PV Dual-Core Cable Multi-Stage Stripping Machine

　　1. Application Background

　　In photovoltaic power generation systems, PV dual-core cables are widely used for module connections, combiner-to-inverter wiring, and DC-side internal circuits. These cables operate under long-term exposure to high temperatures, strong UV radiation, and high current, which places strict requirements on stripping accuracy and consistency. The PV dual-core cable multi-stage stripping machine is designed specifically to meet these processing demands.

　　2. Core Functional Features

　　This machine is capable of performing multiple stripping sections with different lengths on a single cable. For typical structures such as “outer jacket removal + fixed-length conductor exposure,” the machine uses multi-stage program control to complete several cutting and stripping actions in one feeding cycle, avoiding dimensional errors caused by repeated positioning.

　　3. Dual-Core Synchronization Advantage

　　Length inconsistency between the two cores is a common challenge in dual-core cable processing. The machine adopts synchronized clamping and a unified reference positioning system to ensure clean, symmetrical stripping on both cores, providing reliable preparation for subsequent terminal crimping and assembly.

　　4. Structural and Adjustment Design

　　Mechanically, the machine balances cable rigidity handling with surface protection. Clamping and feeding forces are evenly distributed, allowing stable processing of rigid PV jackets without damaging the inner insulation. Each stripping stage can be adjusted independently, with flexible settings for cutting depth, stripping length, and stroke to accommodate different PV dual-core cable specifications.