19-Inch Fiber Optic Patch Panel-Sliding Plastic Patch Panel
Our 19-inch sliding fiber optic patch panel is manufactured with high-quality materials and modern processes for superior performance and reliable quality. Its sliding design allows for easy fiber connection and management without disassembling the patch panel, allowing for quick fiber positioning and replacement. It is beautifully designed to meet modern industrial style and also easy to install and maintain, and can be used in various data centers, communication rooms, enterprise networks and other applications.
- Product Introduction
Our 19-inch sliding fiber optic patch panel is manufactured with high-quality materials and modern processes for superior performance and reliable quality. Its sliding design allows for easy fiber connection and management without disassembling the patch panel, allowing for quick fiber positioning and replacement. It is beautifully designed to meet modern industrial style and also easy to install and maintain, and can be used in various data centers, communication rooms, enterprise networks and other applications.
Our 19-inch sliding fiber optic patch panel features high density, high capacity and high reliability and is suitable for a wide range of fiber optic interface types, including SC, FC, ST, LC, etc. Its sliding structure design allows easy management of fiber optic patch cords and fiber pigtails, greatly improving the reliability and stability of fiber interfaces. It also has good dust, water and corrosion resistance, which can ensure long-term stable operation.
Our 19-inch sliding fiber optic patch panels have passed several quality and safety certifications, including ISO9001, CE, ROHS, etc. We always take customer needs as our guide and try our best to meet various needs and requirements of our customers. If you have any questions about our products or need more information, please feel free to contact us. We will be happy to provide you with high quality products and services.
Product Features
1. Sliding design: 19-inch sliding fiber optic patch panel adopts sliding design, which can easily manage fiber optic patch cords and fiber pigtails, greatly improving the reliability and stability of fiber optic interfaces.
2. High density and high capacity: The product features high density, high capacity and high reliability and is suitable for a variety of fiber optic interface types, including SC, FC, ST, LC, etc.
3. exquisite design: the product has an exquisite design, in line with the modern industrial style, but also easy to install and maintain, and can be applied to a variety of data centers, communications rooms, enterprise networks and other occasions.
4. Dustproof, waterproof, anti-corrosion: 19-inch sliding fiber optic distribution frame has good dustproof, waterproof and anti-corrosion properties, which can ensure long-term stable operation.
5. Easy to install and maintain: 19-inch sliding fiber optic distribution frame is very easy to install and maintain, no need for professional technicians, just follow the instructions to operate.
6. High cost performance: The product has excellent performance and reliable quality with reasonable price and high cost performance.
Product Image
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Product Applications
1. Data center: 19-inch sliding fiber optic distribution frame is suitable for various data centers, which can realize high-speed fiber optic connection and management, and improve the network performance and reliability of data centers.
2. Communication room: This product can be used for fiber optic interface management in communication rooms to achieve high-density, high-capacity and high-reliability fiber optic connections to meet the needs of communication rooms of different scales.
3. Enterprise network: 19-inch sliding fiber optic distribution frame can be used for fiber optic connection of enterprise network to improve the reliability and stability of enterprise network and realize high-speed data transmission and sharing.
4. Security monitoring: This product can be used for fiber optic connection and management of security monitoring system, improving the image transmission and data processing performance of security monitoring system, ensuring real-time and reliability of security monitoring.
5. medical equipment: 19-inch sliding fiber optic distribution frame can be used for fiber optic connection and management of medical equipment, improve the data transmission and image display performance of medical equipment, to achieve high quality medical services.
6. Scientific research experiments: This product can be used for fiber optic connection and management of scientific research laboratories to achieve high-speed data transmission and sharing, and improve the efficiency and reliability of scientific research experiments.
Product Parameters
| Fiber Type | Singlemode/Multimode | Fiber interface type | SC/FC/LC/ST |
| Number of fiber optic interfaces | 24 | Fiber optic bending radius | ≥30mm |
| Fiber optic protection sleeve material | PVC | Wiring frame thickness | 1.2mm |
| Protection class | IP20 | Operating temperature | -20℃~+60℃ |
| Appearance size | 482.6mm×44.5mm×260mm |
Instructions For Use
1. Before using the 19-inch sliding fiber patch panel, you first need to prepare the required fiber patch cords and fiber pigtails, and make sure they meet the required fiber interface type and specifications.
2. Install the 19-inch sliding fiber patch panel in a suitable location according to the instructions and fix the screws.
3. Connect fiber optic patch cords to the fiber optic interfaces on the 19-inch sliding fiber patch panel, taking care that the interface types and specifications of the fiber optic patch cords match the interface types and specifications on the patch panel.
4. Use the sliding structure on the patch panel to manage the fiber patch cords as needed to ensure the reliability and stability of the fiber connection.
5. Connect the fiber pigtail to the fiber interface on the other end of the 19-inch sliding fiber patch panel, taking care that the interface type and specification of the fiber pigtail matches the interface type and specification of the device to be connected.
6. As needed, you can use the sliding structure on the patch panel to manage the fiber pigtail to ensure the reliability and stability of the fiber connection.
7. After connecting fiber optic patch cords and fiber pigtails, they can be tested by test instruments or equipment to ensure the quality and stability of the fiber connection.
8. Regularly maintain and service the 19-inch sliding fiber patch panel, clean the patch panel and fiber connection part, and check the quality and stability of the fiber connection.
Terms Of Use
1. Pay attention to fiber interface types and specifications: When using 19-inch sliding fiber patch panels, you need to pay attention to the interface types and specifications of the fiber patch cords and fiber pigtails used to ensure that they match the interface types and specifications on the patch panel.
2. Use the patch panel correctly: When using the 19-inch sliding fiber patch panel, you need to follow the instructions to use the patch panel correctly, including the installation, connection and management of fiber patch cords and fiber pigtails.
3. Avoid dust and moisture: To protect the quality and stability of fiber optic connections, you need to avoid installing the 19-inch sliding fiber patch panel in an environment with a lot of dust and moisture.
4. Regular maintenance: In order to keep the 19-inch sliding fiber patch panel in good condition, you need to regularly maintain and repair the patch panel and fiber connection part, clean the patch panel and fiber connection part, and check the quality and stability of the fiber connection.
5. Ensure safety and reliability: When using the 19-inch sliding fiber optic distribution frame, you need to ensure safety and reliability, avoid improper operation of the distribution frame and fiber optic connection part, so as not to cause accidents.
Customer Comments
John, a network engineer from London, UK, said:
Emily, an IT manager from New York, USA, said:
David, a telecommunications engineer from Sydney, Australia, said:
Kevin, a network administrator from Singapore, said:
Sophie, a fiber optic technology specialist from Berlin, Germany, said:
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