GE DS200SSBAG1A Drive Snubber Board

Product Details:

The GE DS200SSBAG1A is a specialized Drive Snubber Board designed for GE’s Mark V Series, exclusively optimized for DC300/2000 drives. Its core role is to provide snubber functionality—controlling and managing electrical energy within the drive system—working in tandem with other components to ensure reliable, efficient operation of DC300/2000 setups.

Hardware-wise, it includes two AZ CAP K90017-437 batteries, a 2-pin FCPL connector, three functional capacitors, and four terminal posts three for connecting cables to on-board components, with the fourth requiring terminal ID tagging if used. Installation and replacement follow specific guidelines: cables must be matched to terminals, the 2-pin connector cable should be tagged with the board’s connector ID for easy reattachment.

Key Features:
DC300/2000 Drive Specialization: Exclusively optimized for DC300/2000 drives in the Mark V Series, ensuring seamless integration and targeted snubber functionality to manage electrical energy for drive stability.

Critical Power & Backup: Two 660 VAC AZ CAP K90017-437 batteries provide essential power and backup capabilities, supporting consistent board operation even in fluctuating electrical conditions.

Secure Connectivity: A 2-pin FCPL connector enables stable cable attachment and reliable signal/electrical transfer, reducing connection errors and ensuring uninterrupted drive communication.

Structured Terminal & Cable Management: Four terminal posts with clear guidelines for 3 dedicated posts and 1 tagged post plus ID-based cable labeling for 2-pin connector cables simplify replacement, ensuring correct cable-terminal alignment and faster reinstallation.

Damage-Preventive Handling: Requires hand support during removal to avoid bumps against cabinet openings and placement on a clean, dry surface—protecting delicate components from physical harm or contamination.

Snubber Core Function: Delivers targeted electrical energy control, mitigating voltage spikes or irregularities within DC300/2000 drives to enhance overall system reliability and prevent component damage from electrical stress.