VH 85.326

Max suction capacity, cfm: 85.4
Max pressure, inch H2O: 325.5
Max vacuum, inch H2O: -213
Number of stages: 2
Rated power, HP: 6.25
Electric supply, Phase: 3
Sound pressure level, dB(A): 71
Dimentions LxWxH, Inch: 23.7x15.2x15.8
Connections, Inch: G1 ¼
Weight, lbs: 112

The regenerative blower model VH 85.326 is a high-performance blower designed for applications that require substantial airflow capacity and high-pressure capabilities. With a maximum suction capacity of 85.4 cubic feet per minute (cfm), this blower is suitable for applications that demand significant air volume requirements.

Featuring a two-stage design, the blower has a maximum pressure capability of 325.5 inches of water (H2O) and a maximum vacuum capability of -213 inches of H2O. This makes it suitable for applications that require high-pressure operations, such as in pneumatic conveying, air knife systems, and other industrial processes that require substantial positive or negative pressure.

The blower is powered by a robust 6.25 horsepower (HP) motor, providing ample power output for demanding applications. It requires a three-phase electric supply for operation, making it suitable for installations with three-phase power available.

The blower operates with a sound pressure level of 71 dB(A), which may be considered relatively loud in some environments. Additional noise attenuation measures may be required in noise-sensitive environments or for equipment used in close proximity to workers.

With dimensions of 23.7 inches in length, 15.2 inches in width, and 15.8 inches in height, the blower has a compact size for its high airflow capacity and pressure capabilities. It has a G1 ¼ inch connection, making it compatible with standard piping systems. The blower has a weight of 112 pounds, indicating its durability and robustness.

The regenerative blower model VH 85.326 is known for its high airflow performance, two-stage design, and high-pressure capabilities. Its powerful motor, compact size, and substantial weight make it suitable for applications that require high airflow performance and high-pressure capabilities in various industrial settings. However, due to its relatively high noise level, additional noise attenuation measures may be required in certain applications or environments.