FTTH Nap Outdoor 16Cores Fiber Optic Splitter Splice Closure Junction Box KCO-GJS22 PC+ABS
KCO-1608D splitter splice closure integrates distribution and splitting in one, can realize the direct fusion and branching of the optical cable, and is suitable for the wiring connection in the optical communication equipment. Through the adapter and jumper to bring in the signal to realize optical distribution function, it is also suitable for fiber optic cables and pigtail protective connection; the unique three-tier design of the box body can be used as a fiber splitter or splice box; the flip board can be flipped≥180°,it is more convenient to install the box or maintenance. If remove the board, it can bed as a splice closure to meet different choices.
Features
- The product is made of high-quality impact resistant plastic and has a standard user interface that can be re-opened.
- Can accommodate two 1x8 PLC splitter LGX module or steel tube type;
- Anti-ultraviolet,anti- impact and waterproof function;
- Unique flip board, flip angle ≥ 180 °, fusion area and distribution area is more obvious, reducing the cable crossing;
- Fiber optic cable can go in and out of the box without cut the cable.
Specification:
Model | KCO-GJS22-S | KCO-GJS22-F |
Dimension (mm) | 290*190*110 | 290*190*90 |
Cable diameter (mm) | Φ7-φ18 | Φ7-φ18 |
Cable port | 4pcs round ports, 16pcs 2*3mm drop cable ports | 2in 2 out |
Max. Split ratio | 2pcs 1x8 mini splitter | / |
Max. Splice tray | 1pc | 3pcs |
Max. Fusion splice | 24 cores | 72 cores |
Technical parameters:
- Optical fiber radius of curvature: ≥40mm
- Splice tray additional loss: ≤0.1dB
- Temperature range: -40°C ~ +60°C
- Anti side pressure: ≥2000N/10cm
- Impact resistance: ≥20N.m
- Waterproof level: IP65
Packing list:
Main body | 1 set |
L=400mm bare fiber buffer tube | 2 pcs |
Hoop / clamp | 2 pcs |
3x100 nylon tie | 26 pcs |
Heat shrinkable tube L=60mm | 2-72 pcs (configuration on demand) |
User manual | 1pc |
Product pictures:
Installation way:
Characterictics:
Characteristics | Value/Performance | Methods and Conditions |
Mechanical | ||
Air Tightness | No air bubble seen | Put closure under water for 15min with closure's internal air pressure set at 100kPa±5kPa. |
Remains100kPa±5kPa | Measure the internal pressure 24 hours later | |
Air Tightness after re-installation | No air bubble seen and pressure remains unchanged | Do re-entry and re-installation 3 times and repeat above Air Tightness Tests. |
Axial Pulling | Pressure remains unchanged | Pulling force: 1000N Time: 1min Internal air pressure: 60kPa±5kPa |
Compression | Pressure remains unchanged | Applied pressure: 2000N/100mm Time: 1min Internal air pressure: 60kPa±5kPa |
Impact | Pressure remains unchanged | Impact energy: 16N.m No. of impacts: 3 Internal air pressure: 60±5kPa |
Bending | Pressure remains unchanged | Bending angle±45°(in two opposite directions) Tension: 150N No. of bending: 10 Internal air pressure: 60kPa±5kPa |
Twisting | Pressure remains unchanged | Twisting angle: ±90° Torque: 50N No. of twisting: 10 Internal air pressure: 60kPa±5kPa |
Thermal | ||
Temperature Cycling | Pressure drop ≤5kPa | Cycling range: -40 ~ +60°C Cycling time: 2hrs at -40°C, then 2hrs at +60°C No. of cycling: 3 Internal air pressure: 60kPa±5kPa |
Electrical | ||
Insulation | Resistance between metal parts:2.0x105MΩ | Soak closure into water in 1.5m-depth for 24hrs, and measure the insulation resistance after taking it out of water. |
Resistance between each metal part and ground:2.0x105MΩ | ||
High Voltage | No voltage break-downs and sparks | Soak closure into water in 1.5m-depth for 24hrs, then apply 15kV DC to the metal parts inside |