GE IS215VCMIH2BB IS200VCMIH2BCC Communication interface board
Specific Parameters
Core and Function Parameters
Product Type IS215VCMIH2BB: Analog I/O Board; IS200VCMIH2BCC: Communication Interface Board (Internal Interconnection Control Type)
Manufacturer GE (GE Automation & Controls)
Model IS215VCMIH2BB, IS200VCMIH2BCC
Series IS215VCMIH2BB: Mark V Series; IS200VCMIH2BCC: Mark VI Series (Speedtronic Product Line)
Core Functions Signal Acquisition, Scaling & Conditioning, Data Transmission; Internal Communication Control, I/O Card Interconnection, Protocol Conversion
Compatible Systems IS215VCMIH2BB: GE Mark V Gas Turbine Control System, I/O Cores R1/R2/R3; IS200VCMIH2BCC: GE Mark VI Steam/Gas Turbine Management System, Central Control Module Slot 1
Supported Signal Types IS215VCMIH2BB: LVDT Input, Servo Valve Output, Thermocouple Input/Output, 4-20mA Signal, Vibration Input, Relay Driver Output, Pulse Input, Voltage Input, Generator/Line Signals; IS200VCMIH2BCC: IONet Bus Signals, Control Module Interconnection Signals
Channel Count IS215VCMIH2BB: 18 Signal Conditioning Channels; IS200VCMIH2BCC: 3 IONet Communication Channels
Communication Interfaces IS215VCMIH2BB: RS485 Interface, 3PL Connector, JE Connector; IS200VCMIH2BCC: 3 IONet Interfaces, 9-pin RS232 Serial Interface, Backplane Bus Interface
Supported Protocols IS215VCMIH2BB: Modbus RTU, CAN; IS200VCMIH2BCC: IONet Protocol, Industrial Ethernet Protocol
Configuration Method IS215VCMIH2BB: Hardware Jumpers (J1/J2 for Output Circuit Selection, J5/J6 for Current Range Configuration, J7 for Port Testing); IS200VCMIH2BCC: Software Configuration
Diagnostic Functions Signal Validity Monitoring, Fault Status Feedback, Hardware Self-test; Power Bus Monitoring, Communication Anomaly Alarm
Installation Method Modular Installation, Compatible with System I/O Core Rack; Central Control Module Slot Installation
Certification Standards Industrial Automation Equipment Certification, ISO-9000-3 Quality Standard Certification
Status Indication Independent LED Indicators for Power Normal, Operation Status, Communication Status, Fault Alarm; 20 Groups of LED Indicators (Arranged in Three Sets)
Electrical and Performance Parameters
Power Supply Voltage IS215VCMIH2BB: Industrial DC Power Supply; IS200VCMIH2BCC: 24VDC±10%, Built-in +5V, 12V, 15V, 28V Power Buses
Power Consumption IS200VCMIH2BCC: 15W-25W (Typical), Peak ≤30W
Processor IS215VCMIH2BB: Dedicated Signal Processing Chip; IS200VCMIH2BCC: FPGA (Field Programmable Gate Array)
Output Current Range IS215VCMIH2BB: 20mA or 200mA (Jumper Selectable)
Overload Capacity IS215VCMIH2BB: 150% Overload Capacity (1 Minute Duration)
Efficiency IS215VCMIH2BB: Operating Efficiency Over 95%
Response Time Signal Processing Response Time
Voltage Monitoring IS200VCMIH2BCC: Power Bus Alarm Threshold 3.5% (5.5% for 28V Bus)
Isolation Level Electrical Isolation Between Channels, Complies with Industrial Anti-interference Standards
Physical and Environmental Parameters
Overall Dimensions IS215VCMIH2BB: 20cm×25cm×30cm; IS200VCMIH2BCC: Standard Slot Size (Compatible with Mark VI Control Module)
Weight IS215VCMIH2BB: Approximately 2.5kg; IS200VCMIH2BCC: Complies with Series Module Standard Weight
Operating Temperature Range -20°C to 60°C
Storage Temperature Range -40°C to 85°C
Relative Humidity 5%-95% (non-condensing, no dew)
Housing Material Industrial-grade Flame-retardant Rugged Housing; Printed Circuit Board with Double-sided Component Layout
Vibration Resistance Complies with Industrial Critical Equipment Vibration Standards
Shock Resistance Complies with Industrial Critical Equipment Shock Standards
Product Performance
Precise signal processing capability: IS215VCMIH2BB supports 18 channels of multi-type signal conditioning, 150% overload tolerance and 95% high-efficiency operation, adapting to high-frequency signal acquisition needs of gas turbines
Dedicated communication interconnection design: IS200VCMIH2BCC integrates 3 IONet channels and FPGA chip, enabling high-speed data interaction across modules and ensuring collaborative stability of turbine control systems
Flexible hardware configuration: IS215VCMIH2BB quickly sets output parameters via jumpers without complex programming, ensuring high on-site commissioning efficiency
Industrial-grade environmental adaptability: Wide operating temperature range and channel isolation technology resist electromagnetic interference and harsh working conditions with long mean time between failures
Seamless adaptation to corresponding generation control systems: IS215VCMIH2BB is perfectly compatible with Mark V I/O cores, and IS200VCMIH2BCC accurately matches Mark VI slot specifications with excellent compatibility
Comprehensive diagnostic mechanism: Combined with power monitoring, signal verification and LED status indication, enabling rapid fault location and low operation and maintenance costs
Modular structure design: Easy installation and disassembly, supporting system expansion and spare part replacement with high deployment flexibility
Compliance with international quality standards: Certified by ISO-9000-3, with reliable component quality and strong stability for long-term continuous operation
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