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The VAULT® was created to change the paradigm in roof penetrations by providing a single, secure pathway for multiple penetrations through the roof which eliminates leaks and meets the building code requirements for air permeance and missile impact (e.g., ICC, Miami-Dade/Florida).
The VAULT® was created as a superior alternate solution to pitch pans. As seen time and again in the industry, the pitch pans will fail because the sealant can dry out and shrink, causing leaks. Putting a rubber boot or diverter on it doesn’t solve the problem in the long term, and can even create additional issues. The VAULT®, however, provides a single pathway for multiple penetrations and will replace vertical penetrations with a tightly sealed horizontal penetration.
The VAULT® is tested and surpasses requirements set forth by ASTM E1886 and E1996, as well as FEMA P-320/361 and ICC-500 (up to 225 MPH). This makes it an excellent choice for projects located in areas that experience high wind events, such as hurricanes.
Absolutely! Both the CYCLONE® Vent Through Roof (CVTR) and CYCLONE® Roof Drain (CRD) are designed to be compatible with precast and poured-in-place applications. However, it is crucial to follow the specific instructions provided to ensure correct installation and optimal performance in these applications.
The opening of the CYCLONE® Wall Shroud needs to be pointed downward when installed on the exterior of the building. The CYCLONE® Wall Shroud CAN be installed 360 degrees when installed on the interior of the building (or under the deck). Ensuring an appropriate height is crucial to effectively cover for two-point deflection.
The size options for manufacturing CYCLONE® products vary depending on the specific product. We offer a range of sizes that have been thoroughly tested and meet our quality standards. The sizes must be within the range of the smallest and largest tested options to ensure compliance. We can provide guidance and assistance in choosing the appropriate size for your specific requirements.
If you’re following the 2018 IBC or an earlier version, utilize the ICC 2014 SAFE ROOM/STORM SHELTER code. For projects under the 2021 IBC Code, use the ICC 2020 code for safe rooms. These codes provide guidelines for constructing safe rooms and storm shelters to ensure occupant safety during severe weather. To ensure compliance, contact your local building code officials for information.
20 years
10 years
If you’re following the 2018 IBC or an earlier version, utilize the ICC 2014 SAFE ROOM/STORM SHELTER code. For projects under the 2021 IBC Code, use the ICC 2020 code for safe rooms. These codes provide guidelines for constructing safe rooms and storm shelters to ensure occupant safety during severe weather. To ensure compliance, contact your local building code officials for information.
The size options for manufacturing CYCLONE® products vary depending on the specific product. We offer a range of sizes that have been thoroughly tested and meet our quality standards. The sizes must be within the range of the smallest and largest tested options to ensure compliance. We can provide guidance and assistance in choosing the appropriate size for your specific requirements.
Yes
The opening of the CYCLONE® Wall Shroud needs to be pointed downward when installed on the exterior of the building. The CYCLONE® Wall Shroud CAN be installed 360 degrees when installed on the interior of the building (or under the deck). Ensuring an appropriate height is crucial to effectively cover for two-point deflection.
Absolutely! Both the CYCLONE® Vent Through Roof (CVTR) and CYCLONE® Roof Drain (CRD) are designed to be compatible with precast and poured-in-place applications. However, it is crucial to follow the specific instructions provided to ensure correct installation and optimal performance in these applications.
The VAULT® is tested and surpasses requirements set forth by ASTM E1886 and E1996, as well as FEMA P-320/361 and ICC-500 (up to 225 MPH). This makes it an excellent choice for projects located in areas that experience high wind events, such as hurricanes.
The VAULT® was created to change the paradigm in roof penetrations by providing a single, secure pathway for multiple penetrations through the roof which eliminates leaks and meets the building code requirements for air permeance and missile impact (e.g., ICC, Miami-Dade/Florida).
The VAULT® was created as a superior alternate solution to pitch pans. As seen time and again in the industry, the pitch pans will fail because the sealant can dry out and shrink, causing leaks. Putting a rubber boot or diverter on it doesn’t solve the problem in the long term, and can even create additional issues. The VAULT®, however, provides a single pathway for multiple penetrations and will replace vertical penetrations with a tightly sealed horizontal penetration.
All penetrations should be supported no more than 12” from exiting the housing, and also, below the roof level as near as possible to the bottom of the roof opening. FAILURE TO DO SO WILL VOID THE WARRANTY.
We add R4 insulation to provide a minimal level of protection; however a vapor barrier and additional insulation must be added to meet local requirements.
The housing has a 3″ built-in counterflashing. The curb to housing connection acts as a termination for the roof material.
No. The lid and curb should NEVER have a penetration. Doing so will compromise the integrity of the VAULT® and void the warranty. In addition, the lid and the curb should never be punctured. Only use the pre-drilled holes for the fasteners.
20 years
No. The RPH Exit SealsTM are specifically designed to work with the CYCLONE® and VAULT® products. The only time we will sell them separately is if they are used for a previously installed CYCLONE® or VAULT® product, and you show proof of use.
It is imperative that no sealants are applied to our units. Our VAULT® and CYCLONE® products, when used in combination with our RPH Exit SealsTM, form an ENGINEERED SYSTEM that guarantees the end user uninterrupted service for many years. This is precisely why we confidently provide a 20-year warranty to our customers.
No. Insulation SHOULD NOT go through the RPH Exit SealTM. The hole in the gasket is designed to fit snugly against the pipe, creating a thermal break to avoid condensation issues in the unit.
NO! Doing so will comprise the integrity of the seal. The holes in the gasket are sized specifically for each individual penetrant.
Our RPH Exit SealsTM can withstand temperatures ranging from -65°F (intermittent -100°F) to +450°F (intermittent to +500°F).
Little to zero maintenance is required due to the fact that our RPH Exit SealTM is made of SilX-14 and will not crack, separate, or deform.
