5A

- i 

### APPENDIX 5A. ENGINEERING DATA

TABLE OF CONTENTS

5A.1 INTRODUCTION

................................ ................................ ................................ ........ 5A

- 1

5A.2 BASELINE SPECIFICATIONS

................................ ................................ .................. 5A

- 1

5A.3 LIGHTING CONFIGURATIONS

................................ ................................ ............... 5A

- 8

LIST OF TABLES

Table 5A.2.1 Baseline Design Options

................................ ................................ ..................... 5A

- 2

Table 5A.2.2 Baseline Specifications

................................ ................................ ....................... 5A

- 5

LIST OF FIGURES

Figure 5A.3.1 Lighting Configurations for VCT.RC.M

................................ ......................... 5A

- 10

Figure 5A.3.2 Lighting Configurations for VCT.RC.L

................................ .......................... 5A

- 11

Figure 5A.3.3 Lighting Configurations for VCT.SC.M

................................ ......................... 5A

- 12

Figure 5A.3.4 Lighting Configurations for VCT.SC.L

................................ .......................... 5A

- 12

Figure 5A.3.5 Lighting Configurations for VCT.SC.I

................................ ........................... 5A

- 13

Figure 5A.3.6 Lighting Configurations for PD.SC.M

................................ ............................ 5A

- 13

Figure 5A.3.7 Lighting Configurations for VOP.RC.M

................................ ......................... 5A

- 14

Figure 5A.3. 8 Lighting Configurations for VOP.SC.M

................................ ......................... 5A

- 15

Figure 5A.3.9 Lighting Configurations for VOP.RC.L

................................ .......................... 5A

- 16

Figure 5A.3.10 Lighting Co nfigurations for SVO.RC.M

................................ ....................... 5A

- 17

Figure 5A.3.11 Lighting Configurations for SVO.SC.M

................................ ....................... 5A

- 18

Figure 5A.3.12 Lighting Configurations for SOC.RC.M

................................ ....................... 5A

- 185A

- 1 

### APPENDIX 5A. ENGINEERING DATA

5A.1 INTRODUCTION

This appendix presents baseline specifications and detailed cost

- efficiency results for

each of the commercial refrigeration equipment classes directly analyze d in the engineering

analysis (c hapter 5 of the technical support document (TSD) )

.

5A.2 BASELINE SPECIFICATIONS

Table 5A.2

. 1 shows baseline design options for each of the commercial refrigeration

equipment classes analy zed in the engineering analysis. A ll changes to cost and efficiency are

measured relative to this level in the engineering analysis

. Refer to c hapter 5 of the TSD for

details about each baseline technology.

Table 5A .2

. 2 shows baseline specifications (or case design specifications) for each of the

commercial refrigeration equipment classes analyzed in the engineering analysis. These

specifications include dimensions, numbers of components, temperatures, nominal power

ratings, and other case features that are necessary to calculate the energy consumption of each

equipment class. In conjunction with baseline design option levels, the baseline specifications

define the energy consumption and cost of the typical minimum t echnology equipment on the

marke t.5A

- 2 

### Table 5A.2

. 1 Baseline Design Options a

VOP.RC.M VOP.RC.L VOP.SC.M SVO.RC.M SVO.SC.M HZO.RC.M HZO.RC.L HZO.SC.M

Lighting for VOP, SVO,

and SOC T8

Electronic T8

Electronic T 8

Electronic T8

Electronic T8 Electronic

- - -

Lighting for VCT and PD

- - - - - - - -

Evaporator Coil Standard

Coil Standard

Coil Standard

Coil Standard

Coil Standard Coil Standard

Coil Standard

Coil Standard

Coil

Evaporator Fan Motors Shaded Pole Shad ed Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole

Case Insulation Standard Standard Standard Standard Standard Standard Standard Standard

Doors for VCT.XX.L/I

- - - - - - - -

Doors for VCT /PD .XX.M

- - - - - - - -

Doors fo r HCT.XX.L/I

- - - - - - - -

Doors for HCT.XX.M

- - - - - - - -

Doors for SOC.XX.L/I

- - - - - - - -

Doors for SOC.XX.M

- - - - - - - -

Condenser Coil Area

(SC Only) - - Standard

- Standard

- - Standard

Condenser Fan Motors

(SC only) - - Shaded Po le

- Shaded Pole

- - Shaded Pole

Compressor (SC only)

- - Single

Speed

Hermetic - Single

- Speed

Hermetic - - Single

Speed

Hermetic

Night Curtains None None None None None

- - -

a Equipment class designations consist of a combination

— in sequential order separated by a period

— of a n equipment family code (VOP

- vertical open, SVO

- semivertical open, HZO

- horiz ontal open, VCT

- vertical closed transparent, VCS

- vertical closed solid, HCT

- horizontal closed transparent, HCS

- horizontal

closed solid, SOC

- service over counter , or PD

– pull

- down equipment ), an operating mode code (RC

- remote condensing or SC

- self

- contained), and a rating

temperature code (M

- medium temperature, L

- low temperature, or I

- ice

- cream temperature). See c hapter 3, M arket and T echnology A ssessment, for a more

detailed explanation of the equipment class terminology.5A

- 3 

### Table 5A2.1 Cont.

HZO.SC.L VCT.RC.M VCT.RC.L VCT.SC.M VCT.SC.L VCT.SC.I VCS. SC.M VCS.SC.L VCS.SC.I

Lighting for VOP,

SVO, and SOC - - - - - - - - -

Lighting for VCT and

PD - T8

Electronic T8

Electronic T8

Electronic T8

Electronic T8

Electronic - - -

Evaporator Coil Standard Standard Standard Standard Standard Standard Standard Standard Standard

Evaporator Fan

Motors Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded

Pole

Case Insulation Standard Standard Standard Standard Standard Standard Standard Standard Standard

Doors f or

VCT.XX.L/I - - Standard

- Standard Standard

- - -

Doors for

VCT/PD.XX.M - Standard

- Standard

- - - - -

Doors for

HCT.XX.L/I - - - - - - - - -

Doors for

HCT.XX.M - - - - - - - - -

Doors for

SOC.XX.L/I - - - - - - - - -

Doors for SOC.XX.M

- - - - - - - - -

Condenser Coil Area

(SC Only) Standard

- - Standard Standard Standard Standard Standard Standard

Condenser Fan

Motors

(SC only) Shaded Pole

- - Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded

Pole

Compressor (SC

only) Sin gle

- Speed

Hermetic - - Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic

Night Curtains

- - - - - - - - -5A

- 4 

### Table 5A2.1 Cont.

HCT.SC.M HCT.SC.L HCT.SC.I HCS.SC.M HCS.SC.L SOC.RC.M PD.SC.M

Lighting for VOP,

SVO, and SOC - - - - - - -

Lighting for VCT and

PD - - - - - T8

Electronic T8

Electronic

Evaporator Coil

- - - - - Standard Standard

Evaporator Fan

Motors - - - - - Shaded Pole Shaded Pole

Case Insulation Standard St andard Standard Standard Standard Standard Standard

Doors for

VCT.XX.L/I - - - - - - -

Doors for

VCT/PD.XX.M - - - - - - Standard

Doors for

HCT.XX.L/I - Standard Standard

- - - -

Doors for HCT.XX.M Standard

- - - - - -

Doors for

SOC.XX.L/I - - - - - - -

Doors for SOC.XX.M

- - - - - Standard

-

Condenser Coil Area

(SC Only) Standard Standard Standard Standard Standard

- Standard

Condenser Fan

Motors

(SC only) Shaded Pole Shaded Pole Shaded Pole Shaded Pole Shaded Pole

- Shaded Pole

Compressor (S C only) Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic Single

Speed

Hermetic - Single

Speed

Hermetic

Night Curtains

- - - - - - -5A

- 5 

### Table 5A.2

. 2 Baseline Specifications

VOP.RC.M VOP.RC.L VOP.SC.M SVO.RC.M SVO.SC.M HZO.RC.M HZO.RC.L

Case Length (ft) 12 12 4 12 4 12 12

Case Gross Refrigerated Volume (ft 3 ) 130.2 109.83 32 46.55 9.4 33 55

Case Total Display Area (ft 2 ) 53.3 44.66 14.93 40 12.8 33 46

Number of Doors (#) 0 0 0 0 0 0 0

Single Door Area (ft 2 ) 0 0 0 0 0 0 0

Non

- Door Glass Area (ft 2 ) 0 0 0 0 0 0 0

Non

- Door Anti

- Sweat Power (W) 0 600 0 50 100 50 200

Wall Area (ft 2 ) 175.925 214 61 113.4 40.2 93.275 140

Insulation Thickness (in

. ) 1.5 2 1.5 1.5 1.5 1.5 2

Cas e Interior Surface Area (ft 2 ) 130.225 118.5 47.5 72.5 21.3 48.35 82

Air Curtain Angle from Vertical (°) 8.5 7.28 6.05 47 57 82 90

Infiltrated Air Mass Flow (lb/hr) 860 530 300 590 220 250 140

Number of Bulbs in Conditioned Space (#) 12 0 4 9 3 0 0

Numb er of Bulbs Not in Conditioned Space (#) 9 9 3 6 2 0 0

Number of Ballasts in Conditioned Space (#) 0 0 0 0 0 0 0

Number of Ballasts Not in Conditioned Space (#) 7 3 3 5 2 0 0

Evaporator Fan Nominal Rated Wattage (W/fan) 9 9 6 9 6 9 6

Number of Evaporat or Fans per Case (#) 6 14 2 4 1 4 4

Condenser Fan Nominal Rated Wattage (W/fan) 0 0 9 0 9 0 0

Number of Condenser Fans per Case (#) 0 0 3 0 1 0 0

Discharge Air Temperature (DAT) (F) 25

- 10 25 25 25 25

- 10

Baseline Evaporator Temperature (SET) (F) 15

- 2 0 15 15 15 15

- 20

Baseline Condenser Temperature (SCT) (F) 0 0 95 0 95 0 0

Compressor Oversize Multiplier 0 0 1.4 0 1.4 0 0

Defrost Mechanism (OFF, ELE, MAN) OFF ELE OFF OFF OFF ELE ELE

Defrost Time per Day (hr) 4.5 2 2.8 3 2.8 1 1

Defrost and Drain H eater Power (W) 0 8700 0 0 0 1000 3000

Condensate Pan Heater Power (W) 0 0 1500 0 1100 0 05A

- 6 

### Table 5A2.2 Cont.

HZO.SC.M HZO.SC.L VCT.RC.M VCT.RC.L VCT.SC.M VCT.SC.L VCT.SC.I

Case Length (ft) 4 4 12.725 12.74 4.5 4.5 4.3

Case Gross Refrigerated Volume (ft 3 ) 7.5 7.4 142 133.5 49 49 48

Case Total Display Area (ft 2 ) 12 12 65 65 20.7 20.7 26

Number of Doors (#) 0 0 5 5 2 2 2

Single Door Area (ft 2 ) 0 0 13 13 10.35 10.35 13

Non

- Door Glass Area (ft 2 ) 4 4 0 0 0 0 0

Non

- Door Anti

- Sweat Power (W) 100 300 0 0 0 0 0

Wall Area (ft 2 ) 54 52 204 200 73.02 73.02 77

Insulation Thickness (in

. ) 1.5 2 1.5 2 1.5 2 2.5

Case Interior Surface Area (ft 2 ) 19.8 19.5 146.5 145 63.98 63.98 64

Air Curtain Angle from Vertical (°) 85 85

- - - - - Infiltrated Air Mass Flow (lb /hr) 100 100 30 30 10.61 10.60 15

Number of Bulbs in Conditioned Space (#) 0 0 6 6 3 3 3

Number of Bulbs Not in Conditioned Space (#) 0 0 0 0 0 0 0

Number of Ballasts in Conditioned Space (#) 0 0 6 6 3 3 3

Number of Ballasts Not in Conditioned Space (# ) 0 0 0 0 0 0 0

Evaporator Fan Nominal Rated Wattage (W/fan) 6 6 6 6 6 9 9

Number of Evaporator Fans per Case (#) 1 1 5 5 2 2 2

Condenser Fan Nominal Rated Wattage (W/fan) 6 6 0 0 6 6 6

Number of Condenser Fans per Case (#) 1 1 0 0 2 2 2

Discharge Air Temperature (DAT) (F) 25

- 10 32

- 5 25

- 10

- 20

Baseline Evaporator Temperature (SET) (F) 15

- 20 27

- 11 15

- 20

- 30

Baseline Condenser Temperature (SCT) (F) 95 95 0 0 95 95 95

Compressor Oversize Multiplier 1.4 1.4 0 0 1.4 1.4 1.4

Defrost Mechanism (OFF, ELE, MAN) ELE ELE OFF ELE OFF ELE ELE

Defrost Time per Day (hr) 1 1.5 1 1 1 1 1

Defrost and Drain Heater Power (W) 400 900 0 5000 0 1766.09 2580

Condensate Pan Heater Power (W) 300 400 0 0 0 200 2005A

- 7 

### Table 5A2.2 Cont.

VCS.SC.M VCS.SC.L VCS.SC.I HC T.SC.M HCT.SC.L HCT.SC.I HCS.SC.M

Case Length (ft) 4.5 4.5 4.3 3.8 3.8 3.42 4.2

Case Gross Refrigerated Volume (ft 3 ) 49 49 48 8.83 8.83 10.2 7.03

Case Total Display Area (ft 2 ) 0 0 0 7.656 7.656 5.12 0

Number of Doors (#) 2 2 2 2 2 2 1

Single Door Area (ft 2 ) 10.35 10.35 13 3.828 3.828 2.56 7.03

Non

- Door Glass Area (ft 2 ) 0 0 0 0 0 0 0

Non

- Door Anti

- Sweat Power (W) 0 0 250 0 0 0 0

Wall Area (ft 2 ) 73.02 73.02 77 34.75 34.75 36.77 27.50

Insulation Thickness (in

. ) 1.5 2 2.5 1.5 2 2.5 1.5

Case Interior S urface Area (ft 2 ) 0 0 0 0 21.34 26.1 0

Air Curtain Angle from Vertical (°)

- - - - - - - Infiltrated Air Mass Flow (lb/hr) 10.61 10.60 15 2.25 2.25 3 2.49

Number of Bulbs in Conditioned Space (#) 0 0 0 0 0 0 0

Number of Bulbs Not in Conditioned Space ( #) 0 0 0 0 0 0 0

Number of Ballasts in Conditioned Space (#) 0 0 0 0 0 0 0

Number of Ballasts Not in Conditioned Space (#) 0 0 0 0 0 0 0

Evaporator Fan Nominal Rated Wattage (W/fan) 6 9 9 0 0 0 0

Number of Evaporator Fans per Case (#) 2 2 2 0 0 0 0

Co ndenser Fan Nominal Rated Wattage (W/fan) 6 6 6 9 9 9 9

Number of Condenser Fans per Case (#) 2 2 2 1 1 1 1

Discharge Air Temperature (DAT) (F) 25

- 10

- 20 25

- 10

- 20 25

Baseline Evaporator Temperature (SET) (F) 15

- 20

- 30 15

- 20

- 30 15

Baseline Condens er Temperature (SCT) (F) 95 95 95 95 95 95 95

Compressor Oversize Multiplier 1.4 1.4 1.4 1.4 1.4 1.4 1.4

Defrost Mechanism (OFF, ELE, MAN) OFF ELE ELE OFF MAN MAN OFF

Defrost Time per Day (hr) 1 1 1 1 0 0 1

Defrost and Drain Heater Power (W) 0 1766.09 2580 0 0 0 0

Condensate Pan Heater Power (W) 0 200 200 0 0 0 05A

- 8 

### Table 5A2.1 Cont.

HCS.SC.L SOC.RC.M PD.SC.M

Case Length (ft) 4.2 12 2.5

Case Gross Refrigerated Volume (ft 3 ) 7.03 66 27

Case Total Display Area (ft 2 ) 0 51 11.6

Number of Doors (#) 2 6 1

Single Door Area (ft 2 ) 3.125 3.5 11.6

Non

- Door Glass Area (ft 2 ) 0 30 0

Non

- Door Anti

- Sweat Power (W) 0 200 0

Wall Area (ft 2 ) 27.5 84.6 57.58

Insulation Thickness (in

. ) 2 1.5 1.5

Case Interior Surface Area (ft 2 ) 0 61.6 46.71

Air Curtain Angle fr om Vertical (°)

- - - Infiltrated Air Mass Flow (lb/hr) 2.49 15 5.89

Number of Bulbs in Conditioned Space (#) 0 15 2

Number of Bulbs Not in Conditioned Space (#) 0 0 0

Number of Ballasts in Conditioned Space (#) 0 0 1

Number of Ballasts Not in Conditi oned Space (#) 0 5 0

Evaporator Fan Nominal Rated Wattage (W/fan) 0 9 6

Number of Evaporator Fans per Case (#) 0 4 1

Condenser Fan Nominal Rated Wattage (W/fan) 9 0 6

Number of Condenser Fans per Case (#) 1 0 1

Discharge Air Temperature (DAT) (F)

- 10 30 25

Baseline Evaporator Temperature (SET) (F)

- 20 20 15

Baseline Condenser Temperature (SCT) (F) 95 0 95

Compressor Oversize Multiplier 1.4 0 2

Defrost Mechanism (OFF, ELE, MAN) MAN ELE OFF

Defrost Time per Day (hr) 0 1.2 1

Defrost and Drain Heater Power (W) 0 1600 0

Condensate Pan Heater Power (W) 0 0 0



### 5A.3 LIGHTING CONFIGURATIONS

Lighting for use in cases with transparent doors function s differently than lighting for use

in cases without doors. Cases with transparent doors typically display boxed me rchandise

, and

only products on the front of the shelves are visible to the consumer. Therefore, the only portion

of the display case that requires illumination is the area on the front surface of the case at the

front of the shelves. Since this is only a limited area that requires lighting, light

- emitting diodes

( LEDs ) offer an advantage over fluorescent lighting in vertical refrigerated cases with

transparent doors because of the directional nature of LED lighting.

As part of the engineering analysis for the 2009 final rule, the U.S. Department of Energy

( DOE ) , with input from manufacturers and other stakeholders, developed lighting configurations

for cases with transparent doors. DOE has retained these configurations as part of this analysis,

and has fur ther developed additional configurations for equipment classes not covered in the

2009 rulemaking. For the VCT equipment family, DOE assumed one fluorescent bulb on each

mullion and a fluorescent bulb on each end of the case. There are two different types of LED

lighting used in cases with transparent doors. A center mullion lighting fixture is used between

doors and is designed to have half of the LED emitters directed toward one door and half of the

LED chips directed toward the other door. An end mullion lighting fixture has half the light5A

- 9 

### output, cost, and power consumption of a center mullion lighting fixture. The LED emitters in an

end mullion lighting fixture are all directed toward the one door next to which they are located.

Therefore, two end mulli on lighting fixtures are the approximately equivalent to a single center

mullion lighting fixture with regard to cost, light output, and power consumption. DOE modeled

the LED lighting for the VCT equipment family using a center mullion lighting fixture an d

assumed one center mullion lighting fixture per door. Illustrative front views of the lighting

configurations for both fluorescent and LED lighting for the VCT equipment family are shown in

Figure 5A.3

. 1 through Figure 5A.3

. 6 . The red strips represent a fluorescent bulb inside the

refrigerated volume, the blue strips represent an LED center mullion lighting fixture inside the

refrigerated volume, and the green strips repre sent an LED end mullion lighting fixture inside the

refrigerated volume.5A

- 10 

### Figure 5A.3

. 1 Lighting Configuration s for VCT.RC.M Bulb In =

LED In = Center Mullion

1/2 LED In = End Mullion (one on either end of case, resulting in the

equivalent of a single center mullion)

VCT.RC.M

Lighting Type: Fluorescent

Case Length [ft]: 12.7

Bulb Length [ft]: 5

Bulbs In: 6

Bulbs Out: 0

VCT.RC.M

Lighting Type: LED

Case Length [ft]: 12.7

Bulb Length [ft]: 5

LEDs In: 5

LEDs Out: 05A

- 11 VCT.RC.L

Lighting Type: Fluorescent

Case Length [ft]: 12.7

Bulb Length [ft]: 5

Bulbs In: 6

Bulbs Out: 0

VCT.RC.L

Lighting Type: LED

Case Length [ft]: 12.7

Bulb Length [ft]: 5

LEDs In: 5

LEDs Out: 0



### Figure 5A.3

. 2 Lighting Configuration s for VCT.RC.L5A

- 12 

### Figure 5A.3

. 3 Lighting Configuration s for VCT.SC.M

Figure 5A.3

. 4 Lighting Configuration s for VCT.SC.L VCT.SC.L

Lighting Type: LED

Case Length [ft]: 4.5

Bulb Length [ft]: 5

LEDs In: 2

LEDs Out: 0 VCT.SC.L

Lighting Type: Fluorescent

Case Length [ft]: 4.5

Bulb Length [ft]: 5

Bulbs In: 3

Bulbs Out: 0 VCT.SC.M

Lighting Type: Fluorescent

Case Length [ft]: 4.5

Bulb Length [ft]: 5

Bulbs In: 3

Bulbs Out: 0 VCT.SC.M

Lighting Type: LED

Case Length [ft]: 4.5

Bulb Length [ft]: 5

LEDs In: 2

LEDs Out: 05A

- 13 

### Figure 5A.3

. 5 Lighting Configuration s for V CT.SC.I

Figure 5A.3

. 6 Lighting Configuration s for PD.SC.M

For equipment classes without doors (i.e. , VOP, SVO, SOC, and HZO equipment

families), mercha ndise throughout the entire refrigerated volume is visible to the consumer.

Therefore, the entire refrigerated volume must be illuminated. b 

### For this application, the

directionality characteristic of LED lighting tends to be less effective than fluorescent lighting

, which outputs light in all directions surrounding the bulb. In the 2009 final rule, DOE developed

b DOE assumes that the HZO equipment family does not contain any lighting because the ambient light of the store

provides adequate illumination of the displayed merchandise. PD.SC.M

Lighting Type: LED

Case Leng th [ft]: 2.5

Bulb Length [ft]: 5

LEDs In: 1

LEDs Out: 0 PD.SC.M

Lighting Type: Fluorescent

Case Length [ft]: 2.5

Bulb Length [ft]: 5

Bulbs In: 2

Bulbs Out: 0 VCT.SC.I

Lighting Type: Fluorescent

Case Length [ft]: 4.3

Bulb Length [ft]: 5

Bulbs In: 3

B ulbs Out: 0 VCT.SC.I

Lighting Type: LED

Case Length [ft]: 4.3

Bulb Length [ft]: 5

LEDs In: 2

LEDs Out: 05A

- 14 

### case lighting configurations for these classes as well. Based on discussions with LED

refrigerated display case lighting manufacturers and comments from commercial refrigeration

equipment manufacturers, DOE determined that there a re two different types of LED luminaries

used in this equipment

. A shelf light is used to illuminate merchandise close to it. Due to the

directionality of the light output fr om an LED luminary, DOE assumes that two shelf lights are

used per shelf to provide the desired illumination throughout an entire shelf: one on the front of

the shelf and one midway under the shelf. A canopy light is typically located on the canopy of a

di splay case. A canopy light has effectively twice the light output, cost, and power consumption

of a shelf light and is typically is used to provide additional illumination of the product in the

bottom well of the display case. DOE modeled the LED lighting for the VOP, SVO, and SOC

equipment families, in the engineering analysis, using a shelf light. DOE also assumed that the

number of LED lighting fixtures per shelf would have to be doubled from what was assumed for

fluorescent lighting to provide adequate illumination for the merchandise displayed on each

shelf. Illustrative cross

- sections of lighting configurations for both fluorescent and LED lighting

for the VOP, SVO, and SOC equipment families are shown in Figure 5A.3

. 7 through Figure

5A.3

. 12

. The green circles represent a bulb or LED inside the refrigerated volume and the red

circles represent a bulb or LED outside the refrigerated volume.

Bulb/LED In =

Bulb/LED Out =

VOP.RC.M VOP.RC.M

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 12 Case Length [ft]: 12

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 12 LEDs In: 24

Bulbs Out: 9 LEDs Out: 9



### Figure 5A.3

. 7 Lighting Configurations for VOP.RC.M5A

- 15 VOP.SC.M VOP.SC.M

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 4 Case Length [ft]: 4

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 4 LEDs In: 8

Bulbs Out: 3 LEDs Out: 3



### Figure 5A.3

. 8 Lighting Configurations for VOP.SC.M5A

- 16 VOP.RC.L VOP.RC.L

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 12 Case Length [ft]: 12

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 0 LEDs In: 0

Bulbs Out: 9 LEDs Out: 9



### Figure 5A.3

. 9 Lighting Configurat ions for VOP.RC.L5A

- 17 SVO.RC.M SVO.RC.M

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 12 Case Length [ft]: 12

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 9 LEDs In: 18

Bulbs Out: 6 LEDs Out: 6



### Figure 5A.3

. 10 Lighting Configurations for SVO.RC.M5A

- 18 SVO.SC.M SVO.SC.M

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 4 Case Length [ft]: 4

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 3 LEDs In: 6

Bulbs Out: 2 LEDs Out: 2



### Figure 5A.3

. 11 Lighting Configurations for SVO.SC.M

SOC.RC.M SOC.RC.M

Lighting Type: Fluorescent Lighting Type: LED

Case Length [ft]: 12 Case Length [ft]: 12

Bulb Length [ft]: 4 LED Length [ft]: 4

Bulbs In: 15 LEDs In: 18

Bulbs Out: 0 LEDs Out: 0



### Figure 5A.3

. 12 Lighting Configurations for SOC.RC.M