ADSS High Speed Optical Cable Sheathing Extrusion Line

• After-sales Service: One Year Free, Lifetime Maintenance
• Warranty: One Year Free,
• Type: Cable Extruder
• 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.: WRK-GHT-90/120
• Plastic Processed: PVC
• Product Type: Granulating Extruder
• Feeding Mode: One Feed
• Assembly Structure: Separate Type Extruder
• Screw: Single-Screw
• Engagement System: Full Intermeshing
• Screw Channel Structure: Deep Screw
• Exhaust: Exhaust
• Automation: Automatic
• Computerized: Computerized
• Driven Type: Electric
• Condition: New
• Certification: ISO
• Place of Origin: Guangdong, China (Mainland)
• Transducer: Inovance Transducer
• Man-Machine Interface: 10.2 Inch Color
• PLC and Control Module: Dongguan Motor
• Temperature Controller: Japan Rkc Brand Pid Smart Type
• Screw and Barrel: Designed by Taiwan Liqi Company
• Extrusion Output: 280kg/H The Machine Head Is Open
• Wire Coaxiality: Above-95%
• Power Supply: AC380V
• Transport Package: Plastic Film+Wooden Package
• Specification: Ingredients: Iron
• Trademark: Wirecan
• Origin: China
• HS Code: 8477900000
• Production Capacity: 7set Per Month
• Package Size: 290.00cm * 160.00cm * 200.00cm
• Package Gross Weight: 500.000kg

Product Description

The production of optical cables requires specialized equipment designed to handle the delicate and precise process of manufacturing optical fibers. Here are some of the key pieces of equipment that are commonly used in the production of optical cables:

1. Fiber Drawing Tower: This is the most essential piece of equipment used in the production of optical fibers. The tower is designed to draw the optical fibers from a preform, which is a glass rod that contains the glass composition needed to produce the fiber. The tower uses heat to soften the preform and then applies tension to draw the fiber out.

2. Coating Applicator: Once the fiber has been drawn, it needs to be coated with a protective layer to prevent damage and preserve the integrity of the fiber. The coating applicator is used to apply a layer of polymer to the surface of the fiber.
3. Curing Oven: After the coating has been applied, the fiber needs to be cured to harden the polymer layer. The curing oven is used to heat the fiber to a specific temperature for a set period to allow the polymer to cure.

4. Proof Tester: Once the fiber has been drawn, coated, and cured, it needs to be tested to ensure that it meets the required specifications. The proof tester is used to subject the fiber to stress and verify that it can withstand the required levels of tension.

5. Cable Sheathing Equipment: After the fibers have been produced and tested, they are combined and wrapped in a protective jacket to form an optical cable. The cable sheathing equipment is used to extrude the outer jacket onto the fiber bundle.

Φ90 High-Speed Extruder Equipment
Application: apply to the production of power cable, XLPE and so on

Main specification and performance
1,finished outer diameter:φ2.0-φ25.0mm  
2,Extrusion output: 250kg/h the machine head is open 
3,Wire coaxiality: above-95%
4,Line speed: according to wire diameter 
5,Center height of machine: it is 1000mm from the ground
6,Power supply: AC380V.
7,Color:as customer's requirment
 

Equipment	Description
Fiber Drawing Tower	Essential for drawing optical fibers from a preform using heat and tension.
Coating Applicator	Applies a protective polymer layer to the drawn fiber to prevent damage and preserve fiber integrity.
Curing Oven	Heats the coated fiber to a specific temperature for a set period to allow the polymer to cure.
Proof Tester	Subject the fiber to stress to verify that it meets the required specifications and can withstand tension.
Cable Sheathing Equipment	Extrudes the outer jacket onto the fiber bundle to form a complete optical cable.