JGGB Tubular Strander
The machine is mainly used for the twisting of copper, aluminum and ACSR, and also suitable for the cabling of the small-section control cables.
- Product Details
- Applications
- Technical Parameters
- RFQ & FAQ
Product Overview
The machine is mainly used for the twisting of copper, aluminum and ACSR, and also suitable for the cabling of the small-section control cables.
Structural Features And Configuration
The core stranding body is supported by large, high-quality bearings. The entire tube undergoes strict dynamic balancing tests to minimize vibration, ensuring high-speed, stability and consistent wire tension.
Bearing-Supported Body
Dynamic Balancing
Stable Wire Tension
Product Images And Drawings
Applications And Process Scope
Designed to support a wide range of wire and cable processing requirements with flexible drive and tension configurations.
The machine is mainly used for the twisting of copper, aluminum and ACSR, and also suitable for the cabling of the small-section control cables.
The machine is mainly composed of fixed pay off, 6-reel stranders, die holder, double wheel capstan, take up with traverse rack, transmission system and electrical control system, etc. It can also add taping devices according to customers’ requirements.
Technical Specifications
Technical data for the JGGB-500, JGGB-630 planetary stranding machine models.
| Type | JGGB-500 | JGGB-630 |
|---|---|---|
| Single wire dia. (mm) | Copper: 1.2-3.5 | Copper: 1.2-3.5 |
| Aluminum: 1.5-5.0 | Aluminum: 1.5-5.0 | |
| Steel: 1.0-3.0 | Steel: 1.0-3.0 | |
| Max. Stranded dia. (mm) | 15 | 15 |
| Cage rotation speed (rpm) | 600 | 450 |
| Stranding pitch (mm) | 26-197 | 35-265 |
| Traction speed (m/min) | 110 | 110 |
| Capstan wheel (mm) | Ø1250 | Ø1250 |
| Pay off | PND500 | PND630 |
| Take up | PN1000-PN1600 | PN1000-PN1600 |
| Main motor (kw) | 30 (AC) | 45 (AC) |
Frequently Asked Questions
Find answers to common questions about product selection, configuration and technical requirements.
Information required for quotation?
Intended product; material and input/output diameter; wire quantity, finished diameter, and required pitch; required speed; electrical supply and floor space.
How should the correct model be selected?
Match the required parameters to Section 5, then confirm the final configuration in a product-specific technical agreement.
Are optional or customized configurations included?
Only changes and optional devices expressly listed in the final technical proposal and supply scope are included.
Which values govern the final purchase?
Catalog data are transcribed from the supplied source; the signed technical agreement governs the final scope and values.
