Product Description

SB Smart CYDL2.5 is a premium quality 2.5 sq.mm Disconnect Terminal Block designed for secure conductor termination, quick circuit isolation, and reliable electrical performance in industrial control panels, PLC systems, automation equipment, switchgear assemblies, instrumentation circuits, signal wiring applications, and machine control systems. This advanced terminal block combines feed-through electrical continuity with disconnect functionality, making it an ideal solution for industrial applications where circuit testing, maintenance, signal interruption, and safe conductor termination are essential.

The SB Smart CYDL2.5 disconnect terminal block is specially engineered to provide normal electrical continuity during operation and quick circuit disconnection whenever testing or maintenance is required. In conventional wiring systems, isolating a circuit often requires manual wire removal or breaking connections, which can increase downtime and maintenance complexity. The CYDL2.5 solves this issue by integrating a dedicated disconnect function inside the terminal block, allowing fast and safe circuit interruption without disturbing adjacent wiring.

Designed for 2.5 sq.mm conductor capacity, the SB Smart CYDL2.5 supports both solid and stranded conductors, making it suitable for industrial control circuits, PLC panels, automation systems, instrumentation loops, signal circuits, OEM electrical equipment, and machine control wiring. It offers a rated voltage of 800V and a current carrying capacity of 24A, ensuring safe and efficient electrical performance in industrial applications where reliable conductor termination and circuit isolation are required.

One of the key highlights of the SB Smart CYDL2.5 is its screw clamp connection technology, which provides strong conductor holding force and vibration-resistant electrical contact. In industrial electrical systems exposed to vibration and continuous operation, secure wire termination is critical. The screw clamp design ensures dependable conductor holding, reduces the risk of loose wiring, and improves long-term electrical reliability.

Manufactured using high conductivity copper alloy conductive components, the SB Smart CYDL2.5 ensures excellent electrical conductivity, low contact resistance, and dependable long-term current transfer. The conductive parts are specially designed to minimize electrical losses and reduce heat generation during operation, ensuring efficient circuit performance and stable electrical continuity.

Built with a high-grade flame retardant polyamide insulated housing, the SB Smart CYDL2.5 provides excellent electrical insulation, heat resistance, flame resistance, mechanical strength, and long service life. The insulated housing protects conductive parts from accidental contact and environmental stress, improving safety in industrial control panels and switchgear systems. Its compact modular body helps save panel space while maintaining professional wiring organization.

The integrated disconnect mechanism allows electricians and maintenance engineers to isolate circuits quickly for testing, troubleshooting, signal interruption, calibration, and maintenance work. This feature improves maintenance efficiency, reduces downtime, and enhances safety in industrial control systems.

The side wire entry design makes conductor insertion easier and improves cable routing in compact electrical enclosures. The terminal block is compatible with DIN rail mounting, allowing quick and secure installation in standard electrical control panels and industrial wiring systems.

With a rated surge voltage of 8KV, pollution degree 3, and rugged industrial-grade construction, the SB Smart CYDL2.5 is engineered to perform reliably in industrial environments exposed to electrical disturbances, voltage fluctuations, vibration, and harsh operating conditions.

SB Smart CYDL2.5 is widely used in industrial control panels, PLC systems, automation equipment, instrumentation circuits, signal isolation applications, switchgear assemblies, OEM electrical systems, machine control circuits, process industries, and industrial electrical installations where safe disconnect functionality and secure conductor termination are required.