- Sketch
- Structure
- structural parameters
- Cable performance
- Application
- Fiber properties
- Color-coded
- Other information
1. High bandwidth: Mining communication optic cables are designed to provide high bandwidth capacity, which allows for faster and more efficient data transmission.
2. Reliability: These optic cables are built to withstand harsh environmental conditions commonly found in mining sites, such as high temperatures, moisture, and vibrations. This ensures reliable and stable communication networks for mining operations.
3. Security: Optic cables offer increased security features compared to traditional copper cables, as they are not susceptible to electromagnetic interference or signal interception. This makes them ideal for transmitting sensitive data in the mining industry.
4. Cost-effective: Despite the initial investment, mining communication optic cables are considered cost-effective in the long run due to their durability and low maintenance requirements. They also have a longer lifespan compared to traditional cables.
5. Flexibility: Optic cables are lightweight and flexible, making them easier to install and maintain in challenging mining environments. They can be easily routed through tight spaces and around obstacles without compromising performance.
6. Future-proof: With advancements in technology, mining communication optic cables can be easily upgraded to support higher data speeds and increased capacity. This ensures that mining operations can keep up with the evolving demands of the industry.
| Coal Safety Certification_Coal Mine Optical Cable | ||
| MGFJBY (1~24)A | MGTS (2-144)B | MGTSV (2~96)A |
| MGFJBY (1~24)B | MGTS32 (2~144)A | MGTSV (2~96)B |
| MGFTY (2~144)A | MGTS32 (2~144)B | MGTSV (2-144)B |
| MGFTY (2~144)B | MGTS32(2~144)B | MGTSY (2~144)A |
| MGFXVBY (1~24)A | MGTS33 (2~144)A | MGTSY (2~144)B |
| MGFXVBY (1~24)B | MGTS33 (2~144)B | MGXBDV (1~6)A |
| MGJY (2~12)A | MGTS33 (2~30)A | MGXT32 (1~2)A |
| MGJY (2~12)B | MGTS33 (2~30)B | MGXT32 (2~12)B |
| MGJY (2~6)A | MGTS33 (2~96)A | MGXTBV (1~2)B |
| MGJY (2~6)B | MGTS33 (2~96)B | MGXTBV (2~12)A |
| MGTBV (2~12)A | MGTS53 (2~144)A | MGXTBV (2~12)B |
| MGTBV (2~12)B | MGTS53 (2~144)B | MGXTS (2~12)A |
| MGTS (2~144)A | MGTSV (2~12)A | MGXTS (2~12)B |
| MGTS (2~144)B | MGTSV (2~144)A | MGXTSV (2~12)A |
| MGTS (2~144) core | MGTSV (2~144)B | MGXTSV (2~12)B |
| MGTS (2~48)A | MGTSV (2~24)B | MGXTW (1~12) core |
| MGTS (2~48)B | MGTSV (2~48)A | MGXTW (2~12)A |
| MGTS (2~72)A | MGTSV (2~48)B | MGXTW (2~12)B |
| MGTS (2~72)B | MGTSV (2~72)A | MGXTW (2~48)B |
| MGTS (2~96)B | MGTSV (2~72)B | |
| * Unproduced parts are also available for purchase | ||
| Item | Nominal value | Single-mode fiber | Multimode fiber |
| Tensile force | >200N | Additional attenuation ≤ 0.1dB (1310nm) | Additional attenuation ≤ 0.3dB (1300nm) |
| Items | Nominal value | Single-mode fiber (after lateral pressure is released) | Multi-mode fiber (after lateral pressure is released) |
| Side pressure | >3000N/100mm | Additional attenuation ≤ 0.1dB (1310nm) | Additional attenuation ≤ 0.3dB (1300nm) |
| Item | Nominal value | Single-mode fiber (after 6 impacts) | Multimode fiber (after 6 impacts) |
| Impact | 2kg hammer dropped from (150±5)mm 6 times | Additional attenuation ≤ 0.1dB (1310nm) | Additional attenuation ≤ 0.3dB (1300nm) |
| Item | Nominal value | Single-mode fiber (after bending) | Multi-mode fiber (after bending) |
| Bending | Bending radius ≥ 20D | Additional attenuation ≤ 0.1dB (1310nm) | Additional attenuation ≤ 0.3dB (1300nm) |
| Temperature level | Applicable temperature range (℃) | Maximum allowable additional attenuation of single-mode fiber (dB Wavelength 1300nm) | |
| High temperature | Class B | ||
| 1 | 85±2 | 0.1 | |
| High temperature | A1a Class | ||
| 2 | 85±2 | 0.3 |
| OpticalFiberType | Mode field diameter | Cladding diameter | Cladding is notRoundness (%) | Core/cladding concentricityCenter error (um) | Coating diameter (um) | Center error (um) | |||
| Nominal value | Tolerance | Nominal value | Tolerance | Nominal value | Tolerance | ||||
| B1.1 | 8.6-9.5 | ±0.7 | 125.0 | ±0.7 | ≤2.0 | ≤1.5 | 245 | ±10 | ≤12 |
| B1.3 | |||||||||
| B4 | 8-11 | ||||||||
| Note: The mode field diameter of B1.1 and B1.3 optical fibers is the value of 1310nm wavelength, and the mode field diameter of B4 optical fibers is the value of 1550nm wavelength | |||||||||
| Fiber Type | Core diameter(um) | Cladding diameter(um) | Core out of roundness (%) | Cladding non-circularity (%) | Core/package concentricity error (%) | Coating diameter(um) | Cladding/Coating Concentricity ErrorDifference(um) | |||
| Nominal value | Tolerance | Nominal value | Tolerance | Nominal value | Tolerance | |||||
| A1a | 50.0 | ±3 | 125.0 | ±3 | ≤6 | ≤2 | ≤3 | 250 | ±15 | ≤12 |
| A1b | 62. 5 | |||||||||
| 聯絡方式/CONTACT | |||
| 手機/微信號 Mobile phone/WeChat ID | 177 6800 0800 竇先生 業務總監 / Mr.Dou Business Director | ||
| 180 1075 7228 李女士 業務經理 / Ms.li Business Manager | |||
| What’s app | +86 180 1075 7228 | Skype | +86 180 1075 7228 |
| Linkedln | DJ Optical Technology | Line Id | djoptical2024 |
| 信箱/Email | djmt@djopticals.com | 電話/Phone No. | 0512-6655-8801 |