Selection

Model Number

Procedure

Description

 

 

 

 

Self-Contained Model Number Description

S C W F N

20

4

2

BO A B 2

10

065

B

A 1 0 1 0 A

A

C F A

1 1

0 T 2 0

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

1

2

3

4

5

6 7

8

9

10 11 12 13 14

15 16

17 18 19

20

21 22 23 24 25 26

27

28 29 30

31 32

33 34 35 36

Digit 1 - Unit Model

S = Self Contained

Digit 2 - UnitType

C = Commercial

I = Industrial

Digit 3 - Condenser Medium

W = Water-Cooled

R = Air-Cooled

Digit 4 - Development Sequence

F = Signature Series

Digit 5 - Refrigerant Circuit Configuration

N = Independent (Water-Cooled)

M = Manifolded (30, 35, 40, 50, 60-Ton Air- Cooled Only)

Digit 6, 7 - Unit Nominal Capacity 20 = 20Tons (Water or Air)

22 = 22Tons (Water Only)

25 = 25Tons (Water or Air)

29 = 29Tons (Water or Air)

30= 30Tons (Air Only)

32= 32Tons (Water Only)

35= 35Tons (Water or Air)

38= 38Tons (Water Only)

40= 40Tons (Air Only)

42= 42Tons (Water Only)

46= 46Tons (Water Only)

50= 50Tons (Air Only)

52= 52Tons (Water Only)

58= 58Tons (Water Only)

60= 60Tons (Air Only)

65= 65Tons (Water Only)

72= 72Tons (Water Only)

80= 80Tons (Water Only)

Digit 8 - UnitVoltage

6 = 200 Volt/60 Hz/3 ph

4 = 460 Volt/60 Hz/3 ph

5 = 575 Volt/60 Hz/3 ph

Digit 9 - AirVolume/Temp Control

1 = IGV and Supply AirTemp Ctrl

2= VFD and Supply AirTemp Ctrl

3 = VFD w/ Bypass and Supply AirTemp Ctrl

4 = w/oVol. CTRL, w/ ZoneTemp Cool

5 = w/oVol. CTRL, w/ ZoneTemp Heat/Cool

6 = w/oVol. CTRL and Supply Air Temp Ctrl

Digit 10, 11 - Design Sequence

BO = “B” Design

Digit 12 - Unit Construction

A = Vertical Discharge

B = Vertical Discharge with Double Wall

Digit 13 - Flexible Horizontal Discharge PlenumType

B = Std Plenum w/ Factory Cut Holes C = Low Plenum w/ Factory Cut Holes E = Std Plenum w/ Field Cut Holes

F = Low Plenum w/ Field Cut Holes H = Std Plenum Double wall

w/ Field Cut Holes

J = Low Plenum Double wall w/ Field Cut Holes

K = 45” Plenum w/Factory Cut Holes, Ship Separate

L = Std Plenum w/Factory Cut Holes, Ship Separate

M = Low Plenum w/Factory Cut Holes, Ship Separate

N = 45” Plenum w/Field ut Holes, Ship Separate

P = Std Plenum w/Field Cut Holes, Ship Separate

R = Low Plenum w/Field Cut Holes, Ship Separate

T = 45” Double Wall Plenum w/Field Cut Holes, Ship Separate

U = Std Double Wall Plenum w/Field Cut Holes, Ship Separate

V = Low Double Wall Plenum w/Field Cut Holes, Ship Separate

0 = None

Digit 14 - MotorType

1 = Std Eff. ODP Motor

2 = Premium Eff. ODP Motor

3 =Totally Enclosed Motor

Digit 15, 16 - Motor HP

05 = 5 HP Motor

07 = 7.5 HP Motor

10 = 10 HP Motor

15 = 15 HP Motor

20 = 20 HP Motor

25 = 25 HP Motor

30 = 30 HP Motor

40 = 40 HP Motor

50 = 50 HP Motor (460V & 575V Only)

Digit 17, 18, 19 - Fan RPM 040 = 400 rpm

045 = 450 rpm

050 = 500 rpm

055 = 550 rpm

060 = 600 rpm

065 = 650 rpm

070 = 700 rpm

075 = 750 rpm

080 = 800 rpm

085 = 850 rpm

090 = 900 rpm

095 = 950 rpm

100 = 1000 rpm

105 = 1050 rpm

110 = 1100 rpm

115 = 1150 rpm

120 = 1200 rpm

125 = 1250 rpm

130 = 1300 rpm

135 = 1350 rpm

140 = 1400 rpm

145 = 1450 rpm

150 = 1500 rpm

Digit 20 - Heating Type

A = Steam Coil

B = Hot Water Coil

C = Electric Heat (1 Stage)

F = Hydronic Heat Ctrl Interface

G = Elec. Heat Ctrl Interface (1 stage) K = Steam Coil Ship Separate

L = Hot Water Coil Ship Separate 0 = Without Heat

Digit 21 - Unit Isolators

A = Isopads

B = Spring Isolators

0 = None

Digit 22 - Unit Finish

1 = Paint - Executive Beige

2 = Protective Coating

3 = Protective Coating w/ Finish Coat

Digit 23 - Future Use

0 = None

Digit 24 - Unit Connection

1 = Disconnect Switch

2 =Terminal Block

3 = Dual Point Power (2 Blocks)

14

PKG-PRC002-EN

Page 13 Page 15
Page 14
Image 14
Trane PKG-PRC002-EN manual Procedure, Self-Contained Model Number Description
Page 13 Page 15

PKG-PRC002-EN specifications

The Trane PKG-PRC002-EN is a groundbreaking packaged rooftop unit designed to meet the diverse needs of commercial and industrial spaces. This model showcases Trane’s commitment to innovation, energy efficiency, and reliability, making it a preferred choice for HVAC professionals and building owners alike.

One of the main features of the PKG-PRC002-EN is its high-efficiency design. This unit leverages advanced technologies to minimize energy consumption while ensuring optimal cooling and heating performance. Its efficient compressor, coupled with enhanced heat exchangers, significantly reduces operating costs and energy bills, aligning with today’s sustainability goals.

The PKG-PRC002-EN features a robust and durable construction, which translates to enhanced longevity and reduced maintenance requirements. Designed for ease of installation, the unit is compact and lightweight, facilitating seamless retrofitting and integration into existing systems. Furthermore, its accessible service panels allow for straightforward maintenance and repairs, thus minimizing downtime and service disruptions.

Equipped with Trane's advanced control technology, the PKG-PRC002-EN offers precise temperature management, ensuring consistent comfort across different zones within a building. The intuitive controls enable users to program schedules and adjust settings based on their specific needs, enhancing comfort while maximizing efficiency.

The model also incorporates advanced filtration options, improving indoor air quality by effectively reducing pollutants and allergens. This focus on health and safety is essential, especially in commercial settings where air quality can significantly impact occupant well-being and productivity.

Another notable characteristic of the PKG-PRC002-EN is its low noise levels during operation, which is essential for maintaining a conducive indoor environment in workplaces, retail spaces, or educational institutions. The unit's design minimizes sound transmission, creating a more pleasant atmosphere for occupants.

In summary, the Trane PKG-PRC002-EN is a highly efficient, reliable, and user-friendly rooftop unit that combines advanced technology with robust construction. Its energy-saving features, superior air quality options, and focus on quiet performance make it an excellent choice for modern commercial HVAC applications, ultimately contributing to sustainable building practices and enhanced occupant comfort.
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