Product Description: BELDEN #9805 601000 - Multi-Conductor Low Capacitance Computer Cable
Discover the superior performance of the BELDEN #9805 601000 Multi-Conductor Low Capacitance Computer Cable, specifically engineered for EIA RS-232 and RS-422 applications. This high-quality cable features three pairs of 28 AWG conductors, meticulously designed to minimize signal loss and ensure robust data transmission over extended distances.
Key Features:
Low Capacitance Design: The low capacitance construction of this cable significantly reduces signal degradation, making it ideal for high-speed data communication. Experience reliable performance even in demanding environments.
Multi-Conductor Configuration: With three twisted pairs, this cable enhances noise immunity and crosstalk reduction, ensuring clear and consistent signal integrity for your computer and data networking needs.
Durable PVC Jacket: The robust PVC jacket provides excellent protection against abrasion, chemicals, and environmental factors, enhancing the cable’s longevity and reliability in various applications.
Versatile Applications: Perfect for use in computer networking, industrial automation, and control systems, the BELDEN #9805 is suitable for both commercial and residential installations.
Chrome Plated Contacts: The cable features chrome-plated contacts that enhance conductivity and minimize corrosion, ensuring optimal performance over time.
Specifications: - Conductor Size: 28 AWG - Pairs: 3-Pair Configuration - Cable Type: Multi-Conductor - Shielding: Unshielded - Length: Available in 1000-foot increments
Whether you are upgrading your current setup or designing a new system, the BELDEN #9805 601000 Multi-Conductor Low Capacitance Computer Cable is the perfect choice for delivering unparalleled performance. Invest in quality and reliability for your data transmission needs. Order now and experience the difference!
| Manufacturer | Part # |
| Alpha Wire | 6391 |
| General Cable | C0805A |
| Manhattan | M3971 |
| Quabbin | Yes, Email us or chat below for details |
