GE DS2020UCOCN4G1A Operator Interface Terminal with Mark V-Specific N1 OC2000 Display 330mm Length and 100mm Width Panel Controller

GE DS2020UCOCN4G1A Operator Interface Terminal Panel Controller

Product Description:

The GE DS2020UCOCN4G1A is an Operator Interface Terminal Panel Controller for the Mark V Series, integral to GE Drive Control Systems. As a human-machine interface (HMI), it enables operators to monitor and interact with industrial turbine processes, functioning specifically as an N1 OC2000 display—typically paired with the DS2020DACAG1 transformer assembly. Featuring a front-facing display and membrane switches, it delivers real-time data, alarm notifications, and control capabilities, with inventory options including new, surplus, and refurbished units backed by a comprehensive warranty.

Key Features:
Mark V-Specific N1 OC2000 Display Functionality:Tailored for GE’s Mark V Speedtronic turbine control system, it acts as a front-mount turbine management panel. It focuses on steam/gas turbine oversight, displaying critical parameters: generator voltage, frequency, current, megawatts, megavars, and power failure status, plus C1/C2/P faults, field voltage, amps, and temperature—ensuring operators track key metrics at a glance.

Seamless Transformer Integration & Compatibility:It relies on pairing with the DS2020DACAG1 transformer assembly to unlock enhanced control capabilities, aligning with Mark V’s system architecture. To avoid issues, correct panel versions must be ordered, as minor variations exist across UCOC displays—ensuring full compatibility with existing Mark V setups.

Intuitive Control via Membrane Switches:The front panel integrates organized membrane switches: a numeric keyboard, enter/help/escape keys, and system control keys (start/stop/enable) for direct local operation. Dedicated sections for monitoring and diagnostics streamline interaction, letting operators adjust settings or access fault data without complex navigation.

Reliable Thermal Management & Connectivity:A bottom rear ventilation design enables airflow to internal components, maintaining optimal temperatures and preventing overheating-related failures. The rear panel adds versatile connectivity: Ethernet, terminal connectors, and RS-232—facilitating data exchange with external systems and supporting broader turbine control network integration.