Parker AD100A21T9A1 Hydrin Diaphragm Accumulator 60 Lb

Product Description

The PARKER AD100A21T9A1 is a nitrogen-charged hydrin diaphragm accumulator designed for hydraulic system applications where fluid energy must be stored, system pressure must be maintained, or pulsation must be dampened. Rated to a maximum working pressure of 3,045 psi and a maximum flow rate of 100 liters per minute (26 GPM), this accumulator handles demanding hydraulic duty cycles. The Hydrin diaphragm material provides reliable sealing across a wide operating temperature range. At 7.09 inches tall and 5.36 inches in diameter, it fits into compact hydraulic circuit installations. The female SAE No. 8 port thread provides a secure, leak-resistant connection to standard hydraulic plumbing.

This accumulator is suited for industrial and mobile hydraulic systems requiring energy storage, emergency backup pressure, or shock and pulsation absorption. Typical installations include hydraulic power units, press circuits, clamp circuits, and mobile equipment hydraulic systems. It is pre-charged with nitrogen per standard accumulator practice and is ready for integration into new or existing hydraulic circuits. Installation is performed by qualified hydraulic system technicians or fluid power specialists familiar with high-pressure hydraulic safety procedures.

Key Features

• Hydrin diaphragm construction for durable, flexible sealing under repeated pressure cycles
• Pre-charged with nitrogen for immediate system integration
• 3,045 psi maximum working pressure suits high-pressure hydraulic circuits
• Maximum flow rate of 100 liters per minute (26 GPM) supports high-demand applications
• Female SAE No. 8 port thread for compatibility with standard hydraulic fittings
• Wide operating temperature range from -40 degrees F to 176 degrees F

Compatibility

Designed for use with nitrogen-charged hydraulic circuits requiring a diaphragm-style accumulator with a female SAE No. 8 port connection and a 3,045 psi maximum working pressure rating.

Installation Notes

Installation should be performed by a qualified fluid power technician or hydraulic systems specialist. Before servicing or replacing any accumulator, fully depressurize and discharge the hydraulic circuit and bleed all stored nitrogen pressure per safe hydraulic maintenance practice. High-pressure hydraulic systems can store significant energy even after the pump is off. Follow all applicable fluid power safety standards and the equipment manufacturer's service procedures when integrating or replacing this accumulator.