Kaybe’s BMS (Building Management System) Control Cable with 8 cores and unshielded 22AWG conductors is designed for reliable and cost-effective data transmission in building automation and control systems. Here are key features associated with this cable:

1. BMS Application: Tailored for Building Management Systems, the cable is well-suited for applications such as HVAC (Heating, Ventilation, and Air Conditioning), lighting control, security systems, and other automation functions within buildings.

2. 8-Core Configuration: The cable features eight conductors, facilitating the transmission of multiple signals or functions within a single cable, streamlining installations in comprehensive BMS setups.

3. 22AWG Conductors: With 22AWG conductors, the cable provides a balanced gauge for efficient data transmission, ensuring reliable performance in various BMS applications.

4. Unshielded Design: This unshielded configuration is suitable for environments where electromagnetic interference (EMI) is not a significant concern, making it a cost-effective solution for many indoor BMS installations.

5. High-Quality Materials: Crafted with high-quality materials, the cable ensures durability and reliable performance over time, meeting the demands of BMS applications.

6. Insulation: The cable is insulated to protect the conductors, ensuring stable signal integrity and guarding against external interference and environmental factors.

7. Flexible Construction: Designed for flexibility, the cable allows for easy installation and routing, adapting to the specific requirements of BMS installations with multiple cores.

8. Application: Kaybe’s BMS Control Cable – 8 Core Unshielded 22AWG is well-suited for connecting a variety of sensors, actuators, and devices in building automation and control systems where shielding is not a requirement.

Choose Kaybe’s BMS Control Cable with 8 cores and unshielded 22AWG conductors for your BMS applications, benefiting from its multi-core design, cost-effectiveness, and reliable data transmission capabilities in environments without significant electromagnetic interference concerns.