Intrinsically Safe Explosion-Proof Computer Cable is a type of cable specifically designed for environments with explosion risks. It is primarily used in fields such as chemical, petrochemical, coal mining, power, and gas engineering, as well as in automated instruments, meter monitoring circuits, computer control systems, and distributed control systems in industries like chemical pharmaceuticals, steel, and light industry. These environments may contain flammable gases or other explosive substances, demanding higher safety standards for cables.

Performance Characteristics: Designed with low capacitance and low inductance, it reduces electromagnetic interference and enhances the stability and reliability of signal transmission. This makes the cable more efficient during signal transmission, minimizing signal loss and the impact of interference.

Shielding Performance: The cable features an internal metal mesh braided layer, typically made of red copper or tinned copper, which effectively shields against external electromagnetic interference and prevents internal signals from radiating outward. This ensures the purity of signal transmission, maintaining high-quality signal transmission even in complex electromagnetic environments.

Strong Anti-Interference Capability: Due to its excellent shielding performance and low capacitance and inductance characteristics, the intrinsically safe explosion-proof cable maintains good signal transmission quality in complex electromagnetic environments. It can reliably operate under various harsh conditions without performance degradation caused by external interference.

High Explosion-Proof Safety Performance: Compared to ordinary cables, intrinsically safe explosion-proof cables offer higher explosion-proof safety performance. They can be safely used in environments with explosive gases, significantly reducing the risk of explosions caused by sparks or other factors.

Flame Retardant, Resistant to Acids, Alkalis, Oil, and Water: The outer layer material of the cable possesses superior properties such as non-propagating flames and resistance to acids, alkalis, oil, and water. This further enhances the cable's service life and safety in harsh environments, allowing it to function normally even under extreme conditions.

Specifications: The number of pairs can range from 1 pair to 24 pairs, with each pair typically consisting of two cores (referred to as a two-wire group) or three cores (referred to as a three-wire group).

Conductor: Cross-sections include various specifications such as 0.5, 0.75, 1.0, 1.5, and 2.5 (customers can choose).

Grounding Requirements: The shielding layer must be grounded to prevent electrical equipment from malfunctioning or being harmed due to electromagnetic interference. The grounding method should be selected based on the specific application scenario to avoid interference that may arise from multiple grounding points.