Outdoor Unit

Installation Manual

Barriers in front and back of unit

Open above and to the right and left of the unit.

The height of an barrier in both the front and rear of the unit, should be lower than the height of the outdoor unit.

Standard installation

1. Single unit installation

39.4” (1000) 5.9” (150) or more or more

2.Multiple unit installation

a. Intake and supply parallel

„Installation of Outdoor Unit

Before installation, check the strength and horizontal of the base so that abnormal sounds do not emanate.

According to the following base diagram, fix the base firmly with the anchor bolts.

(Anchor bolt, nut: 3/8” (M10) x 4 pairs)

3.5” (90)

3.5” (90)

 

 

23.6” (600)

 

 

4.3” (108)

(330)

(306)

2.4” (60)

13.0”

12.1”

Ø1.0” (25)

 

 

Drain hole

1)Field fabricate a snow or an ice stand for the unit using the above dimension.

2)Place snow or ice stand on a foundation/pad and secure it to the foundation/pad and secure it to the foundation/pad by anchor bolts.

11.8” (300) or more

11.8” (300) or more

39.4” (1000) 7.9” (200) or more or more

NOTE

When the outdoor unit is anchored directly on the foundation/pad (cooling only protrude a minimum of 0.6” (15 mm)).

0.6” (15 mm) or less

b.Intake and supply in line

Open above and to the right and left of the unit. The height of an obstacle in both the front and rear of the unit should be lower than the height of the outdoor unit.

Standard installation

39.4”

11.8”

59.1”

78.7”

7.9”

(1000)

(300) or

(1500)

(2000)

(200)

or more

more

or more

or more

or more

EN

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10-EN

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Toshiba RAV-SP180AT2-UL „ Installation of Outdoor Unit, Barriers in front and back of unit, Standard installation

RAV-SP180AT2-UL specifications

The Toshiba RAV-SP180AT2-UL is an innovative ducted air conditioning unit designed to deliver exceptional cooling and heating capabilities for both residential and commercial applications. Known for its efficiency and performance, this model integrates advanced technology that ensures optimal indoor climate control.

One of the primary features of the RAV-SP180AT2-UL is its energy efficiency. It operates with a high Energy Efficiency Ratio (EER) and Seasonal Energy Efficiency Ratio (SEER) ratings, allowing it to consume less electricity while providing maximum comfort. This efficiency not only contributes to lowering energy bills but also promotes environmentally friendly practices by reducing carbon emissions.

The air conditioning unit is equipped with Toshiba’s advanced inverter technology. This technology allows for precise temperature control and significant energy savings by continuously adjusting the compressor speed based on the desired temperature. With this capability, the system can operate quietly and maintain a stable climate, avoiding the sharp temperature fluctuations characteristic of traditional fixed-speed units.

Another significant feature of the RAV-SP180AT2-UL is its compact design, making it suitable for installation in various settings, including small apartments and larger commercial spaces. Its ducted system enables seamless air distribution, reducing visible components and maintaining the aesthetic of the interior space.

The unit also incorporates innovative filtration systems that improve indoor air quality. With advanced air purifying filters, it effectively minimizes allergens, dust, and pollutants, ensuring that the air circulated in the space is clean and healthy.

In terms of control, the RAV-SP180AT2-UL is compatible with a range of smart control options. Users can manage settings remotely via applications or programmable timers, allowing for convenience and the possibility of scheduling cooling and heating cycles according to personal routines.

Overall, the Toshiba RAV-SP180AT2-UL combines efficiency, compact design, and advanced technology, making it a strong contender in the ducted air conditioning market. Its ability to provide comfortable air conditioning solutions while being mindful of energy consumption is a testament to Toshiba's commitment to innovation in climate control technology.