Bally Refrigerated Boxes, Inc. R404A, BCS002 Installation Manual

PRODUCT DATA &
INSTALLATION

Bulletin B50-BCS-PDI-50-1

1085697-50

For 60Hz see Bulletin B50-BCS-PDI

®

BCS-Line

Air Cooled
Condensers

Refrigerant: R404A, R507, R22
Electrical Power:

200-220/1/50, 200-220/3/50,
380-400/3/50

NEW

Optional leg kits shown

CONTENTS

Page

Nomenclature....................................................................................................................... 2

Features & Options............................................................................................................. 2

Capacity Data...................................................................................................................... 3

Electrical Data...................................................................................................................... 3

General S pecifications........................................................................................................ 4

Refrigerant Charges............................................................................................................ 4

Dimensional Data............................................................................................................... 5 - 6

Wiring Diagrams................................................................................................................. 7 - 10

Receiver Options................................................................................................................11

Low Ambient Operation..................................................................................................... 12 - 16

Installation............................................................................................................................ 17 - 20

Generic Service Parts........................................................................................................ 21

Optional Leg Kits Part Numbers........................................................................................ 21

Warranty....................................................................................................................... ........ 23

Project Information.............................................................................................................. 23

“As Built” Service Parts List............................................................................................... BACK

NOMENCLATURE

B CS 005 - S7 A - XXXX

B = Bally

Product Name:

CS = Small Size Air Cooled Condenser

Nominal Capacity:

Tons @ 25°F TD, R404A

STANDARD FEATURES

• Horizontal or V ertical Air Discharge

• Heavy Gauge Galvanized Steel Cabinet

• ThermoSpanTM Coil Design eliminates tube
failures on tube sheet

Optional Production Variations

Design Generation

Voltage:

S7 = 200-220/1/50
T7 = 200-220/3/50*
T9 = 380-400/3/50*
*3 Fan Models Only

• Internally Enhanced Tubing with Enhanced Fin
optimizes coil performance

• Energy Efficient PSC Motors with Internal
Overload Protection

• Unit shipped with Nitrogen Holding Charge

OPTIONAL FEATURES

• Optional leg kits for horizontal and vertical
configurations

• Multiple Refrigeration Circuits

• Ambient or Pressure Fan Cycling Control with
Contactor

• Johnson P66 V ariable Fan S peed Control

• Non-Fused Disconnect

• Individual Fan Motor Fusing

• Receiver with or without Heater and Insulation

• Adjustable Flooded Head Pressure Control
(Factory mounted if ordered with receiver option)

• Optional Fin Materials and Coatings

• Volt ages for 60 Hz and 50 Hz

- 2 -

R404A Models

CAPACITY DATA

50Hz

LEDOM

200
300
500
600

0

80
010
210
410
610
910
420

R22 Models

LEDOM

200
300
500
600
800
010
210
410
610
910
420

HBMNOITCEJERFOTAEHLATOT )WK(

F°1 )C°65.0( F°01 )C°65.5( F°51 )C°3.8( F°02 )C°1.11( F°03 )C7.61(

( 2.21 )65.3( 2.81 )53.5( 3.42 )31.7( 5.63 )7.01(

22.1 )63.0

15.1 )44.0( 1.51 )34.4( 7.22 )46.6( 2.03 )58.8( 3.54 )3.31(

55.2

50.3 )09.0( 5.03 )59.8( 8.54 )4.31( 1.16 )9.71( 6.19 )9.62(

08.3 )11.1( 0.83 )1.11( 0.75 )7.61( 0.67 )3.22( 411 )4.33(

00.5 )64.1( 0.05 )6.41( 9.47 )0.22( 9.99 )3.92( 051 )9.34

50.6 )77.1( 5.06 )7.71( 8.09 )6.62( 121 )5.53( 281 )2.35(

98.6 )20.2( 9.86 )2.02( 301 )3.03( 831 )4.04( 702 )6.06

75.7 )22.2( 7.57 )2.22( 411 )3.33( 151 )4.44( 722 )6.66(

00.9 )46.2( 0.09 )4.62( 531 )6.93( 081 )8.25( 072 )2.97(

3.11 )13.3( 311 )1.33( 071 )7.94( 622 )2.66( 933 )4.99(

F°1 )C°65.0( F°01 )C°65.5( F°51 )C°3.8-( F°02 )C°1.11( F°03 )C°7.61(

42.1 )63

45.1 )54.0( 4.51 )15.4( 1.32 )77.6( 8.03 )30.9( 2.64 )5.31(
06

.2 )67.0( 0.62 )16.7( 9.83 )4.11( 9.15 )2.51( 9.77 )8.22(

21.3 )19.0( 2.13 )31.9( 7.64 )7.31( 3.26 )3.81( 5.39 )4.72(

78.3 )41.1( 7.83 )4.11( 1.85 )0.71( 5.77 )7.22( 611 )1.43(

01.5 )94.1( 0.15 )9.41( 4.67 )4.22( 201 )9.92( 351 )8.4

71.6 )18.1( 7.16 )1.81( 6.29 )1.72( 421 )2.63( 581 )3.45(

30.7 )60.2( 3.07 )6.02( 501 )9.03( 141 )2.14( 112 )8.1

27.7 )62.2( 2.77 )6.22( 611 )9.33( 451 )3.54( 232 )9.76(

81.9 )96.2( 8.19 )9.62( 831 )4.04( 481 )8.35( 672 )7.08

5.11 )83.3( 511 )8.33( 371 )7.05( 132 )6.76( 643 )101(

)57.0( 5.52 )64.7( 2.83 )2.11( 9.05 )9.41( 4.67 )4.22(

29.0ybyticapacylpitlum,stinuzH05roF

HBMNOITCEJERFOTAEHLATOT )WK(

.0( 4.21 )46.3( 6.81 )54.5( 8.42 )72.7( 2.73 )9.01(

29.0ybyticapacylpitlum,stinuzH05roF

(

(

4(

6(

(

ELECTRICAL DATA

LEDOM

200
300

0

50
600
800
010
210
410
610
910
420

ROTOMROTOM)05/3/022-002(05/1/022-00205/3/004-083

PH.ytQALFACMPOMALFACMPOM

6/111.14.1516.08.051
6/111.14.1516.08.051
3/111.27.2511.14.151
3/111.27.2511.14.151
3/111.27.2511.14.151
3/12 2.48.4512.25.251
3/12 2.48.4512.25.251
3/12 2.48.4512.25.251
3/12 2.
3/13 )6.3(3.6)6.4(9.6519.14.251
3/13 )6.3(3.6)6.4(9.6519.14.251

48.4512.25.251

- 3 -

GENERAL SPECIFICATIONS

50Hz

LEDOM

200
300
500
600
800
010
210
410
610
910
420

NAF

NOITARUGIFNOC

1x

19081

1x19161
1x13973
1x16833
1

x13973

2x16857
2x13776
2x10187
2x16857
3x195101
3x117311

MFC

WOLFRIA

)s/l(

)458(
)467(

)0971(
)8951(
)0971(
)0853(
)6913(
)6863(
)0853(
)4974(
)6635(

ELBALIAVA

STIUCRIC

18/58/3721
28/52/1131
38/78/5051
48/78/5751
58/118/7791
68/118/7452
98/118/7962
98/318/750
98/318/7523

518/518/11183
518/518/11744

TELNITELTUOSBL

SEZISNOITCENNOCTHGIEW.XORPPA

)gk(

)85(
)95(
)86(
)17(
)98(

)511(
)221(

3

)831(
)741(
)371(
)302(

REFRIGERANT CHARGES

EGRAHCTNAREGIRFER22R EGRAHCTNAREGIRFERA404R

LEDOM.GIFNOCNAF

SBL
200
300
500
600
800
010
210
410
610
910
420

N**

1x17.0
1x11.1
1x15.1
1x12.2

1x13.3
2x12.3
2x16.4
2x12.6
2x12.6
3x11.7
3

x13.9

**LAMRON†LLUF%09**LAMRON†LLUF%09

)gk(

)3.0(
)5.0(
)7.0(
)0.1(
)5.1(
)5.1(
)1.2(
)8.2(
)8.2(
)2.3(
)2.4(

SBL

0.3

8.4

7.

6

8.9

7.41

4.41

6.02

9.72

9.72

8.13

8.14

)gk(

)4.1(
)2.2(
)1.3(
)5.4(
)6.6(
)5.6(
)3.9(

)7.21(
)7.21(
)4.41(
)0.91(

L

SB

6.0

0.1

3.1

9.1

9.2

8.2

0.4

4.5

4.5

2.6

1.8

noitareporemmusrotneibmamrawrofegrahctnaregirferehtsiegrahClamro

)gk(

)3.0(
)4.0(
)6.0(
)9.0(
)3.1(
)3.1(
)8.1(
)4.2(
)4.2(
)8.2(
)7.3(

YLNOecnereferrofsidnaemulovlanretniehtfo%09tathgiewtnaregirferdiuqilehtsilluf%09†

SBL

6.2

2.4

8.5

5.8

8.21

5.21

9.71

3.42

3.42

7.72

4.63

)gk(

)2.1(
)9.1(
)6.2(
)9.3(
)8.5(
)7.5(
)1.8(

)0.11(
)0.11(
)5.21(
)5.61(

LEDOMGNOLSNAF

300,200

hguorht500

420

SOUND LEVEL DATA

LACITREV

EGRAHCSID

12545

17585
29516
30

- 4 -

626

tf01@LEVELDNUOS )m3( ABd-

LATNOZIROH

EGRAHCSID

DIMENSIONAL DATA

HORIZONTAL AIR DISCHARGE UNITS

50Hz

1 FAN

2 FAN

5 1/2

5 1/2

1 9/16

1 9/16

B

FRONT VIEW

1 9/16

1 9/16

MT'G HOLES

B

OPTIONAL
ELECTRICAL
BOX

O

9/16 (x8)

6 7/8

OPTIONAL
ELECTRICAL
BOX

9/16 (x8)

6 7/8

3 1/8

AIR FLOW

OPTIONAL
BASE RAILS

5/8

15

A

O

13/32 (x8)

MT'G HOLES

35

36 1/4

TYPICAL END VIEW

ELECT. BOX END

5/8

1 1/2 1 1/2

4

4

MOUNTING DIMENSIONS

WITHOUT OPTIONAL

4

BASE RAILS.

ELECTRICAL CONNECTION 7/8”

UNITS ARE SHIPPED IN HORIZONTAL

AIR FLOW CONFIGURA TION LESS

OPTIONAL MOUNTING LEGS AS

STANDARD.

3 FAN

5 1/2

LEDOM.GIFNOCNAF

200
300
500
600
800
010
210
410
610
910
420

1 9/16

1 9/16

B

1x18/532
1x18/532
1x18/113
1x18/113
1x18/114

2x18/114

18/114

2x
2x18/114
2x18/114
3x18/114
3x18/114

OPTIONAL
ELECTRICAL
BOX

9/16 (x12)

B

6 7/8

2

TYPICAL

SNOISNEMIDGNITNUOM

AB

SEHCNI

)mm(
)006(
)006(
)197(
)197(

)5401(
)5401(
)5401(
)5401(
)5401(
)5401(
)5401(

SEHCNI

2/152

2/152
83
83
83

2/155

2/155

2/157

2/157

2/114

2/165

)mm(
)846(

6(

)84
)569(
)569(
)569(

)0141(
)0141(
)8191(
)8191(

1(

)450
)5341(

- 5 -

DIMENSIONAL DATA

VERTICAL AIR DISCHARGE UNITS

50Hz

1 FAN

2 FAN

3 FAN

5 1/2

5 1/2

O 9/16

(x4)

LIFTING HOLES

OPTIONAL
ELECTRICAL
BOX.

9/16 (x4)O

MT'G HOLES

2

2

SIDE VIEW

9/16 (x4)

O
MT'G HOLES

B

6 7/8

2

(x4)

9/16

O
LIFTING HOLES

OPTIONAL
ELECTRICAL
BOX.

6 7/8

B

2

ELECTRICAL CONNECTION 7/8”

UNITS ARE SHIPPED IN HORIZONT AL AIR

FLOW CONFIGURATION LESS OPTIONAL

9/16

O (x4)
LIFTING HOLES

OPTIONAL
ELECTRICAL
BOX.

3 3/8

15

20

MOUNTING LEGS AS ST ANDARD.

VERTICAL AIR DISCHARGE MODELS

REQUIRE LEG KIT OPTION SHIPPED

LOOSE AND SOLD SEP ARA TEL Y .

AIR FLOW

A

TYPICAL END VIEW

ELECT. BOX END

1/21/2

5 1/2

200
300
500
600
800
010
210
410
610
910
420

9/16 (x6)

O
MT'G HOLES

6 7/8

2

B

B

2

SNOISNEMIDGNITNUOM

LEDOM

NAF

.GIFNOC

1x18/142
1x18/142
1x18/513
1x18/513
1x18/514
2x18/514
2

x18/514

2x18/514
2x18/514
3x18/514
3x18/514

AB

SEHCNI

)mm(
)316(
)316(
)308(
)308(

)7501(
)7501(
)7501(
)7501(
)7501(
)7501(
)7501(

SEHCNI

2/152

2/152
83
83
83

2/155

2/155

2/157

2/157

2/114

2/165

)mm(
)846(
)8

46(

)569(
)569(
)569(

)0141(
)0141(
)8191(
)8191(
)45

01(

)5341(

Optional Factory Mounted
Receiver kits fit within standard
unit leg configuration.
Legs included with receiver option.

OPTIONAL REMOTE
RECEIVER KITS.

- 6 -

WIRING DIAGRAM

(STANDARD WITHOUT OPTIONS)

- 7 -

460 (380-400) VOLT

208-230 (200-220) VOLT

WIRING DIAGRAM

(MODELS WITH FAN CYCLING CONTROL)

- 8 -

460 (380-400) VOLT

208-230 (200-220) VOLT

WIRING DIAGRAM

(VARIABLE FAN SPEED CONTROL 200-220V AND 380-400V MODELS)

- 9 -

460 (380-400) VOLT

208-230 (200-220) VOLT

WIRING DIAGRAM

(THREE PHASE WIRING MODELS 019 - 024)

- 10 -

208-230 (200-220) VOLT 460 (380-400) VOLT

Option #1

RECEIVER OPTIONS

LEDOM

200
300
500
600
800
010
210
410
610
910
420

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

Option #2

LEDOM

200
300
500
600
800
010
210
410
610
910
420

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

-EGRAHCTNAREGIRFER
SNAF
GNOL

SNAF

GNOL

22R705R/A404R22R705R/A404R

SBL

SBL

)g

k(

)4.1(6.2)2.1(
)2.2(2.4)9.1(
)1.3(9.5)7.2(
)5.4(5.8)9.3(
)6.6(7.21)8.5(
)5.6(5.21)7.5(
)3.9(9.71)1.8(

)7.21(3.42)0.11(
)7.21(3.42)0.11(
)4.41(7.72)5.21(
)0.91(4.63)5.61(

22R705R/A404R22R705R/A404R

k(

)g

)4.1(6.2)2.1(
)2.2(2.4)9.1(
)1.3(9.5)7.2(
)5.4(5.8)9.3(
)6.6(7.21)8.5(
)5.6(5.21)7.5(
)3.9(9.71)1.8(

)7.21(3.42)0.11(
)7.21(3.42)0.11(
)4.41(7.72)5.21(
)0.91(4.63)5.61(

DIUQILLLUF%09

SBL

DIUQILLLUF%09

SBL

)gk(

-EGRAHCTNAREGIRFER

)gk(

SBL

81
81
81
81
81
81

5.82

5.82

5.82

5.34

5.34

SBL

---

---

5.82

5.82

5.82

5.82

5.34

5.34

5.34
07
07

)gk(

)2.8(7.51)1.7(
)2.

8(7.51)1.7(

)2.8(7.51)1.7(
)2.8(7.51)1.7(
)2.8(7.51)1.7(
)2.8(7.51)1.7(

)9.21(8.42)2.11(
)9.21(8.42)2.11(
)9.21(8.42)2.11(
)7.91(8.73)2.71(
)7.91(8.73)2.71(

)gk(

---

--­)9.21(8.42)2.11(
)9.21(8.42)2.11(
)9.21(8.42)2.11(
)9.21(8.42)2.11(
)7.91(8.73)2.71(
)7.91(8.73)2.71
)7.91(8.73)2.71(
)8.13(9
)8.13(9.06)6.72(

*YTICAPAC

SBL

*YTICAPAC

SBL

---

-

--

.06)6.72(

1NOITPO

RETEMAIDHTGNEL

NI

)gk(

5
5
5
5

1(

5
5
6
6
6

8/56
8/56

2NOITPO

NI

)gk(

---

---

(

---

--­6
6
6
6

8/56
8/56
8/56
8/58
8/58

)mm(
)721(
)721(
)721(
)72
)721(
)721(
)251(
)251(
)251(
)861(
)861(

RETEMAIDHTGNEL

)mm(

---

--­)251(

251(

)
)251(

51(

)2
)861(
)861(
)861(
)812(
)812(

NI

82
82
82
82
82
82
03
03
03
83
83

NI

---

--­03
03
03
03
83
83
83
63
63

)mm(
)117(
)117(
)117(
)117(
)117(
)117(
)267(

(

)267
)267(
)569(
)569(

)mm(

---

--­)267(
)267(
)267(
)267(
)569(
)569(
)569(
)419(
)419(

Option #3

LEDOM

200
300
500
600
800
010
210
410
610
910
420

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

-EGRAHCTNAREGIRFER

SNAF

GNOL

22R705R/A404R22R705R/A404R

SBL

lluf%09nodesaB*

k(

)g

)4.1(6.2)2.1(
)2.2(2.4)9.1(
)1.3(9.5)7.2(
)5.4(5.8)9.3(
)6.6(7.21)8.5(
)5.6(5.21)7.5(
)3.

9(9.71)1.8(

)7.21(3.42)0.11(
)7.21(3.42)0.11(
)4.41(7.72)5.21(
)0.91(4.63)5.61(

DIUQILLLUF%09

SBL

)gk(

SBL

---

---

---

---

---

44

07
07
07

911
911

)gk(

---

---

---

---

--­)7.91(8.73)2.71(
)8.13(9.06)6.72(
)8.13(9.06)6.72(
)8.13(9.06)6.72(
)0.45(5.301)0.74(
)0.45(5.301)0.74(

*YTICAPAC

SBL

---

-

--

---

---

---

3NOITPO

RETEMAIDHTGNEL

NI

)gk(

---

---

---

---

---

---

---

---

---

--­8/56
8/58
8/58
8/58
8/58
8/58

NI

)mm(

---

---

---

---

---

---

---

---

---

---

83

)861(

63

)812(

63

)812(

63

)812(

06

)812(

06

)812(

)mm(

---

---

---

---

--­)569(
)419(
)419(
)419(

(

)4251
)4251(

- 1 1 -

LOW AMBIENT OPERATION

GENERAL

When a remote air cooled condenser is installed
outdoors, it will be subjected to varying
temperatures. Within many areas, winter to
summer annual temperatures swings can be as
high as 120
impact on the performance of the condenser. As the
ambient temperature drops, the condenser capacity
increases due to the wider temperature difference
between ambient and condensing. As this happens,
the condensing temperature also drops as the
system finds a new balance point. Although the
overall system capacity will be higher at lower
condensing temperatures, other problems can
occur. The capacity of an expansion valve is
affected by both the liquid temperature entering the
valve and the pressure drop across it. As the
condensing temperature decreases, the pressure
drop across the metering device also decreases. A
lower pressure drop decreases the capacity of the
valve. Although lower liquid temperatures increase
the capacity of the metering device, the increase is
not large enough to offset the loss due to the lower
pressure drop.
The following three sections cover the various
options used to control condensing temperatures.

(i) Fan Cycling

Cycling of the condenser fans helps control the
condensing temperature. With this approach to
solving low ambient problems, fans are taken
off-line either one at a time, or in pairs. It is not
recommended that multiple fan condensers cycle
more than two fans per step. The reason for this is
that the pressure in the condenser will increase
drastically as several fans are taken off-line at the
same time. This will result in erratic operation of the
refrigeration system and applies additional stress to
the condenser tubes. It is preferable to control the
condensing temperature as smoothly as possible.
Fans should be cycled independently on a
condenser where the fans are all in a single row .
On two row condensers, the fans should be cycled
in pairs.

o

F (48.9 oC) which will have a major

prevent short cycling of the fans. Constant short
cycling will produce a volatile condensing pressure
while decreasing the life of the fan motors.

For recommended fan cycling switch settings, refer
to Table 2. Differential settings on fan cycling
temperature controls should be about 5

o

F (2.8 oC).

On fan cycling pressure controls, a differential of
approximately 35 psig is recommended.

Fans closest to the inlet header should be run
continuously whenever the compressor is running.
If these initial fans are wired through a cycling
control, the life of the condenser may be shortened
due to the additional stress placed on the tubes and
headers. Table 1 shows the fan cycling options
available for all condenser models.

(ii) Variable Motor Speed Control

If additional head pressure control is required beyond
the last step of fan cycling, variable fan motor speed
may be used. V ariable motor speed is optional on all
condenser models. A varying motor speed may be
accomplished using a modulating pressure control.
A variable speed controller can be an electronic or
solid state device which varies the voltage going to
the motor depending on the pressure of the medium
being sensed.

(iii) Refrigerant Regulating Controls

Pressure regulating controls are available from a
number of valve manufacturers. The purpose of this
control is to regulate the refrigerant flow in such a
way as to maintain a pre-selected condensing
pressure. In lower ambient temperatures, these
valves throttle to maintain the desired pressure and
in doing so, flood the condenser with liquid
refrigerant.
The larger the condenser surface is, the higher its
capacity will be. When a condenser is flooded, its
useful condensing surface is reduced. This is
because the refrigerant occupies the space which
would otherwise be used for condensing.

Ambient temperature sensing controls can be set to
bring on certain fans when the outdoor temperature
reaches a predetermined setpoint. Pressure
sensing controls are set to bring on certain fans
when the condensing pressure reaches the setpoint
on the control. Temperature or pressure setpoints
and differentials should be set in such a way as to

Some control/check valve combinations will
regulate refrigerant flow depending on the pressure
at the inlet of the condenser.These are of ten referred
to as inlet regulators. As the valve closes, hot gas
bypasses the condenser through a differential check
valve to increase the pressure at the receiver.

- 12 -

LOW AMBIENT OPERATION

CONDENSER

ORI

VALV E

LIQUID RECEIVER

CONDENSER

SINGLE VALVE

HEAD

PRESSURE

CONTROL

LIQUID RECEIVER

SINGLE V ALVE CONDENSER PRESSURE CONTROL

(Regulates inlet pressure or outlet pressure depending on valve design)

ORD

DIFFERENTIAL

CHECK VA LVE

ORI / ORD CONDENSER PRESSURE CONTROL

This will flood the condenser until the condensing
pressure increases to a point which will again open
the valve. Other valves regulate the refrigerant at the
outlet of the condenser to provide a similar effect.
These are commonly referred to as outlet regula-
tors. There are also combination inlet/outlet
regulators with a differential check valve or other
type of condenser bypass arrangement incorpo­rated within the valve.

Controls which regulate the flow of refrigerant based
on condenser inlet pressure are typically used in
conjuction with a check valve having a minimum
opening differential across the condenser. Outlet
regulators typically require a check valve with a fixed
pressure differential setting of between 20 and 35
psi. The differential is needed to compensate for
pressure drop through the condenser during flood­ing and associated discharge piping.

Systems equipped with a condenser flooding
arrangement should always use a receiver having
sufficient liquid holding capacity . Additional liquid
required for flooding is only required during the
winter low ambients and must be stored some­where in the system at the higher ambients. Failure
to use an adequately sized receiver will result in
liquid back-up in the condenser during the warmer
summer months. This will cause the system to
develop very high pressures in the high side result­ing in a high pressure safety control trip.

Determining Additional Flooded
Refrigerant Charge

Additional charge will vary with the condenser
design TD and the coldest expected ambient
temperature. Condensers designed for low TD
applications (low temperature evaporators) and
operating in colder ambients will require more
additional charge than those designed for higher
TD applications (high temperature evaporators)
and warmer ambients.
Refer to tables on pages 15 & 16 to determine
the required added refrigerant charge at the
selected TD and ambient temperatures.
These charges are based on condensers using Fan
Cycling options with their last fan (Single Row Fan
Models) running or last pair of fans running (Double
Row Fan models).

WARNING: Do not over charge when charging by a
sightglass. Liquid lines feeding the TXV at the
evaporator must have a solid column of liquid (no
bubbles) however bubbles at the sightglass (located
adjacient to the receiver) may be normal due to the
result of a higher pressure drop at that point. Bubbles
could also appear in the glass whenever the
regulating valves start to flood the condenser .
Always record the number of drums or the weight of
refrigerant that has been added or removed in the
system. Overcharged systems may result in
compressor failure as well as other serious
mechanical damage to the system components.

- 13 -

LOW AMBIENT OPERATION

Table 1 - Fan Cycling Control Schedule

FAN ARRANGEMENT

SINGLE ROW

1 FAN

HEADER END

FAN

1

CONTROL

PANEL END

2 FAN

FAN

1

FAN

2

3 FAN

FAN

1

FAN

2

FAN

3

FANS CYCLED

1 ST AGE

2’ND STAGE

1’ST STAGE

FANS A VAILABLE

FOR VARIABLE

SPEED CONTROL

Table 2 - Ambient Fan Cycling Thermostat Settings

SNAFFOREBMUN

RESNEDNOCNO

SLEDOMWORELGNIS EGATSts1EGATSdn2

F°.D.TNGISED )C°(

FANS IN CONST ANT

OPERA TION

F°*SGNITTESTATSOMREHT )C°(

03 )7.6

1(

52 )9.31(

2

02 )1.11(

51 )3.8(
01 )6.5(

03 )7.61(
52 )9.31(

3

02 )1.11(

51 )3

.8(

01 )6.5(

06 )6.51(
56 )3.81(
07 )1.12(
57 )9.32(
08 )7.62(

06 )6.51(
56 )3.81(
07 )1.12(
57 )9.32(
08 )7.62(

04 )4.4(
55 )8.21(
06 )6.51(
56 )3.81(
57 )9.32(

* NOTE: These are typical settings. Further adjustments may be necessary to suit actual field conditions.

- 14 -

FLOODED CONDENSER WITH FAN CYCLING

Design TD = 25

LEDOM

200
300
500
600
800
010
210
410
610
910
420

:SETON

SNAF
GNOL

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

LOW AMBIENT OPERATION

WINTER OPERATION CHARGE -

-EGRAHCRETNIWLANOITIDDA

EGRAHCTNAREGIRFER

F°-.P

METTNEIBMA )C°(

LLUF%09REMMUS04 )4.4-( 02 )7.6-( 0 )81-( 02- )92-( 04- )04-(

SBL

SBL

)gk(

7.0

)4.1(

1.1

)2.2(

5.1

)1.3(

2.2

)5.4(

3.3

)6.6(

2.3

)5.6(

6.4

)3.9(

2.6

)7.21(

2.6

)7.21(

1.7

)4.41(

3.9

)0.91(

)gk(

78.0xegrahc22Resu705RdnaA404RroF

SBL

6.0

)3.0(

0.1

)5.0(

3.1

)7.0(

0.2

)0.1(

9.2

)5.1(

0.0

)5.1(

0.0

)1.2(

0.0

)8.2(

0.0

)8.2(

0.0

)2.3(

0.0

)2.4(

)gk(

SBL

9.0

)3.0(

4.1

)4.0(

0.2

)6.0(

8.2

)9.0(

2.4

)3.1(

4.2

)0.0(

5.3

)0.0(

7.4

)0.0(

7.4

)0.0(

6.1

)0.0(

1.2

)0.0(

tdnaegrahCremmuSehtfomusehtDDA,egrahCretniWenimretedoT

)gk(

6.0(

SBL

0.1

)4.0(

5.1

)

2.2

)9.0(

1.3

)3.1(

7.4

)9.1(

2.4

)1.1(

0

.6

)6.1(

1.8

)2.2(

1.8

)2.2(

6.1

)7.0(

1.2

)9.0(

)gk(

)4.0(
)7.0(
)0.1(
)4.1(
)1.2(
)9.1(
)7.2(
)7.3(
)7.3(
)7.0(
)9.0(

SBL

0.1

7.1

4.2

4.3

1.5

0.5

2.7

8.9

8.9

5.9

5.21

.egrahCretniWlanoitiddAeh

SLORTNOCDEDOOLFdna)NAF3dna2(GNILCYCNAFGNISU

SBL

)gk(

1.1

)5.0(

8.1

)8.0(

5.2

)1.1(

6.3

)6.1(

4.5

)3.2(

8.5

)3.2(

2.8

)3.3(

2.11

)4.4(

2.11

)4.4(

1.

11

)3.4(

6.41

)7.5(

)gk(

)5.0(
)8.0(
)1.1(
)6.1(
)

5.2(
)6.2(
)7.3(
)1.5(
)1.5(
)0.5(
)6.6(

Design TD = 20

LEDOM

200
300
500
600
800
010
210
410
610
910
420

:SETON

SNAF
GNOL

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

-EGRAHCRETNIWLANOITIDDA

EGRAHCTNAREGIRFER

F°-.P

METTNEIBMA )C°(

LLUF%09REMMUS04 )4.4-( 02 )7.6-( 0 )81-( 02- )92-( 04- )04-(

SBL

SBL

)gk(

7.0

)4.1(

1.1

)2.2(

5.1

)1.3(

2.2

)5.4(

3.3

)6.6(

2.3

)5.6(

6.4

)3.9(

2.6

)7.21(

2.

6

)7.21(

1.7

)4.41(

3.9

)0.91(

)gk(

78.0xegrahc22Resu705RdnaA404RroF

SBL

7.0

)3.0(

2.1

)5.0(

7.1

)7.0(

5.2

)0.1(

7.3

)5.1(

2.1

)5.1(

7.1

)1.2(

4.2

)8.2(

4.2

)8.2(

0.0

)2.3(

0.0

)2.4(

)gk(

SBL

0.1

)3.0(

5.1

)5.0(

2.2

)8.0(

1.3

)1.1(

7.4

)7.1(

7.3

)6.0(

3.5

)8.0(

3.7

)1.1(

3.7

)1.1(

0.6

)0.0(

9.7

)0.0(

)gk(

7.0(

AehtdnaegrahCremmuSehtfomusehtDDA,egrahCretniWenimretedoT

SBL

0.1

)4.0(

7.1

)

3.2

)0.1(

4.3

)4.1(

1.5

)1.2(

2.4

)7.1(

0

.6

)4.2(

1.8

)3.3(

1.8

)3.3(

7.6

)7.2(

8.8

)6.3(

)gk(

)5.0(
)8.0(
)1.1(
)5.1(
)3.2(
)9.1(
)7.2(
)7.3(
)7.3(
)0.3(
)0.4(

SBL

1.1

8.1

5.2

6.3

4.5

6.5

0.8

9.01

9.01

3.11

8.41

.egrahCretniWlanoitidd

SLORTNOCDEDOOLFdna)NAF3dna2(GNILCYCNAFGNISU

SBL

)gk(

2.1

)5.0(

9.1

)8.0(

6.2

)1.1(

8.3

)6.1(

6.5

)5.2(

3.6

)5.2(

9.8

)6.3(

1.21

)9.4(

1.21

)9.4(

7.21

)1.5

(

7.61

)7.6(

)gk(

)5.0(
)8.0(
)2.1(
)7.1(
)

6.2(
)8.2(
)1.4(
)5.5(
)5.5(
)8.5(
)6.7(

- 15 -

FLOODED CONDENSER WITH FAN CYCLING

Design TD = 15

LEDOM

200
300
500
600
800
010
210
410
610
910
420

:SETON

SNAF
GNOL

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

LOW AMBIENT OPERATION

WINTER OPERATION CHARGE -

-EGRAHCRETNIWLANOITIDDA

EGRAHCTNAREGIRFER

F°-.P

METTNEIBMA )C°(

LLUF%09REMMUS04 )4.4-( 02 )7.6-( 0 )81-( 02- )92-( 04- )04-(

SBL

SBL

)gk(

7.0

)4.1(

1.1

)2.2(

5.1

)1.3(

2.2

)5.4(

3.3

)6.6(

2.3

)5.6(

6.4

)3.9(

2.6

)7.21(

.6

2

)7.21(

1.7

)4.41(

3.9

)0.91(

)gk(

78.0xegrahc22Resu705RdnaA404RroF

SBL

9.0

)3.0(

5.1

)5.0(

1.2

)7.0(

0.3

)0.1(

5.4

)5.1(

5.3

)5.1(

9.4

)1.2(

7.6

)8.2(

7.6

)8.2(

4.5

)2.3(

1.7

)2.4(

)gk(

SBL

1.1

)4.0(

7.1

)7.0(

4.2

)9.0(

5.3

)4.1(

2.5

)1.2(

9.4

)6.1(

0.7

)2.2(

5.9

)0.3(

5.9

)0.3(

9.9

)5.2(
)2.3(

0.31

)gk(

8.0(

SBL

1.1

)5.0(

8.1

)

6.2

)1.1(

7.3

)6.1(

6.5

)4.2(

8.5

)2.2(

.8

2

)2.3(
)3.4(
)3.4(
)5.4(
)9.5(

2.11

2.11

2.21

1.61

)gk(

)5.0(
)8.0(
)2.1(
)7.1(
)5.2(
)6.2(
)7.3(
)1.5(
)1.5(
)6.5(
)3.7(

SBL

2.1

9.1

7.2

9.3

9.5

5.6

3.9

6.21

6.21

0.41

4.81

.egrahCretniWlanoitiddAehtdnaegrahCremmuSehtfomusehtDDA,egrahCretniWenimretedoT

SLORTNOCDEDOOLFdna)NAF3dna2(GNILCYCNAFGNISU

SBL

)gk(

2.1

)5.0(

0.2

)9.0(

8.2

)2.1(

0.4

)8.1(

0.6

)7.2(

9.6

)9.2(

9.9

)2.4(

4.31

)7.5(

4.31

)7.5(

3.6(

9.41

)

7.91

)3.8(

)gk(

)6.0(
)9.0(
)3.1(
)8.1(
)

7.2(
)1.3(
)5.4(
)1.6(
)1.6(
)8.6(
)9.8(

Design TD = 10

LEDOM

200
300
500
600
800
010
210
410
610
910
420

:SETON

SNAF
GNOL

SBL

10.3

18.4

17.6

18.9

17.41

24.41

26.02

29.72

29.72

38.13

38.14

-EGRAHCRETNIWLANOITIDDA

EGRAHCTNAREGIRFER

F°-.P

METTNEIBMA )C°(

LLUF%09REMMUS04 )4.4-( 02 )7.6-( 0 )81-( 02- )92-( 04- )04-(

SBL

)gk(

7.0

)4.1(

1.1

)2.2(

5.1

)1.3(

2.2

)5.4(

3.3

)6.6(

2.3

)5.6(

6.4

)3.9(

2.6

)7.21(

.21(

2.6

)7

1.7

)4.41(

3.9

)0.91(

)gk(

78.0xegrahc22Resu705RdnaA404RroF

SBL

1.1

)3.0(

7.1

)5.0(

4.2

)7.0(

5.3

)0.1(

2.5

)5.1(

3.5

)5.1(

5.7

)1.2(

2.01

)8.2(

2.01

)8.2(

6.01

)2.3(

0.41

)2.4(

)gk(

SBL

2.1

)5.0(

9.1

)8.0(

6.2

)1.1(

8.3

)6.1(

7.5

)4.2(

5.6

)4.2(

3.9

)4.3(
)6.4(
)6.4(
)8.4(
)4.6(

6.21

6.21

7.31

0.81

)gk(

9.0(

SBL

2.1

)5.0(

0.2

)

8.2

)2.1(

0.4

)7.1(

0.6

)6.2(

1.7

)9.2(

.01

)2.4(
)7.5(
)7.5(
)2.6(
)2.8(

1

7.31

7.31

4.51

3.02

)gk(

)6.0(
)9.0(
)3.1(
)8.1(
)7.2(
)2.3(
)6.4(
)2.6(
)2.6(
)

0.7(
)2.9(

CretniWlanoitiddAehtdnaegrahCremmuSehtfomusehtDDA,egrahCretniWenimretedoT

SBL

3.1

0.2

8.2

1.4

2.6

6.7

9.01

8.41

8.41

5.61

7.12

.egrah

SBL

)gk(

3.1

)6.0(

0.2

)9.0(

9.2

)3.1(

2.4

)9.1(

2.6

)8.2(

1.8

)5.3(

5.11

)9.4(

6.51

)7.6(

6.51

)7.6(

8.71

)5.7(

4.32

)9.9(

SLORTNOCDEDOOLFdna)NAF3dna2(GNILCYCNAFGNISU

)gk(

)6.0(
)9.0(
)3.1(
)9.1(

8.2(

)
)7.3(
)2.5(
)1.7(
)1.7(
)1.8(

)6.01(

- 16 -

INSTALLATION

INSPECTION

A thorough inspection of the equipment, including all
component parts and accessories, should be made
immediately upon delivery . Any damage caused in transit,
or missing parts, should be reported to the carrier at once.
The consignee is responsible for making any claim for
losses or damage. Electrical characteristics should also
be checked at this time to ensure that they are correct.

LOCATION

Before handling and placing the unit into position a review
of the most suitable location must be made. This
condenser is designed for outdoor installation.
A number of factors must be taken into consideration

Horizontal Air Discharge

(Standard Shipping Configuration)

when selecting a location. Most important is the provision
for a supply of ambient air to the condenser, and removal
of heated air from the condenser area.
Higher condensing temperatures, decreased
performance, and the possibility of equipment failure
may result from inadequate air supply .
Other considerations include:

1. Customer requests

2. Loading capacity of the roof or floor.

3. Distance to suitable electrical supply.

4. Accessibility for maintenance.

5. Local building codes.

6. Adjacent buildings relative to noise levels.

WALLS OR OBSTRUCTIONS

All sides of the unit must be a minimum of 4 feet

(1.25 m) away from any wall or obstruction. Overhead
obstructions are not permitted. If enclosed by three
walls, the condenser must be installed as indicated for
units in a pit.

4 ft

(1.25 m)

min.

LOUVERS/FENCES

Louvers/fences must have a minimum of 80% free area
and 4 feet (1.25 m) minimum clearance between the
unit and louvers/fence. Height of louver/fence
must not exceed top of unit.

MULTIPLE UNITS

A minimum of 8 feet (2.5 m) is required between
multiple units placed side by side. If placed end to end,
the minimum distance between units is 4 feet (1.25 m).

8 ft

(2.5 m)

min.

Note: Units shown without optional mounting legs

4 ft

(1.25 m)

min.

4 ft

(1.25 m)

min.

- 17 -

INSTALLATION

Vertical Air Discharge

(Requires Optional Mounting Leg Kit)

WALLS OR OBSTRUCTIONS

All sides of the unit must be a minimum of 4 feet

(1.25 m) away from any wall or obstruction. Overhead
obstructions are not permitted. If enclosed by three
walls, the condenser must be installed as indicated for
units in a pit.

4 ft

(1.25 m)

min.

UNITS IN PITS

The top of the condenser must be level with, or above the
top of the pit. In addition, a minimum of 8 feet
(2.5 m) is required between the unit and the pit walls.

MULTIPLE UNITS

A minimum of 8 feet (2.5 m) is required between
multiple units placed side by side. If placed end to end,
the minimum distance between units is 4 feet (1.25 m).

8 ft

(2.5 m)

min.

LOUVERS/FENCES

Louvers/fences must have a minimum of 80% free area
and 4 feet (1.25 m) minimum clearance between the
unit and louvers/fence. Height of louver/fence
must not exceed top of unit.

8 ft

(2.5 m)

min.

8 ft

(2.5 m)

min.

PLACEMENT

Once a suitable location is selected ensure all the remote
mounting parts (legs and hardware) are available. Refer to
Fig.1b (P. 19) and the dimensional data on page 6 for the leg
mounting locations.

4 ft

(1.25 m)

min.

Note: Units shown with optional mounting legs

4 ft

(1.25 m)

min.

- 18 -

INSTALLATION

Fig. 1 - LIFTING / OPTIONAL LEG INSTRUCTIONS

Fig. 1a - LIFTING POSITIONS

FOR HORIZONTAL AIR FLOW

CONFIGURATION

Lower unit into vertical
air flow position, taking
care not to damage coil
surface under unt.

Optional horizontal

For horizontal air flow
configuration, Outlet
header connection
MUST be at the bottom.

leg kit shown.

Air cooled condensers are large, heavy mechanical
equipment and must be handled as such. A fully qualified
and properly equipped crew with necessary rigging should
be engaged to set the condenser into position. Lifting
brackets or holes have been provided at the corners for
attaching lifting slings. S preader bars must be used when
lifting so that the lifting force must be applied vertically .

Under no circumstances should the coil headers or
return bends be used in lifting or moving the con­denser.

Ensure the unit is placed in a level position (to ensure
proper drainage of liquid refrigerant and oil). The legs
should be securely anchored to the building structure,
sleeper or concrete pad. The weight of the condenser is
not enough to hold in place during a strong wind, the legs

must be anchored.

Fig. 1b - LIFTING POSITIONS

FOR MOVING INTO VERTICAL

AIR FLOW POSITION

Legs are fastened to
end panel side flanges
usiing 5/16-18 bolts and
lock-nuts provided with
optional leg kit.

DISCHARGE LINES

Discharge lines should be designed to minimize

refrigerant pressure drop, since high pressure losses
increase the required compressor horsepower per ton of
refrigeration.

Discharge lines must be pitched away from the
compressor to ensure proper drainage of oil being carried
in the line.
A discharge check-valve at the bottom of a vertical riser
will prevent oil (and liquid refrigerant) from draining back to
the compressor during the off-cycle. When the vertical lift
exceeds 30 feet (9 m), insert close-coupled traps in the
riser at 30 feet (9 m) intervals.

An alternate method of handling the oil problem would be
the addition of an oil separator see Figure 3 (b).

REFRIGERANT PIPING

All refrigeration piping must be installed by a qualified
refrigeration mechanic. The importance of correct
refrigerant pipe sizing and layout cannot be over­emphasized. Failure to observe proper refrigerant piping
practices can result in equipment failure which may not be
covered under warranty .
All air cooled condensers are supplied complete with
headers and refrigerant connections sized for connecting
to standard refrigeration tubing.These connections may
not be the same as the actual line sizes required for the
field installation. Refer to a recognized source (ASHRAE
charts, manufacturer’s engineering manuals etc.) for line
sizing.

A reverse trap should be installed at the top of all vertical
risers. The top of the reverse trap should be the highest
point in the discharge line and should have an access
valve installed to allow the reclaimation of non-condensible
gas from the system.

Pulsation of the hot gas in the discharge line is an inher­ent characteristic of systems utilizing reciprocating
compressors. The discharge line must be rigidly sup­ported along its entire length to prevent transmission of
vibration and movement of the line.

CONDENSA TE LINES

The condensate line must be designed to allow free
drainage of refrigerant from the condenser coil to the
receiver. Refer to Fig. 4 for typical condensate line piping
when utilizing head pressure regulating valves.

- 19 -

Fig. 2 - 5

INSTALLATION

TYPICAL SYSTEM PIPING

Figure 2 - Single Circuit

Figure 4 - Single circuit regulator valve

head pressure control

Figure 3(a) - Single circuit with

double discharge riser
(may be required with
capacity control)

Figure 5 - Multiple circuits

Figure 3(b) - Single circuit with

Oil Separator (may be
required with capacity
control)

15

LEGEND

1 - Compressor
2 - Air Cooled Condenser
3 - Receiver
4 - Condensate Line
5 - Discharge Line
6 - Trap-minimum 18” (157 mm)
7 - Reverse Trap-minimum

6” (152 mm)
8 - Access Schrader Valve
9 - Double Discharge Riser

10 -Head Pressure Regulator

(open on rise of inlet)

11 -Receiver Pressure Regulator

Valve (opens on rise of

differential)

12 -Check Valve “A”
13 -Check Valve “B”
14 -Receiver Relief Valve
15 -Oil Separator

ELECTRICAL WIRING

All wiring and connections to the air cooled condenser
must be made in accordance with the National Electrical
Code and all local codes and regulations. Any wiring
diagrams shown are basic and do not necessarily
include electrical components which must be field
supplied. (see pages 7-10 for typical wiring diagrams).
Refer to the Electrical Specifications table on p age 3 for
voltage availability and entering service requirements.

SYSTEM ST ART-UP CHECKS

1. Check the electrical characteristics of all components
to be sure they agree with the power supply .

2. Check tightness of all fans and motor mounts.

3. Check tightness of all electrical connections.

4. Upon start-up, check fans for correct rotation. Air is
drawn through the condenser coil. T o change rot ation
on 3 phase units reverse any two (2) fan motor leads.

5. All system piping must be thoroughly leak checked
before a refrigerant charge is introduced.

MAINTENANCE

A semi annual inspection should be carried out by a
qualified refrigeration service mechanic. The main power
supply must be disconnected.

1. Check electrical components. Tighten any loose
connections.

2. Check control capillary tubes and lines for signs of wear
due to excessive vibration or rubbing on metal parts.
Secure if necessary .

3. Check tightness of all fans and motor mounts. Remove
any deposits which could effect fan balance. Note: Fan
motors are permanently lubricated and require only
visual inspection.

4. Clean the condenser coil using a soft brush or by
flushing with cool water or coil cleansers available
through NRP (National Refrigeration Products Inc.)

5. Update service log information (back page of service
manual)

- 20 -

GENERIC SERVICE PARTS

NOITPIRCSED#LEDOMROF#TRAP

05/1/022-002-ROTOMNAF
05/1/004-083-ROTOMNAF 8294801

ROTICAPAC 100-8772401

TNUOMROTOM 2505801

DRAUGNAF 3505801

EDALBNAF 4884801

TNUOMROTOM 0505801
DRAUGNAF 1505801
EDALBNAF 5884801

REGNILS

OPTIONAL LEG KITS PART NUMBERS

V044@DFM5.7NUR-

05/1/004-083/022-002-ROTOMNAF

V044@DFM5NUR-ROTICAPAC 4427401

50Hz

7294801

300&200

0394801

00

420-5

LLA

1

562580

#LEDOMROF

610-200

420&910

15801600-4415801

200-4415801400-4415801
300-44

EGRAHCSIDRIALATNOZIROHEGRAHCSIDRIALACITREV

REBMUNTRAP

- 21 -

NOTES

- 22 -

FINISHED GOODS WARRANTY

The terms and conditions as described below in the General Warranty Policy cover all products

manufactured by National Refrigeration.

GENERAL WARRANTY POLICY

Subject to the terms and conditions hereof, the Company warrants all Products, including Service
Parts, manufactured by the Company to be free of defects in material or workmanship, under normal

use and application for a period of one (1) year from the original date of installation, or eighteen (18)
months from the date of shipment from the Company, whichever occurs first. Any replacement
part(s) so supplied will be warranted for the balance of the product’s original warranty. The part(s) to
be replaced must be made available in exchange for the replacement part(s) and reasonable proof of
the original installation date of the product must be presented in order to establish the effective date
of the warranty , failing which, the ef fective date will be based upon the date of manufacture plus thirty
(30) days. Any labour, material, refrigerant, transportation, freight or other charges incurred in con­nection with the performance of this warranty will be the responsibility of the owner at the current
rates and prices then in effect. This warranty may be transferred to a subsequent owner of the
product.

THIS WARRANTY DOES NOT COVER

(a) Damages caused by accident, abuse, negligence, misuse, riot, fire, flood, or Acts of God (b) damages
caused by operating the product in a corrosive atmosphere (c) damages caused by any unauthorized
alteration or repair of the system affecting the product’s reliability or performance (d) damages caused
by improper matching or application of the product or the product’s components (e) damages caused
by failing to provide routine and proper maintenance or service to the product (f) expenses incurred for
the erecting, disconnecting, or dismantling the product (g) parts used in connection with normal
maintenance, such as filters or belts (h) products no longer at the site of the original installation (i)
products installed or operated other than in accordance with the printed instructions, with the local
installation or building codes and with good trade practices (j) products lost or stolen.

No one is authorized to change this WARRANTY or to create for or on behalf of the Company any
other obligation or liability in connection with the Product(s). There is no other representation, warranty
or condition in any respect, expressed or implied, made by or binding upon the Company other than the
above or as provided by provincial or state law and which cannot be limited or excluded by such law , nor
will we be liable in any way for incidental, consequential, or special damages however caused.

The provisions of this additional written warranty are in addition to and not a modification of or subtraction
from the statutory warranties and other rights and remedies provided by Federal, Provincial or State
laws.

PROJECT INFORMATION

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- 23 -

“AS BUILT” SERVICE PARTS

04/14/2008

Service Parts ListService Parts List

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135 Little Nine Drive, Morehead City135 Little Nine Drive, Morehead City
252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALL

252-240-2829 • 1-800-24-BALL

252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALL
e-mail: ballysales@ballyrefboe-mail: ballysales@ballyrefbo

e-mail: ballysales@ballyrefbo

e-mail: ballysales@ballyrefboe-mail: ballysales@ballyrefbo

Due to Manufacturer’s policy of continuous product improvement,
the Manufacturer reserves the right to make changes without notice.

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