Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA
Hybrid optical and electrical stranded loose tube cable GDTA is housed in loose tubes made of high modulus plastic and filled with tube filling compound. At the center of the cable is a metal strength member. The tube and copper wire (required specification) are wrapped around the center strength member to form the cable core. The cable core is filled with cable filling compound and armored with laminated aluminum tape. A PE jacket is then extruded to form the outer jacket.
Our high quality Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA are all made in China. Orientalfiber is a professional the Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA manufacturer and supplier in China. You can buy them from our factory. For more information, contact us now.
Orientalfiber Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA is a specialized optical-electric hybrid cable designed for integrated power and signal transmission. This cable combines mechanical robustness with flexible installation options, suitable for both pipeline and overhead deployment. As a manufacturer and supplier from China, Orientalfiber ensures quality and reliability for distributed base station DC remote power supply systems, providing seamless connection between BBU and RRU.
Key Features of Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA
Hybrid Design for Power and Signal: The cable integrates optical fibers and copper conductors in one unit, enabling centralized power monitoring and simplified equipment maintenance.
High Mechanical and Thermal Performance: Housed in loose tubes made of high modulus plastic with tube filling compound, the cable core is armored with laminated aluminum tape and PE jacketed for enhanced durability.
Efficient Power Management: Hybrid design reduces power coordination complexity, lowers maintenance efforts, and helps optimize operational costs.
Installation Flexibility: Suitable for both overhead lines and pipeline routes, the cable simplifies deployment across different project types.
Cost Efficiency: Combining optical and electrical paths reduces the need for separate cables, saving both procurement and construction expenses.
Technical Advantages
Metal Strength Member Core: Provides high tensile strength and ensures stable cable performance under mechanical stress.
Water-Blocking Filling Compound: Maintains long-term reliability and prevents moisture penetration, safeguarding optical and electrical functions.
PE Outer Jacket: Enhances weather resistance and protects against environmental degradation.
Optimized Cable Core Layout: Copper wire and loose tube arrangement minimizes signal interference and simplifies maintenance operations.
Features
● Good mechanical and temperature performance;
● Optical-electric hybrid design solves power supply and signal transmission problems, and provides centralized power monitoring and maintenance for equipment;
● Improve power manageability, reduce power coordination and maintenance;
● Reduce procurement costs and save construction costs;
● Mainly used for the connection between BBU and RRU in distributed base station DC remote power supply systems;
● Suitable for pipeline and overhead installation
Technical Characteristics
Type
O.D.
(mm)
Weight
(Kg/km)
Tensile strength
Long/short term (N)
Crush
Long/short term
(N/100mm)
Structure
GDTA-02-24Xn+2×1.5
11.2
132
600/1500
300/1000
Structure I
GDTA-02-24Xn+2×2.5
12.3
164
600/1500
300/1000
Structure I
GDTA-02-24Xn+2×4.0
14.4
212
600/1500
300/1000
Structure II
GDTA-02-24Xn+2×5.0
14.6
258
600/1500
300/1000
Structure II
GDTA-02-24Xn+2×6.0
15.4
287
600/1500
300/1000
Structure II
GDTA-02-24Xn+2×8.0
16.5
350
600/1500
300/1000
Structure II
Note:
1. Xn refers to fibre type.
2. 2*1.5/2*2.5/2*4.0/2*6.0/2*8.0indicates the number and size of copper wires.
3. Hybrid cables with different numbers and sizes of copper wires can be provided on request.
4. Hybrid optical and electrical stranded loose tube cable GDTA with different fibre counts can be provided on request.
Electrical Performance of Conductor
Cross section (mm2)
Max. DC resistance of single conductor
(20 ℃)(Ω/km)
Insulation resistance (20℃)(MΩ.km)
Dielectric strength KV, DC 1min strength KV, DC 1min
Between each conductor and other
metal members connected in cable
Between
conductors
Between conductor
and metallic armor
Between conductor
and steel wire
1.5
13.3
No less than 5,000
5
5
3
2.5
7.98
4.0
4.95
5.0
3.88
6.0
3.30
8.0
2.47
Why Choose Orientalfiber GDTA Cable?
Direct sourcing from a China manufacturer with strict quality control
Comprehensive factory support with indoor/outdoor optical fiber cable production lines
Proven track record in domestic and international telecom projects
ISO9001 certified for quality management and ISO45001 certified for occupational health and safety
Installation and Maintenance Tips
Ensure proper strain relief during overhead and pipeline installations
Avoid sharp bends to maintain optical fiber integrity
Regularly inspect cable armor and PE jacket for damage in harsh environments
Use appropriate connectors and grounding for electrical safety
FAQ – Common Questions About GDTA Cable
Q: Can this cable support high data rates for modern telecom networks?
A: Yes, the hybrid optical design supports single-mode or multi-mode fiber options suitable for high-speed data transmission.
Q: Is it suitable for outdoor harsh conditions?
A: Absolutely. The laminated aluminum armor, water-blocking compound, and PE jacket provide protection against moisture, temperature variations, and mechanical impact.
Q: How do I procure Orientalfiber GDTA cables in bulk?
A: Contact Orientalfiber as a supplier and manufacturer in China. They provide factory-direct quotes and shipping options for large-scale projects.
Hot Tags: Hybrid Optical and Electrical Stranded Loose Tube Cable GDTA
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