of the cable per your requirement.
Choose Connectors: Determine and earmark select connectors needed on each cable end.
Heat Shrink Tube: Adds durability by placing the heat shrink tube.
Military-Grade Aviation Socket
YF M25 series panel-mount socket (solder type)
3000+ mating cycles for field durability
|
Parameter |
Specification |
|
Part Number |
CATS400-065 |
|
Connector Type |
YF M25 Aviation Socket |
|
Dielectric Strength |
1500Vr.m.s @2mA for 60s |
|
Current Rating |
35A continuous |
|
Contact Material |
Gold-plated Copper |
|
Housing Material |
Glass-filled Nylon |
|
Sealing Method |
Silicone + Epoxy Potting |
|
IP Rating |
IP68 (1m/30min immersion) |
|
Flame Rating |
UL94V-0 |
|
Application |
Wind Lidar Power Supply |
Advantages of Socket Harness
Improved reliability: Wire harnesses help to improve the reliability of electrical systems by providing a well-organized and secure connection between components. This reduces the risk of loose connections, short circuits, and other electrical issues that can result in system failures.
Enhanced functionality: Wire harnesses can be customized to meet the specific requirements of each application, providing the necessary functionality for complex electrical systems.
Simplified maintenance: Wire harnesses make it easier to maintain and repair electrical systems by providing a centralized location for all of the electrical connections. This makes it easier to diagnose and fix problems, reducing downtime and maintenance costs.
Improved safety: Wire harnesses can help to improve safety by reducing the risk of electrical fires and other hazards that can result from improper electrical connections.
Increased efficiency: Wire harnesses can help to improve the efficiency of electrical systems by reducing the amount of time and effort required to install and maintain them.
Reduced weight and size: Wire harnesses can be designed to be lightweight and compact, which helps to reduce the overall size and weight of electrical systems, making them more efficient and easier to transport.
Cost savings: Wire harnesses can help to reduce costs by eliminating the need for manual wiring, which can be time-consuming and labor-intensive. This can also help to reduce the risk of errors and rework, further reducing costs.
Wire harness manufacturing process
Production begins with the creation of a wire harness prototype. Engineers prepare an assembly diagram and check the parameters of electrical connections so that they meet the requirements of the device in which the harness wire will be installed. When we are sure that the prototype meets the quality requirements of the cable harness for the device, we can start production of the harness. See how to choose the right wiring harness.
The process of producing harness wire consists in precise connection of cables with terminals and insulating elements in a way that allows current to flow from one point to another. This process may include connecting wires with connectors, soldering, gluing, crimping or using other methods of connecting wires. To do this, you need to use specialized equipment and good quality materials. Cutting the cable to length and crimping is carried out using specialized equipment.
The components of wire harness are collected in the warehouse. Wires and other materials that come in are supplied by their manufacturers and suppliers and are checked for compliance with the technical specifications.
At the end, an electrical test is carried out, which consists in checking the correctness of the cable harness connections. Mechanical tests in the form of pull force are also carried out.
FAQ
We're professional cable assembly manufacturers and suppliers in China. If you're going to wholesale customized cable assembly, welcome to get quotation from our factory. For price consultation, contact us.