IS215ISBBH2A | GE splitter communication switch for Mark VI systems

Description 

The General Electric IS215ISBBH2A is a splitter communication switch used in Mark VI control architectures to distribute communication signals efficiently across connected devices. Built with a rugged metal housing and three Ethernet ports, it supports reliable data handling in industrial network environments. Designed for stable performance, it operates within standard plant conditions and provides clear receiver-active status indication through its onboard LED.

Technical Specifications 

Information About IS215ISBBH2A

The IS215ISBBH2A is a splitter communication switch within GE’s Mark VI series, engineered to support communication pathways in turbine and industrial control systems. Its metal enclosure provides strong protection and electromagnetic shielding, ensuring dependable signal integrity. With three Ethernet ports, the unit enables branching of communication lines, simplifying network expansion and system segmentation. Designed for DIN-rail mounting, this switch integrates easily into control cabinets while operating within a 0–45°C temperature range and 10–95% humidity for reliable service in industrial telecommunications environments.

Key Features:

• Three Ethernet ports: Enables efficient communication branching within Mark VI control systems.
• Metal enclosure: Provides durability and enhanced EMI shielding for signal integrity.
• Receiver-active LED: Offers simple, immediate visual confirmation of communication activity.
• DIN-rail mountable: Simplifies installation and ensures secure cabinet integration.
• Wide humidity tolerance: Operates reliably from 10% to 95% relative humidity.
• Shock tolerance up to 10G: Withstands non-operational shock for greater durability.
• Optimized for Mark VI: Maintains compatibility with GE’s turbine control communication infrastructure.
• Compact industrial design: Supports stable telecommunications performance in demanding environments.

The IS215ISBBH2A delivers the reliability and precision required for stable signal routing and communication management in mission-critical industrial control networks.