Bard HA5S3KA, HA4S3KA manual HL4S2KA HL5S2KA

Page 5

CABINET COMPONENTS

Drawing No.

Part No.

Description

HL4S2KA

HL5S2KA

1

S127-403-4

Lower Base

X

X

1

S127Y369 3

Lower Base

X

X

2

S500-367-* 1

Right Side

X

X

2

S500-547

2

Right Side

X

X

2

S500-681

3

Right Side

X

X

3

S500-368

1

Left Side

X

X

3

S500-548

2

Left Side

X

X

3

S500-682

3

Left Side

X

X

4

S508-129

1

Back

X

X

4

S508-229

2

Back

X

X

4

S508-228

3

Back

X

X

5

S506-142-* 1

Top

X

X

5

S506-251

2

Top

X

X

5

S506-274

3

Top

X

X

6

S515-144-* 1

Upper Front

X

X

6

S514-142

2

Upper Front

X

X

6

S514-162

3

Upper Front

X

X

7

S553-383-* 1

Vent Option Door

X

X

7

S552-456

2

Vent Option Door

X

X

7

S553-449

3

Vent Option Door

X

X

8

118-053

1

Condenser Grille

X

X

8

118-082

2

Condenser Grille

X

X

8

118-091

3

Condenser Grille

X

X

9

118-058

1

Side Grille

2

2

9

118-081

2

Side Grille

2

2

9

118-079

3

Side Grille

2

2

10

S521Y258

Condenser Partition

X

X

11

S523-137

 

Drain Pan

X

X

12

121Y216

 

Blower Partition

X

X

13

Control Panel Assembly

See Control Panel Assembly

X

X

Drawing & Parts List

 

 

 

 

 

14

S132-114

 

Control Panel Cover (Inner)

X

X

15

S533-140-* 1

Control Panel Cover (Outer)

X

X

15

S533-186

2

Control Panel Cover (Outer)

X

X

15

S533-203

3

Control Panel Cover (Outer)

X

X

16

S153-218-* 1

Disconnect Access Door

X

X

16

S153-387

2

Disconnect Access Door

X

X

16

S153-405

3

Disconnect Access Door

X

X

17

125X050

 

Fan Shroud

X

X

17

125-062

3

Fan Shroud

X

X

18

113-140

 

Bottom Mounting Bracket

X

X

19

137-209

 

Fill

X

X

20

BFAD-5

 

Fresh Air Damper Assembly

X

X

22

131Y099

 

Filter Tray

X

X

23

105Y878

 

Left Side Support

X

X

24

147-046

 

Left Evaporator Support

X

X

25

135-128

 

Raceway

2

2

26

S111Y034

Outlet Air Frame Assembly

X

X

27

105Y877

 

Right Side Support

X

X

28

S143-042-* 1

Right Side Cover Plate (Outer)

X

X

28

S143-105

2

Right Side Cover Plate (Outer)

X

X

28

S143-125

3

Right Side Cover Plate (Outer)

X

X

29

135-129

 

Heat Shield

X

X

30

113-150-* 1

Top Rain Flashing

X

X

30

113-359-* 3

Top Rain Flashing

X

X

31

S553-384-* 1

Filter Door Assembly

X

X

31

S552-457

2

Filter Door Assembly

X

X

31

S553-450

3

Filter Door Assembly

X

X

NS

S536-498

 

Condenser Partition Block Off Plate

X

X

1EXterior cabinet parts are manufactured with various paint color options. To ensure that you receive the proper paint color, you must include the complete model and serial number of the unit for which cabinet parts are being ordered.

2Note: Exterior cabinet parts are manufactured from aluminum Code "A"

3Note: Exterior cabinet parts are manufactured from stainless steel Code "S"

NS = Not Shown

Manual

2110-1405A

 

Page

5 of 12

Image 5
Contents Wall Mounted Package AIR Conditioner Cabinet Components HA4S3KA HA5S3KA Cabinet Components HL4S2KA HL5S2KA Functional Components RH Shown / LH Mirrored HA4S3KA HA5S3KA Functional Components Right HandDrawing No. Part No HL4S2KA HL5S2KA Functional Components Left HandControl Panel RH Shown / LH Mirrored Drawing No Description Control Panel Right HandDrawing No. Part No Description Control Panel Left HandHA/L4S HA/L5S Blower Assembly

HL4S2KA, HA5S3KA, HL5S2KA, HA4S3KA specifications

Bard HA4S3KA, HL5S2KA, HA5S3KA, and HL4S2KA are advanced heating and cooling systems designed to provide efficient temperature control in various environments. Each model offers unique features, technologies, and characteristics tailored to meet diverse user needs.

The Bard HA4S3KA is a high-performance unit specifically developed for residential and commercial applications. One of its standout features is its high-efficiency compressor, which significantly reduces energy consumption while maintaining optimal temperature performance. The unit is designed with a quiet operation in mind, making it ideal for settings where noise reduction is a priority. Additionally, the HA4S3KA includes a user-friendly programmable thermostat that allows for customizable temperature settings throughout the day.

Moving on to the Bard HL5S2KA, this model focuses on versatility and adaptability. It incorporates a dual-speed fan that provides better airflow management, ensuring that spaces are evenly cooled or heated. The HL5S2KA also features advanced refrigerant technology, which enhances its cooling capabilities and environmental sustainability. Furthermore, the unit's compact design allows for easier installation and integration into existing systems, making it a flexible solution for many applications.

The Bard HA5S3KA is designed for heavy-duty use, featuring a robust construction that withstands various climatic conditions. It includes a high-capacity heat exchanger for enhanced heating performance, ensuring quick temperature adjustments when needed. An important characteristic of the HA5S3KA is its ability to operate efficiently in extreme temperatures, making it a reliable choice for both warm and cold climates. Its smart control system integrates seamlessly with home automation setups, allowing users to monitor and adjust settings remotely.

Lastly, the Bard HL4S2KA stands out for its energy-efficient operation, boasting an impressive Seasonal Energy Efficiency Ratio (SEER). This model is equipped with eco-friendly refrigerants that align with modern environmental standards. The HL4S2KA also includes robust filtration systems that improve indoor air quality by capturing dust, allergens, and other particles. The unit's compact footprint enables flexible installation options, making it suitable for residential, commercial, and industrial spaces alike.

In summary, Bard's HA4S3KA, HL5S2KA, HA5S3KA, and HL4S2KA heating and cooling systems offer a range of innovative features and technologies designed for efficiency, versatility, and reliability. Their unique characteristics make them suitable for various applications, catering to the diverse needs of users who prioritize comfort and energy conservation.