IS220UCSAH1A

‌Operating System‌: QNX‌ ‌Processor‌: Freescale 8349, 667 MHz‌ ‌Power Supply‌: 18-36V DC, 12W‌ ‌Operating Temperature‌: 0-65°C‌ ‌Ethernet Ports‌: Multiple 10/100BaseTX ports for UDH, IONet, and other connections‌ ‌Dimensions‌: Approximately 13 CM (specific units not provided, likely referring to length)‌ ‌Weight‌: 0.968 KG‌

Category:

Description

The GE IS220UCSAH1A is a versatile module designed for industrial control systems, particularly as a processor/controller in the Mark VI system. Below are its key parameters, specifications, dimensions, weight, series, features, and functions, summarized in point form:

‌Parameters & Specifications‌:

‌Operating System‌: QNX‌ ‌Processor‌: Freescale 8349, 667 MHz‌ ‌Power Supply‌: 18-36V DC, 12W‌ ‌Operating Temperature‌: 0-65°C‌ ‌Ethernet Ports‌: Multiple 10/100BaseTX ports for UDH, IONet, and other connections‌

‌Dimensions & Weight‌:

‌Dimensions‌: Approximately 13 CM (specific units not provided, likely referring to length)‌ ‌Weight‌: 0.968 KG‌

‌Series‌:

The IS220UCSAH1A belongs to the Mark VI system, part of GE’s Speedtronic range designed for managing gas or steam turbines‌.

‌Features‌:

‌Modular Design‌: Single box component with a front panel for communication connections‌ ‌Compact Layout‌: Up to three components can be installed adjacent to each other for a compact and easy-to-service setup‌ ‌Fanless Operation‌: Even at maximum rated temperature, no fan is required for cooling‌ ‌LED Indicators‌: Multiple LED indicators on the front panel for status and diagnostics‌ ‌Power Management‌: Features overcurrent, overvoltage, and short-circuit protection‌

‌Functions & Applications‌:

‌Turbine Control‌: Designed for use in the Mark VI system to manage gas or steam turbines‌ ‌Industrial Automation‌: Suitable for a wide range of industrial control and automation applications‌ ‌Power Distribution‌: Can be used in power distribution systems and other industrial environments where reliable and high-performance control is required‌ ‌Communication‌: Supports communication through multiple Ethernet ports, allowing integration with other control systems and devices‌