DS3800DMFA - Motor Field Regulator Board

SPECIFICATIONS

Part Number: DS3800DMFA
Manufacturer: General Electric
Series: Mark IV
Product type: Motor Field Regulator Board
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS3800DMFA is a Motor Field Regulator Board designed and developed by GE. It is a part of Mark IV control system. It is designed to regulate and control the field current or voltage of motors. Its primary function is to fine-tune and optimize the performance of the control system. The board is responsible for adjusting and controlling the magnetic field strength around the rotor. This control over the field current or voltage allows for precise speed and torque regulation.

Features

• The board boasts 10 terminals designed for attaching additional components.
• The board includes a 20-pin ribbon cable, which serves as a communication link between the board and other interconnected devices in the motor control system.
• Multiple jumpers are provided to create or modify electrical connections on the board, allowing for flexibility and customization of the control setup.
• Proper handling of connectors is essential to prevent damage to the board and ensure efficient operation.
• Before connecting the single-pin connector, it is imperative to have a clear view of both the cable and the connector. This can be achieved by looking directly down on the board. Align the pin on the connector accurately with the corresponding receptor on the board to avoid misalignment issues. Apply gentle, even pressure to insert the pin into the connector. Take care to ensure that it is fully inserted, securing a stable electrical connection.
• Proper cable routing is essential to ensure functionality and prevent potential issues within the motor control system. In motor control systems, proper airflow is crucial for temperature regulation. The GE Motor Field Regulator Board allows airflow through vents. Careful cable routing is necessary to avoid impeding this airflow.
• Air enters the drive at the bottom through vents and exits through vents at the top. This airflow serves to remove heat generated within the drive.
• The 20 cables attached to single-pin connectors are often bundled together. Special attention should be paid to how this bundle is routed to prevent blockage of the airflow paths.
• Adequate airflow is essential to prevent overheating of components and ensure the system's optimal performance. Improper cable routing can hinder this process, so it's crucial to plan and execute cable management carefully.

Product Attributes

• Motor Field Regulator Boards are designed to provide precise and stable regulation, ensuring that the motor operates consistently and efficiently over a wide range of conditions.
• These boards are often designed with various inputs and settings to accommodate different motor types. 
• It is equipped with monitoring and feedback mechanisms to provide real-time data on motor performance. This data can be used for diagnostics and maintenance.

WOC is happy to assist you with any of your GE requirements. Please contact us by phone or email for pricing and availability on any parts and repairs.

FREQUENTLY ASKED QUESTIONS

What is DS3800DMFA?
It is a Motor Field Regulator Board designed and developed by GE.

Why is proper connector handling crucial when working with the board?
Proper connector handling is essential to prevent damage to the board and ensure efficient operation. Misalignment or improper handling can lead to operational issues.

How should single-pin connectors be inserted into the board?
It is important to have a clear view of both the cable and the connector, align the pin accurately with the receptor, and apply gentle, even pressure to ensure it is fully inserted for a stable electrical connection.

Why is proper cable routing important when using the board in the control system?
Proper cable routing ensures functionality and prevents potential issues. It is especially important for maintaining proper airflow, which is crucial for temperature regulation in motor control systems.