Bradford White BMT2V0400 User Manual

Installation and Operation Instructions Document 1244A

Installation and Operation
Instructions for

Hydronic Boiler
Model BMT2H

Water Heater
Model BMT2V
Sizes 200, 300, 400

FOR YOUR SAFETY: This product must be installed and serviced by a professional service technician,

qualified in hot water boiler installation and maintenance. Improper installation and/or operation could
create carbon monoxide gas in flue gases which could cause serious injury, property damage, or
death. Improper installation and/or operation will void the warranty. For indoor installations, as an
additional measure of safety, Bradford White strongly recommends installation of suitable Carbon
Monoxide detectors in the vicinity of this appliance and in any adjacent occupied spaces.

WARNING
If the information in this manual is not
followed exactly, a fire or explosion may
result causing property damage, personal
injury or loss of life.

Do not store or use gasoline or other
flammable vapors and liquids in the vicinity of
this or any other appliance.
WHAT TO DO IF YOU SMELL GAS

• Do not try to light any appliance.

• Do not touch any electrical switch; do not

use any phone in your building.

• Immediately call your gas supplier from

a nearby phone. Follow the gas supplier's
instructions.

• If you cannot reach your gas supplier, call

the fire department.
Installation and service must be performed
by a qualified installer, service agency, or gas
supplier.

Assurez-vous de bien suivres les instructions
données dans cette notice pour réduire au
minimum le risque d’incendie ou d’explosion ou
pour éviter tout dommage matériel, toute blessure
ou la mort.

Ne pas entreposer ni utiliser d’essence ni d’autres
vapeurs ou liquides inflammables dans le voisinage
de cet appareil ou de tout autre appareil.
QUE FAIRE SI VOUS SENTEZ UNE ODEUR DE GAZ:

• Ne pas tenter d’allumer d’appareils.

• Ne touchez à aucun interrupteur. Ne pas vous

servir des téléphones dansle bâtiment où vous
trouvez.

• Appelez immédiatement votre fournisseur de

gaz depuis un voisin. Suivez les instructions
du fournisseur.

• Si vous ne pouvez rejoindre le fournisseur de

gaz, appelez le sservice des incendies.
L’installation et l’entretien doivent être assurés par
un installateur ou un service d’entretien qualifié ou
par le fournisseur de gaz.

AVERTISSEMENT

H2357900-

238-49221-00B REV 7/14

Page 2

Bradford White Corp.

TABLE OF CONTENTS

SECTION 1. General Information

1.1 Introduction ...................................................... 3

1.2 Model Identication .......................................... 4

1.3 Warranty .......................................................... 4

1.4 Dimensions ...................................................... 4

1.5 Locating the Appliance..................................... 4

1.6 Locating Pump-Mounted Water Heater

with Respect to Storage Tank(s) ...................... 7

1.7 Locating Pump-Mounted Boiler with

Respect to Return/Supply Header ................... 7

1.8 Locating Appliance for Correct Horizontal Vent/

Ducted Air Distance From Outside Wall .......... 7

SECTION 2. Venting and Combustion Air

2.1 Combustion Air ................................................ 8

2.1.1 Combustion Air From Room ............................ 8

2.1.2 Intake Combustion Air...................................... 9

2.2 Venting ............................................................. 9

2.2.1 Vent Categories ............................................... 9

2.2.2 Category I Vent ................................................ 9

2.2.3 Common Venting Systems .............................. 9

2.2.4 Category III Vent ............................................ 10

2.3 Locating Vent & Combustion Air Terminals .... 10

2.3.1 Side Wall Vent Terminal ................................. 10

2.3.2 Side Wall Combustion Air Terminal ................ 13

2.3.3 Vertical Vent Terminal .................................... 13

2.3.4 Vertical Combustion Air Terminal ................... 13

2.4 Common Vent Test – Boilers ......................... 13

2.5 Vent Terminals for Outdoor Units ................... 14

SECTION 3. Gas Supply and Piping

3.1 Gas Supply and Piping .................................. 15

SECTION 4A. Water Connections –
Boiler

4A.1 Heating System Piping:

Hot Supply Connections – Boiler ................... 16

4A.2 Cold Water Make-Up – Boiler ........................ 16

4A.3 Water Flow Requirements – Boiler ................ 16

4A.4 Freeze Protection – Boiler ............................. 16

SECTION 4B. Water Connections –
Water Heater

4B.1 Water System Piping – Water Heater ............ 20

4B.2 Hot Water Supply Piping – Water Heater ...... 20

4B.3 Water Flow Requirements – Water Heater .... 20

4B.4 Combined Water (potable)

Heating and Space Heating ........................... 20

4B.5 Freeze Protection – Water Heater ................. 21

SECTION 5. Electrical Connections

5.1 Main Power .................................................... 24

5.2 Field Wiring ................................................... 24

SECTION 6. Operating Instructions

6.1 Filling the Boiler System ................................ 26

6.2 Operating Temperature Control ..................... 26

6.3 External Boiler Operations ............................. 28

6.4 Sequence of Operation .................................. 28

6.5 Ignition Control Reaction to Air Flow/

Blocked Vent Pressure Switch ....................... 28

6.6 Operating the Burner and Set Up .................. 29

6.6.1 Set Up for 0 to 2500 Feet Altitude.................. 29

6.6.2 High Altitude Adjustment and Set Up ............. 29

6.7 Shutting Down the Brute Deluxe ................... 30

6.8 To Restart the Brute Deluxe .......................... 30

SECTION 7. Maintenance

7.1 System Maintenance ..................................... 30

7.2 Appliance Maintenance and

Component Description ................................. 30

7.2.1 Burners .......................................................... 31

7.2.2 Filter ............................................................... 31

7.2.3 Gas Valves ..................................................... 31

7.2.4 Manual Reset High Limit Control ................... 31

7.2.5 Ignition Control............................................... 31

7.2.6 Ignitor ............................................................. 31

7.2.7 Transformer ................................................... 31

7.2.8 Flow Switch .................................................... 31

7.2.9 Heat Exchanger Coil ...................................... 32

SECTION 8. Trouble Shooting

8.1 Resolving Lockouts........................................ 33

8.2 Delayed Ignition – Possible Causes .............. 33

8.3 Short Cycling – Boiler .................................... 33

8.4 Short Cycling – Water Heater ........................ 33

8.5 High Gas Consumption.................................. 33

SECTION 9. Replacement Parts

9.1 General Information ....................................... 34

9.2 Parts List ........................................................ 34

Brute Deluxe (200, 300, 400)

SECTION 1.
General Information

Page 3

USING THIS MANUAL – Because the Brute
Deluxe Boilers and Brute Deluxe Water Heaters are
identical appliances, with the exception of materials
of manufacture, labels and ultimate use application,
this manual provides information for the proper
installation, operation and maintenance of both
products. Where differences exist between the
application of the appliances and their operation,
the sections pertinent to only one appliance or the

other will be so identied.

In the Commonwealth of Massachusetts, this
appliance must be installed by a licensed plumber or

gas tter.

1.1 Introduction

This manual provides information necessary
for the installation, operation, and maintenance
of Bradford White's Brute Deluxe copper tube
appliances, sizes 200-400 MBTU/hr (larger models are

covered in a separate manual). Read it carefully before
installation.

All application and installation procedures
should be reviewed completely before proceeding

with the installation. Consult the Bradford White.

factory, or local factory representative, with any issues

or questions regarding this equipment. Experience

has shown that most operating issues are caused by

improper installation.

The Brute Deluxe appliance is protected against

over pressurization. A pressure relief valve is tted to
all appliances. It is installed on the outlet header, at the
water outlet of the appliance.

IMPORTANT: The inlet gas pressure to the appliance
must not exceed 13 in. w.c. (3.2 kPa).

All installations must be made in accordance with:

1) In the U.S., the " National Fuel Gas Code "ANSI
Z223.1/NFPA54, Latest Edition and all applicable

local codes as required by the Authorities Having
Jurisdiction (AHJ), or

2) In Canada, the "Natural Gas and Propane
Installation Code", CSA B149.1, latest edition and all
applicable local codes as required by the AHJ.

All electrical wiring is to be done in accordance with:

1). In the U.S., the "National Electrical Code" (NEC),
ANSI/NFPA 70, latest Edition and all applicable local

codes as required by the AHJ, or

2). In Canada, the “Canadian Electrical Code - Part
1”, CSA STD. C22.1 and all applicable local codes as
required by the AHJ.

This appliance must be electrically grounded in
accordance with the applicable codes and standards

referenced above.

WARNING

To minimize the risk of electric shock, fire or
other hazards which could result in property
damage, injury, or death. The Brute Deluxe
hydronic, boiler or water heater must be
installed in accordance with the procedures
detailed in this manual, or the Bradford White.
warranty may be voided. The installation
must conform to the requirements of the local
jurisdiction having authority, and, in the United
States, to the latest edition of the National
Fuel Gas Code, ANSI Z223.1/NFPA54. In
Canada, the installation must conform to
the latest edition of the Natural Gas and
Propane Installation Code, CSA B149.1 and/
or applicable local codes. Where required by
the authority having jurisdiction, the installation
of Brute Deluxe appliances must conform to
the Standard for Controls and Safety Devices
for Automatically Fired Boilers, ANSI/ASME
CSD-1. Any modifications to the boiler, its gas
controls, or wiring may void the warranty. If
field conditions require modifications, consult
the factory representative before initiating such
modifications.

AVERTISSEMENT

Afin de minimiser les risques d'électrocution,
d'incendie ou d'autres dangers qui pourraient
entraîner des dommages aux biens, des
blessures ou la mort. Le Brute Deluxe
hydronique, une chaudière ou un chauffe-eau
doit être installé conformément aux procédures
détaillées dans ce manuel, ou le chauffage
Bradford White Systèmes garantie peut être
annulée. L'installation doit être conforme aux
exigences de la juridiction locale ayant l'autorité,
et, aux ÉTATS-UNIS , à la dernière édition du
National gaz combustible Code, ANSI Z223.1/
NFPA54. Au Canada, l'installation doit être
conforme à la dernière édition du gaz naturel
et propane Code d'Installation, CSA B149.1 et/
ou codes locaux. Lorsque requis par l'autorité
ayant juridiction, l'installation de Brute Deluxe
les appareils doivent être conformes à la norme
pour les contrôles et les dispositifs de sécurité
automatiquement pour chaudières, ANSI/ASME
LA CDD-1. Toute modification apportée à la
chaudière, de ses commandes de gaz, ou le
câblage peut annuler la garantie.

Page 4

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

B

M T 2 C 2

Bradford White Corp.

SERIES

M T 2

B

USAGE

H

V

0 2 0 0

0 3 0 0

0 4 0 0

SIZE

FUEL

N

P

1.2 Model Identication

Consult the rating plate on the unit. The

following information describes the model number

structure.

Model Character Designation

1-4 Model Series Designation

B M T 2 = Bradford White, Brute Deluxe

5 Usage

H = Hydronic
V = Volume Water

6-9 Size

0 2 0 0 = 199,900 BTU/h input
0 3 0 0 = 300,000 BTU/h input
0 4 0 0 = 399,900 BTU/h input

10 Fuel

N = Natural Gas
P = Propane

11 Location

C = Indoor and Outdoor

12 Firing Mode

C = On-Off (standard)
K = Two-stage (optional)

13 Revision

2 = Revision Level 2

14 Heat Exchanger

B = Glass-lined CI / copper / brz trim (std. MT2V)
C = Glass-lined cast iron / copper (std. MT2H)
N = Glass-lined cast iron / cu-nickel
P = Glass-lined cast iron / cu-nickel / brz trim
2 = Glass-lined cast iron / copper, brz trim, HLW
5 = Glass-lined cast iron / cu-nickel / brz, HLW

15 Options Code

X = Standard unit
L = Low temperature control (std. MT2V)

16 Pump Options

X = No Pump
N = Pump mounted, normal water, Taco
S = Pump mounted, soft water pump (MT2V

only), Taco

G = Pump mounted, normal water, Grundfos

LOCATION

C

FIRING

MODE

C

K

REVISION

2

HEAT

EXCHANGER

B

C

N

P

2

5

OPTIONS

CODE

X

L

1.3 Warranty

Bradford White's Brute Deluxe appliances are

covered by a limited warranty. The owner should
ll out the warranty registration card and return it to
Bradford White.

All warranty claims must be made to an

authorized Bradford White. representative or directly
to the factory. Claims must include the serial number

and model (this information can be found on the rating

plate), installation date, and name of the installer.
Shipping costs are not included in the warranty
coverage.

Some accessory items are shipped in separate
packages. Verify receipt of all packages listed on
the packing slip. Inspect everything for damage

immediately upon delivery, and advise the carrier of

any shortages or damage. Any such claims should be
led with the carrier. The carrier, not the shipper, is

responsible for shortages and damage to the shipment

whether visible or concealed.

1.4 Dimensions

See Figures 1A and 1B.

1.5 Locating the Appliance

The appliance should be located to provide

clearances on all sides for maintenance and inspection.

It should not be located in an area where leakage of
any connections will result in damage to the area

adjacent to the appliance or to lower oors of the
structure.

When such a location is not available, it is
recommended that a suitable drain pan, adequately

drained, be installed under the appliance.

The appliance is design certied by CSA­International for installation on combustible ooring;
in basements; in closets, utility rooms or alcoves.

Brute Deluxe Boilers or Water Heaters must never
be installed on carpeting. The location for the

appliance should be chosen with regard to the vent

pipe lengths and external plumbing. The unit shall be

installed such that the gas ignition system components

are protected from water (dripping, spraying, rain, etc.)

during operation and service (circulator replacement,

control replacement, etc.). When vented vertically, the

PUMP

OPTIONS

X

N

S
G

Brute Deluxe (200, 300, 400)

Page 5

Combustion Air

Model A

Connection

in. cm in. cm in. cm in. cm

200 20.5 52 4 10 5 13 4 10
300 26.5 67 4 10 6 15 5 13
400 33.6 85 6 15 7 18 6 15

*Air and vent connections may be on top or back of the Brute Deluxe, and are eld convertible.

Figure 1A. Dimensional Data - Non Pump Mounted.

B*

Vent Connection

C*

Dimensions shown in inches, cm.

Horizontal

(Cat III)

Vent Pipe Size

Page 6

Bradford White Corp.

Model A

in. cm in. cm in. cm in. cm

200 20.5 52 4 10 5 13 4 10
300 26.5 67 4 10 6 15 5 13
400 33.6 85 6 15 7 18 6 15

*Air and vent connections may be on top or back of the Brute Deluxe, and are eld convertible.

Figure 1b. Dimensional Data - Pump Mounted.

Combustion Air

Connection

B*

Vent Connection

C*

Dimensions shown in inches, cm.

Horizontal

(Cat III)

Vent Pipe Size

Brute Deluxe (200, 300, 400)

Page 7

Heater

Size

200 5 13 4 10 4 10 50 15 3 CA003101 CA003201
300 6 15 5 13 4 10 50 15 3 CA003102 CA003201
400 7 18 6 15 6 15 50 15 3 CA003103 CA003202

Appliance

Surface

Left Side 1 2.5 24 61
Right Side 1 2.5 24 61
Top 1 2.5 12 30
Back 1 2.5 12** 30**
Front 1 2.5 36 91
Vertical

(Category 1)

Vent

Horizontal
(Category 3)
Vent

*1" (2.5 cm) when b-vent is used.
**When vent and/or combustion air connects to the back,
recommended clearance is 36" (91cm).

Vent Collar

Size

in cm in cm in cm ft m

Required

Clearance From

Combustible Material

inches cm inches cm

6* 15.2*

per UL 1738 venting
system supplier's
instructions

Table 2. Clearances.

Horizontal

Vent Pipe

Diameter

Table 1. Horizontal Vent / Combustion Air Parameters.

Recommended
Service Access

Clearance

Intake

Air Collar

& Pipe

Diameter

Max. Pipe

Length

Max. No.

of Elbows

Side Vent

Terminal

Part Number

1.7 Locating Pump-Mounted Boiler with
Respect to Return/Supply Header

For the best results, a pump-mounted Brute

Deluxe boiler should be located within 15 feet (4.6m)
of the supply and return headers. The pump is sized for
30 feet (9.1m) of piping.

If the appliance must be installed with longer

piping runs, then larger diameter tubing may be

acceptable. Consult the factory for assistance.

1.8 Locating Appliance for Correct
Horizontal Vent/Ducted Air Distance
From Outside Wall

The forced draft combustion air blower in the

appliance has sufcient power to pull air and vent

properly when the guidelines for horizontal air and
vent are followed (see Table 1).

NOTE: On some models, the vent collar size is
larger than the size of the vent pipe that can be
used. Vent collar size and horizontal pipe diameters

Brute Deluxe must be located as close as practical to

a chimney or outside wall. If the vent terminal and/

or combustion air terminal terminate through a wall,
and there is potential for snow accumulation in the
local area, both terminals should be installed at an
appropriate level above grade such that blockage of
the terminal from accumulated debris or precipitation

is prevented.

The dimensions and requirements that are shown

in Table 2 should be met when choosing the locations

for the appliance.

can be found in Table 1. The larger vent collar
size is to accommodate Category I (vertical) vent
systems.

NOTE: When located on the same wall, the Brute
Deluxe combustion air intake terminal must be
installed a minimum of 12" (30cm) below the
exhaust vent terminal and separated by a minimum
of 36 inches (91cm) horizontally.

The air intake terminal must be installed high

enough to avoid blockage from snow, leaves and other

debris.

1.6 Locating Pump-Mounted Water Heater
with Respect to Storage Tank(s)

For best results, a pump-mounted Brute Deluxe

water heater should be located within 15 feet (4.6m)
of the storage tank(s). The pump is sized for 30 feet
(9.1m) of piping.

If the appliance must be installed with longer

piping runs, then larger diameter pipe or tubing may be

acceptable. Consult the factory for assistance.

SECTION 2.

Side Wall
Combustion
Air Terminal

Part Number

Page 8

Bradford White Corp.

Venting and Combustion Air

WARNING

For indoor installations, as an additional
measure of safety, National Combustion Co.
strongly recommends installation of suitable
Carbon Monoxide detectors in the vicinity of this
appliance and in any adjacent occupied spaces.

AVERTISSEMENT

Pour des installations intérieures, National
Combustion Co. recommande fortement, comme
mesure de sécurité supplémentaire, l’installation
de détecteurs de monoxyde de carbone adaptés
dans le voisinage de l’appareil et dans chacune
des pièces habitées adjacentes.

2.1 Combustion Air

Brute Deluxe boilers and water heaters must
have provisions for combustion and ventilation air in
accordance with the applicable sections addressing
requirements for air for combustion and ventilation of

the National Fuel Gas Code, ANSI Z223.1. In Canada,
the applicable sections of the Natural Gas and Propane
Installation Code (CSA B149.1) must be followed. In

all cases any and all applicable local installation codes

must also be followed.

A Brute Deluxe appliance may receive
combustion air from the space in which it is installed,

or it can be ducted directly to the unit from the outside.
Proper ventilation air must be provided in either case.

2.1.1 Combustion Air From Room

In the United States, the most common

requirements specify that the space shall communicate
with the outdoors in accordance with method 1 or 2,

which follow. Where ducts are used, they shall be of

the same cross-sectional area as the free area of the

openings to which they connect.

Method 1: Two permanent openings, one
commencing within 12 inches (30 cm) of the top
and one commencing within 12 inches (30 cm) of

the bottom, of the enclosure shall be provided. The

openings shall communicate directly, or by ducts,
with the outdoors or spaces that freely communicate

with the outdoors. When directly communicating

with the outdoors, or when communicating to the
outdoors through vertical ducts, each opening shall
have a minimum free area of 1 square inch per 4000

Btu/hr (5.5 square cm/kW) of total input rating of all
equipment in the enclosure. When communicating to

the outdoors through horizontal ducts, each opening
shall have a minimum free area of not less than
1 square inch per 2000 Btu/hr (11 square cm/kW) of

total input rating of all equipment in the enclosure.

Table 3 shows data for this sizing method, for each

Brute Deluxe model.

Method 2: One permanent opening, commencing

within 12 inches (30 cm) of the top of the enclosure,

shall be permitted. The opening shall directly

communicate with the outdoors or shall communicate
through a vertical or horizontal duct to the outdoors
or spaces that directly communicate with the outdoors
and shall have a minimum free area of 1 square inch

per 3000 Btu/hr (7 square cm/kW) of the total input
rating of all equipment located in the enclosure. This

opening must not be less than the sum of the areas of

all vent connectors in the conned space.

Other methods of introducing combustion and
ventilation air are acceptable, providing they conform
to the requirements in the applicable codes listed

above.

In Canada, consult local building and safety

codes or, in absence of such requirements, follow CSA
B149.1, the Natural Gas and Propane Installation Code.

Boiler

Model

200 50 323
300 75 484
400 100 645

*Net Free Area in Square Inches / Square cm

Area indicated is for one of two openings; one at oor level

and one at the ceiling, so the total net free area could be

double the gures indicated.

This chart is for use when communicating directly with the
outdoors. For special conditions and alternate methods, refer
to the latest edition of ANSI Z223.1.

Note: Check with louver manufacturers for net free area of
louvers. Correct for screen resistance to the net free area
if a screen is installed. Check all local codes applicable to
combustion air.

Table 3. Combustion Air Openings.

Figure 2. Combustion Air and Vent Through Roof.

Square inches Square cm

Each Opening*

Brute Deluxe (200, 300, 400)

Page 9

2.1.2 Intake Combustion Air

The combustion air can be taken through the

wall, or through the roof. When taken from the wall,

it must be taken from out-of-doors by means of the
Bradford White horizontal wall terminal (see Table 1).

When taken from the roof, a eld-supplied rain cap or

an elbow arrangement must be used to prevent entry of
rain water (see Figure 2).

Use single-wall galvanized pipe, per Table

4, for the combustion air intake (see Table 1 for

appropriate size). Route the intake to the heater as
directly as possible. Seal all joints with tape. Provide
adequate hangers. The unit must not support the
weight of the combustion air intake pipe. Maximum
linear pipe length allowed is 50 feet (15.2m). Three
elbows have been calculated into the 50-foot (15.2m)
linear run. Subtract 10 allowable linear feet (3.0m) for

every additional elbow used (see Table 1). When fewer
than 3 elbows are used, the maximum linear pipe

length allowed is still 50 feet (15.2m).

Term Description
Pipe Single-wall galvanized steel pipe, 24 gauge

minimum (either insulated or non-insulated)

Joint Sealing Permanent duct tape or aluminum tape

Table 4. Required Combustion Air Piping Material.

The connection for the intake air pipe is on the

lter box. The Brute Deluxe appliances may have

venting and combustion air ducting attached to the top

or the back. They are shipped with the connections
at the top. For attaching either or both pipes to the
back, the mounting anges are reversible by removing
the mounting screws and orienting the anges in the
desired position. Replace the screws after positioning
anges. Run a bead of silicone around the collar and
slide the pipe over the collar. Secure with sheet metal
screws.

In addition to air needed for combustion, air
shall also be supplied for ventilation, including all air
required for comfort and proper working conditions

for personnel. The Brute Deluxe loses less than 1

percent of its input rating to the room, but other heat

sources may be present.

vertical vent system does not satisfy the criteria for
Category I venting, it must be vented as a Category III

system.

All Brute Deluxe vent systems which discharge

horizontally (without the use of a power venter) are

considered Category III vent systems.

2.2.2 Category I Vent

When vented as a Category I appliance, the

vent system must conform to the National Fuel Gas
Code (ANSI Z223.1-Latest Edition) in the U.S., or in
Canada, to the Natural Gas and Propane Installation
Code (CSA B149.1 latest edition). The vent system
must be sized and installed for a Category I Fan­Assisted Appliance.

If chimney height is greater than 25 feet, or

if multiple units are vented into the same vertical
vent, a barometric damper must be installed on each

appliance, such that the ue draft does not exceed
(negative) 0.1 in. w.c.

If using a power venter for any type of Category

I venting, the draft should be set between (negative)

0.01 and 0.05 in. w.c.

2.2.3 Common Venting Systems

Brute Deluxe units are Category I fan-assisted

when vented vertically and adhering to all applicable

codes. Brute Deluxe units are not allowed to be

vented into a common horizontal vent system, unless
a properly sized vent fan is used, and the common
vent system is properly designed by the vent fan

manufacturer or a qualied engineer. When common

venting Brute Deluxe fan-assisted unit with other
appliances through one shared vertical duct called a

“common vent”, special care must be taken by the
installer to ensure safe operation. In the event that

the common vent is blocked, it is possible, especially
for fan-assisted devices, to vent backwards through
non-operating appliances sharing the vent, allowing

combustion products to inltrate occupied spaces.

If the appliances are allowed to operate in this
condition, serious injury or death may occur.

2.2 Venting

2.2.1 Vent Categories

Depending upon desired Brute Deluxe venting,
it may be considered a Category I or a Category III

appliance. In general, a vertical vent system will be a
Category I system. However, in rare instances, a Brute

Deluxe ’s vertical vent system may be considered

Category III. In the U.S., the National Fuel Gas Code
(ANSI Z223.1), or in Canada the Natural Gas and
Propane Installation Code (CSA B149.1), denes a

Category I vent system, and includes rules and tables

to size these vent systems. If the Brute Deluxe ’s

Page 10

Bradford White Corp.

WARNING

Operation of appliances with a blocked common
vent may lead to serious injury or death. Safety
devices must be implemented to prevent blocked
common vent operation. If safe operation of all
appliances connected to a common vent cannot
be assured, including prevention of spillage of
flue gasses into living spaces, common venting
should not be applied, and appliances should
each be vented separately.

AVERTISSEMENT

Le fonctionnement d’appareils connectés à
un évent commun bouché peut provoquer de
sérieuses blessures corporelles ou la mort.
Des dispositifs de sécurité doivent être mis en
place pour empêcher que les appareils soient
utilisés avec un évent commun bouché. Si un
fonctionnement sécuritaire de tous les appareils
reliés à un évent commun et si la prévention des
dégagements accidentels de gaz de combustion
dans des zones habitées ne peuvent pas être
assurés, un évent commun ne doit pas être mis
en place et les appareils doivent être munis
d’évents individuels séparés.

It is for this reason that, in addition to

following proper vent sizing, construction and safety

requirements from the National Fuel Gas Code,
ANSI Z223.1 or in Canada, from the Natural Gas
and Propane Installation Code (CSA B149.1) as

well as all applicable local codes, it is required that
installers provide some means to prevent operation

with a blocked common vent. It is suggested that a

blocked vent safety system be employed such that if
the switch from one appliance trips due to excessive
stack spill or back pressure indicating a blocked vent
condition, that all appliances attached to the vent be

locked out and prevented from operating. Note that

the Brute Deluxe is equipped with a blocked vent

safety (pressure) switch, as shipped. However, this

safety switch has only been designed and tested to
be effective in installations where the Brute Deluxe

is vented separately and NOT common vented with
other appliances. As an additional precaution, it is

recommended that a Carbon Monoxide (CO) alarm be
installed in all enclosed spaces containing combustion

appliances. If assistance is required in determining

how a blocked vent safety system should be connected
to a Bradford White product, please call Applications

Engineering at the Rochester phone number on the
back cover of this manual.

Refer to the installation and operating

instructions on all appliances to be common vented
for instructions, warnings, restrictions and safety

requirements. If safe operation of all appliances

connected to a common vent cannot be assured,

including prevention of spillage of ue gases into

living spaces, common venting should not be applied,

and appliances should each be vented separately.

2.2.4 Category III Vent

When the Brute Deluxe is vented with horizontal
discharge, it must be installed per this installation
manual and the venting system manufacturer’s

installation instructions. The vent system must be

sealed stainless steel, per Table 5.

Term Description

Pipe Must comply with UL Standard 1738 such

as Type AL29-4C Stainless Steel
(either insulated or non-insulated).

Joint

Sealing

Table 5. Required Horizontal Venting Material.

Follow vent manufacturer's instructions.

Route the vent pipe to the heater as directly as
possible. Seal all joints and provide adequate hangers

as required in the venting system manufacturer’s

installation instructions. Horizontal portions of the

venting system must be supported to prevent sagging
and may not have any low sections that could trap

condensate.

The unit must not support the weight of the vent

pipe. Horizontal runs must slope downwards not less

than ¼ inch per foot (2 cm/m) from the unit to the vent

terminal.

L’appareil ne doit pas supporter le poids de la
gaine d’évent. Les parties horizontales doivent être
installées avec une pente de 2 cm/m (1/4 inch par pied)
descendant de l’appareil vers la sortie de l’évent.

Reference Table 1 for the size of the Category
III vent system. Up to three elbows can be used with
50 linear feet (15.2m) of pipe. Subtract 10 allowable
linear feet (3.0m) for every additional elbow used.

2.3 Locating Vent & Combustion Air

Terminals

2.3.1 Side Wall Vent Terminal

The appropriate Bradford White side wall vent
terminal must be used, and is listed in the installation

and operation manual. The terminal provides a means

of installing the vent piping through the building wall,

and must be located in accordance with ANSI Z223.1/
NFPA 54 and applicable local codes. In Canada, the
installation must be in accordance with CSA B149.1
and local applicable codes. Consider the following

when installing the terminal:

1. Figure 3 shows the requirements for mechanical

vent terminal clearances for the U.S. and Canada.

2. Locate the vent terminal so that vent gases cannot

be drawn into air conditioning system inlets.

3. Locate the vent terminal so that vent gases cannot

enter the building through doors, windows,

Brute Deluxe (200, 300, 400)

Page 11

U.S. Installations (see note 1) Canadian Installations (see note 2)
A= Clearance above grade, veranda, porch, 12 inches (30 cm) 12 inches (30 cm)

deck, or balcony
B= Clearance to window or door that may Direct Vent Only: 12 inches (30 cm)

be opened Other Than Direct Vent: 4 feet (1.2 m) below or 36 inches (91 cm)
to side of opening; 1 foot (30 cm) above opening

C= Clearance to permanently closed window See note 4 See note 5

D= Vertical clearance to ventilated soft located

above the terminal within a horizontal See note 4 See note 5
distance of 2 feet (61cm) from the center line of the terminal

E= Clearance to unventilated soft See note 4 See note 5
F= Clearance to outside corner See note 4 See note 5
G= Clearance to inside corner See note 4 See note 5
H= Clearance to each side of center line See note 4 3 feet (91 cm) within a height 15 feet

extended above meter/regulator assembly above the meter/regulator assembly

I= Clearance to service regulator vent outlet See note 4 3 feet (91 cm)
J= Clearance to non mechanical air supply Direct Vent Only: 12 inches (30 cm)

inlet to building or the combustion air inlet Other Than Direct Vent: 4 feet (1.2 m) below or 36 inches (91 cm)
to any other appliance to side of opening; 1 foot (30 cm) above opening

K= Clearance to a mechanical air supply inlet 3 feet (91 cm) above if within 10 feet (3 m) 6 feet (1.83 m)
horizontally

L= Clearance above paved sidewalk or paved Vent termination not allowed in this location Vent termination not allowed in this
driveway located on public property location

M= Clearance under veranda, porch, deck, See note 4 12 inches (30 cm) (see note 3)
or balcony

Notes:

1. In accordance with the current ANSI Z223.1 / NFPA 54 National Fuel Gas Code.

2. In accordance with the current CSA B149.1, Natural Gas and Propane Installation Code.

3. Permitted only if veranda, porch, deck, or balcony is fully open on a minimum of two sides beneath the oor.

4. For clearances not specied in ANSI Z223.1 / NFPA 54, clearance is in accordance with local installation codes and the requirements of

the gas supplier.

5. For clearances not specied in CSA B149.1, clearance is in accordance with local installation codes and the requirements of the gas
supplier.

Figure 3. Vent Terminal Clearance.

Page 12

Bradford White Corp.

gravity inlets or other openings. Whenever

possible, locations under windows or near doors

should be avoided.

4. Locate the vent terminal so that it cannot be
blocked by snow. The installer may determine

that a vent terminal must be higher than the
minimum shown in codes, depending upon local

conditions.

5. Locate the terminal so the vent exhaust does

not settle on building surfaces or other nearby

objects. Vent products may damage such surfaces
or objects.

6. If the boiler or water heater uses ducted

combustion air from an intake terminal located
on the same wall, locate the vent terminal at least

3 feet (0.9m) horizontally from the combustion

air terminal, and locate the vent terminal at least

1 foot (0.3m) above the combustion air terminal

WARNING
The outdoor vent terminal gets hot. Unit must
be installed in such a way as to reduce the risk
of burns from contact with the vent terminal.

AVERTISSEMENT
La sortie d’évent à l’extérieur devient très
chaude. Elle doit être installée de façon à
réduire le risque de brûlures au contact de
l’extrémité de l’évent.

Important Note: Massachusetts Code
Requirement.

From Massachusetts Rules and Regulations 248
CMR 5.08:

(a) For all side wall horizontally vented gas

fueled equipment installed in every dwelling,
building or structure used in whole or in
part for residential purposes, including those
owned or operated by the Commonwealth and
where the side wall exhaust vent termination

is less than seven (7) feet above nished grade

in the area of the venting, including but not
limited to decks and porches, the following

requirements shall be satised:

1. INSTALLATION OF CARBON MONOXIDE
DETECTORS.

At the time of installation of the side wall

horizontal vented gas fueled equipment, the

installing plumber or gastter shall observe that

a hard-wired carbon monoxide detector with
an alarm and battery back-up is installed on

the oor level where the gas equipment is to be
installed. In addition, the installing plumber or

gastter shall observe that a battery operated or

hard-wired carbon monoxide detector with an
alarm is installed on each additional level of the
dwelling, building or structure served by the side

wall horizontal vented gas fueled equipment.

It shall be the responsibility of the property

owner to secure the services of qualied licensed

professionals for the installation of hard-wired

carbon monoxide detectors.

a. In the event that the side wall horizontally

vented gas fueled equipment is installed
in a crawl space or an attic, the hard-wired
carbon monoxide detector with alarm and
battery back-up may be installed on the next

adjacent oor level.

b. In the event that the requirements of this

subdivision cannot be met at the time of
completion of installation, the owner shall
have a period of thirty (30) days to comply

with the above requirements; provided,

however, that during said thirty (30) day
period, a battery operated carbon monoxide

detector with an alarm shall be installed.

2. APPROVED CARBON MONOXIDE
DETECTORS.

Each carbon monoxide detector as required

in accordance with the above provisions shall

comply with NFPA 720 and be ANSI/UL 2034
listed and IAS certied.

3. SIGNAGE.

A metal or plastic identication plate shall be

permanently mounted to the exterior of the
building at a minimum height of eight (8) feet
above grade directly in line with the exhaust vent
terminal for the horizontally vented gas fueled

heating appliance or equipment. The sign shall

read, in print size no less than one-half (½) inch

in size, “GAS VENT DIRECTLY BELOW.
KEEP CLEAR OF ALL OBSTRUCTIONS”.

4. INSPECTION.

The state or local gas inspector of the side

wall horizontally vented gas fueled equipment
shall not approve the installation unless, upon
inspection, the inspector observes carbon
monoxide detectors and signage installed in

accordance with the provisions of 248 CMR

5.08(2)(a) 1 through 4.

(b) EXEMPTIONS: The following equipment is

exempt from 248 CMR 5.08(2)(a) 1 through 4:

1. The equipment listed in Chapter 10 entitled
“Equipment Not Required To Be Vented” in the
most current edition of NFPA 54 as adopted by
the Board; and

Brute Deluxe (200, 300, 400)

Page 13

2. Product Approved side wall horizontal vented gas

fueled equipment installed in a room or structure
separate from the dwelling, building or structure

used in whole or in part for residential purposes.

(c) MANUFACTURER REQUIREMENTS

– GAS EQUIPMENT VENTING SYSTEM
PROVIDED. When the manufacturer of
Product Approved side wall horizontally
vented gas equipment provides a venting
system design or venting system components
with the equipment, the instructions provided
by the manufacturer for installation of the
equipment and the venting system shall

include:

1. Detailed instructions for the installation of the

venting system design or the venting system

components; and

2. A complete parts list for the venting system
design or venting system.

(d) MANUFACTURER REQUIREMENTS

– GAS EQUIPMENT VENTING SYSTEM
NOT PROVIDED. When the manufacturer
of a Product Approved side wall horizontally
vented gas fueled equipment does not
provide the parts for venting the fuel gases,

but identies “special venting systems”, the
following requirements shall be satised by
the manufacturer:

1. The referenced “special venting system”

instructions shall be included with the appliance

or equipment installation instructions; and

2. The “special venting systems” shall be Product

Approved by the Board, and the instructions for
that system shall include a parts list and detailed

installation instructions.

(e) A copy of all installation instructions for all

Product Approved side wall horizontally
vented gas fueled equipment, all venting
instructions, all parts lists for venting
instructions, and/or all venting design
instructions shall remain with the appliance
or equipment at the completion of the
installation.

2.3.2 Side Wall Combustion Air Terminal

The Bradford White side wall combustion air

terminal (listed in Table 1) must be used when the
unit takes its combustion air through a duct from a

side wall. Consider the following when installing the

terminal:

1. Do not locate the air inlet terminal near a source
of corrosive chemical fumes (e.g., cleaning uid,
chlorinated compounds, etc.)

2. Locate the terminal so that it will not be subject
to damage by accident or vandalism.

3. Locate the combustion air terminal so that it
cannot be blocked by snow. The National Fuel
Gas Code requires that it be at least 12 inches (30

cm) above grade, but the installer may determine
it should be higher, depending upon local

conditions.

4. If the Brute Deluxe is side-wall vented to the

same wall, locate the vent terminal at least 3

feet (0.9m) horizontally from the combustion air

terminal, and locate the vent terminal at least 1

foot (0.3m) above the combustion air terminal

(see Figure 3).

2.3.3 Vertical Vent Terminal

When the unit is vented through the roof, the

vent must extend at least 3 feet (0.9m) above the point
at which it penetrates the roof. It must extend at least
2 feet (0.6m) higher than any portion of a building
within a horizontal distance of 10 feet (3.0m), and high

enough above the roof line to prevent blockage from

snow. When the combustion air is taken from the roof,
the combustion air must terminate at least 12" (30cm)

below the vent terminal (see Figure 2).

2.3.4 Vertical Combustion Air Terminal

When combustion air is taken from the roof, a

eld-supplied rain cap or an elbow arrangement must

be used to prevent entry of rain water (see Figure 2).
The opening on the end of the terminal must be at least

12" (30cm) above the point at which it penetrates the

roof, and high enough above the roof line to prevent

blockage from snow. When the vent terminates on the
roof, the combustion air must terminate at least 12"
(30cm) below the vent terminal.

2.4 Common Vent Test — Boilers

When an existing boiler is removed from a

common venting system, the common venting system
is likely to be too large for proper venting of the

appliances remaining connected to it.

At the time of removal of an existing boiler, the

following steps shall be followed with each appliance
remaining connected to the common venting system
placed in operation, while the other appliances
remaining connected to the common venting system

are not in operation.

1. Seal any unused openings in the common venting
system.

2. Visually inspect the venting system for proper

size and horizontal pitch and determine there is
non blockage or restriction, leakage, corrosion

and other deciencies which could cause an
unsafe condition.

3. Insofar as it is practical, close all building doors

and windows and all doors between the space in
which the appliances remaining connected to the

Page 14

Bradford White Corp.

common venting system are located and other

spaces of the building. Turn on clothes dryers

and any appliance not connected to the common

venting system. Turn on any exhaust fans, such

as range hoods and bathroom exhausts, so they

will operate at maximum speed. Do not operate a
summer exhaust fan. Close replace dampers.

4. Place in operation the appliance being
inspected. Follow the lighting instructions.

Adjust thermostat so appliance will operate

continuously.

5. Test for spillage at the draft hood relief opening
after 5 minutes of main burner operation. Use
the ame of a match or candle, or smoke from a
cigarette, cigar or pipe.

6. After it has been determined that each appliance

remaining connected to the common venting
system properly vents when tested as outlined
above, return doors, windows, exhaust fans,

replace dampers and any other gas burning
appliance to their previous conditions of use.

7. Any improper operation of the common venting

system should be corrected so that the installation

conforms with the National Fuel Gas Code,
ANSI Z223.1/NFPA 54 and/or CSA B149.1,
Natural Gas and Propane Installation Codes.

When resizing any portion of the common
venting system, the common venting system
should be resized to approach the minimum size
as determined using the appropriate tables in

Appendix F in the National Fuel Gas Code, ANSI
Z223.1/NFPA 54 and/or CSA B149.1, Natural
Gas and Propane Installation Codes.

2.4 Véricationdeséventscommuns
—Chaudières

Lorsqu’une chaudière existante est déconnectée

du réseau d’évents commun, ce réseau d’évents
commun devient probablement trop grand pour
les appareils qui lui restent connectés. Lorsqu’une
chaudière existante est retirée, les étapes suivantes
doivent être accomplies pour chaque appareil qui
reste connecté au réseau d’évents commun utilisé,
alors que les autres appareils qui sont encore
connectés au réseau commun d’évents ne sont pas en
fonctionnement.:

1. Sceller toutes les ouvertures non utilisées du
système d'évacuation.

2. Inspecter de façon visuelle le système
d'évacuation pour déterminer la grosseur et
l'inclinaison horizontale qui conviennent et
s'assurer que le système est exempt d'obstruction,
d'étranglement, de fuite, de corrosion et autres
défaillances qui pourraient présenter des risques.

3. Dans la mesure du possible, fermer toutes les
portes et les fenêtres du bâtiment et toutes les
portes entre l'espace où les appareils toujours
raccordés au système d'évacuation sont installés

et les autres espaces du bâtiment. Mettre en
marche les sécheuses, tous les appareils non
raccordés au système d'évacuation common
et tous les ventilateurs d'extraction comme
les hottes de cuisinière et les ventilateurs des
salles de bain. S'assurer que ces ventilateurs
fonctionnent à la vitesse maximale. Ne pas faire
fonctionner les ventilateurs d'été. Fermer les
registres des cheminées.

4. Mettre l'appareil inspecté en marche. Suivre les
instructions d'allumage. Réegler le thermostat de
façon continue.

5. Faire fonctionner le brûleur principal pendant
5 min ensuite, déterminer si le coupe-tirage
déborde à l'ouverture de décharge. Utiliser la

amme d'une allumette ou d'une chandelle ou la

fumée d'une cigarette, d'un cigare ou d'une pipe.

6. Une fois qu'il a été déterminé, selon la méthode
indiquée ci-dessus, que chaque appareil
raccordé au système d'évacuation est mis à l'air
libre de façon adéquate. Remettre les portes
et les fenêtres, les ventilateurs, les registres de
cheminées et les appareils au gaz à leur position
originale.

7. Tout mauvais fonctionnement du système
d'évacuation commun devrait être corrigé
de façon que l'installation soit conforme au
National Fuel Gas Code, ANSI Z223.1/NFPA
54 et (ou) aux codes d'installation CSA-B149.1.
Si la grosseur d'une section du système devrait

être modié, le système devrait être modié pour

respecter les valeurs minimales des tableaux
pertinents de l'appendice F du National Fuel Gas
Code, ANSI Z223.1/NFPA 54 et (ou) les codes
d'installation CSA-B149.1

2.5 Vent Terminals for Outdoor Units

For outdoor applications, the vent and

combustion air openings must be covered with proper
terminals to prevent rain, snow and other objects from

falling into the Brute Deluxe .

Outdoor Vent / Air kit part numbers are shown in

Table 6. These kits contain parts for both combustion

air inlet and exhaust vent connections. An angled sheet

metal assembly with louvers replaces the sheet metal

assembly with the air collar. An adapter, a 12" length

of pipe, and a rain cap are included for the exhaust

vent opening.

If local codes allow, Bradford White kits are

not required for outdoor units. The installer may use
12" of appropriately sized galvanized single wall or
b-type vent pipe and a rain cap for the exhaust vent. In
addition, an appropriately sized galvanized 90° elbow,

positioned with the opening facing down, may be used

Brute Deluxe (200, 300, 400)

Page 15

on the combustion air inlet.

Model (Size) Outdoor Vent and

Air Terminal Kit
200 CA003001
300 CA003002
400 CA003003

Table 6. Vent / Air Kits for Outdoor Units.

SECTION 3.
Gas Supply and Piping

3.1 Gas Supply and Piping

Gas piping should be supported by suitable

hangers or oor stands, not by the appliance.

The Brute Deluxe ’s gas train allows the user to

pipe the gas from either the right side or the left side

of the unit. As shipped, the right side of the gas train is
capped off, and there is a manual valve on the left side.

If desired, the manual valve on the left side of the gas
train may be moved to the right side, and the cap on

the right side may be moved to the left.

Review the following instructions before

proceeding with the installation.

1. Verify that the appliance is tted for the proper
type of gas by checking the rating plate. Brute

Deluxe appliances are equipped to operate at

elevations up to 10,000 feet (3050m). Brute

Deluxe appliances may be adjusted to operate

properly at altitudes above 2500 feet (see Section

6.5.2) and the input will be reduced if the heating
value of the gas supply is below sea level values.

2. The maximum inlet gas pressure must not
exceed 13" w.c. (3.2kPa). The minimum inlet gas
pressure is 5 in. w.c. (1.2 kPa).

3. Refer to Table 7, size supply.

4. Run gas supply line in accordance with all
applicable codes.

5. Locate and install manual shutoff valves in
accordance with state and local requirements.

6. A sediment trap must be provided upstream of
the gas controls.

7. All threaded joints should be coated with
piping compound resistant to action of liqueed
petroleum gas.

8. The appliance and its individual shutoff valve

must be disconnected from the gas supply piping
during any pressure testing of that system at test

pressures in excess of 0.5 psig (3.45 kpa).

9. The unit must be isolated from the gas supply

system by closing its individual manual shutoff
valve during any pressure testing of the gas
supply piping system at test pressures equal to or

less than 0.5 psig (3.45 kpa).

10. The appliance and its gas connection must be
leak tested before placing it in operation.

11. Purge all air from gas lines.

Distance from Gas Meter or Last Stage Regulator

Model and

Gas Type 0-100'

200 natural 1¼" 3.2 cm 1¼" 3.2 cm 1¼" 3.2 cm

200 propane 1" 2.5 cm 1" 2.5 cm 1¼" 3.2 cm

300 natural 1¼" 3.2 cm 1½" 4.0 cm 1½" 4.0 cm

300 propane 1 2.5 cm 1¼" 3.2 cm 1¼" 3.2 cm

400 natural 1¼" 3.2 cm 1½" 4.0 cm 2" 5.0 cm

400 propane 1¼" 3.2 cm 1¼" 3.2 cm 1½" 4.0 cm

Notes:

1. These gures are based on 1/2" (0.12 kPa) water column pressure drop.

2. Check supply pressure and local code requirements before proceeding with work.

3. Pipe ttings must be considered when determining gas pipe sizing.

0-31 m 100-200' 31-61m 200-300' 61-91m

Table 7. Gas Piping Size.

Page 16

Bradford White Corp.

WARNING

Do not use open flame to check for leaks.
An open flame could lead to explosion, which
could result in property damage, serious injury
or death.

AVERTISSEMENT

Ne recherchez pas les fuites avec une flamme
nue. Une flamme nue peut provoquer une
explosion qui peut causer des dommages
matériels, de sérieuses blessures corporelles
ou la mort.

NOTE: The Brute Deluxe appliance and all other
gas appliances sharing the gas supply line must
be firing at maximum capacity to properly measure
the inlet supply pressure. The pressure can be
measured at the supply pressure port on the gas
valve. Low gas pressure could be an indication of
an undersized gas meter, undersized gas supply
lines and/or an obstructed gas supply line.

SECTION 4A.
Water Connections —
Brute Deluxe Boiler

4A.1 Heating System Piping:

Hot Supply Connections — Boiler

NOTE: This appliance must be installed in a closed

pressure system with a minimum of 12 psig (82.7
kPa) static pressure at the boiler.

Hot water piping should be supported by suitable

hangers or oor stands. Do not support piping with
this appliance. Due to expansion and contraction of

copper pipe, consideration should be given to the type

of hangers used. Rigid hangers may transmit noise

through the system resulting from the piping sliding in

the hangers. It is recommended that padding be used
when rigid hangers are installed. Maintain 1" clearance
to combustibles for hot water pipes.

Pipe the discharge of the relief valve (full size)

to a drain or in a manner to prevent injury in the event

of pressure relief. Install an air purger, an air vent,

a diaphragm-type expansion tank, and a hydronic

ow check in the system supply loop. Minimum ll
pressure must be 12 psig (82.7 kPa). Install shutoff
valves where required by code.

Suggested piping diagrams are shown in Figures

4, 5, 6, 7 and 8. These diagrams are meant only as a

guide. Components required by local codes must be
properly installed.

4A.2 Cold Water Make-Up — Boiler

1. Connect the cold water supply to the inlet
connection of an automatic ll valve.

2. Install a suitable back ow preventer between the
automatic ll valve and the cold water supply.

3. Install shut off valves where required.

NOTE: The boiler, when used in connection with a
refrigeration system, must be installed so the chilled
medium is piped in parallel with the boiler with
appropriate valves to prevent the chilled medium
from entering the boiler.

The boiler piping system of a hot water heating

boiler connected to heating coils located in air
handling appliances where they may be exposed to

refrigerated air circulation must be equipped with ow

control valves or other automatic means to prevent
gravity circulation of the boiler water during the

cooling cycle.

A boiler installed above radiation level, or as

required by the authority having jurisdiction, must be
provided with a low water cutoff device either as a part

of the boiler or at the time of boiler installation.

4A.3 Water Flow Requirements — Boiler

A hydronic heating (closed loop) application

recirculates the same uid in the piping system. As a

result, no new minerals or oxygen are introduced into

the system. To ensure a proper operating temperature
leading to long boiler life, a ow rate has been
established based on the uid temperature rise for this
specic size boiler.

Pump-mounted boilers can be ordered for use in

primary secondary piping systems. The pumps used

are sized for the head loss through the heater, plus 30

feet (9.1 m) of full-sized piping (same size as boiler
outlet) and a normal number of ttings.

Table 8 species water ow rates for boilers,

which will enable the user to size a pump. The head

loss shown is for the heater only, and the user will
need to add the head loss of the system piping to

properly size the pump.

The minimum inlet water temperature for the

Brute Deluxe is 120°F (49°C) to avoid condensing on
the copper coils.

4A.4 Freeze Protection — Boiler

Boiler installations are not recommended in

areas where the danger of freezing exists unless proper

precautions are made for freeze protection. A non

toxic, heating system, anti-freeze may be added to the
hydronic system provided that the concentration does

not exceed 50% and the anti freeze contains an anti
foamant. When a 50/50 mixture is used, increase the

Brute Deluxe (200, 300, 400)

Page 17

water ow requirements by 15%, and increase the
head loss requirements by 20%.

Power outage, interruption of gas supply, failure

of system components, activation of safety devices,

etc., may prevent a boiler from ring. Any time a
boiler is subjected to freezing conditions, and the

boiler is not able to re, and/or the water is not

able to circulate, there is a risk of freezing in the
boiler or in the pipes in the system. When water

freezes, it expands. This can result in bursting of

pipes in the system, or damage to the boiler, which

could result in leaking or ooding conditions.

IMPORTANT NOTES: Different glycol products
may provide varying degrees of protection.
Glycol products must be maintained properly in a
heating system, or they may become ineffective.
Consult the glycol specifications, or the glycol
manufacturer, for information about specific
products, maintenance of solutions, and set up
according to your particular conditions. Never use

Model

(Size)

200 17 1.6 14 1.0 11 0.7 10 0.5
300 26 3.5 20 2.3 17 1.6 15 1.2
400 34 6.3 27 4.0 23 2.8 19 2.1

Metric Equivalent

Model

(Size)

200 64 0.5 51 0.3 43 0.2 37 0.2

300 97 1.1 77 0.7 64 0.5 55 0.4

400 129 1.9 103 1.2 86 0.9 74 0.6

Notes: gpm = gallons per minute, lpm = liters per minute,
H/L = head loss, ft = head loss in feet,
m = head loss in meters.
Maximum temperature rise is 35°F (19°C), as shown.
Head loss is for boiler’s heat exchanger only.
N/R = not recommended.

20°F 25°F 30°F 35°F

flow

H/L

flow

H/L

flow

H/L

flow

gpm

feet

gpm

feet

gpm

feet

gpm

11°C 14°C 17°C 19°C

ow

H/L mow

lpm

Table 8. Water Flow Requirements - MT2H.

lpm

H/L mow

lpm

H/L mow

lpm

H/L

feet

H/L

m

Figure 4. Hydronic Piping — Multiple Boilers, Primary Secondary System.

Page 18

Bradford White Corp.

Figure 5. Hydronic Piping — Multiple Boilers, Low Temperature System.

Figure 6. Hydronic Piping — One Boiler, Multi-Temperature System.

Brute Deluxe (200, 300, 400)

Page 19

Figure 7. Hydronic Piping — Primary-Secondary, Reverse-Return.

Figure 8. Hydronic Piping — Primary-Secondary, Reverse-Return, Low Temperature.

Page 20

Bradford White Corp.

ethylene glycol (automotive antifreeze).

SECTION 4B.
Water Connections —
Brute Deluxe Water Heater

4B.1 Water System Piping —
Water Heater

Hot water piping should be supported by suitable

hangers or oor stands. Do not support piping with
this appliance. Due to expansion and contraction of

copper pipe, consideration should be given to the type

of hangers used. Rigid hangers may transmit noise

through the system resulting from the piping sliding in

the hangers. It is recommended that padding be used
when rigid hangers are installed.

The Brute Deluxe can be used with several

different types of readily available storage tanks. A

pump draws water from the storage tank and pumps

the water through the heater and back into the tank.
Pump-mounted units have a circulating pump built
into the water heater. The pumps used are sized for
the head loss through the heater, plus 30 feet (9.1 m)

of full-sized piping (same size as boiler outlet) and

a normal number of ttings. Pumps used on pump-

mounted unit are sized for soft/normal or hard water,
so make sure a pump-mounted unit matches the water

quality of the installation.

Pipe the outlet from the heater’s relief valve

such that any discharge from the relief valve will be
conducted to a suitable place for disposal when relief

occurs. Do not reduce line size or install any valves in
this line. The line must be installed to allow complete
drainage of both the valve and the line.

Suggested piping diagrams are shown in Figures

9, 10, 11 and 12. These diagrams are meant only as a

guide. Components required by local codes must be
properly installed.

Note the recommended location of the
temperature sensor on the diagrams. The Brute Deluxe

is shipped with an additional sensor that can be used

for more full-featured domestic water heating control.

To get these features, you must provide a location for

the additional sensor. It can be strapped to a pipe from
1" to 4" diameter, or inserted into a tank immersion
well.

The minimum inlet water temperature for the

Brute Deluxe is 120°F (49°C) to avoid condensing on
the copper coils.

4B.2 Hot Water Supply Piping —
Water Heater

Follow the tank manufacturer’s guidelines for
completion of the hot water system connections.

NOTE: A listed temperature and pressure relief
valve listed as complying with the Standard

for Relief Valves and Automatic Gas Shutoff
Devices for Hot Water Supply Systems (ANSI
Z21.22/CSA 4.4), of suitable discharge capacity
must be installed in the separate storage tank
system.

If the Brute Deluxe water heater is installed in

a closed water supply system, such as one having a

backow preventer in the cold water supply line, the

relief valve may discharge periodically, due to thermal

expansion. Means (such as a properly-sized expansion
tank) shall be provided to control thermal expansion.

Contact the water supplier or local plumbing inspector

on how to control this situation.

4B.3 Water Flow Requirements —
Water Heater

In a water heating application (an open system),

new water is constantly being introduced. With the

new water comes a fresh supply of minerals that can

be deposited on the unit’s heat exchanger. This is
commonly known as scaling. The amount of minerals
will depend upon the hardness of the water. Water can

also be aggressive, and can erode metals, including

copper, if the water is moved too quickly. The water
ow requirements for the Brute Deluxe water heater
are based upon the hardness of the water. The water
ow is kept high enough to prevent scaling, but low
enough to prevent tube erosion. For extremely soft or
hard water, cupro-nickel tubes are available. Contact a

Bradford White representative if you have questions or

concerns about water quality.

Pump-mounted water heaters can be ordered with

standard pumps for soft or normal water. The pumps

used are sized for the head loss through the heater, plus

30 feet (9.1m) of full-sized piping (same size as heater
outlet) and a normal number of ttings. For hard water
conditions (more than 17 grains per gallon), use a
non-pump-mounted heater with a properly-sized eld­installed pump.

Table 9 species water ow rates for water

heaters, which will enable the user to size a pump. The

head loss shown is for the heater only, and the user
will need to add the head loss of the piping system to

properly size the pump.

4B.4 Combined Water Heating (potable)

and Space Heating — Water Heater

NOTE: These systems are not allowed in the

Commonwealth of Massachusetts.

Piping and components connected to this water

heater for the space heating application shall be

suitable for use with potable water.

Toxic chemicals, such as used for boiler

treatment, shall not be introduced into the potable

water used for space heating.

This water heater when used to supply potable

water shall not be connected to any heating system

Brute Deluxe (200, 300, 400)

or component(s) previously used with a non-potable

water heating appliance.

When the system requires water for heating at
temperatures higher than required for other uses,
an anti-scald mixing or tempering valve shall be
installed to temper the water for those uses in order
to reduce scald hazard potential.

4B.5 Freeze Protection — Water Heater

Although Brute Deluxe water heaters are design-

certied for outdoor installations, such installations

are not recommended in areas subject to freezing

temperatures, unless proper precautions are taken.

Power outage, interruption of gas supply, failure

of system components, activation of safety devices,

etc., may prevent a heater from ring. Any time a
heater is subjected to freezing conditions, and the

heater is not able to re, and/or the water is not

able to circulate, there is a risk of freezing in the
heater or in the pipes in the system. When water

freezes, it expands. This can result in bursting of pipes

in the system, or damage to the heater, which could

result in leaking or ooding conditions.

Contact the local factory representative or

Bradford White for additional information.

Page 21

Model
(Size)

200 23 35 45 1.9 4.4 7.3 15 10 8 87 132 170 0.6 1.3 2.2 8 6 4
300 23 35 45 2.0 4.5 7.4 22 15 11 87 132 170 0.6 1.4 2.3 12 8 6
400 23 35 45 2.0 4.5 7.4 30 19 15 87 132 170 0.6 1.4 2.3 17 11 8

Notes:

1. S = soft water (1 to 7.5 grains hardness)

2. N = normal water (7.6 to 17 grains hardness)

3. H = hard water (more than 17 grains hardness)

4. gpm = gallons per minute, lpm = liters per minute, ft = head loss in feet, m = head loss in meters

5. Head loss is for heater's heat exchanger only

gpm ft Temp Rise °F lpm m Temp. Rise °C

S N H S N H S N H S N H S N H S N H

Table 9. Water Flow Requirements - MT2V.

Page 22

CAUTION: THIS DRAWING SHOWS SUGGESTED
PIPING CONFIGURATION AND VA LVING, CHECK
WITH LOCAL CODES AND ORDINANCES FOR
ADDITIONAL REQUIREMENTS.

NOTES:

1. OPTIONAL CWMU & RECIRC. LINE LOCATION.

2. LOCATE PENNANT DHW SENSOR OR REMOTE AQUASTAT
WELL IN LOWER 1/3 OF TANK.

3. BACK FLOW PREVENTER MAYBE REQUIRED. CHECK LOCAL CODES.

4. THERMAL EXPANSION TANK MAYBE REQUIRED. CHECK LOCAL CODES.

5. CAUTION: PUMP SIZING MUST BE BASED UPON WATER HARDNESS AT

JOB SITE

Bradford White Corp.

KEY:

WATER CATEGORY

GRAIN HARDNESS PER GALLON
S=SOFT

N=NORMAL
H=HARD

PPM/17.1=Grains Per Gallon

1

2

1 THROUGH 7.5

7.6 THROUGH 17
OVER 17

SUPPLY

3

CWMU

RECIRC.

4

THERMOMETER

TEMPERATURE
SENSOR

GLOBE VALV E EXPANSION TANK

CHECK VALV E

3-WAY VALV E

VALV E

Figure 9. Water Heater Piping — One Heater, One Tank.

CAUTION: THIS DRAWING SHOWS SUGGESTED
PIPING CONFIGURATION AND VALVING, CHECK
WITH LOCAL CODES AND ORDINANCES FOR
ADDITIONAL REQUIREMENTS.

NOTES:

1. OPTIONAL CWMU&RECIRC. LINE LOCATION.

2. LOCATE PENNANT DHW SENSOR OR REMOTE AQUASTAT
WELL IN LOWER 1/3 OF TANK.

3. BACK FLOW PREVENTER MAYBE REQUIRED. CHECK LOCAL CODES.

4. THERMAL EXPANSION TANK MAYBE REQUIRED. CHECK LOCAL CODES.

5. COMMON PIPING, SHOWN WITH HEAVY LINES, MUST BE SIZED
FOR MAXIMUM COMBINED HEATER FLOW RATE.

6. CAUTION: PUMP SIZING MUST BE BASED UPON WATER HARDNESS AT
JOB SITE

THERMOMETER

TEMPERATURE
SENSOR

GLOBE VA LVE EXPANSION TANK

CHECK VA LVE

3-WAY VALV E

VALV E

TPRV

RECIRC.

TPRV

PRESSURE REDUCING
VALV E

PUMPPRV

4

3

CWMU

SUPPLY

2

PRESSURE REDUCING
VALV E

PUMPPRV

KEY:

WATER CATEGORY

GRAIN HARDNESS PER GALLON
S=SOFT

N=NORMAL
H=HARD

PPM/17.1=Grains Per Gallon

5

1THROUGH 7.5

7.6 THROUGH 17
OVER 17

1

Figure 10. Water Heater Piping — Multiple Heaters, One Tank.

Brute Deluxe (200, 300, 400)

NOTES:

5.

1.

2.

3.

4.

NOTES:

6.

1.

2.

3.

4.

5.

Page 23

CAUTION: THIS DRAWING SHOWS SUGGESTED
PIPING CONFIGURATION AND VALVING, CHECK
WITH LOCAL CODES AND ORDINANCES FOR
ADDITIONAL REQUIREMENTS.

SUPPLY

OPTIONAL CWMU&RECIRC. LINE LOCATION.

LOCATE PENNANT DHW SENSOR OR REMOTE AQUASTAT

WELL IN LOWER 1/3 OF TANK.

BACK FLOW PREVENTER MAYBE REQUIRED. CHECK LOCAL CODES.

THERMAL EXPANSION TANK MAYBE REQUIRED. CHECK LOCAL CODES.

CAUTION: PUMP SIZING MUST BE BASED UPON WATER HARDNESS AT
JOB SITE

THERMOMETER

TEMPERATURE
SENSOR

GLOBE VA LVE EXPANSION TANK

CHECK VA LVE

3-WAY VALV E

VALV E

RECIRC.

2

TPRV

WATER CATEGORY

GRAIN HARDNESS PER GALLON
S=SOFT

N=NORMAL
H=HARD

PPM/17.1=Grains Per Gallon

4

3

CWMU

2

PRESSURE REDUCING
VALV E

PUMPPRV

KEY:

1THROUGH 7.5

7.6 THROUGH 17
OVER 17

1

Figure 11. Water Heater Piping — One Heater, Multiple Tanks.

CAUTION: THIS DRAWING SHOWS SUGGESTED
PIPING CONFIGURATION AND VALVING, CHECK
WITH LOCAL CODES AND ORDINANCES FOR
ADDITIONAL REQUIREMENTS.

OPTIONAL CWMU&RECIRC. LINE LOCATION.
LOCATE PENNANT DHW SENSOR OR REMOTE AQUASTAT

WELL IN LOWER 1/3 OF TANK.
BACK FLOW PREVENTER MAYBE REQUIRED. CHECK LOCAL CODES.
THERMAL EXPANSION TANK MAYBE REQUIRED. CHECK LOCAL CODES.

COMMON PIPING, SHOWN WITH HEAVY LINES, MUST BE SIZED
FOR MAXIMUM COMBINED HEATER FLOW RATE.

CAUTION: PUMP SIZING MUST BE BASED UPON WATER HARDNESS AT
JOB SITE

THERMOMETER

TEMPERATURE
SENSOR

GLOBE VA LVE EXPANSION TANK

CHECK VA LVE

3-WAY VALV E

VALV E

Figure 12. Water Heater Piping — Multiple Heaters, Multiple Tanks.

SUPPLY

TPRV

RECIRC.

2

PRESSURE REDUCING
VALV E

PUMPPRV

KEY:

WATER CATEGORY

GRAIN HARDNESS PER GALLON
S=SOFT

N=NORMAL
H=HARD

PPM/17.1=Grains Per Gallon

5

4

3

CWMU

1 THROUGH 7.5

7.6 THROUGH 17
OVER 17

2

1

Page 24

-

+

ST.1

6V

PUMP

STATUS

SWITCH

ST.2

6V

+

-

NO

C

NC

1

P

SENSOR

P212

BL

Y

Y

Y

R

NO

C

TB1

L1

PUMP

PUMP LOAD MUST NOT

EXCEED 5 AMPS.

BL

R

BK

FIELD

WIRING

O On

1 2 3 4 5

3.6

2.0

0.4

SWITCHED 120 VAC TO PUMP

120 VAC L

DHW CALL

COM CALL

HEAT CALL

OUT

COM

SYS

BOILER

SENSOR

4 3

2 1

POWER

HEAT CALL

DHW CALL

WWSD

CURVE/

SETPOINT

CONNECTOR

SHOWN FROM

REAR OF BOARD

BK

R/W

IGNITOR

V/W

R/BK

R/BK

BK

R

Y

Y

FIELD

FIELD

+24

-24

-24

R/BK

BL

Y

R

BL/W

Y/BLK

BL/R

W

W

Y/BLK

GY/V

BK

GY/BK

GY/BK

V/W

V/W

BR/R

BR/BK

BR/BLK

BR/BLK

R

BK

R/BK

BR/BK

BR/R

Y

R

G

G

GG

BK

W

W

W

POWER

BKBK

BK

BK

BK

BK

BK BK

BL/R

BL/R

BK

STAGE 2

GAS VALVE

STAGE 1

GAS VALVE

IGN/FS

E0253400

VAL

IGN

240

L1

PSW

GND

F1

F2

24

VAC

TH

FC

+

-

IGN

120

L2

HIGH

TEMPERATURE

LIMIT

MANUAL RESET

RELAY

FOR

2-STAGE

FLOW

SWITCH

FIELD

INTERLOCK

L2

+24

W

MANUAL RESET

TEMPERATURE LIMIT

SWITCH

FOR SIZE 200 ONLY

PRESSURE

SWITCH

AIR

BOX/BURNER

VENT STACK

PRESSURE

SWITCH

BLOWER

TRANSFORMER

115 VAC INPUT

24 VAC OUTPUT

BL/R

24V

115V

F1

BL/R

FUSE

W

OUT DOOR SENSOR

NOTES:

DOTTED LINES ARE FOR TWO STAGE ONLY.

1.

PUMP MAY BE FIELD-SUPPLIED

2.

Y

Y

BL

BL/R

OPTIONAL

LWCO

6

534

2

1

Figure 15. Wiring Diagram, Boiler or Water Heater.

Bradford White Corp.

Brute Deluxe (200, 300, 400)

BLACK BK

BROWN BR

RED R

ORANGE O

YELLOW Y

GREEN G

BLUE BL

VIOLET V

GRAY GY
SLATE S
WHITE W

-

+

GY/V

BK

GY/BK

GY/BK

V/W

BR/BK

BR/BLK

G

W

BK BK

BL/R

IGN/FS

E0253400

VAL

IGN

240

L1

PSW

GND

F1

F2

24

VAC

TH

FC

-

IGN

120

L2

Y

BL/R

FIELD

INTERLOCK

BL/R

F1

BL/R

FUSE

BK

R/W

Y

G

TRANSFORMER

115 VAC INPUT

24 VAC OUTPUT

24V

115V

L1

BK

W

W

W

POWER

BKBK BK

BK

L2

W

ST.1

6V

Y/BLK

BR/BLK

PRESSURE

SWITCH

AIR

BOX/BURNER

FLOW
SWITCH

BLOWER

+

6

5

3

4

2

1

R

TB1

FIELD

FIELD

+24

-24

-24

+24

IGNITOR

V/W

R

NO

C

120 VAC

MAIN PWR SW
120 VAC

IGN CTL

IGN CTL

FIELD

INTERLOCK

CNTRL

BD

PRSW

BURNER

IGN CTL

VAL

CTL

BD

L1

F1

BK

1

VENT STK

PR SW

3

CNTRL

BD

T

T

FLOW

SW

IGN CTL

IGN/120

R

IGN CTL

24V

CNTRL

BD

24V+

MANUAL

RESET

HIGH LIMIT

RELAY

4

7

120 VAC

24 VAC+24

IGN CTL

PSW

6

8

HSI IGNITOR

IGN CTL

IGN/FS

IGN CTL

F2

PUMP

STATUS

SW

IGN CTL

GND

CNTRL

BD

24V-

CNTRL

BD

FUSIBLE LINK

MODEL 200

ONLY

IGN CTL

BLOWER

BK

PUMP

(IF EQUIPPED)

CLASS 2 50 VA
TRANSFORMER

24

IGN CTL

TH

STAGE 1

GAS

VALVE

STAGE 2

GAS

VALVE

L2

W

+24

Figure 16. Logic Diagram, ON/OFF Boiler or Water Heater.

SECTION 5.

Electrical Connections

Single pole switches, including those of safety

controls and protective devices must not be wired in a

WARNING

AVERTISSEMENT

ère

partie (Canadian Electrical

grounded line.

NOTE: All internal electrical components have been

pre-wired. No attempt should be made to connect
electrical wires to any other location except the
wiring box.

5.1 Main Power

Connect a 15 amp. fused, 120-volt supply to
the main power switch. Both hot and neutral wires
are provided for connections inside the boiler jacket.
Ground wire can be connected to the grounding screw
in the box.

Wiring diagrams are shown in Figures 15 - 16.

5.2 Field Wiring

Field Installed Pump: See Figure 15, Wiring
Diagram. Do not exceed 5 amps or control damage
could occur.

The appliance must be electrically grounded
in accordance with the requirements of the
authority having jurisdiction or, in the absence
of such requirements, with the latest edition
of the National Electrical Code, ANSI/NFPA
70, in the U.S. and with latest edition of CSA
C22.1 Canadian Electrical Code, Part 1, in
Canada. Do not rely on the gas or water
piping to ground the metal parts of the boiler.
Plastic pipe or dielectric unions may isolate the
boiler electrically. Service and maintenance
personnel, who work on or around the boiler,
may be standing on wet floors and could be
electrocuted by an ungrounded boiler.

L’appareil doit être relié à la terre
conformément aux exigences de la
réglementation locale ou, en l’absence d’une
telle réglementation, à la plus récente édition
du National Electrical Code (Code national de
l’électricité) ANSI/NFPA 70 aux États-Unis, et
à la plus récente édition du Code Canadien
de l’électricité 1
Code Part 1) CSA C22.1, au Canada. N’utilisez
pas les tuyauteries d’eau ou de gaz pour
mettre à la terre les pièces métalliques de la
chaudière; des tuyauteries en plastique ou des
raccords union diélectriques peuvent isoler
électriquement la chaudière. Les employés
qui sont appelés à travailler sur la chaudière
ou autour peuvent être électrocutés par une
chaudière qui n’est pas mise à la terre.

Page 25

Page 26

41

42

48

51

43

45

47

49

50

52

Bradford White Corp.

SECTION 6.

Operating Instructions

6.1 Filling the Boiler System

1. Ensure the system is fully connected. Close all
bleeding devices and open make-up water valve.
Allow system to ll slowly.

2. If make-up water pump is employed, adjust

pressure switch on pumping system to provide

a minimum of 12 psi (81.8 kPa) at the highest
point in the heating loop.

3. If a water pressure regulator is provided on the

make-up water line, adjust the pressure regulator

to provide at least 12 psi (81.8 kPa) at the highest
point in the heating loop.

4. Open bleeding devices on all radiation units

at the high points in the piping throughout
the system, unless automatic air bleeders are

provided at such points.

5. Run system circulating pump for a minimum of
30 minutes with the boiler shut off.

6. Open all strainers in the circulating system,
check ow switch operation, and check for
debris. If debris is present, clean out to ensure
proper circulation.

7. Recheck all air bleeders as described in Step 4.

8. Check liquid level in expansion tank. With the

system full of water and under normal operating
pressure, the level of water in the expansion tank
should not exceed ¼ of the total, with the balance

lled with air.

9. Start up boiler according to the procedure in this
manual. Operate the entire system, including the
pump, boiler, and radiation units for one (1) hour.

10. Recheck the water level in the expansion tank. If

the water level exceeds ¼ of the volume of the
expansion tank, open the tank drain, and drain to

that level.

11. Shut down the entire system and vent all

radiation units and high points in the system

piping, as described in Step 4.

12. Close make-up water valve and check strainer in

pressure reducing valve for sediment or debris

from the make-up water line. Reopen make-up
water valve.

13. Check gauge for correct water pressure and also
check water level in the system. If the height

indicated above the boiler insures that water is at
the highest point in the circulating loop, then the

system is ready for operation.

14. Refer to local codes and the make-up water

valve manufacturer’s instructions as to whether
the make-up water valve should be left open or

closed.

15. After placing the unit in operation, the ignition
system safety shutoff device must be tested.
First, shut off the manual gas valve, and call
the unit for heat. After the pre-purge and ignitor

heat-up time, the main gas terminals will be

energized, attempting to light, for seven (7)
seconds, and then will de-energize. The unit will

attempt to light two more times, and then will go

into lockout mode. Second, turn the power off

and then on again, open the manual gas valve

and allow the unit to light. While the unit is

operating, close the manual gas valve and ensure

that power to the main gas valve has been cut.

16. Within three (3) days of start-up, recheck all air

bleeders and the expansion tank as described in

Steps 4 and 8 above.

Important: The installer is responsible for identifying
to the owner/operator the location of all emergency
shutoff devices.

WARNING

Do not use this appliance if any part has been under
water. Immediately call a qualified service technician
to inspect the appliance and to replace any part of
the control system and any gas control that may have
been under water.

AVERTISSEMENT

N’utilisez pas cet appareil si l’une de ses pièces est
passée sous l’eau. Appelez tout de suite un technicien
en entretien et en réparation pour inspection de
l’appareil et remplacement des pièces du système de
commande, et des pièces de commande du circuit
gaz, qui sont passées sous l’eau.

6.2 Operating Temperature Control

Control Access Panel

Note: The Dip switch panel and LED panel
can be found under the Control Access Panel after
removing the bolts.

Summary of Dip Switch Settings:

#1 Two Stage (Off) / Single Stage (On)

#2 Setpoint (Off) / Outdoor Reset (On) (Note:

Outdoor Reset is required for residential

operation)

#3 WWSD Inactive (Off) / Active 70°F (On)

#4 Boiler Maximum 210°F (Off) / 190°F (On)

#5 Pump Post Purge Inactive (Off) / Active 3

min. (On)

Brute Deluxe (200, 300, 400)

Page 27

LEDs State Description

1. Power

2. Heat – On = call for heat; Flashes for Boiler

sensor error

3. DHW – On = call for DHW; Flashes for

outdoor sensor error

4. WWSD – On = Outdoor Reset AND WWSD
Active AND control in WWSD; Flashes for outdoor
sensor error, operation continues with xed boiler
target of 140°F.

When a call for HEAT and/or DHW is present the
pump contact (5A max) will be energized. Post purge
can be selected via dip switch #5, Pump Post Purge
Inactive (Off) /Active 3 min. (On). In the On position

the pump will continue to run for 3 min after the last

call has been satised. When the dip switch is Off

there is no post purge of the pump, the pump turns off

immediately after the last call is removed. Bradford
White strongly recommends using a pump post purge.
During WWSD and a call for HEAT is present the
pump will remain off.

Pump Exercising The control exercises the

boiler pump every 3 days of inactivity. While the
control is exercising the pump all LEDs will turn off
and the power LED will ash for 10 seconds.

Staging (where applicable – factory setting):
Dip switch #1 is used to select the number of stages:

2-Stage (Off) / Single Stage (On).

For 2-stage operation, the rst stage is cycled
on Proportional error and the second stage is cycled
based on PI according to a xed algorithm. No user
adjustment is necessary.

Note: All stages are turned off when the water

outlet temperature reaches the Maximum setting
that is elected via dip switch #4, Boiler Maximum

210°F (Off) / 190°F (On). Commercial boilers have
dip switch #2 set for ‘Off’ to allow setpoint control.
Utilize dial to set desired outlet temp.

NOTE:

This boiler is equipped with a feature that saves
energy by reducing the boiler water temperature as
the heating load decreases. This feature is equipped
with an override which is provided primarily to permit
the use of an external energy management system
that serves the same function. THIS OVERRIDE
MUST NOT BE USED UNLESS AT LEAST ONE OF
THE FOLLOWING CONDITIONS IS TRUE:

• An external energy management system is

installed that reduces the boiler water temperature
as the heating load decreases.

• This boiler is not used for any space heating.

• This boiler is part of a modular or multiple boiler

system having a total input of 300,000 BTU/hr or
greater.

• This boiler equipped with a tankless coil.

Auto Boiler Target Setpoint: Space Heating:
The boiler target temperature is automatically

determined from Space Heating and DHW
requirements. Space heating is based on outdoor reset.

When both a Heat Call and a DHW Call are present
at the same time, the control operates to provide the

higher boiler target temperature.

Heating Curve (Outdoor Temperature Reset)

The control uses a linear heating curve to calculate

a target setpoint. The following data are used

to calculate the target setpoint from the outdoor

temperature.

1. The heating curve or reset ratio (RR) is set by

the potentiometer with a range of 0.4 to 3.6.

2. The room temperature is xed at 70 deg F.

3. Boiler target = 70 deg F + RR x (70 deg F -

outdoor temp)

Outdoor Heating Curve=Reset Ratio (RR)=

Temp F 1.0 2.0 3.0

Boiler Target F

-30 170

-20 160

-10 150
0 140

210

210

10 130 190
20

170

30 150 190
40
50
60

130

130

160

130

70 WWSD OFF
Boiler Target Temperature Calculation:
Boiler Target = 70 deg F +RR x (70–Outdoor
Temp)

DHW Operation The boiler target for DHW

calls is xed at 180 deg F.
Note: There is no control of a DHW pump, so the
boiler pump runs with the call for DHW.

Limiting The boiler target is limited to a

minimum and a maximum target to ensure that the

water temperature does not exceed the limits.

1. Target Min - The boiler target minimum is

the point at which the stages will start to turn on to

maintain a minimum water temperature. The Boiler
Minimum water temperature is 130 deg F, regardless
of other calculated targets. To ensure that the water

temperature is greater than the Boiler Minimum water
temperature the target is increased to allow the stages
to cycle on by the Boiler Minimum water temperature,

Boiler Minimum target is set to Boiler Minimum +

Page 28

Bradford White Corp.

differential/2.

2. Target Max - The boiler target maximum is

the point at which the stages will start to turn off to

maintain a maximum water temperature. The Boiler

Maximum water temperature is set by setting dip

switch #4: Boiler Maximum 210°F (Off) / 190°F (On).

To ensure that the water temperature is less than
the Boiler Maximum water temperature the target is
decreased to allow the stages to cycle off by the Boiler
Maximum water temperature, Boiler Maximum target

is set to Boiler Maximum - differential/2.

Auto Differential The control automatically
adjusts differential to prevent short cycling and

maximize the lifetime of components.

WWSD Operation Warm Weather Shutdown ­WWSD feature is selected via dip switch #3, WWSD
Inactive (Off) / Active 70°F (On). WWSD point is
xed at 70 deg F. Control exits WWSD when the
outdoor temp falls to 65 F. When there is a call for
HEAT and the control is in WWSD the HEAT call will
be ignored. When there is a call for DHW and the
control is in WWSD the DHW call will be satised.
WWSD LED turns on when control detects WWSD.

Summary of Input Sensors:

1. Outdoor sensor - monitors the outside air

temperature for outdoor reset mode

2. Boiler outlet sensor -monitors the water

temperature of the boiler outlet supply

3. System Supply sensor - monitors the water

temperature of the system supply

The boiler outlet sensor is required at all times.

If the boiler outlet sensor has any fault then the control

will ash an error and turns all stages off. The system

supply sensor is optional and utilizes

primary / secondary piping. If the system supply
sensor has a fault then the control ashes an error

message and operates using the boiler outlet sensor

(system supply = boiler outlet).

6.3 External Boiler Operations

Use the eld interlock ( T-T terminals ) that are
inside control box.

6.4 Sequence of Operation

If a eld-supplied pump is properly wired to the

unit, or if the unit is pump-mounted, the pump will be

energized.

Once the water ow switch makes, if all of the

safety interlocks are closed, the ignition module will

energize the blower(s) for a 15-second pre-purge,

followed by a 40-second period to allow the ignitor to

heat.

The ignition control energizes the blower. The

blower pressurizes the air box (which supplies air to
the burners) and closes the normally-open contact

on the airow pressure switch. The blocked vent

pressure switch senses the pressure in the exhaust

plenum. This switch opens if the pressure is excessive
(as an indicator of a blocked vent). When these two

pressure switches are closed, voltage is sent to the

PSW terminal on the ignition control, which allows the
ignition module to proceed with the ignition sequence.

If the airow proving circuit is not proven,
ignition module will lock out. Section 6.5 describes
the result of air ow faults in more detail.

When the ignition control gets the signal at the

PSW terminal, it will energize its MV terminal, which
sends power to the stage one (or on/off) main valve.

After a 7-second trial for ignition, the ignitor
switches to ame sense mode. If a ame is not

detected, the gas valve will close and the ignition
module will attempt ignition again (up to two more

times, for a total of three attempts.) If all three
attempts fail, the ignition control will lock out.

If ame is sensed, the burner will continue to
re as long as there is a call for heat, and none of the
safety circuit is interrupted.

If there is a call for stage 2 on a 2-stage unit, that

valve will be energized.

If there is a loss of ame signal during a
successful ring sequence, the ignition control will

remove power from the gas valves, and then attempt

to light up to two more times. If successful, the Brute
Deluxe will re normally. If unsuccessful, the ignition
control will lock out.

When the call for heat is satised, the gas
valve(s) closes, and the blower starts a 45 second

post-purge, and the pump starts the post-purge (where

applicable).

6.5 Ignition Control Reaction to Air Flow /

Blocked Vent Pressure Switch

Air ow and blocked vent status are continuously

monitored by the Brute Deluxe ignition control, at the

control’s PSW terminal.

At the start of an ignition sequence, if the ignition

control sees power at PSW for 30 seconds, but the

combustion blower has not yet been energized by the

control (F1 and F2), the ignition control will remain
in this fault mode, with the blower off. If the power to
PSW is removed while there is still a call for heat, the

ignition sequence will start again, but the main valves

will not be energized until PSW sees power during the
ignition sequence.

If the PSW signal is lost while the Brute Deluxe
is ring, the control will immediately de-energize the
gas valve terminal (MV). The blower will remain on
for the post-purge period (45 seconds), and the control
will continue to monitor the PSW input. If the signal

is detected during the post-purge period, a normal trial

for ignition will begin, starting with the 15-second
pre-purge. If the signal is not detected during the post­purge, the control will lockout with the blower off.

Brute Deluxe (200, 300, 400)

6.6 Operating the Burner and Set-Up

6.6.1 Set-Up for 0 to 2500 Feet Altitude

The setup must be checked before the unit is put

in operation. Problems such as failure to start, rough
ignition, strong exhaust odors, etc. can be due to
improper setup. Damage to the Brute Deluxe resulting

from improper setup is not covered by the limited

warranty.

1. Using this manual, make sure the installation

is complete and fully in compliance with the

instructions.

2. Determine that the appliance and system are
lled with water and all air has been bled from
both. Open all valves.

3. Observe all warnings on the Operating

Instructions label and turn on gas and electrical

power to appliance.

4. Switch on the appliance power switch located on
the right side of the unit.

5. The Brute Deluxe will enter the start sequence,
as long as the unit is being called for heat. The

blower and pump come on for pre-purge, then
the ignitor warm-up sequence starts and after
the ignitor warm-up is complete and all safety

devices are veried, the gas valves open. If

ignition doesn’t occur, check that there is proper

gas supply. Wait 5 minutes and start the unit
again. During initial start up, air in the gas line
may cause the Brute Deluxe to "lock out" during
the rst few trials for ignition. If the ignition

control locks out, reset by cycling the power off
and on using the main power switch on the right

side of the cabinet.

6. When the unit is running, the supply gas pressure
must be checked. Inlet gas pressure must not
exceed 13 in. w.c. (3.2 kPa). The minimum inlet
gas pressure is 5 in. w.c. (1.2 kPa) and 8 in. w.c.
(2 kPa) for LP.

7. Once the inlet gas pressure is veried, the

outlet gas pressure from each valve (manifold
gas pressure) must be checked, and adjusted, if

necessary. The manifold gas pressure must be 3.0
in. w.c. (0.62 kPa) for natural gas and 9.0 in. w.c.
(2.2 kPa) for LP.

8. Complete the setup by checking the CO
outlet of the unit. The CO

should be 8% for

2

natural gas, or 9.2% for LP.

9. After placing the appliance in operation, the
Burner Safety Shutoff Device must be tested.

To test:

(a) Close gas shutoff valve with burner

operating.

(b) The ame will go out and blower will

continue to run for the post purge cycle.
Three attempts to light will follow. Ignition

at the

2

Page 29

will not occur as the gas is off. The ignition

control will lockout, and will have to be
reset by cycling the power before the unit

will operate.

(c) Open gas shutoff valve. Restart the

appliance. The ignition sequence will
start again and the burner will start. The

appliance will return to its previous mode

of operation.

10. Check all heat exchanger water connections,
ange and header gaskets for watertight integrity
24 hours after commissioning. If there are any

signs of water leakage, re-torque fasteners or
re-seat threaded connections as necessary to

eliminate leakage.

6.6.2 High Altitude Adjustment and

Set-Up

High altitude adjustment must not be made on

appliances operating at elevations below 2500 ft. (762 m).

No orice changes are required to adjust the

Brute Deluxe appliances for high altitude. High

altitude adjustment is accomplished by adjustment

of the air shutter. A CO

or O2 analyzer is required to

2

make these adjustments.

Start the adjustment process by checking the CO

in the “as installed” condition. Adjust the air shutter(s)

so that the CO

is about 8% or the O2 is about 6.8%

2

for appliances operating on natural gas. For appliances
operating on LP Gas adjust the air shutter(s) so that the

is about 9.2% or the O2 is about 6.8%.

CO

2

If the appropriate CO

/ O2 levels cannot be

2

achieved by adjusting the air shutter. Contact the
Technical Services Department at number shown on
back page.

The amount of derate will vary depending on

heating value of the fuel and the elevation at the

installation site.

Caution

Should any odor of gas be detected, or if the
gas burner does not appear to be functioning
in a normal manner, close main shutoff valve,
do not shut off switch, and contact your heating
contractor, gas company, or factory representative.

Attention

Si vous sentez une odeur de gaz ou si le brûleur
à gaz ne parait pas fonctionner de manière
normale, fermez la vanne d’isolement, ne fermez
aucun interrupteur, et appelez votre entreprise
de chauffage, la compagnie de gaz ou un
représentant du fabricant.

2

Page 30

Bradford White Corp.

6.7 Shutting Down the Brute Deluxe

1. Switch off the main electrical disconnect switch.

2. Close all manual gas valves.

3. If freezing is anticipated, drain the Brute Deluxe

and be sure to also protect building piping from

freezing.

This step to be performed by a qualied

service person.

6.8 To Restart the Brute Deluxe

If drained, follow Section 6.1 in this manual for

proper lling and purging.

1. Switch off the main electrical disconnect switch.

2. Close all manual gas valves.

3. WAIT FIVE (5) MINUTES.

4. Set the aquastat or thermostat to its lowest
setting.

5. Open all manual gas valves.

6. Reset all safety switches (pressure switch, manual
reset high limit, etc.).

7. Set the temperature controller to the desired

temperature setting and switch on electrical

power.

8. Burner will go through a pre-purge period and
ignitor warm-up period, followed by ignition.

air terminal (when used).

4. Keep the appliance area clear and free from

combustible materials, gasoline, and other

ammable vapors and liquids.

5. If the appliance is not going to be used for

extended periods in locations where freezing
normally occurs, it should be isolated from the

system and completely drained of all water. All

systems connected to it should also be drained or

protected from freezing.

6. Low water cutoffs, if installed, should be
checked every 6 months. Float type low water
cutoff should be ushed periodically.

7. Inspect ue passages, and clean with brushes/
vacuums, if necessary. Sooting in ue passages
indicates improper combustion. Determine the
cause and correct.

8. Inspect the vent system and air intake system,

and if the vent system is Category III, ensure

that all joints are sealed properly. If joints need

to be resealed, follow venting manufacturer's

instructions to clean and reseal vent system.

7.2 Appliance Maintenance and
Component Description

Only genuine Bradford White replacement parts should
be used.

SECTION 7.
Maintenance

7.1 System Maintenance

1. Lubricate the system water-circulating pump, if
required, per the instructions on the pump.

2. If a strainer is employed in a pressure reducing
valve or the piping, clean it every six months.

3. Inspect the venting system for obstruction or
leakage at least once a year. Periodically clean

the screens in the vent terminal and combustion

Caution

Label all wires prior to disconnection when
servicing controls. Wiring errors can cause
improper and dangerous operation. Verify proper
operation after servicing.

Attention

Lors d’entretien ou de réparation des commandes,
étiquetez tous les câbles avant de les
déconnecter. Des erreurs de câblage peuvent
provoquer des fonctionnements incorrects et
dangereux. Après toute intervention d’entretien
ou de réparation, vérifier que l’appareil fonctionne
correctement.

The gas and electric controls on the appliance
are engineered for long life and dependable operation,
but the safety of the equipment depends on their

proper functioning. It is strongly recommended that
a qualied service technician inspect the basic items
listed below every year.
a. Ignition control
b. Ignitor
c. Water temperature control
d. Automatic gas valve
e. Pressure switches and tubing
f. Blower

Brute Deluxe (200, 300, 400)

Page 31

g. High limit
h. Pump (if required)
i. Relays
j. Flow switch
k. Gas train
l. Control components

7.2.1 Burners

Close main manual gas valve before proceeding.

Checking the burners for debris - Remove the ignitor/

burner access panel and ignitor, and inspect the

burners through the ignitor hole using a ashlight to
illuminate. If there is any indication of debris on the

burners that is visible, all the burners will need to be

inspected more thoroughly. Remove the gas manifold
assemblies and the burner assemblies. Inspect the
burners. Clean burners, if necessary, by blowing

compressed air from the outside of the burners into

the center of the burner. A dirty burner may be an

indication of improper combustion or dirty combustion

air. Determine the cause, and correct. Replace the
burners in the reverse order.

7.2.2 Filter

The lter used in the Brute Deluxe is washable
and has an 80% arrestance rating. Since the lter is
washable, it will only need replacement occasionally.
If lter replacement is needed, it should only be
replaced with a factory part. Inspect the air lter
monthly, or more often in dirty environments. If there
is debris on the air lter, remove it from the lter
frame, and wash it with mild soap and water. Ensure
that the lter is completely dry before reinstalling.

7.2.3 Gas Valves

The gas valves are designed to operate with

supply pressures of 4-13 in. w.c. (1.0 to 3.2 kPa).

To remove a valve, shut off 120-volt power

and the manual gas shutoff valve. Remove the front
panels from the unit. Disconnect the wires to the valve.

Disengage the unions before and after the valve, and

remove the valve. Pull the pipe nipples from the inlet

and outlet of the valve, and clean the threads on the

pipe nipples for reuse. Apply new tape or pipe dope

to the pipe nipples (threaded joints should be coated

with piping compound resistant to action of liqueed
petroleum gas), and reinstall in reverse order. Turn

on manual gas shutoff valve and 120 volt power and
check appliance operation and tightness of gas valve

connections.

7.2.4 Manual Reset High Limit Control

The high limit switch is a manual reset, non-

adjustable switch with a remote bulb-type sensor.
Switches for water heaters and low temperature boiler
models are set at 200°F. Switches for standard boilers
are set at 240°F.

The control is located behind the front door, on a

panel in front of the blower. The probe is in the outlet
side of the header.

To reset the switch, unscrew the black cover that

is over the reset button, and push the button. Replace
the cover after the switch is reset.

To replace, shut off power to the appliance.
Remove the cover that is over the button, and remove
the nut that is around the button. Pull the control
through the panel, and remove the spade terminals.
Replace in reverse order.

7.2.5 Ignition Control

The ignition control controls the hot surface

ignitor and proves that the ame signal is appropriate
for powering the gas valves. It also controls the
blower’s pre-purge and post-purge.

To replace a control, shut off the 120-volt power

to the appliance. Remove the cover from the control
panel. Remove the electrical connectors from the
ignition control. Take out the controller’s mounting
screws, and pull the controller out. Replace in reverse
order.

7.2.6 Ignitor

The ignitor used is a 120v “Hot Surface” type.

It is energized whenever there is a call for heat and

switched off when ignition is established and the ame
has been sensed. To replace the ignitor, shut off the

120-volt power to the appliance, remove the ignitor/
burner access panel, disconnect the Molex connector,

remove the two mounting screws on the ignitor ange,
and pull the ignitor out. Install in reverse order, always

using a new ignitor gasket with the replacement

ignitor.

Caution

Ignitor gets hot. To avoid injury, handle the ignitor
with caution.

Attention

Le dispositif d’allumage devient très chaud.
Manipulez le dispositif d’allumage avec
précaution.

7.2.7 Transformer

The Brute Deluxe ’s transformer is not capable
of supplying control voltage for external devices such
as zone valves, which must have their own separate

power supply. Should a transformer need replacing,
shut off the 120-volt power. Unplug the transformer

wires, remove the mounting screws and remove the

transformer. Replace transformer in the reverse order.

7.2.8 Flow Switch

The Brute Deluxe uses a paddle-type ow switch
to ensure that the unit has water ow before ignition is

Page 32

Bradford White Corp.

allowed. To replace the ow switch, turn off the 120­volt power to the appliance. Isolate the boiler or water
heater from the system by closing the isolation valves.

Caution

Water may be hot enough to scald. Allow water to
cool before proceeding.

Attention

L’eau peut être chaude au point de vous brûler.
Laissez refroidir l’eau avant d’intervenir.

Release pressure in the system by actuating
the pressure relief valves or eld supplied boiler
drain valve. Remove cover from the ow switch
and disconnect the wires. Unthread the ow switch
from piping. Ensure the new ow switch paddles are

trimmed to the same size as the original paddles, and

reinstall in the reverse order. For boiler and other static

pressure systems, restore the system pressure to the

original setting, (or 10 psi minimum).

7.2.9 Heat Exchanger Coil

WARNING

Black carbon soot buildup on a dirty heat
exchanger can be ignited by a random spark or
flame thereby creating a risk of fire or explosion.
To prevent this from happening, dampen the soot
deposits with a wet brush or fine water spray
before servicing the heat exchanger.

AVERTISSEMENT

L’accumulation de suie sur un échangeur
thermique sale peut s’enflammer au contact
d’une étincelle ou d’une flamme et présenter un
risque d’incendie ou d’explosion. Afin d’empêcher
que cela se produise, humidifier les dépôts
de suie à l’aide d’une brosse mouillée ou par
une pulvérisation fine d’eau avant d’effectuer
l’entretien de l’échangeur thermique.

2. Turn off the gas supply by closing the manual gas
valve on the heater.

3. Disconnect and remove the wires, conduit and

sensors from all components that are attached to

the inlet/outlet header.

4. Isolate the heat exchanger from the water supply.

5. Disconnect the header anges from the inlet and
outlet.

6. Allow the heat exchanger to drain. Remove the

venting and remove the top, by removing the

screws that attach the top to the side panels.
Remove the side panels.

7. Remove the heat exchanger from the unit.
NOTE: Heat exchangers are heavy and may

require two people to remove to avoid personal

injury.

8. Clean the heat exchanger: A light accumulation

of soot or corrosion on the outside of the heat

exchanger can be easily removed. Use a wire

brush to remove loose soot and scale from the

heat exchanger.

9. NOTE: While the heat exchanger is out of the
unit, inspect the rewall refractory insulation.
Replace if necessary.

10. Inspect the inside of the copper tubes for scale
buildup. Scale can build up on the inner surface

of the heat exchanger tubes, which can restrict

water ow. If the tubes show signs of scaling,
clean the internal surface.

11. Reassemble in the reverse order, and check
appliance operation after start-up.

NOTE: The warranty does not cover damage
caused by lack of required maintenance, lack of
water flow, or improper operating practices.

The Brute Deluxe has a premixed burner system.

These systems provide the burners with sufcient air

for complete combustion, and black carbon sooting is

seldom experienced. If sooting is suspected, view ports

for inspection of the heat exchanger are provided on

the side of the boiler. In the unlikely event that there is

a buildup of black carbon soot or other debris on the
heat exchanger, clean per the following:

1. Disconnect the electrical supply to the unit.

Brute Deluxe (200, 300, 400)

Page 33

SECTION 8.
Trouble Shooting

8.1 Resolving Lockouts

There are many causes of lockouts. The three

most common causes are: (1) inadequate gas supply,

(2) poor combustion, (3) ignitor failure.

1. Inadequate gas supply: Before proceeding, ensure
that the gas supply has not been shutoff or the LP
tank (LP boilers) is not empty. Then, restart the
boiler and observe the operational cycle. After
a 15-second fan pre-purge, the ignitor will heat
up for 40 seconds, and then the unit will light.

If it does not, check the gas supply pressure to
the appliance, after resetting the appliance and

attempting another start-up. The gas pressure to
the appliance must be above 5 in. w.c. (1.2 kPa)
throughout the entire start-up cycle. If it is not,

correct the supply problem (check gas valves or

supply piping). If the supply pressure is adequate,
consult the factory for assistance.

2. Poor Combustion: Poor combustion should be
suspected if there is a strong ue gas odor. The

odor may result from an improper gas/air ratio
(high or low O

operate best with 45% excess air (8% CO
natural gas, 9.2% CO
the appliance and adjust if necessary.

3. Ignitor failure: If the boiler goes through a

normal start cycle but combustion does not

occur, ignitor failure should be suspected. Check

the ignitor by unplugging the ignitor plug and

measuring the ignitor resistance. It should be
50-80 ohms. If the resistance is not 50-80 ohms,
replace the ignitor. If the resistance is correct,
reset the boiler and check for 120 VAC at the
ignitor plug during the start cycle. If there is no

voltage, replace the faulty ignitor wire harness or

the ignition control.

8.2 Delayed Ignition — Possible Causes

A defective burner can cause a delayed ignition.

If the gas supply pressure is proper and the gas
valves are functioning properly, then burners should

be inspected. There should be no distortion or

perforations in the burners outside of the active burner

port area. Replace if indicated.

or CO2). Brute Deluxe appliances

2

on LP). Check the CO2 of

2

on

2

distribution problem. If desired temperature response

is not achievable without short cycling it may be

necessary to install a buffer tank in the system. Contact

your Bradford White representative to discuss possible

remedies.

8.4 Short Cycling — Water Heater

Short cycling will generally occur only in

combination space heating and water heating
applications when the water heater is operating in the

space-heating mode. If the heating load drops below

the minimum input of the water heater for an extended
period, the water heater will have a tendency to short

cycle. If short cycling is frequently experienced,

regardless of the control’s attempt to limit it, the

heating load should be redistributed to control it.

If short cycling occurs in a water heater
application, it is probably caused by undersized
piping between the water heater and the storage tank
or by some other factor that restricts proper water

ow through the water heater. The cause should be
determined and corrected.

8.5 High Gas Consumption

Appliances operating with an improper air/

fuel ratio are very inefcient and consequently, have
very high gas consumption. Because efciency is

high when the CO
operating with low CO

appliances) consume more gas. Adjust the CO
for optimum efciency. If no combustion analyzing

equipment (CO
adjustment of the air/fuel ratio (CO

accomplished. The CO
natural gas and 9.2% at high re for LP. To check the

, rst verify that the supply gas pressure is within

CO

2

5 to 13 in. w.c. (1.2 to 3.2 kPa). With the Brute Deluxe
running with all stages ring, set the air box pressure
to 1.8 in. w.c. (0.42 kPa) (as a starting point), by
adjusting the air shutter(s) at the intake of the fan(s).

Check the CO
adjustment to the CO

is high (or O2 is low), appliances

2

or high O2 (especially LP

2

or O2) is available then a proper

2

should be 8% at high re for

2

, and adjust the air shutters if further

2

is needed.

2

or O2) cannot be

2

or O2

2

8.3 Short Cycling — Boiler

Boiler short cycling is caused when the load

on the boiler system swings rapidly causing frequent

cycling between call for heat and satised conditions.

This condition is greatly reduced on two stage

units. If short cycling is a problem, it may be due

to an oversized boiler, incorrect set points or a load

Page 34

Bradford White Corp.

SECTION 9.
Replacement Parts

Only genuine Bradford White replacement parts should be used.

9.1 General Information

To order or purchase parts for the Bradford White Brute Deluxe, contact your nearest Bradford White dealer

or distributor. If they cannot supply you with what you need, contact Customer Service (see back cover for address,
telephone and fax numbers).

9.2 Parts List

Item Description Model 200 Model 300 Model 400

COMBUSTION CHAMBER COMPONENTS

SeeFigure20

1 Base Assembly 2C1000 3C1000 4C1000
2 Support, Tile Notch 2C2019 3C2019 4C2019
3 Chamber, Refractory, Heat Exchanger T2108802 T2108803 T2108804
4 Assembly, Front Panel, Combustion Chamber 2C2023 3C2023 4C2023
5 Panel, Rear, Combustion Chamber 2C2006 3C2006 4C2006
6 Panel, Top, Combustion Chamber 2C2001 3C2001 4C2001
7 Panel, Chamber, Right Side, Bottom 2C2201 2C2201 2C2201
8 Panel, Chamber, Left Side, Bottom 2C2601 2C2601 2C2601

9 Panel, Chamber, Side, Top 2C2002 2C2002 2C2002
10 Panel, Right Side, Air Box 2C2016 2C2016 2C2016
11 Panel, Left Side, Air Box 2C2015 2C2015 2C2015
12 Weldment, Duct, Blower 2C2500 2C2500 2C2500
13 Panel, Top, Air Box 2C2008 3C2008 4C2008
14 Plate, Spacer, Burner/Manifold 2C2017 3C2017 4C2017
15 Panel, Front, Air Box 2C2009 3C2009 4C2009
16 Assembly, Exhaust Vent, Vertical 2C2100 3C2100 4C2100
17 Weldment, Flue 2C2300 2C2300 2C2300
18 Assembly, Air Shutter, Blower 2C5000 2C5000 2C5000
19 Assembly, Filter Housing 2C3800 2C3800 2C3800
20 Media, Filter R2073200 R2073200 R2073200
21 Clip, Retaining, Filter Media F2022300 F2022300 F2022300
22 Hose, Duct, Flexible, 4" Dia. P0101402 P0101403 P0101404
23 Blower/Motor E0254000 E0254000 E0254000
24 Gasket, Blower S2104400 S2104400 S2104400
25 Assembly, Sight Glass R10956000 R10956000 R10956000
26 Ignitor, Hot Surface RW2002300 RW2002300 RW2002300
27 Gasket, Burner S2104300 S2104300 S2104300
28 Burner, Main (Pressure Port) L0063301 L0063301 L0063301
29 Burner, Main L0063300 L0063300 L0063300
30 Gasket, Blower Duct S2104500 S2104500 S2104500
31 Kit, Insulation, Combustion Chamber T2015808 T2015809 T2015810
32 Gasket, Flue Housing S2104600 S2104600 S2104600

Brute Deluxe (200, 300, 400)

Item Description Model 200 Model 300 Model 400

JACKET COMPONENTS

SeeFigure21

40 Panel, Front, Jacket R2C3320 R3C3320 R4C3320
41 Panel, Rear, Jacket 2C3220 3C3220 4C3220
42 Panel, Top, Jacket 2C3021 3C3021 4C3021
43 Panel, Jacket, Control Access 2F3019 3F3019 4F3019
44 Panel, HX Side Access, Jacket 2C3620 2C3620 2C3620
45 Panel, Right Side, Upper, Jacket 2C3621 2C3621 2C3621
46 Panel, Right Side, Jacket 2C3520 2C3520 2C3520
47 Panel, Left Side, Jacket 2C3420 2C3420 2C3420

48 Panel, Lower Access, Jacket 2C3622 2C3622 2C3622
49 Panel, Filter Side, Upper, Jacket 2C3623 2C3623 2C3623
50 Panel, Filter Access, Jacket 2C3010 2C3010 2C3010
51 Weldment, Cover, Air Inlet 2C3700 2C3700 4C3700
52 Panel, Cover, Exhaust 2C3701 3C3702 4C3701
53 Plate, Cover, Sight Glass 10338600 10338600 10338600
54 Side Panel, Pump Cover, Jacket 2C3015 2C3014 2C3014
55 Cover, Pump 2C3016 2C3016 2C3016

HEAT EXCHANGER COMPONENTS

SeeFigure22

60 Assembly, Tube, Heat Exchanger, Copper R2C4100 R3C4100 R4C4100

Assembly, Tube, Heat Exchanger, Copper-Nickel R2C4120 R3C4120 R4C4120
61 Header, Inlet/Outlet 2F4122 2F4122 2F4122
62 Header, Return 2C4103 2C4103 2C4103
63 Chamber, Header, Heat Exchanger 2C4001 2C4001 2C4001
64 Bafe, End, Heat Exchanger Tube 2C4002 2C4002 2C4002
65 Flanges, Set of 2, 1-1/2" NPT, Cast Iron S0077700 S0077700 S0077700
66 Gasket, Connection Flange, 1-1/2" S0076500 S0076500 S0076500
67 Valve, Pressure Relief, 3/4" NPT X 75 PSI A0063300 A0063300 A0063300

Valve, Pressure Relief, 3/4" NPT X 125 PSI RA0001200 RA0001200 RA0001200
68 Gauge, Temperature/Pressure RA0079000 RA0079000 RA0079000

69A Well, Immersion 2058300 2058300 2058300

69B Well, Immersion, Hi-Limit Temperature E0234201 E0234201 E0234201

70 Probe, Thermistor E0253900 E0253900 E0253900
71 Switch, Water Flow RE0013000 RE0013000 RE0013000
72 Pump, Circulator, Hydronic

Pump, Circulator, Volume Water
73 Gasket, 5/8" Tube, 7/32" Thk. Heat Exch. (each) S0070800 S0070800 S0070800

Gaskets, Set of 20, Heat Exch R0050801 R0050801 R0050801

A0076700
A0095704

A0076800
A0095704

A0076800
A0095704

Page 35

Page 36

Bradford White Corp.

Item Description Model 200 Model 300 Model 400

GAS TRAIN COMPONENTS

SeeFigure23

80 Weldment, Gas Manifold, Main L0063702 L0063703 L0063704
81 Manifold, Gas, On/Off L0063414 L0063416 L0063418
82 Manifold, Gas, 2 Stage Left Bank L0063404 L0063413 L0063414
83 Manifold, Gas, 2 Stage Right Bank L0063402 L0063403 L0063405
84 Orice, Nat. Gas L0062900 L0062900 L0062900

Orice, LP Gas L0063000 L0063000 L0063000
85 Spacer, Gas Orice F2022400 F2022400 F2022400
86 Gas Valve, Combination, Nat. (DSI) 3/4" NPT x

3/4" NPT

Gas Valve, Combination, LP (DSI) 3/4" NPT x

3/4" NPT
87 Cover, Gas Inlet, Air Box 2C2018 2C2018 2C2018

V0079400 V0079400 V0079400

V0079500 V0079500 V0079500

Item Description Model 200 Model 300 Model 400

CONTROL PANEL COMPONENTS

SeeFigure24

92 Bracket, Mounting, Hi-Limt/Pressure Switch 2C7004 2C7004 2C7004
93 Switch, Pressure, Diaphragm, SPST E0255500 E0255500 E0255500
94 Switch, Pressure, Diaphragm, SPDT RE0240900 RE0240900 RE0240900
95 Switch, Limit, High Temperature, Hydronic E2304800 E2304800 E2304800

Switch, Limit, High Temperature, Volume Water E2324200 E2324200 E2324200
96 Transformer, 24, 120 V, 50VAC E0180500 E0180500 E0180500
97 PCB, TCM MT2H

MT2V

RE2344300 RE2344301 RE2344301

RE2344301 RE2344301 RE2344301
98 Switch, Toggle, SPDT R2007700 R2007700 R2007700
99 Tray, Control Panel 2F7001 3F7001 4F7001

101 Relay, 24VAC, DPDT E2327800 E2327800 E2327800

102

Ignition Control E0253400 E0253400 E0253400

103 Switch, Rocker, 15A, 125 VAC, 1/2 HP RE2322700 RE2322700 RE2322700

104

Terminal Block E2327700 E2327700 E2327700

105 Cover, Transformer 2C7005 2C7005 2C7005

106

Label, Terminal Block H2356600 H2356600 H2356600

108 Stablilzer, Control Panel 2C7006 2C7006 2C7006

not shown

Harness, Main E2348700 E2348700 E2348700

Brute Deluxe (200, 300, 400)

21

20

22

19

31

Page 37

16

17

28

14

26

27

13

11

19

30

12

31

31

32

18

24

23

5

31

8

6

4

9

7

15

31

Figure 20. Combustion Chamber Components.

29

25

10

3

2

1

Page 38

49

48

43

Bradford White Corp.

51

52

50

42

40

41

45

47

44

46

53

55

54

Figure 21. Jacket Components.

54

Brute Deluxe (200, 300, 400)

Page 39

71

65

62

63

64

64

70

63

73

61

69A

67

68

66

72

Figure 22. Heat Exchanger Components.

69B

60

Page 40

Bradford White Corp.

80

87

86

ON/OFF

86

81

8584

80

2STAGE

86

84

Figure 23. Gas Train Components.

82

85

83

Brute Deluxe (200, 300, 400)

Page 41

104

102

106

97

Figure 24. Control Panel Components.

Page 42

Bradford White Corp.

Dimensions and specifications subject to change without notice in accordance with our policy of continuous product improvement.

Ambler, PA 19002
Tech. Service [phone]
Service Parts [phone]
Warranty Service [phone] Litho in U.S.A. © Bradford White 1209 Document 1244A

www.BradfordWhite.com

H2357900-