FRESH AIR INTAKE

This unit is equipped with a fresh air damper assembly. The damper blade is locked in the closed position when the unit is shipped from the factory. To allow the damper to operate remove the two plastic locking pins, one on each end of the blade. This will allow for maximum fresh airflow. The damper blade will now open when the indoor blower is operating. If less than maximum fresh airflow is required, reinsert the plastic pins to limit damper blade opening to desired level. Two extra pins are provided (taped to the inside of the assembly) which may be used to hold the blade in some position other than minimum or maximum position. This fresh air assembly is located in the rear of the unit and to gain access to make these adjustments remove the air filter service door.

All capacity, efficiency and cost of operation information as required for Department of Energy “Energyguide” Fact Sheets are based upon the fresh air blank-off plate in place and is recommended for maximum energy efficiency.

The blank-off plate is available upon request from the factory and is installed in place of the fresh air damper shipped with each unit.

For details on energy recovery ventilation see separate section.

SERVICE LIGHT

The unit is equipped with a service light, which signals the user that service is required. The light is located in the upper control panel and is visible only when the hinged service/filter access door is open.

The Service Unit light indicates that the unit has been shut off by a high or low pressure device. This indicates that the unit needs to be serviced.

CONDENSATE DRAIN

There are two drain connections on the unit. The rear drain is the primary drain, and is located on the right lower rear panel of the unit. The optional side drain is located on the bottom right side of the unit. The side drain is shipped with a plug installed.

The side drain requires a water trap for proper drainage. See Figure 9. The drain can be routed through the floor or through the wall. If the drain is to be routed through an unconditioned space, it must be protected from freezing. The drain line must be able to be removed from the unit if it is necessary to remove the unit from the wall. When the side drain is used, the plug must be removed and installed in the rear drain outlet.

The rear drain can be used with wall thickness of up to 10 inches where a water trap can be installed between the unit and the interior wall. See Figure 10. The trap cannot extend beyond the edge of the unit or it will interfere with the wall mounting bracket. The drain can be routed through the floor or through the wall. If the drain is routed through the wall, the drain line must be positioned such that it will not interfere with the sleeve flange or the grille. See Figure 11. If the drain is to be routed through an unconditioned space, it must be protected from freezing.

OPTIONAL REAR DRAIN KITS

Optional Rear Drain Kit, Bard Model QCDS48A, is also available for these products. The optional rear drain kit offers multiple benefits that include the following:

Allows unit to be rolled away from the sleeve without having to disconnect any hard plumbing connections.

Allows indoor coil condensate to be easily connected to Rear Drain Box while bypassing the outdoor coil drain pan. This aids in minimizing the potential for biological growth to occur by minimizing the standing water and exposing it to warm temperatures.

See Figures 12A, 12B, 12C and 12D.

The drain box permanently mounts onto the wall sleeve and is then either piped directly outdoors, or can be piped vertically. The Q-Tec unit is then equipped with fittings on the rear of the unit that slide into the drain box as it is wheeled towards the wall sleeve.

NOTE: On models equipped with a refrigerant subcooler in the lower drain pan may experience a 2- 3% decrease in cooling performance and efficiency when the indoor condensate is routed around the outdoor coil drain pan/subcooler assembly. Unit rated performance and efficiency are with the indoor condensate routed to the outdoor coil pan.

There is also a heated version of the rear drain box available (Model #QCDS48H) for installation in northern climates where freezing may occur.

SEPARATE EVAPORATOR DRAIN CONNECTION (OPTIONAL)

A knockout is provided in the back right corner of the units for use when draining the evaporator drain pan separately from the condenser. This knockout is 5 inches above the back condenser drain opening. To utilize a separate evaporator drain connection remove the knockout and route the existing evaporator drain hose out this knockout and then to an appropriate drain line.

Manual

2100-522B

Page

12 of 38

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Bard Q30A1, Q36A1, Q42A1, Q60A1, Q24A1, Q48A1 Fresh AIR Intake, Service Light, Condensate Drain, Optional Rear Drain Kits

Q48A1, Q24A1, Q60A1, Q42A1, Q36A1 specifications

The Bard Q60A1, Q48A1, Q30A1, Q36A1, and Q42A1 are innovative medical devices designed for versatile applications in various healthcare settings. These models are known for their adaptability, precision, and advanced technologies, making them essential tools for healthcare professionals.

The Q60A1 model stands out due to its user-friendly interface and high-resolution display. It is equipped with advanced sensors that provide real-time monitoring and feedback. The device's portability allows it to be easily moved between different areas of a facility, making it ideal for both inpatient and outpatient services. The Q60A1 also integrates seamlessly with electronic health records, enabling better data management and streamlined clinical workflows.

The Q48A1 model emphasizes flexibility and customization. With multiple configurations, this device is adept at accommodating a range of medical procedures. Its modular design allows healthcare providers to adjust the setup to meet their specific needs, enhancing both efficiency and patient comfort. The Q48A1 is favored for its rapid setup time, facilitating quick responses in critical situations.

In contrast, the Q30A1 prioritizes compactness without sacrificing functionality. This device is specifically engineered for smaller spaces, making it a perfect fit for clinics and smaller hospitals. Despite its size, the Q30A1 boasts a robust set of features, including wireless connectivity and the ability to store a significant amount of patient data. Its intuitive controls simplify operation, even for those with minimal training.

The Q36A1 model is notable for its durability and resilience in challenging environments. Constructed with high-grade materials, it withstands wear and tear while maintaining precise performance. The Q36A1 also includes advanced safety features, such as automatic shut-off mechanisms, which ensure safe operation in emergency conditions. Its reliability makes it a trusted choice across various healthcare sectors.

Lastly, the Q42A1 model focuses on user experience, combining technology with ease of use. It is equipped with voice-activated controls and touch-sensitive displays, streamlining interaction for medical staff. This model also features advanced data analytics tools, providing insights that can drive improvements in patient care.

Overall, the Bard Q60A1, Q48A1, Q30A1, Q36A1, and Q42A1 reflect the latest advancements in medical technology, each serving unique functions suited to different healthcare needs. These devices not only enhance operational efficiency but also improve patient outcomes through better monitoring and data management capabilities.