Parker BA02B3T01P2 Bladder Accumulator 2.5 Gallon

Product Description

The PARKER BA02B3T01P2 is a bladder-type hydraulic accumulator with a 2.5-gallon (555 cubic inch) tank capacity. It stores pressurized hydraulic fluid using a nitrogen-charged bladder to maintain system pressure, absorb pulsations, and provide emergency fluid supply in hydraulic circuits. The unit arrives pre-charged with nitrogen and uses an SAE 24 port thread connection. It stands 21.9 inches tall and weighs 80 pounds, making it a substantial unit suited for industrial and mobile hydraulic systems. Licensed hydraulic system technicians and fluid power specialists are the typical installers for this component.

This accumulator is designed for use in hydraulic systems requiring energy storage, shock absorption, or pressure surge dampening. It supports a maximum flow rate of 600 GPM (2271 liters per minute) and operates across a wide temperature range, from -40 degrees F to 250 degrees F. It is intended for use with nitrogen as the precharge gas. Typical applications include industrial presses, mobile equipment, power units, and other high-demand hydraulic circuits where pressure stability and fluid reserve are critical to system performance.

Key Features

• 2.5-gallon (555 cubic inch) bladder-type accumulator for hydraulic energy storage
• Pre-charged with nitrogen at the factory
• SAE 24 port thread size for standard hydraulic system integration
• Maximum flow rate of 600 GPM (2271 liters per minute)
• Wide operating temperature range: -40 degrees F to 250 degrees F
• 21.9-inch overall height accommodates standard industrial mounting configurations

Compatibility

Designed as an OEM-style bladder accumulator for hydraulic systems requiring a 2.5-gallon capacity unit with SAE 24 port thread and nitrogen precharge. Use only with nitrogen as the precharge gas.

Installation Notes

Installation should be performed by a qualified fluid power technician or hydraulic systems specialist. Before servicing or replacing this accumulator, fully depressurize the hydraulic circuit and discharge all stored energy from the bladder per system safety procedures. Verify nitrogen precharge pressure with a calibrated gauge before commissioning. Follow applicable fluid power safety standards and the system manufacturer's service documentation during installation and mounting.