IS200ICBDH1ABB - Printed Circuit Board
worldofcontrols.com/is200icbdh1abb-pc-board
SPECIFICATIONS
Part No.: IS200ICBDH1ABB
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Temperature Operating: -30 to 65 o C
Ethernet jacks: J12A, J12B, J11A, and J11B.
Stab-on connectors: CHAS 1, CHAS2, CCOM 2, and CCOM1
Product Type: Printed Circuit Board
Availability: In Stock
Series: EX2100
Functional Description
IS200ICBDH1ABB is a printed circuit board developed by GE. It is a part of EX2100
excitation system. Compatible with a separate metallic chassis, allowing secure
integration within a larger system or rack environment alongside other PCBs or
components. Includes black pin connectors (40 pins, 10 pins, 26 pins) offering multiple
connection points, a white 9-pin male connector within the 40 and 26-pin connectors
potentially providing added input/output functionality, white 96-pin female ports for
potentially high-density connections, and stab-on connectors (CHAS 1, CHAS2, CCOM 2,
CCOM1) serving specific connection purposes.
Connectivity Features
8-pin Female Circular Port: This port is designed to accommodate specific data or
power input/output requirements. Its circular design ensures secure connectivity
and is likely tailored to fit specialized connectors for dedicated functions within the
system.
RS-232 Female 9-pin Port: Recognized as a standard serial communication
interface, the RS-232 port is a fundamental component for data exchange between
the turbine control system and external devices. Its 9-pin configuration allows for
reliable serial communication, facilitating various control and monitoring tasks.
Ethernet Jacks (J12A, J12B, J11A, J11B): These Ethernet jacks serve as vital
conduits for network connectivity, enabling the turbine control system to
communicate with other devices or systems within the network. With multiple jacks
available, the system can support diverse networking configurations, including
redundancy and segmentation for enhanced reliability and performance.
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Black Pin Connectors (40 pins, 10 pins, 26 pins): Offering versatility in connectivity,
these black pin connectors provide multiple connection points for various
components or subsystems within the turbine control system. The different pin
configurations cater to specific interface requirements, allowing for seamless
integration of diverse control and monitoring functionalities.
White 9-pin Male Connector (within 40 and 26-pin connectors): Nested within the
larger black pin connectors, the white 9-pin male connector likely offers additional
input/output capabilities. Its presence within the larger connectors suggests a
modular design, providing flexibility for expanding or customizing the system's
connectivity options as needed.
White 96-pin Female Ports: These ports are designed to accommodate high-density
connections, possibly serving as interfaces for complex data transmission or control
signals within the turbine control system. The 96-pin configuration indicates a robust
connectivity solution capable of handling significant data throughput and signal
processing requirements.
Stab-on Connectors (CHAS 1, CHAS2, CCOM 2, CCOM1): Serving as specific
connection points, the stab-on connectors are integral to the turbine control
system's architecture, facilitating secure and reliable connections for essential
components or subsystems. These connectors likely play key roles in power
distribution, communication, or control signal routing, ensuring efficient operation
and system integrity.
Mounting and Labeling
Factory-drilled holes are intended for securely mounting the board.
Terminal Screws: Facilitate easy wire connections.
Part Number Label: Located conveniently for quick identification and reference.
Chassis Compatibility
Secure Mounting: The metallic chassis provides a robust framework for mounting
the board securely. This reduces the risk of physical damage due to movement or
vibration, ensuring reliable operation over time.
Enhanced Protection:By housing the board within a metallic chassis, it is better
shielded from environmental hazards such as dust, moisture, and electromagnetic
interference (EMI). This improves the longevity and performance of the board.
Efficient Integration: The chassis design supports easy integration into larger
systems, including rack-mounted environments. This is ideal for setups requiring
multiple boards or components, allowing for a streamlined and organized system
architecture.
Scalability: Utilizing a chassis system allows for scalable solutions. Additional
boards and components can be added to the same chassis, simplifying expansion
and upgrades.
The WOC team is always available to help you with your EX2100 requirements. For more
information, please contact WOC.
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Frequently Asked Questions
What is IS200ICBDH1ABB?
It is a printed circuit board developed by GE under the EX2100 series.
What is the purpose of the 8-pin Female Circular Port?
The 8-pin Female Circular Port serves for specific data or power input/output, offering a
designated interface for targeted connectivity requirements.
How is the RS-232 Female 9-pin Port typically utilized?
The RS-232 Female 9-pin Port is commonly used for serial communication, enabling data
exchange between devices or systems.
What role do the Ethernet Jacks (J12A, J12B, J11A, J11B) play?
The Ethernet Jacks facilitate network connectivity, allowing the board to interface with
network systems for data transmission.
How do the Black Pin Connectors (40 pins, 10 pins, 26 pins) function?
These connectors offer multiple connection points, enabling versatile interfacing with
other components or devices.
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