vactegra
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Max pressure, inch H2O: 88.4
Max vacuum, inch H2O: -108.5
Number of stages: 2
Rated power, HP: 39.43
UL Recognized
Premium Efficiency motor

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Techical spesification
Max suction capacity, cfm: 1360.6
Max pressure, inch H2O: 88.4
Max vacuum, inch H2O: -108.5
Number of stages: 2
Rated power, HP: 39.43
Electric supply, Phase: 3
Sound pressure level, dB(A): 84
Dimentions LxWxH, Inch: 32x24.2x25.9
Connections, Inch: G4
Weight, lbs: 483
Description
The regenerative blower model VL 1361.88 is a high-capacity blower designed for industrial applications that require large volumes of air movement at high pressures and vacuum levels. With a maximum suction capacity of 1360.6 cubic feet per minute (cfm), this blower is capable of handling significant airflow requirements with ease.
Featuring a two-stage design, the blower has a maximum pressure capability of 88.4 inches of water (H2O) and a maximum vacuum capability of -108.5 inches of H2O. This makes it suitable for applications that require high positive pressure and vacuum operations, such as in pneumatic conveying, material handling, and wastewater treatment processes.
The blower is powered by a 39.43 horsepower (HP) motor, providing ample power for heavy-duty industrial tasks. It requires a 3-phase electric supply for operation, ensuring consistent and reliable performance. The blower operates with a sound pressure level of 84 dB(A), which may require additional noise reduction measures in some industrial settings.
With dimensions of 32 inches in length, 24.2 inches in width, and 25.9 inches in height, the blower has a relatively large size to accommodate its high-capacity capabilities. It has a G4 inch connection, making it compatible with standard piping systems. The blower has a weight of 483 pounds, which makes it sturdy and durable for industrial applications.
The regenerative blower model VL 1361.88 is known for its high suction capacity, two-stage design, and efficient operation in high-pressure and high-vacuum applications. Its rated power, sound pressure level, and robust construction make it a suitable choice for applications that require significant air movement and reliable performance in demanding industrial environments.