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OYI-ODF-SNR-Series Type
Optic Fiber Terminal/Distribution Panel
OYI-ODF-SNR-Series Type
Product Features
1. 19" standard size, easy to install.
2. Color: Grey, White or Black.
3. Material: Cold-rolled steel, electrostatic power painting.
4. Install with sliding type without rail, easy to take out.
5. Lightweight, strong strength, good anti-shock and dustproof properties.
6. Well-managed cables, allowing for easy distinction.
7. Roomy space ensures proper fiber bending ratio.
8. All types of pigtails available for installation.
9. Use of cold-rolled steel sheet with strong adhesive force, artistic design, and durability.
10. Cable entrances are sealed with oil-resistant NBR to increase flexibility. Users can choose to pierce the entrance and exit.
11. 4pcs Ф22 mm cable entry ports (with two kinds of design), if load M22 cable gland for 7~13mm cable entry;
12. 20pcs Ф4.3mm round cable port at rear side.
13. Comprehensive accessory kit for cable entry and fiber management.
14. Patch cord bend radius guides minimize macro bending.
15. Fully assembled (loaded) or empty panel.
16. Different adapter interfaces including ST, SC, FC, LC, E2000.
17. 1u Panel：Splice capability is up to a maximum of 48 fibers with splice trays loaded.
18. Fully compliant with YD/T925—1997 quality management system.
Applications
1. Data communications networks.
2. Storage area network.
3. Fiber channel.
4. FTTx system wide area network.
5. Test instruments.
6. CATV networks.
7. Widely used in FTTH access network.
Operations
1. Peel the cable, remove the outer and inner housing, as well as any loose tube, and wash off the filling gel, leaving 1.1 to 1.6m of fiber and 20 to 40mm of steel core.
2. Attach the cable-pressing card to the cable, as well as the cable reinforce steel core.
3. Guide the fiber into the splicing and connecting tray, secure the heat-shrink tube and splicing tube to one of the connecting fibers. After splicing and connecting the fiber, move the heat-shrink tube and splicing tube and secure the stainless (or quartz) reinforce core member, ensuring that the connecting point is in the middle of the housing pipe. Heat the pipe to fuse the two together. Place the protected joint into the fiber-splicing tray. (One tray can accommodate 12-24 cores).
4. Lay the remaining fiber evenly in the splicing and connecting tray, and secure the winding fiber with nylon ties. Use the trays from the bottom up. Once all the fibers have been connected, cover the top layer and secure it.
5. Position it and use the earth wire according to the project plan.
6. Packing List:
(1) Terminal case main body: 1 piece
(2) Polishing sand paper: 1 piece
(3) Splicing and connecting mark: 1 piece
(4) Heat shrinkable sleeve: 2 to 144 pieces, tie: 4 to 24 pieces
Standard Accessories Pictures:
Cable ring Cable tie Heat protection shrinkable sleeves
Optional Accessory Pictures
Specifications
|
Mode Type |
Size (mm) |
Max Capacity |
Outer Carton Size (mm) |
Gross Weight (kg) |
Quantity In Carton Pcs |
|
OYI-ODF-SNR |
482x245x44 |
24（LC 48core） |
540*330*285 |
17 |
5 |
Dimension Drawings
Packaging Information
-
Anchoring Clamp PA2000
The anchoring cable clamp is of high quality and durable. This product consists of two parts: a stainless steel wire and its main material, a reinforced nylon body that is lightweight and convenient to carry outdoors. The clamp’s body material is UV plastic, which is friendly and safe and can be used in tropical environments. The FTTH anchor clamp is designed to fit various ADSS cable designs and can hold cables with diameters of 11-15mm. It is used on dead-end fiber optic cables. Installing the FTTH drop cable fitting is easy, but preparation of the optical cable is required before attaching it. The open hook self-locking construction makes installation on fiber poles easier. The anchor FTTX optical fiber clamp and drop wire cable brackets are available either separately or together as an assembly. FTTX drop cable anchor clamps have passed tensile tests and have been tested in temperatures ranging from -40 to 60 degrees Celsius. They have also undergone temperature cycling tests, aging tests, and corrosion-resistant tests. -
OYI-ATB04A Desktop Box
OYI-ATB04A 4-port desktop box is developed and produced by the company itself. The product’s performance meets the requirements of industry standards YD/T2150-2010. It is suitable for installing multiple types of modules and can be applied to the work area wiring subsystem to achieve dual-core fiber access and port output. It provides fiber fixing, stripping, splicing, and protection devices, and allows for a small amount of redundant fiber inventory, making it suitable for FTTD (fiber to the desktop) system applications. The box is made of high-quality ABS plastic through injection molding, making it anti-collision, flame retardant, and highly impact-resistant. It has good sealing and anti-aging properties, protecting the cable exit and serving as a screen. It can be installed on the wall. -
310GR
ONU product is the terminal equipment of a series of XPON which comply fully with ITU-G.984.1/2/3/4 standard and meet the energy-saving of G.987.3 protocol, is based on mature and stable and high cost-effective GPON technology which adopts high-performance XPON Realtek chipset and has high reliability, easy management, flexible configuration, robustness, good quality service guarantee (Qos).XPON has G / E PON mutual conversion function, which is realized by pure software. -
OYI-FAT08 Terminal Box
The 8-core OYI-FAT08A 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. -
Module OYI-1L311xF
OYI-1L311xF Small Form Factor Pluggable (SFP) transceivers are compatible with the Small Form Factor Pluggable Multi-Sourcing Agreement (MSA), The transceiver consists of five sections: the LD driver, the limiting amplifier, the digital diagnostic monitor, the FP laser and the PIN photo-detector, the module data link up to 10km in 9/125um single mode fiber. The optical output can be disabled by a TTL logic high-level input of Tx Disable, and the system also 02 can disable the module via I2C. Tx Fault is provided to indicate that degradation of the laser. Loss of signal (LOS) output is provided to indicate the loss of an input optical signal of receiver or the link status with partner. The system can also get the LOS (or Link)/Disable/Fault information via I2C register access. -
Zipcord Interconnect Cable GJFJ8V
ZCC Zipcord Interconnect Cable uses 900um or 600um flame-retardant tight buffer fiber as an optical communication medium. The tight buffer fiber is wrapped with a layer of aramid yarn as strength member units, and the cable is completed with a figure 8 PVC, OFNP, or LSZH (Low Smoke, Zero Halogen, Flame-retardant) jacket.
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.
