PENSA | Auto Mossa Hyperchill

• Designed as durable building elements, the doors maintain their structural integrity and function under heavy industrial use.
• Engineered to withstand operational loads and environmental stresses, ensuring reliable performance over time.
• Self-weight is considered in the design, ensuring doors do not impose excessive loads on structural elements.
• The doors are tested for imposed loads due to frequent usage, ensuring stability during high-traffic operations.
• Outdoor models are wind-resistant, tested to meet wind load standards for exposed applications.

• Constructed from durable materials, the doors are designed for a minimum 15-year lifespan under typical conditions. 

Note: For specific operating environments, particularly in cold chain applications, it is recommended to consult with PENSA to ensure suitability and optimal performance of the doors.

• Designed to conform with NZBC Clause C3
• Constructed using materials that have been tested and certified for their fire performance. For instance, the POLYMAR® 8212 fabric used in some models has undergone rigorous testing to ensure compliance with international fire safety standards. 

• Designed in accordance with AS/NZS 1428 for accessibility, providing safe entry and adequate activity space in alignment with D1.3.1(b), D1.3.3(a), and D1.3.3(n). When specified, UPS backup systems are used to ensure reliable operation during power interruptions.

• Incorporating effective seals and moisture-resistant materials, the doors are expected to perform to E2.3.2 and E2.3.3 standards for moisture protection.
• The doors are equipped with high-quality seals around the perimeter, which prevent water and moisture from penetrating through the edges. This sealing protects indoor areas from external moisture, reducing the risk of water intrusion that could damage interior spaces or materials. The tight seal also limits air and moisture infiltration, which is particularly important for controlled environments like warehouses and manufacturing facilities.
• The doors are constructed using materials resistant to moisture absorption, which minimizes the risk of deterioration due to water exposure. These moisture-resistant components maintain their integrity over time, even in humid or wet conditions, reducing maintenance requirements and extending the doors’ lifespan.

• Compatible with G4.3.2, supporting airflow control in ventilated spaces. Designed to support airflow control in ventilated spaces. These doors facilitate efficient air exchange by opening and closing rapidly, thereby minimizing the time the door remains open and reducing the loss of conditioned air. This rapid operation helps maintain consistent indoor air quality and temperature, essential for spaces requiring controlled environments. Additionally, the doors can be integrated with mechanical air-handling systems to synchronize their operation with ventilation needs, ensuring that airflow is managed effectively when the doors are in use. 

• Insulated options meet H1.3.1(a), H1.3.1(b), and H1.3.6(a) by limiting uncontrolled airflow and enhancing thermal resistance.
• The rapid open-and-close functionality of these doors reduces the time they remain open, minimizing the amount of conditioned air that escapes or external air that enters. This helps maintain a stable indoor climate by controlling airflow between different temperature zones.
• The doors’ insulated panels are engineered to provide an additional thermal barrier, helping to prevent heat transfer between interior and exterior environments. This insulation helps to maintain desired indoor temperatures, which is particularly beneficial in facilities requiring strict climate control, such as cold storage or temperature-sensitive manufacturing areas.
• By reducing energy losses associated with heat transfer and uncontrolled airflow, these insulated doors contribute to more efficient use of heating and cooling systems. This design supports the building’s energy performance, aligning with energy-saving goals and reducing operational costs over time.