GE DS200FCR2G1AFC Firing Circuit Board

Description

The GE DS200FCR2G1AFC is a precision Firing Circuit Board designed for Mark V turbine control systems. It manages relay outputs while ensuring seamless signal interfacing between the turbine controller and external equipment. Moreover, its robust construction guarantees reliable operation in demanding industrial power generation environments. This module supports advanced relay logic, enabling accurate and safe turbine control, which simplifies system integration and enhances overall operational safety.

Key Features & Benefits

• Manages relay outputs precisely for turbine control applications.

• Interfaces signals effectively between controller and external devices.

• Field-changeable relays allow quick maintenance and minimal downtime.

• Electrically isolated relay outputs provide superior system protection.

• Rack-mounted design ensures easy installation within Mark V control chassis.

• High reliability construction designed for continuous industrial operation.

• Enhances turbine system safety and ensures consistent firing circuit performance.

Technical Specifications

• Product Type: Firing Circuit Board

• Manufacturer: GE Fanuc (General Electric)

• Part Number: DS200FCR2G1AFC

• Weight: 0.3 kg

• Mounting: Rack-mounted within Mark V chassis

• Power Supply: Draws regulated power from Mark V system

• Dielectric Strength: 2500 VAC

• Operating Temperature: 0°C to 70°C

• Design Feature: Field-changeable relays

• Isolation: Electrically isolated relay outputs

Typical Applications

• Industrial power generation turbine control and protection systems.

• Signal interfacing for relay operation in Mark V turbine systems.

• Integration with advanced turbine automation and monitoring setups.

• Replacement or upgrade within existing Mark V control chassis.

FAQ

Q1: Is the DS200FCR2G1AFC compatible with all Mark V turbine systems?
A1: Yes, it is fully compatible with standard Mark V turbine control systems and ensures reliable integration.

Q2: Can individual relays be replaced in the field?
A2: Yes, the module features field-changeable relays, enabling fast maintenance without full board replacement.

Q3: What is the operating temperature range for this module?
A3: It operates reliably between 0°C and 70°C, suitable for typical industrial environments.

Q4: How is the module shipped?
A4: It is commonly shipped via Xiamen or Shanghai ports in original packaging to ensure safety.

Q5: Does it support electrical isolation for relay outputs?
A5: Yes, all relay outputs are electrically isolated to enhance system protection and reliability.