GE Fanuc DS200PCCAG5ACB Mark V Power Connector Board
GE Fanuc DS200PCCAG5ACB Mark V Power Connector Board
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Brand:GE Fanuc PLC Item No.:DS200PCCAG5ACB Product Origin:USA Product Dimensions:235 x 120 x 40 mm Product Weight:0.612 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The GE Fanuc DS200PCCAG5ACB Mark V Power Connector Board provides reliable and secure power distribution for Mark V turbine and industrial control systems. Its durable and compact design ensures continuous operation and simplifies maintenance, supporting fault-tolerant and redundant configurations.Suitable for both new installations and retrofits, the DS200PCCAG5ACB enhances system reliability, ensuring that connected modules receive stable power for uninterrupted industrial operation.
Technical Specifications
Parameter
Specification
Product Type
Power Connector Board
Manufacturer
GE Fanuc
Model
DS200PCCAG5ACB
Function
Power Distribution Interface for Mark V Modules
Application
Turbine Control / Industrial Automation
Installation
Mark V control system chassis / module rack
Operating Environment
Industrial automation networks
Dimensions
235 × 120 × 40 mm
Weight
0.612 kg
Recommended Related Models
Modules commonly paired with the DS200PCCAG5ACB:
GE Fanuc DS200UPSAG1AGD Mark V Power Board
GE Fanuc DS200UPSDGD Mark V Digital Output Module
GE Fanuc DS200UPSIAG1AGD Mark V Analog Input Module
GE Fanuc DS200UPSOAGD Mark V Analog Output Module
Popular Related Models
Frequently used GE Fanuc Mark V components:
GE Fanuc DS200PCCAG5ACB Power Connector Board (Spare)
GE Fanuc DS200UPSAG1AGD Power Board
GE Fanuc DS200UPSDGD Digital Output Module
GE Fanuc DS200UPSIAG1AGD Analog Input Module
GE Fanuc Mark V Main Control Chassis
Applications
The GE Fanuc DS200PCCAG5ACB Mark V Power Connector Board is engineered to provide a reliable interface for power distribution within Mark V control systems. It ensures secure connections and uninterrupted power delivery to essential control modules, making it ideal for industrial and turbine automation environments.
Typical applications include:
Power connection and distribution within Mark V turbine control systems
Industrial process automation requiring secure power interfaces
Retrofits and replacement of aging or faulty connector boards
Critical control room and field panel installations
Redundant power configurations for fault-tolerant operation
Integration into GE Fanuc Mark V control system racks
Advantages
Secure Power Connection – Ensures stable and reliable electrical contact to modules.
Compact and Durable Design – Optimized for Mark V chassis installations.
Industrial Reliability – Resistant to vibration, temperature changes, and electrical interference.
Supports Redundant Configurations – Enables fault-tolerant operation in critical systems.
Simplified Maintenance – Modular design allows quick replacement without downtime.
Enhances System Longevity – Protects power delivery integrity to connected modules.
Technical FAQs
1. What is the purpose of the DS200PCCAG5ACB?
It connects and distributes power to Mark V control system modules.
2. Can it operate continuously?
Yes, designed for 24/7 industrial operation.
3. Where is it installed?
Inside Mark V control system chassis or module racks.
4. Is it compatible with other Mark V modules?
Yes, fully compatible with GE Fanuc Mark V components.
5. Does it support redundant power configurations?
Yes, suitable for fault-tolerant setups.
6. How does it improve system reliability?
By maintaining secure and stable power delivery to all connected modules.
7. Can it withstand harsh industrial environments?
Yes, built to tolerate electrical noise, vibration, and temperature variations.
8. Is maintenance complicated?
No, modular design allows quick servicing or replacement.
9. Can it be used in retrofits?
Yes, ideal for replacing aging connector boards in existing Mark V systems.
10. What differentiates it from standard connector boards?
Its industrial-grade durability, compact design, and full integration with Mark V modules ensure reliable power delivery in critical applications.