Shree Anant Enterprises presents the 2 Core Shielded Wire, designed to combat Electromagnetic Interference (EMI) and ensure optimal performance for electrical circuits. This shielding wire effectively addresses disturbances caused by external sources, preventing electromagnetic induction, electrostatic coupling, and conduction.

Benefits:

1. EMI Suppression: Shielded wire efficiently combats EMI, ensuring minimal disruption to electrical circuits and maintaining signal integrity.
2. Enhanced Performance: The shielding mechanism safeguards against electromagnetic induction and electrostatic coupling, resulting in reliable and stable circuit operation.
3. Noise Reduction: By preventing unwanted interference, the wire minimizes noise and signal degradation, leading to improved overall system performance.
4. Flexible Application: Suitable for various power and voltage requirements up to 30 V, offering versatility for different electronic setups.
5. Durable Build: Crafted by Shree Anant Enterprises, the wire boasts robust construction, ensuring long-lasting performance even in demanding environments.

Features:

1. 2 Core Design: The wire features a 2 core configuration, providing essential connectivity while the shielding mechanism preserves signal quality.
2. Cable Size: The .20 sqmm cable size strikes a balance between flexibility and conductivity, accommodating various installation needs.
3. Power/Voltage Compatibility: The wire is designed to handle power and voltage levels up to 30 V, suitable for a wide range of applications.
4. Shielding Technology: Employing advanced shielding technology, the wire prevents EMI effects caused by electromagnetic induction, coupling, or conduction.

Applications:

1. Electronics Manufacturing: Ideal for use in manufacturing electronic components, devices, and equipment to ensure reliable performance.
2. Automation Systems: Used in automation setups to maintain signal integrity and prevent disturbances caused by nearby machinery or systems.
3. Telecommunications: Ensures clear and consistent signal transmission in telecommunications infrastructure and equipment.
4. Automotive Electronics: Suitable for automotive applications, safeguarding sensitive circuits from external interference for optimal vehicle performance.
5. Industrial Control: Deployed in industrial control systems to preserve signal accuracy and prevent disruptions in critical processes.