Jinqu specializes in producing mufflers, SCR exhaust gas aftertreatment systems, and air reservoirs

GAC Hino S4401-E0331 Steel Gas Cylinder , The air reservoir, as a gas storage device in the automotive braking system, serves primarily the following purposes:

- Energy-storage function: Truck components like brakes and sirens rely on compressed air, but the air volume pumped out by the air compressor at any given moment is often insufficient. The air reservoir tank stores the compressed air produced by the compressor, ensuring a sufficient supply whenever needed—and keeping these critical components functioning properly.

- Filtration effect: The air pumped into the system by the air compressor contains impurities such as dust, water molecules, and oil. As the air briefly pauses in the air receiver tank, these heavier impurities settle at the bottom, effectively filtering out contaminants and minimizing damage to the components in the vehicle’s pneumatic system.

- Voltage stabilization effect: The up-and-down movement of the air compressor piston causes unstable air pressure in the vehicle's pneumatic system. The air reservoir allows the fluctuating air to first accumulate, ensuring that only steady, regulated compressed air flows out—thus maintaining consistent pressure and guaranteeing reliable operation of systems like the braking mechanism.

- Cooling effect: When outside air is compressed by an air compressor, it heats up. This high temperature reduces the air's density, which in turn affects storage capacity and hinders efficient moisture separation. To address this, a receiver tank can cool down the compressed air, bringing it to an optimal temperature that ensures better storage and easier use.

Key Words

GAC Hino - E0331 Steel Gas Cylinder

The GAC Hino S4401-E0331 air reservoir, serving as a gas storage device in the vehicle's braking system, plays several key roles: - **Energy Storage**: Components like truck brakes and horns rely on compressed air. However, the air volume pumped instantly by the air compressor is often insufficient. The reservoir stores the compressed air produced by the compressor, ensuring a steady supply when needed to keep these components functioning properly. - **Filtration**: The air drawn into the reservoir from the compressor contains impurities such as dust, water vapor, and oil. As the air briefly pauses in the reservoir, heavier contaminants settle at the bottom, effectively filtering out these particles and protecting the vehicle’s pneumatic system from damage. - **Pressure Stabilization**: The reciprocating motion of the air compressor’s piston causes fluctuations in the pressure of the compressed air delivered to the vehicle’s air lines. By temporarily holding the unstable air, the reservoir smooths out these pressure variations, delivering consistent, reliable air pressure essential for the proper operation of systems like the braking mechanism. - **Cooling**: When ambient air is compressed by the air compressor, it heats up significantly. This increase in temperature reduces air density, limiting storage capacity and making it harder for moisture to condense. The reservoir helps cool the compressed air back to an optimal temperature, ensuring efficient storage and preventing potential issues caused by overheated air.

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Classification

Iron Air Storage Cylinder Series

GAC Series