Description

General Electric IS215VCMIH2C Mark VI VME Communication Interface Board

The General Electric IS215VCMIH2C is a high-performance VME communication interface board designed for the Mark VI Speedtronic control system, serving as the primary bridge between the controller and the IONet. This module is critical for real-time data acquisition and distribution in large-scale turbine control applications, widely used in the thermal power, gas turbine, and heavy industrial sectors. By implementing the IS215VCMIH2C, operators ensure high-speed synchronization and deterministic communication across the entire control network.

The product images presented are not actual photos. For further information, please get in touch with us. Email: sales@fyplc.cn | Tel: +86 15359458915

Technical Specifications

• Brand: General Electric (GE)

• Model: IS215VCMIH2C

• Availability: In Stock / Ready to Ship

• Delivery Time: 3 days after payment

• Guarantee: 12 Months Warranty

• Condition: New / Used (Tested OK)

• System Series: Mark VI Speedtronic

• Interface Type: VMEbus / IONet (Ethernet-based)

• Processor: High-speed onboard communication processor

• Operating Temperature: -30°C to +65°C

• Slot Requirement: Single VME rack slot

• Communication Ports: Dual Ethernet ports for redundancy

Industry Applications

• Gas Turbine Control: Managing high-speed sequencing and protective logic for GE Frame 6, 7, and 9 turbines.

• Steam Turbine Systems: Coordinating boiler-follow and turbine-follow control strategies in power plants.

• Combined Cycle Plants: Synchronizing communication between gas and steam turbine controllers via the IONet.

• Oil & Gas Operations: Controlling large-scale centrifugal compressors and mechanical drive turbines.

The product images presented are not actual photos. For further information, please get in touch with us.

The IS215VCMIH2C is an essential maintenance and upgrade component for the Mark VI platform, engineered to withstand the electromagnetic interference and harsh thermal conditions typical of power generation environments.