Product Description

SB Smart CTS70LS is a heavy-duty 70 sq.mm Feed Through Terminal Block with Stud Connection designed for high-current conductor termination, secure power transfer, and reliable electrical continuity in industrial control panels, switchgear assemblies, transformer panels, power distribution boards, motor control centers, and heavy electrical applications. This industrial-grade terminal block is specially engineered for professional installations where large conductor capacity, strong mechanical connection, high current carrying capability, and long-term safety are essential.

The SB Smart CTS70LS terminal block is designed to provide safe and secure conductor-to-conductor electrical continuity in high-current industrial electrical systems. Its feed-through terminal design with stud connection mechanism offers a robust and dependable connection point for heavy-duty conductors, ensuring stable current flow and secure conductor termination in demanding electrical applications.

Designed for 70 sq.mm conductor capacity, the SB Smart CTS70LS supports large conductors used in industrial power circuits and heavy-duty electrical installations. It offers a rated voltage of 1000V and a high current carrying capacity of 192A, making it suitable for power distribution systems, transformer connections, MCC panels, generator panels, industrial machinery, and high-load electrical circuits where safe and stable power transfer is critical.

One of the standout advantages of the SB Smart CTS70LS is its stud type heavy-duty connection system, which provides exceptional conductor holding force and highly secure electrical contact. In high-current applications, conventional conductor clamping may not provide the required mechanical strength. The stud connection ensures a tight and reliable mechanical fit, minimizing the chances of loose conductor termination and reducing heat generation caused by poor contact.

Manufactured using high conductivity copper alloy conductive current bars, the SB Smart CTS70LS ensures excellent electrical conductivity, low contact resistance, and efficient current transfer. The conductive elements are specially designed to minimize electrical losses and heat build-up during operation, ensuring dependable long-term performance in industrial high-current applications.

Built with a high-grade flame retardant polyamide insulated housing, the SB Smart CTS70LS provides excellent electrical insulation, heat resistance, mechanical durability, flame resistance, and long operational life. The insulated body protects conductive parts from accidental contact and environmental stress, improving safety in industrial electrical panels and switchgear systems.

The stud connection design makes conductor termination more secure in heavy cable applications and provides excellent mechanical stability under vibration, load fluctuations, and continuous industrial operation. This makes the terminal block particularly suitable for industrial power systems where conductor security and stable electrical contact are essential.

Its rugged modular construction helps optimize panel space utilization while maintaining safe conductor routing and organized electrical layouts. The terminal block is compatible with DIN rail mounting, allowing secure installation in industrial switchgear panels and electrical enclosures.

With a rated surge voltage of 8KV, heavy-duty mechanical construction, and pollution degree 3, the SB Smart CTS70LS is engineered to perform reliably in industrial environments exposed to vibration, electrical disturbances, dust, and harsh operating conditions. Its industrial-grade design ensures dependable long-term performance in critical power distribution applications.

SB Smart CTS70LS is widely used in power distribution panels, transformer panels, motor control centers, switchgear assemblies, industrial control systems, heavy machinery wiring, generator panels, OEM electrical systems, power plants, process industries, and industrial electrical installations where high-current conductor termination is required.