Extruder Optical Fiber Cable Secondary Coating Machinery for Optical Cable Loose Tube

• Type: Fiber Optic Isolator
• Wiring Devices: Integrated Wiring
• Certification: ISO
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Optical Fiber Cable-860
• Condition: New
• Usage: Loose Tube
• Loose Tube Diameter: 1.8mm/2.0mm/2.2mm/2.4mm
• Extrusion Material: PBT
• Machine Size: GF-50
• Payment Term: T/T, L/C
• Structure Speed: Max.250m/Min
• Service: Technical Support, Training
• Motor: Siemens
• System: PLC+Ipc Control
• Power: Three Phase Five Line 380V 50Hz
• Transport Package: Plastic Film+Wooden Package
• Trademark: WIRECAN
• Origin: China
• HS Code: 8479400000
• Production Capacity: 4set Per Month
• Package Size: 1680.00cm * 1310.00cm * 1350.00cm
• Package Gross Weight: 3500.000kg

Product Description

1.Optical Fiber Cable Secondary Coating Machinery Equipment application :
 the optic fiber cable secondary coating machine mainly applied in the extrusion of 2-12 cores oil-filled fiber or 4-12*12 cores fiber loose tube,and the extrusion of ¢1.6mm-4.0mm optical fiber fillers. 
 

Optical fiber cable secondary coating machinery for optical cable loose tubes is specialized equipment used in the manufacturing of optical fiber cables. Loose tubes are a key component of optical cables, providing protection and flexibility for the delicate optical fibers inside.

Secondary coating machinery applies an additional layer of protective material around the loose tubes, enhancing the cable's durability and performance.

 

Key features and functions of optical fiber cable secondary coating machinery for loose tubes include:

1. Loose Tube Handling: The machinery is designed to handle and guide multiple loose tubes simultaneously, ensuring proper alignment and positioning for the secondary coating process.

2. Secondary Coating Application: The machinery applies a secondary layer of protective material, typically a polymer or gel compound, around each loose tube. This additional coating provides mechanical strength, water resistance, and protection against environmental factors.

3. Material Extrusion: The secondary coating material is extruded onto the loose tubes using precision-controlled extrusion mechanisms. The machinery ensures consistent application and thickness of the coating material.

4. Drying and Curing: After the secondary coating is applied, the machinery may include a drying and curing process to solidify the coating material and achieve the desired properties.

5. Speed and Tension Control: The machinery features controls to adjust the speed of the loose tubes and maintain proper tension during the coating process. This ensures uniform coating and prevents damage to the optical fibers.

6. Cooling and Sizing: Some machinery may include cooling mechanisms to accelerate the curing process and sizing components to ensure the final coated loose tubes have the correct dimensions.

7. Quality Monitoring: Optical fiber cable secondary coating machinery often includes sensors and monitoring systems to detect defects or inconsistencies in the coating process. This helps ensure the quality of the finished optical cables.

8. Automation and Customization: Advanced machinery may offer automation features, allowing for precise control of various parameters. Customizable settings enable manufacturers to adapt the machinery to different cable designs and specifications.

Optical fiber cable secondary coating machinery is crucial for producing high-quality optical fiber cables that meet industry standards for performance, reliability, and longevity. Proper secondary coating enhances the cable's resistance to harsh environmental conditions, mechanical stresses, and moisture, making it suitable for a wide range of applications in telecommunications, data transmission, and other industries requiring fast and reliable communication.

2.Technical parameters:
 

cores No of optical fiber	12 cores
Pay-off tension of optical fiber	0.4-1.5N±0.05N
Specification of optical fiber pay-off reels	ø236×ø160×ø108
stranding angle	± 340
hoter water temperature	75°c ± 2 °c
take-up tension	2.5-6.5N
production speed	5-600m/min(up to different loose tube diameter)
excess control	0-3‰ ± 0.2 ‰
error of measuring meter	<1 ‰
specification of take-up reels	PN800mm
fiber excess attenuation	<0.02db/km
uniformity of excess length	± 0.2 ‰

3. Machine main electric brand
Motor: Siemens (china) Motor
Transducer: American Emerson transducer
Temperature controller: Omron Brand PID Smart type
Man-Machine interface: 10.2 inch color
PLC and Control Module: Siemens
Screw and Barrel:  Produced by jinhu Company.
Bearing: Japan NSK or other same quality brand
Low voltage electrical parts: Adopts SIEMENS, OMRON,  brands,etc.