Product Overview

The GE Fanuc DS200ACNAG1ADD Mark V Connector is a critical connectivity component within GE control systems. By ensuring stable and reliable signal interfaces, it supports the integrity and performance of Mark V platforms, helping maintain smooth operation in power generation and industrial automation applications.

Technical Specifications

Specification Item	Details
Model	DS200ACNAG1ADD
Product Type	Mark V Connector
Dimensions	145.7 × 30 × 73 mm
Weight	0.23 kg
Primary Function	Signal and System Connectivity
Installation	Internal System Mounting
System Compatibility	GE Mark V Control Systems
Operating Environment	Industrial Control Cabinets
Design Emphasis	Stability and Connection Reliability

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Popular Related Models

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Application Scope

The GE Fanuc DS200ACNAG1ADD Mark V Connector is designed to provide stable and precise signal connectivity within GE Mark V control systems. It is widely used in power generation, turbine control, and industrial automation environments where dependable inter-board and system-level connections are essential to overall system performance.

Key Advantages

Reliable Signal Interface: Ensures consistent and secure electrical connections between critical Mark V system components.
Designed for System Integrity: Helps maintain signal clarity and reduces the risk of communication interruptions.
Industrial-Grade Construction: Built to withstand vibration, temperature variation, and long-term operational stress.
Optimized for Mark V Platforms: Fully aligned with GE Mark V system architecture for seamless integration.
Supports Operational Stability: Plays a vital role in maintaining dependable system communication paths.

Technical FAQs

What is the function of the DS200ACNAG1ADD?
It serves as a connector interface within GE Mark V control systems.
Is this component specific to Mark V systems?
Yes, it is designed specifically for GE Mark V architectures.
What are the physical dimensions of the connector?
145.7 × 30 × 73 mm.
What is the weight of the unit?
Approximately 0.23 kg.
Can it operate in continuous industrial environments?
Yes, it is engineered for long-term industrial use.
Does it help maintain signal stability?
Yes, it supports reliable signal transmission between system components.
Is installation straightforward?
Yes, it follows standard Mark V mounting and connection procedures.
Is it resistant to vibration and electrical noise?
Yes, it is designed for demanding industrial control conditions.
Where is this connector typically installed?
Inside control cabinets as part of the Mark V system framework.
Does it contribute to overall system reliability?
Yes, stable connectivity is critical to dependable system operation.