The SIAV/H Series High-Vacuum Air-Injected Blowers catalog provides detailed information for engineers, fleet operators, OEMs and service teams evaluating high-vacuum blower systems.
Including SIAV/H construction details, application information, available configurations, performance data across multiple vacuum levels, dimensions, horsepower requirements, spare parts information and specifications for the SIAV 840, SIAV/H 8702, SIAV/H 8902 and SIAV 8702 VS.
.png?format=pjpeg&width=1600&quality=75&auto=webp)
A vacuum blower creates a pressure differential to move air through the system. In demanding vacuum truck applications, deeper vacuum conditions can place greater demands on the blower and its supporting system.
For operators, this can translate into several practical concerns:
These challenges make blower selection more than simply choosing the highest CFM rating.
High-vacuum performance depends on the complete blower design, not one individual feature.
The SIAV/H Series incorporates several construction features intended to support durability and long operating life:
Together, these features address the durability, lubrication and mechanical-load challenges that become increasingly important in demanding vacuum service.
.jpg?format=pjpeg&width=1600&quality=75&auto=webp)
A blower should be selected around the actual vacuum and airflow requirements of the application rather than simply choosing the largest available unit.
The SIAV/H Series is designed to provide high-vacuum performance while requiring less horsepower for the same performance, according to Hibon’s product documentation.
Different models allow system designers to match blower displacement to application requirements:
Model | Maximum Volume Displacement* |
|---|---|
SIAV 840 | Up to 4,000 CFM |
SIAV/H 8702 | Up to 5,250 CFM |
SIAV/H 8902 | Up to 6,600 CFM |
*Volume displacement at maximum speed. Actual performance varies by blower speed and vacuum level. Refer to Hibon performance data when sizing a blower.
This distinction is important: maximum displacement alone should not determine blower selection. Required vacuum, operating speed, horsepower, duty cycle and system configuration should all be considered.
Vacuum truck noise does not come from one component alone, but blower pulsation can contribute to overall system sound.
The standard SIAV/H tri-lobe design reduces pulsating noise compared with two-lobe impeller construction.
For applications where additional sound reduction is needed, the SIAV 8702 VS incorporates Hibon’s patented Venturi System. The system is designed to minimize pulsations and control heat rise and can reduce noise by up to 10 dBA without compromising reliability or performance, according to Hibon product documentation.
This can be particularly relevant when equipment operates near residential, municipal or other noise-sensitive environments.
The SIAV/H Series is designed for applications where deep vacuum capability and dependable operation are important, including:
The appropriate blower and configuration depend on the airflow, vacuum level, operating speed, available power and installation requirements of the specific system.
Positive displacement blowers are commonly used in vacuum truck applications. Hibon’s SIAV/H Series uses an air-injected, three-lobe positive displacement design engineered specifically for high-vacuum operation.
Reach Out to Us