JCON Top Entry Press Fit RJ45 Jack Unshielded | Environmentally Friendly Connector
JCON's Top Entry Press Fit RJ45 Jack offers environmentally friendly soldering technology with Cat5 transmission speeds. Our 8P8C unshielded connector features phosphor bronze contacts, gold plating, and operates for 750+ cycles. Ideal for network equipment, IoT devices, and industrial automation applications.
Top Entry Press Fit RJ45 Jack Unshielded
J289020051
Vertical PCB Jack 8P8C TH Unshielded Environmentally Friendly Press Fit
JCON Top Entry Press Fit RJ45 Jack Unshielded could enhance your network's potential, delivering blazing-fast Cat5 transmission speeds and environmentally friendly soldering pin technology. Despite its advanced features and upgraded design, our connectors remain competitively priced.
The Top entry Press fit RJ45 Jack is one of the newly pressed products made by JCON TECHNOLOGY CO., the option PRESS FIT Connector design is to protect mother Earth. It can reach high-frequency bandwidth without going through a tin stove to avoid tin influencing the digital communication as well as effectively prevent the interference from the unnecessary electromagnetic emissions with the shield for radio communications or other sensitive equipment. For comprehensive technical specifications, installation guidelines, and compatibility details, please explore our product documentation or connect with our dedicated team for expert assistance.
Specification
Material:
1. Housing: Engineering Thermoplastic. Thermoplastic UL94V-0.
2. Plating: Gold Plating Over Nickel In Contact. Tin Plating Over Nickel In Solder Area.
3. Contact: Phosphor Bronze.
4. Shielded: Brass With Nickel Plated.
Electrical:
1. Voltage Rating: 125 Vac Rms.
2. Current Rating: 1.5 Amp.
3. Contact Resistance: 40 Milliohms Max.
4. Insulation Resistance: 1000 Megohms Min @500 Vdc.
5. Dielectric Strength: 1000 Vac Rms 60Hz, 1Min.
Mechanical:
1. Operating: 750 Cycles Min.
Environmental:
1. Storage: -40°C To +85°C
2. Operation: - 20°C To +75°C
Mates With Modular Plug Conforming To FCC Part 68, Subpart F.
Key Features
- Efficient Top Entry Design.
- Universal 8P8C Compatibility.
- Robust Construction.
- Enhanced Signal Integrity.
- Wide Application Scope.
- Certified Quality.
Application
- Network Equipment Manufacturing.
- Telecommunications Infrastructure.
- Industrial Automation.
- IoT (Internet of Things) Devices.
- Surveillance and Security Systems.
- Smart Home Applications.
- Audio-Visual Equipment.
- Medical Devices.
- Automotive Electronics.
- Gaming and Entertainment.
Function Option
| Process Type | TH |
| Ports Options | N/A |
| Shielded | Options |
| LED | N/A |
| Grounding | N/A |
| Position and Contact | 8P10C, 8P8C, 8P6C, 8P4C, 8P2C, 6P6C, 6P4C, 6P2C |
| Gold Plating | G/F, 6U", 15U", 30U", 50U" |
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How Can Press Fit Technology Reduce Manufacturing Environmental Impact While Improving Network Performance?
JCON's press fit technology eliminates traditional soldering processes, reducing harmful emissions by up to 80% while preventing tin contamination that can degrade signal integrity. Our Top Entry RJ45 Jack delivers consistent Cat5 performance with enhanced durability, helping network equipment manufacturers meet both environmental compliance requirements and performance specifications. Request our environmental impact assessment report to see how our connectors can support your sustainability goals.
Designed for versatility across multiple industries, our press fit RJ45 jack maintains excellent electrical performance with 1.5A current rating and 40 milliohms maximum contact resistance. The connector operates reliably in temperatures ranging from -20°C to +75°C, making it suitable for diverse application environments from network infrastructure to IoT devices. With universal 8P8C compatibility and options for various position configurations (8P10C, 8P8C, 8P6C, etc.) and gold plating thicknesses, JCON offers customizable solutions that meet the exacting standards of modern electronic connectivity while supporting environmentally responsible manufacturing practices.