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General Electric IS200VSPAH1ACC Mark VI System Monitoring Card Assembly
Manufacturer:GE
Product Number:IS200VSPAH1ACC
Product Type:Monitoring Card Assembly
Origin:USA
Dimensions:178 x 330.2 x 43 mm
Weight:0.25kg
Views:71
Payment Methods:T/T, PayPal, Western Union
Condition:New & In Stock
Warranty:1 Year
Lead Time:1-3 Working Days
Certificate:COO
Courier partners:DHL, UPS, TNT, FedEx and EMS.
Business hours:7*24
Product Description
The IS200VSPAH1ACC is a monitoring card assembly developed by GE for use in the Mark VI Turbine Control System. Designed for robust industrial environments, this module offers reliable system diagnostics and communication interfaces, ideal for gas and steam turbine applications.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Name | IS200VSPAH1ACC |
| System Compatibility | GE Mark VI Control System |
| Configuration | Simplex or TMR (Triple Modular Redundant) |
| LED Indicators | 3 front-panel status LEDs |
| Connectors (Front) | 2 D-shell connectors |
| Backplane Connections | 2 dedicated connectors |
| FPGA | XILINX field-programmable gate array |
| Mounting | Rack-mounted with faceplate screws |
| Power Supply | 120/240 V AC or 125 V DC via control rack |
| Communication | UDH (Ethernet), IONet (I/O network) |
| I/O Support | Local and Remote |
| Dimensions (W x D x H) | 178 × 330.2 × 43 mm |
| Weight | 0.25 kg |
Applications
-
Gas and steam turbine monitoring
-
Real-time diagnostics in turbine control systems
-
Interface between control modules and I/O components
-
High-speed data acquisition and analysis
-
Industrial automation within power generation systems
Advantages
-
Direct Turbine Interface: Eliminates interposing devices, increasing system reliability.
-
Flexible Integration: Supports both simplex and TMR setups.
-
Enhanced Communication: Integrates with UDH and IONet for high-speed data exchange.
-
Stable Power Supply: Converts input to 125 V DC for consistent module operation.
-
Secure Rack Mounting: Dual screws and connectors for vibration-resistant installation.
FAQ
Q1: What system is IS200VSPAH1ACC used in?
A1: It is used in the GE Mark VI control system for turbine control.
Q2: Is the module compatible with both simplex and TMR configurations?
A2: Yes, it supports both control configurations.
Q3: What type of network does it use for I/O communication?
A3: It uses the high-speed IONet for I/O connections.
Q4: What indicators are present on the module?
A4: It features three LED status indicators on the front panel.
Q5: Can this card be used with remote I/O?
A5: Yes, it supports both local and remote I/O configurations.
Q6: Does the board use fiber-optic communication?
A6: Yes, fiber-optic communication is supported through UDH.
Q7: What type of FPGA is used on the board?
A7: The board includes a XILINX FPGA for flexible signal processing.
Q8: How is the board secured in the rack?
A8: It is secured with a faceplate and two set screws.
Q9: Can the UDH network be redundant?
A9: Yes, redundant cable operation is optional for UDH.
Q10: What are the power requirements of the board?
A10: It requires power converted to 125 V DC from either 120/240 V AC or 125 V DC input.
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General Electric IS200VSPAH1ACC Mark VI System Monitoring Card Assembly
Manufacturer:GE
Product Number:IS200VSPAH1ACC
Product Type:Monitoring Card Assembly
Origin:USA
Dimensions:178 x 330.2 x 43 mm
Weight:0.25kg
Views:71
Payment Methods:T/T, PayPal, Western Union
Condition:New & In Stock
Warranty:1 Year
Lead Time:1-3 Working Days
Certificate:COO
Courier partners:DHL, UPS, TNT, FedEx and EMS.
Business hours:7*24
Product Description
The IS200VSPAH1ACC is a monitoring card assembly developed by GE for use in the Mark VI Turbine Control System. Designed for robust industrial environments, this module offers reliable system diagnostics and communication interfaces, ideal for gas and steam turbine applications.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Name | IS200VSPAH1ACC |
| System Compatibility | GE Mark VI Control System |
| Configuration | Simplex or TMR (Triple Modular Redundant) |
| LED Indicators | 3 front-panel status LEDs |
| Connectors (Front) | 2 D-shell connectors |
| Backplane Connections | 2 dedicated connectors |
| FPGA | XILINX field-programmable gate array |
| Mounting | Rack-mounted with faceplate screws |
| Power Supply | 120/240 V AC or 125 V DC via control rack |
| Communication | UDH (Ethernet), IONet (I/O network) |
| I/O Support | Local and Remote |
| Dimensions (W x D x H) | 178 × 330.2 × 43 mm |
| Weight | 0.25 kg |
Applications
-
Gas and steam turbine monitoring
-
Real-time diagnostics in turbine control systems
-
Interface between control modules and I/O components
-
High-speed data acquisition and analysis
-
Industrial automation within power generation systems
Advantages
-
Direct Turbine Interface: Eliminates interposing devices, increasing system reliability.
-
Flexible Integration: Supports both simplex and TMR setups.
-
Enhanced Communication: Integrates with UDH and IONet for high-speed data exchange.
-
Stable Power Supply: Converts input to 125 V DC for consistent module operation.
-
Secure Rack Mounting: Dual screws and connectors for vibration-resistant installation.
FAQ
Q1: What system is IS200VSPAH1ACC used in?
A1: It is used in the GE Mark VI control system for turbine control.
Q2: Is the module compatible with both simplex and TMR configurations?
A2: Yes, it supports both control configurations.
Q3: What type of network does it use for I/O communication?
A3: It uses the high-speed IONet for I/O connections.
Q4: What indicators are present on the module?
A4: It features three LED status indicators on the front panel.
Q5: Can this card be used with remote I/O?
A5: Yes, it supports both local and remote I/O configurations.
Q6: Does the board use fiber-optic communication?
A6: Yes, fiber-optic communication is supported through UDH.
Q7: What type of FPGA is used on the board?
A7: The board includes a XILINX FPGA for flexible signal processing.
Q8: How is the board secured in the rack?
A8: It is secured with a faceplate and two set screws.
Q9: Can the UDH network be redundant?
A9: Yes, redundant cable operation is optional for UDH.
Q10: What are the power requirements of the board?
A10: It requires power converted to 125 V DC from either 120/240 V AC or 125 V DC input.
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