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OYI-FAT16F Series Terminal Box
Optic Fiber Terminal/Distribution Box 16 Cores Type
OYI-FAT16F Series Terminal Box
Product Features
1. Total enclosed structure.
2. Material: ABS, waterproof design with IP-65 protection level, dustproof, anti-aging, RoHS.
3. Optical Fiber Cable, pigtails, and patch cords are running through their own path without disturbing each other.
4. The distribution box can be flipped up, and the feeder cable can be placed in a cup-joint way, making it easy for maintenance and installation.
5. The distribution box can be installed by wall-mounted, Aerial mounting, or pole-mounted methods, suitable for both indoor and outdoor use.
6. Suitable for fusion splice or mechanical splice.
7. 2 pcs of 1*8 Splitter or 1 pc of 1*16 Splitter can be installed as an option.
8. With muti layered design, the box can be installed and maintained easily, the fusion and termination are completely separated.
Specifications
|
Item No. |
Description |
Weight (kg) |
Size (mm) |
|
OYI-FAT16F |
For 16PCS SC Simplex Adapter |
1.15 |
300*260*80 |
|
OYI-FAT16F-PLC |
For 1PC 1*16 Cassette PLC |
1.15 |
300*260*80 |
|
Material |
ABS/ABS+PC |
|
|
|
Colour |
Black, Gray or customer’s request |
|
|
|
Waterproof |
IP65 |
||
Applications
1. FTTX access system terminal link.
2. Widely used in FTTH access network.
3. Telecommunication networks.
4. CATV networks.
5. Data communications networks.
6. Local area networks.
Standard Accessories
1. Screw:4mm*40mm 2pcsExpansion bolt: M6 2pcs
2. Cable tie:3mm*10mm 6pcs
3. Heat-shrink sleeve:1.0mm*3mm*60mm 16pcs
4. Hook:2pcs hoop ring:6pcs TPR black block:2 pcs
5. Fiber protective tube: 1pcs
6. Insulating tape:1pcs
Packaging Information
1. Quantity: 8pcs/Outer box.
2. Carton Size: 42*31*54cm.
3. N. Weight: 13kg/Outer Carton.
4. G. Weight: 13.5kg/Outer Carton.
5. OEM service available for mass quantity, can print logo on cartons.
Inter Box
Outer Carton
-
Air Blowing Mini Optical Fibre Cable
The optical fiber is placed inside a loose tube made of high-modulus hydrolyzable material. The tube is then filled with thixotropic, water-repellent fiber paste to form a loose tube of optical fiber. A plurality of fiber optic loose tubes, arranged according to color order requirements and possibly including filler parts, are formed around the central non-metallic reinforcement core to create the cable core via SZ stranding. The gap in the cable core is filled with dry, water-retaining material to block water. A layer of polyethylene (PE) sheath is then extruded. The optical cable is laid by air blowing microtube. First, the air blowing microtube is laid in the outer protection tube, and then the micro cable is laid in the intake air blowing microtube by air blowing. This laying method has a high fiber density, which greatly improves the utilization rate of the pipeline. It is also easy to expand the pipeline capacity and diverge the optical cable. -
OYI-FAT48A Terminal Box
The 48-core OYI-FAT48A series optical terminal box performs in accordance with the industry standard requirements of YD/T2150-2010. It is mainly used in the FTTX access system terminal link. The box is made of high-strength PC, ABS plastic alloy injection molding, which provides good sealing and aging resistance. In addition, it can be hung on the wall outdoors or indoors for installation and use. The OYI-FAT48A optical terminal box has an inner design with a single-layer structure, divided into the distribution line area, outdoor cable insertion, fiber splicing tray, and FTTH drop optical cable storage area. The fiber optical lines are very clear, making it convenient to operate and maintain. There are 3 cable holes under the box that can accommodate 3 outdoor optical cables for direct or different junctions, and it can also accommodate 8 FTTH drop optical cables for end connections. The fiber splicing tray uses a flip form and can be configured with 48 cores capacity specifications to meet the expansion needs of the box. -
Bundle Tube Type all Dielectric ASU Self-Suppor...
The structure of the optical cable is designed to connect 250 μm optical fibers. The fibers are inserted into a loose tube made of high modulus material, which is then filled with waterproof compound. The loose tube and FRP are twisted together using SZ. Water blocking yarn is added to the cable core to prevent water seepage, and then a polyethylene (PE) sheath is extruded to form the cable. A stripping rope can be used to tear open the optical cable sheath. -
OPERATING MANUAL
Rack Mount fiber optic MPO patch panel is used for connection, protection and management on trunk cable and fiber optic. And popular in Data center, MDA, HAD and EDA on cable connection and management. Be installed in 19-inch rack and cabinet with MPO module or MPO adapter panel.It can also use widely in Optical fiber communication system, Cable television system, LANS, WANS, FTTX. With material of cold rolled steel with Electrostatic spray, good looking and sliding-type ergonomic design. -
Direct Installation (DI) 24-way 8/5mm+1-way 10/...
A bundle of micro- or mini-tubes with strengthened wall thickness is encased in a single thin HDPE sheath, forming a duct assembly specifically engineered for fiber optical cable deployment. This robust design enables versatile installation—either retrofitted into existing ducts or directly buried underground—supporting seamless integration into fiber optical cable networks. The micro ducts are optimized for high-efficiency fiber optical cable blowing, featuring an ultra-smooth inner surface with low-friction properties to minimize resistance during air-assisted cable insertion. Each micro duct is color-coded per Figure 1, facilitating quick identification and routing of fiber optical cable types (e.g., single-mode, multi-mode) during network installation and maintenance. -
Loose Tube Non-metallic & Non-armored Fibe...
The structure of the GYFXTY optical cable is such that a 250μm optical fiber is enclosed in a loose tube made of high modulus material. The loose tube is filled with waterproof compound and water-blocking material is added to ensure longitudinal water-blocking of the cable. Two glass fiber reinforced plastics (FRP) are placed on both sides, and finally, the cable is covered with a polyethylene (PE) sheath through extrusion.
If you're looking for a reliable, high-speed fibre optic cable solution, look no further than OYI. Contact us now to see how we can help you stay connected and take your business to the next level.
