Features and Benefits

Ease of Installation

  • Installed inside Classroom
  • Outdoor air box provides condenser airflow
  • Air box height clears window sills
  • Can be installed as free blow or ducted
  • Design facilitates installation in existing schools without structural changes

R-410A Refrigerant

  • Efficient Heat Release
  • Non-Ozone Depleting Refrigerant
  • Synthetic Lubricant
  • Reduced Compressor Wear

Rugged Cabinet Construction

  • Cabinet constructed of 16 gauge galvanized steel
  • Hinged doors with tamper resistant locks
  • Scratch and mark resistant finish

GreenWheel® Energy Recovery Ventilator (ERV)

  • Removes Both Moisture and Heat from the Incoming Air Stream
  • Optimized for Hot Gas Reheat

Product Data Sheets

Marvair Scholar QV VACA Product Data Sheet (Rev. 6) (pdf - 3241 KB)
Download

Product Manuals

Marvair Scholar QV VACA Installation and Start-Up Manual (Rev. 15) (pdf - 5192 KB)
Download
Marvair Scholar Maintenance and Service Manual (Rev. 1) (pdf - 2619 KB)
Download
Marvair Scholar III, Scholar QV and GeoScholar QV Engineering Design Manual (Rev. 3) (pdf - 5677 KB)
Download

Other Documents

Scholar QV VACA Heat Pump Cooling Performance Tables (pdf - 57 KB)
Download
Scholar QV VACA Heat Pump (2-Stage Compressor) Cooling Performance Tables (pdf - 73 KB)
Download
Marvair Scholar QV VACA Engineering Specification Guide (doc - 306 KB)
Download
Architectural Extruded Aluminum Louvers (pdf - 612 KB)
Download
Marvair Scholar VAI Submittal Data (doc - 615 KB)
Download
Louver Wall Mount Detail (.DWG Format) (dwg - 39 KB)
Download

Available Options & Accessories

Available Options & Accessories

Scholar QV Wall Mount Air Conditioners & Heat Pumps

Model VACA


Marvair Scholar QV Classroom HVAC

General Description

The air source Marvair® Scholar QV air conditioners and heat pumps are self-contained HVAC systems designed to provide heating, cooling, and outside fresh air for school classrooms. The units are installed in the classroom against an exterior wall. The vertical configuration minimizes the floor space occupied by the HVAC unit. This unique design makes it ideal for both new schools and for renovation of existing classrooms.

A full range of ventilation options – from the GreenWheel® ERV to a mechanical damper - are offered to meet any climate or budget. A wide selection of architectural louvers provides the designer with unlimited styles and configurations to compliment the exterior of the school. (For a complete description of the architectural louvers, please refer to the Marvair brochure entitled, “Architectural Extruded Aluminum Louvers”.) Marvair offers a full range of thermostats to meet virtually every requirement. The unit can be controlled by a wall mounted thermostat, an internal thermostat or interfaced with a energy management system.

Scholar QV air conditioners and heat pumps are available with capacities of 2 to 5 tons. Electric resistance or hot water is available as primary heat on the air conditioners and as second stage heat on the heat pump. All sizes are available for operation on 208/230 V. 1Ø or 3Ø and 460 V. electrical supply. All models comply with the current UL standard and are listed by ETL.

  • EER: 9.00 - 9.75
  • Cooling Capacities: 2 - 5 ton (24,000 BTUH - 60,000 BTUH)

Scholar QV Advantages

Since its introduction in 1991, Scholar air conditioners and heat pumps have been the undisputed leader in interior, self-contained classroom HVAC systems. Students in tens of thousands of classrooms across the USA have benefited from the environment provided by Scholar heat pumps and air conditioners.

The Scholar QV builds on this history with unique design innovations and features.

  • Quiet Operation + High Efficiency = Improved learning and lower operating costs. The Scholar QV units combine quiet operation with high efficiency to create an optimum learning environment and lower operating costs. Many of the components that minimize sound levels also reduce operating costs.
    • High efficiency scroll compressors,
    • Double walled side panels and optional double wall front panels,
    • 1-1/2” acoustical/thermal insulation,
    • A sound deadening compressor jacket,
    • 16 gauge steel side and front panels to absorb low frequency sound (and provide excellent vandal resistance),
    • ¼” closed cell insulation wrapped around the perimeter and interior of the outdoor air box to minimize sound transmission from the unit to the building, and
    • High efficiency electronically commutated indoor air movers.
    In addition, backward curved motorized impellers are used on all Scholar QV units as the outdoor air movers. The completely integrated, dynamically balance motor and impeller provide for vibration free operation and can be speed controlled. A head pressure controller varies the speed of the impeller based upon ambient conditions. In all except the hottest summer months, the impeller rotates at low speeds. An added benefit of the motorized impeller is the reduction in service and maintenance costs. Years of trouble free operation are assured by having the motor & impeller located in the air stream where the impeller acts as a heat sink.
  • Humidity Control. The control of humidity is essential for a positive learning environment. Scholar QV air conditioners actively control humidity with both standard controls and several optional accessories for schools where control of humidity is an everyday concern. The electronically commutated motor optimizes moisture removal by automatically controlling the air flow across the indoor coil. Raw outdoor air for ventilation is not brought directly into the classroom. Ventilation air first passes through the indoor coil to temper the air and remove moisture. It then is mixed with classroom air before being introduced into the classroom.
  • GreenWheel® Energy Recovery Ventilator (ERV). The optional GreenWheel® ERV is a total energy recovery ventilator, i.e., during the summer it removes both moisture and heat from the incoming air stream. With an outdoor wet bulb of 74°F and an indoor dry bulb of 72°F and 450 cfm of outside air, the ERV will remove 8 pints per hour of moisture from the incoming fresh air stream.

  • For optimum control of the humidity, the GreenWheel ERV should be used should be used in conjunction with Hot Gas Reheat. This complete, factory assembled optional coil and controls economically maintains the temperature and humidity in the classroom.

For detailed specifications, performance, and efficiency information, download the Product Data Sheet from the document list on this page.

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