Product Overview
Friedrich Vert-I-Pak Vertical Packaged Air System
The Friedrich Vert-I-Pak Vertical Packaged Air System offers a compact and versatile solution tailored for conditioning multiple rooms, fitting seamlessly into mechanical closets on exterior walls. This setup enhances indoor living spaces with its quiet operation and precise individual room temperature control, all while preserving access to windows. The insulated closet further reduces operating sound levels, ensuring a quieter environment.
Key Features:
Commercial Design: Engineered for commercial use at 265 Volts, ideal for various applications including extended stay properties, suites, assisted living facilities, and student housing.
Cooling and Heating Capacity: Provides 21,600 BTUs cooling capacity and 18,500 BTUs heat pump capacity, meeting AHRI standards with high SEER2 (11.9), EER2 (10.6), and HSPF2 (6.3) ratings for energy efficiency.
Low-Ambient Operation: Includes a base pan heater for reliable low-ambient operation, supporting heat pump operation down to 17°F and seamlessly transitioning to electric heat backup when temperatures drop further.
Installation Ease: Simplifies installation with pre-wired, charged, and piped units that require only electrical hook-up, reducing installation time and complexity.
Electric Heat Data:
- Watts: 2450
- BTUs: 8360
- Heating Amps: 10.0
- Minimum Circuit Ampacity: 15.3
- Branch Circuit Fuse (Amps): 20
- Basic Heater Size: 2.5 kW
Additional Features: Includes options for electric backup heaters ranging from 2.5 kW to accommodate varying heating requirements, ensuring flexibility and efficiency.
Sound Reduction: Features a wall plenum with gasket-sealed installation to minimize vibration noise, enhancing overall comfort and quiet operation.
Energy Management: Supports wired and wireless energy management systems, allowing for enhanced control over energy usage and optimizing efficiency.
Conclusion: The Friedrich Vert-I-Pak Vertical Packaged Air System combines efficient performance with ease of installation and operation, making it an ideal choice for enhancing indoor comfort while maintaining architectural aesthetics and functionality.