MOTOR STARTER TESYS ISLAND SIL-INTERFACE

TeSys island is a digital load management system up to 80 A that switches, protects, and monitors motors and other loads up to 80 A (AC3). TeSys island is Industry 4.0 compliant, fully digital, object-based, and enables data collection. It accelerates machine time-to-market, serves as an enabler for new services for machine builders, and makes machines smarter and more reliable. The object-based approach of TeSys island, selection of applications, and system configuration simplify and reduce design tasks, speeding up the implementation and installation of the machine's electrical system. TeSys island enables access to device-specific data and system diagnostics. Additionally, TeSys island is easily integrable with third-party automation and supports multiple communication protocols such as EtherNet/IP and Modbus TCP, with Profibus and Profinet support coming later. Features:

• Control of motors and other loads up to 80 A / 37 kW / 40 hp
• Maximum 20 modules and 1 communication interface per island (maximum length 1120 mm)
• Easy mounting on DIN rail. No need for external control circuit wiring
• Data transmission via communication module to automation without external control circuit wiring
• All settings are done digitally, without mechanical selector switches
• I/O modules available with digital or analog inputs/outputs
• Compliance with international standards (IEC / UL / CSA 61010, IEC / UL / CSA 60947, GB/T14018)
• The system includes only 20 part numbers, including 5 standard motor starters and 5 SIL starters certified according to IEC 61508, IEC 62061, and ISO 13849-1
• Per-load energy consumption monitoring
• System-integrated cybersecurity compliant with Achilles Level 2
• Safe Stop TUV certified (Stop 0 and 1 according to categories 1-2 and PL c, d (Performance Level) and SIL level 2)
• Open communication interface for EtherNet/IP and Modbus TCP fieldbuses (later Profibus and Profinet)

This product description is an automated translation of the original Finnish description.