Greenheck Fan 47555 Riser Installation, Plenum Assembly, Lab Exhaust Riser, Plenum Isometric View

Page 5

Riser Installation

Check curb or structural supports for levelness. Both must be level to ensure proper drainage from plenum and fan(s).

Lab Exhaust Riser

Riser duct(s) run up through the curb and are flanged over the curb. (by contractor)

Roof Curb—anchor curb to roof deck structure in accordance with project construction documents and local codes.

Plenum Isometric View

For side inlet fans, remove panel at end of plenum. This opening is the designed connection spot for user connected ductwork from building.

Plenum Assembly

Note: Gasketing material (shipped with fan) should be placed on the top edge of already installed roof curb prior to placing the plenum or individual plenum sections on the curb.

If the plenum is shipped disassembled, the plenum sections can be assembled together into one single piece before lifting onto the roof and then fitted on the roof curb / support structure, or each section can be placed on individually. The method used would be dependent on the lifting capacity for the equipment on-site. If moving each piece separately onto the roof curb or support structure, each section should be joined to its mating part before moving another section into place.

For a 1x1 system there is only a single plenum section and no multiple plenum assembly would be required.

Determine the placement of the plenum sections relative to each other (Multiple Fan Systems)

When looking at the individual section one will notice that each plenum section is missing at least one side panel. These areas are the locations where the sections are to be joined together. If you have two plenum sections, then each one would be missing a side panel. If you have a three-fan system, there are three plenum sections. The two end plenum sections would each be missing one side panel and the middle section would not have panels on two sides. Please refer to the submittal drawing for the orientation of any Bypass Air Plenum (BAP) dampers or air inlet locations.

Putting the plenum together

After identifying the plenum sections arrangement order, one of the two mating sections has weld nuts on the inside of the plenum. The assembly hardware (stainless steel bolts) required to join the sections is located here for shipping purposes. These bolts should be removed and set-aside prior to placing the mating sections together. The bolts are located every 6 to 10 inches to provide the best seal between the mating sections.

Before moving the sections into position, gasketing must be installed to seal the plenum sections against leakage. This silicone gasketing is supplied with the fans and only needs to be applied to one of the two mating plenum sections. The bands or strips of gasketing should be attached around the perimeter of the joining face and with an additional strip making a triangular area in each corner.

After the gasketing has been attached and the hardware has been removed, place the two mating sections together. The stainless steel bolts, which were set aside earlier, are now run first through the holes of the plenum section without the weld nuts and tighten into the weld nuts on the other plenum section.

®

Vektor-CD Centrifugal Laboratory Exhaust

Image 5
Contents General Safety Information Installation, Operation and Maintenance ManualReceiving Inspection and Maintenance during StorageUnpacking HandlingStandard Fan Configurations InstallationRigging / Assembly Instructions System Identification TagsBases-Foundation and Isolation Curb InstallationsStructural Steel Concrete DeckPlenum Assembly Riser InstallationLab Exhaust Riser Plenum Isometric ViewModular Plenum Isometric View Plenum InstallationFan Installation Duct Connections to the Bypass Air Plenum BAP Vektor Field Coating Repair Procedure for Scratched AreasPlenum and Fan Drainage Piping and Trap Detail by others For Vektor Fans with a WeatherhoodFor Vektor Fans without a Weatherhood Motor Disconnect Wiring & Isolation Damper Wiring DiagramApplications with Variable Frequency Drives VFD Isolation Damper ControlVibration Unit Start-UpAdditional steps for initial start-up Routine Maintenance & Operation Serviceable ComponentsFan Operation Belt DrivesBelt Drive Installation Belt Drive ServiceMotors BearingsRadial Gap, Overlap & Wheel Alignment Bearing ReplacementUnit Identification TroubleshootingProblem Cause Corrective Action Maintenance Log Warranty

47555 specifications

The Greenheck Fan model 47555 represents an innovative solution in air movement technology, designed for various applications requiring efficient and reliable ventilation. This powerful fan embodies advanced engineering and cutting-edge design to optimize airflow while maintaining energy efficiency.

One of the main features of the Greenheck 47555 is its robust construction. Built with high-grade materials, it withstands the rigors of commercial and industrial environments, ensuring longevity and durability. The fan is designed for easy installation and maintenance, which minimizes downtime and operational disruptions.

The 47555 utilizes an advanced airfoil blade design, which enhances performance by maximizing airflow and reducing noise levels. The aerodynamic shape of the blades is specifically engineered to move air efficiently, reducing power consumption while providing optimal ventilation. This characteristic aligns with the growing demand for environmentally friendly solutions in today’s market.

Equipped with a direct drive motor, the Greenheck 47555 offers increased reliability and reduced maintenance needs, as there are fewer moving parts that can wear out over time. The motor is designed to provide peak efficiency at various operating conditions, ensuring that energy usage is minimized without compromising performance.

The fan also includes adjustable speed options, allowing users to tailor airflow to specific requirements. This feature enhances control over ventilation and can contribute to energy savings, especially in applications where variable airflow is needed throughout the day.

Incorporating advanced technology, the Greenheck 47555 is capable of integrating with building management systems for remote monitoring and control. This connectivity enables operators to manage airflow and energy use proactively, aligning with modern smart building initiatives.

Additionally, the unit is available in various sizes and configurations, making it adaptable to a wide range of applications, from commercial kitchens to industrial warehouses. Customization options are also offered to meet unique project specifications.

In summary, the Greenheck Fan model 47555 is a powerful, reliable, and efficient choice for those looking to maintain optimal air quality in their spaces. With its advanced features, durable construction, and energy-efficient design, it meets the demands of modern ventilation needs while contributing to sustainability goals.