Autovo Hydraulic Accumulator Gas Charging Tools for Wheel Loader and Hydraulic Diaphragm Accumulator

Carefully designed diaphragm accumulators are used in low flow-rate hydraulic systems to maintain steady pump flow and pressure, dampen vibration and shock, and compensate for leaks or thermal expansion in the system. They need to be charged with nitrogen before they can be used and can also serve as a power source in an emergency. Completely sealed and mountable in any position, these accumulators are suitable for Volvo models L220D, L50D, L70D, L150D, L330D, L90E, L70E, L60E, and L50E.

The accumulator's joints have been meticulously designed for different threads, including UNF7/8, UNF5/8, UNF5/16, UNF1/2, G1/4 (BSP1/4), M141.5, and M281.5. The specific thread size is G1/2. These accumulators are designed to operate within a wide temperature range of -22°F to 212°F (-30°C to 100°C) and can withstand a maximum working pressure of 4,786 psi.

The use of diaphragm accumulators in low flow-rate hydraulic systems helps to store pressurized hydraulic fluid and release it as needed. This function is crucial in maintaining a steady pump flow and pressure, dampening vibration and shock, and compensating for leaks or thermal expansion within the system. The nitrogen charge required before use enables the accumulators to effectively fulfill their intended roles.

In addition to their primary function, these accumulators can also serve as a power source in emergency situations, providing an alternative means of energy when needed. Their completely sealed design and the ability to be mounted in any position further enhance their versatility and make them suitable for a wide range of applications.

The careful design of the accumulator's joints, catering to various thread types, ensures compatibility with a diverse range of hydraulic systems. This attention to detail allows for seamless integration and optimized performance when deployed in the specified Volvo models.

The wide operating temperature range and the impressive maximum working pressure of these diaphragm accumulators demonstrate their robustness and reliability, making them well-suited for demanding hydraulic applications. The combination of their technical specifications and design features ensures that these accumulators can effectively meet the requirements of low flow-rate hydraulic systems, providing stable performance and dependable functionality.

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