Smith 19HE Manuel utilisateur

Marque: Smith

Modèle: 19HE

Taper: Manuel utilisateur

SERIES 19HE BOILER

INSTALLATION

INSTRUCTIONS

STEAM OR WATER HEATING

PRESSURIZED FOR FIRING OIL, GAS

OR COMBINATION GAS/OIL

CAUTION: Do not use automotive anti-freeze in boiler waterways. If necessary to

use anti-freeze, be sure to employ a preparation designed for hydronic heating

systems such as ethylene or propylene glycol.

Water treatment is not recommended. This boiler uses gaskets to seal the ports

of adjoining sections. These gaskets are made of a uorocarbon elastomer

(designation FKM) marketed under the brand name Viton. Consult a water

treatment professional before adding any chemical to the boiler water. Any

water treatment or anti-freeze added to the system must be compatible with the

Viton gaskets.

THE SECTIONS OF THIS BOILER MUST BE ASSEMBLED

TO THE PROPER TORQUE. READ INSTRUCTIONS

19IOM-8R

82-7011

4/2022

TO INSTALLER

NOTE: READ THESE INSTRUCTIONS CAREFULLY. THEY WILL

SAVE YOU VALUABLE TIME WHEN ASSEMBLING THE BOILER.

DESIGNED AND TESTED ACCORDING TO THE A.S.M.E. BOILER AND PRESSURE

VESSEL CODE, SECTION IV FOR MAXIMUM ALLOWABLE WORKING PRESSURE.

STEAM - 15 PSIG, WATER - 80 PSIG

INSTALLER, THESE INSTRUCTIONS TO BE AFFIXED ADJACENT TO THE BOILER.

CONSUMER, RETAIN THESE INSTRUCTIONS FOR FUTURE REFERENCE PURPOSES.

FOR JACKET ASSEMBLY AND BURNER SET UP SEE SEPARATE INSTRUCTIONS.

TEL. (413) 562-9631 FAX (413) 562-3799

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

10 in. Smokehood Assy. 70341

(8-12 Sect. 19 & 19A)

4A Smokehood Tape 74300

5 Slide Damper Only 69370

6 Angle Bracket Only 69150

7 Tankless Cover Plate Assy 70343

(includes Studs, Nuts & Gasket)

— Tankless Cover Plate Stud 60104

— Tankless Cover Plate Nut 60874

8 Tankless Cover Plate Gasket 60312

8A Tankless Coil 50634

w/Gasket and Hardware

SERIES 19HE REPLACEMENT PARTS

Ref # Name of Part Part No. Ref # Name of Part Part No.

1 Front Section 3638

2 Plain Leg Section 3637

Heater Leg Section 3641

3 Back Section 3639

Smokehood Assembly includes:

Smokehood, Slide Damper, Angle Bracket, and Hardware

4 7 in. Smokehood Assy. 70338

(3-5 Sect. for 19) (3-4 for 19A)

8 in. Smokehood Assy. 70339

(6 Sect. for 19) (5-6 Sect. for 19A)

9 in. Smokehood Assy. 70340

(7 Sect. 19 & 19A)

Ref # Name of Part Part No. Ref # Name of Part Part No.

SERIES 19HE REPLACEMENT PARTS

19HE

Cleanout Cover Assembly includes:

Cleanout Plate, Insulation, Rope and Hardware

9 Clean Out Cover Plate Assy 70590

— Rope Seal (45 in.) 76538

— Silicone Sealant 10.3oz 61924

10/11/12 C/O Cover Hardware Kit 21-1502

Burner Mounting Plate Assembly includes:

Mounting Plate with Observation Glass and Cover

13 Burner Mounting Plate Assy 70465

6-1/8 in. Opening

Burner Mounting Plate Assy 70466

7-3/4 in. Opening

Burner Mounting Plate Assy 70491

9-1/8 in. Opening

— Burner Mounting Plate H'ware 71316

14 Observation Glass Only 60326

15 Observation Glass Gasket 60317

16 Observation Glass Gasket 60318

17 Observation Glass Holder 60314

— Screws, Observation Glass 61757

18 Observation Cover Plate 3420

19 Rope Seal 1/4 in. x 4.75 ft. 78105

20 Burner Insulating Block 60434

Burner Insulating Block 60430

(3-6 Sect. – Beckett)

— Burner Insulating Block H'ware 71268

21 Upper Port Gasket (Viton) 60339

1 per Section

22 Lower Port Gasket (Viton) 60340

1 per Section

23 Target Wall (3-6 Sect. only) 69761

24 5/8 in. x 9 in. Draw Rod 60101

25 5/8 in. Hex Nut 60877

26 5/8 in. Washer 62099

– Flue Brush 60090

27 3/8 in. Rope (10 ft. 4 in. per sect.) 78100

– Spray Adhesive 70492

28 Rear Observation Port Cover 3679

(3-6 Section)

29 Rear Observation Port Assy 70614

(7-12 Section)

— Rear Observation Port H'ware 71301

Steam Trim and Controls

30 3-1/2 in. Steam Gauge 60269

31 Gauge Glass 5/8 in. x 9-7/8 in. 61862

32 1 in. Steam Relief Valve 61982

(3-5 Sect. on 19 & 19A)

1-1/4 in. Steam Relief Valve 61983

(6-10 Sect. on 19) (6-8 Sect. on 19A)

1-1/2 in. Steam Relief Valve 61984

(11-12 Sect. on 19) (9-12 Sect. on 19A)

33 PA404A Operating Control 50493

34 L4079B Limit Control 50495

Water Trim and Controls

35 3-1/2 in. Theraltimeter 60290

36 3/4 in. Relief Valve 61997

(3-10 Sect. on 19) (3-8 Sect. on 19A)

1 in. Relief Valve 61998

(11-12 Sect. on 19) (9-11 Sect. on 19A)

1-1/4 in. Relief Valve (19A-12) 61999

37 L4006A Operating Control 50511

38 L4006E Limit Control 14-1001

CODES AND REGULATIONS

All work in connection with the boiler, burner and controls

must be performed in strict accordance with requirements

of state and local authorities having jurisdiction over boiler

installations.

Figure 1

In the absence of such local requirements, the following

should govern:

A.S.M.E. Section IV - “Heating Boilers"

A.S.M.E. Section VI - “Care and Operation of Boilers”

ANSI/NFPA 31 - “Installation of Oil Burning Equipment”

ANSI/Z223.1 - “National Fuel Gas Code”

ANSI/NFPA 70 - “National Electrical Code”

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

CONTENTS

Series 19HE Exploded View

.............................................page 2

Parts List.......................................................................page 2

Table of Contents..........................................................page 4

General Information ...................................................... page 4

Boiler Location .............................................................. page 4

Codes and Regulations ................................................page 4

Combustion Air and Ventilation.....................................page 5

Chimney and Vent Pipe Connections .......................... page 5

Common Vent Systems ................................................ page7

Assembly of Sections ...................................................page 9

Hydrostatic Test ..........................................................page 10

Steam Piping ..............................................................page 10

Water Piping .............................................................. page 11

Tankless Heaters ........................................................ page 11

Smokehood ................................................................page 11

Burner Mounting Plate ................................................ page 12

Cleanout Covers ......................................................... page 13

Rear Observation Port ................................................ page 13

Control Locations........................................................page 13

Jacket .........................................................................page 13

Safety and Relief Valves ............................................ page 13

Cleaning Boiler Waterways ........................................page 14

Start Up and Maintenance Instructions ......................page 14

Control Tappings Diagram ..........................................page 15

Warning ......................................................................page 16

GENERAL INFORMATION

Series 19HE boilers are wet-base, extended surface, vertical

ue design with integral cast ue gas collector for pressurized

ring with oil, gas or combination power burners. Upper and

lower port hydronic seals are of a special material resistant to

petroleum products and compatible with ethylene and

propylene based anti-freeze (non automotive type) which does

not contain corrosion inhibitors to protect aluminum. The ue

gas joints between sections, etc. are sealed using high

temperature (2300°F) ceramic fiber rope. Access to the

heating surface for cleaning is provided from the left hand side

of the boiler through large cast iron cover plates. A slide

damper is provided in the ue gas outlet for back pressure

adjustment.

The boilers are supplied completely knocked down for eld

assembly, as factory assembled blocks of sections or

completely packaged boiler-burner units. All items should be

inspected for damage upon receipt, and any damage reported

to the wholesaler and trucker. All components should be stored

in a clean, dry area.

The boilers are conservatively rated for high efciency

performance with capability for down-ring to match connected

load. The large OBROUND upper port provides transfer area

above the water surface for dry steaming at full load.

BOILER LOCATION

The boiler must be installed on a smooth, level, non-

combustible floor or pad as close to the chimney or vent

location as possible to minimize breeching length. Allow

clearance around the boiler for piping, service, maintenance,

cleaning and tankless coil removal. Approximately 30 inches

on the sides is a minimum (Check local code requirements).

Do not install electrical conductors in oor or pad under boilers.

See Figure 1 for boiler oor pad requirements, and Table 1 for

minimum required pad length.

Boiler No. Min. Recommended Pad Length

19HE-3 30"

19HE-4 36"

19HE-5 42"

19HE-6 48"

19HE-7 54"

19HE-8 60"

19HE-9 66"

19HE-10 72"

19HE-11 78"

19HE-12 84"

Table 1

4 5/32" 12 27/32" 12 27/32"

25 21/32"

4 5/32"

34"

32"

JACKET SIDE PANEL

LOF BOILER

FLOOR

OR PAD

1 1/2" x 2 1/2" ANGLES

COMBUSTION AND VENTILATION AIR

WARNING: This boiler must be supplied with

combustion and ventilation air in accordance with the

latest revision of Section 9.3, Air for Combustion &

Ventilation, of the National Fuel Gas Code, ANSI Z223.1/

NFPA 54 for gas boilers or ANSI/NFPA 31 Installation of

Oil Burning Equipment for oil boilers. Canadian

installations must comply with CAN/CSA B149.1 Natural

Gas and Propane Installation Code for gas boilers or

CSA B140.7 Oil Burning Equipment for oil boilers. All

applicable local building codes must be adhered to.

Failure to provide adequate combustion air for this

boiler can result in excessive levels of carbon monoxide

which can result in severe personal injury or death!

To operate properly and safely this boiler requires a

continuous supply of air for combustion. An adequate supply of

air must be available to replace the air used by the combustion

process. NEVER store objects on or around the boiler.

CAUTION: Never use an exhaust fan in the boiler room.

The boiler room must never be under a negative pressure

or improper burner operation will occur!

NOTE: If mechanical combustion air supply is required,

the system must be approved by the local authorities,

and should provide at least 30 CFM per gallon of oil and

.35 CFM/1,000 BTU HR (.034 m3/min per kw) of gas input

to the boilers.

All Air From Inside The Buidling

If the boiler is to be located in a conned space minimum

clearances of 24 in., 610 mm must be maintained between

the boiler and any adjacent construction. When installed in a

conned space, two permanent openings communicating with

an additional room(s) are required. The combined volume of

these spaces must have sufcient volume to meet the criteria

for an unconned space. The total air requirements of all

fuel burning equipment or any type of exhaust fan must be

considered when making this determination.

Each opening must have a minimum free area of 1 in2/1000

Btu/hr, 140 in2/GPH, 2200 mm2/kW based on the total input

rating of ALL fuel burning equipment in the conned area.

Each opening must be no less than 100 in2, 64,516 mm2 in

size. The upper opening must be within 12 in., 305 mm of,

but not less than 3 in., 76 mm from, the top of the enclosure.

The bottom opening must be within 12 in., 305 mm of, but

not less than 3 in., 76 mm from, the bottom of the enclosure.

All Air From Outside The Building

When installed in a conned space two permanent openings

communicating directly with, or by ducts to, the outdoors or

spaces that freely communicate with the outdoors must be

present. The upper opening must be within 12 in., 305 mm of,

but not less than 3 in., 76 mm from, the top of the enclosure.

The bottom opening must be within 12 in., 305 mm of, but not

less than 3 in., 76 mm from, the bottom of the enclosure.

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

Where directly communicating with the outdoors or

communicating with the outdoors through vertical ducts, each

opening shall have a minimum free area of 1 in2/4000 Btu/hr,

35 in2/GPH, 550 mm2/kW of the total input rating of all of the

equipment in the enclosure.

Where communicating with the outdoors through horizontal

ducts, each opening shall have a minimum free area of 1

in2/2000 Btu/hr, 70 in2/GPH, 1100 mm2/ kW of the total input

rating of all of the equipment in the enclosure. When ducts

are used, they must have the same cross-sectional area as

the free area of the opening to which they connect. When

calculating the free area necessary to meet the make-up air

requirements of the enclosure, consideration must be given

to the blockage effects of louvers, grills and screens. Screens

must have a minimum mesh size of 1/4 in, 6.4mm. If the free

area through a louver or grill is not known the louver or grille

should be sized per Table 1.

Table 1 - Make-up Air Louver Sizing

Required Cross Sectional Louver Area (in2)

Ventilation air, if required, must be in addition to the

combustion air quantities called for above.

CHIMNEY & VENT PIPE CONNECTIONS

WARNING: The vent installation must be in

accordance with the latest revision of Part 7, Venting

of Equipment, of the National Fuel Gas Code, ANSI

Z223.1/NFPA 54 for gas boilers or ANSI/NFPA 31

Installation of Oil Burning Equipment for oil boilers

and the ASHRAE Equipment Handbook on Venting.

Canadian installations must comply with CAN/CSA

B149.1 Natural Gas and Propane Installation Code for

gas boilers or CSA B140.7 Oil Burning Equipment for

oil boilers. All applicable local building codes must be

adhered to. Improper venting of this boiler can result

in excessive levels of carbon monoxide which can

result in severe personal injury or death!

CAUTION: The products of combustion from a 19HE

must be safely vented to the outdoors while ensuring

that the ue gases do not cool prematurely. It's critical

that the chimney system be properly designed to handle

the relatively cool ue gas temperatures. An oversized or

uninsulated chimney will cause the moisture in the ue

gases to condense resulting in damage to the chimney

system unless it's specically designed for condensate. If

this is the case a suitable condensate drain must be used

to protect the boiler from condensate.

NOTE: Our warranty does not cover corrosion damage to

the boiler or its vent system caused by ue gas condensate!

Input

(MBH)

1/4", 6.4 mm

Wire Screen

Metal Louvers

75% Free Area

Wooden Louvers

25% Free Area

in2cm2in2cm2in2cm2

400 100 645 133 860 400 2581

600 150 968 200 1289 600 3871

800 200 1290 266 1720 800 5162

1000 250 1613 333 2148 1000 6452

1200 300 1936 400 2578 1200 7742

1400 350 2258 467 3007 1400 9033

1600 400 2581 533 3437 1600 10,323

1800 450 2903 600 3866 1800 11,614

2000 500 3226 666 4296 2000 12,904

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

Chimney Inspection & Sizing

If this boiler will be connected to a masonry chimney, a

thorough inspection of the chimney must be performed.

Ensure that the chimney is clean, properly constructed, lined

and properly sized, see Figure 2. Table 2 lists the equivalent

breeching and ue sizes required for the 19HE boilers.

Table 2 - Equivalent Breeching & Chimney Size

Note: These sizes are based on a 20 foot chimney height.

The 19HE Series is designed for pressurized operation with a

maximum back pressure of 0.10 in., 2.54 mm WC before the

smoke hood slide damper. If the vent conguration results in a

maximum back pressure greater than this, the burner capacity

may have to be reduced. Contact the Smith Technical Service

Department to verify the burner capacity.

The chimney must be able to provide 0.10 in. WC at the

boiler outlet. If the chimney is 50 ft. or taller it may produce

excessive draft (appox. - 0.25 in. WC) and a barometric draft

regulator may be needed.

Boiler Size Breeching Size Chimney Size

in mm in mm

19HE-3 7 178 7 178

19HE-4 7 178 7 178

19HE-5 8 203 8 203

19HE-6 8 203 8 203

19HE-7 9 229 9 229

19HE-8 10 254 10 254

19HE-9 10 254 10 254

19HE-10 10 254 10 254

19HE-11 12 305 12 305

19HE-12 12 305 12 305

When more than one piece of combustion equipment is

connected to the same chimney ue, the ue must be

large enough to safely vent the combined output of all the

equipment.

WARNING: If an appliance using any type of a

mechanical draft system operating under positive

pressure is connected to a chimney flue, never

connect a Category I appliance to this ue. Doing so

can result in the accumulation of carbon monoxide

which can cause severe personal injury or death!

The breeching connection between boiler and chimney should

be as direct as possible with the minimum number of elbows

or bends. It should pitch upwards to the chimney at a rate of

1/4 inch per foot of horizontal run. Generally, the breeching

and chimney should be the same diameter as the boiler outlet

connection.

NOTE: 11 and 12 section uses adapter collar for

connection to 12 in. diameter vent system. Transition

collar provided by Smith.

For fuel conservation and stable burner performance, the vent

connection from the boiler should not include a barometric

draft control or other opening unless the venting system can

develop an excessive draft, or is required by code.

Typically stack heights less than 50 ft will not require the use

of a barometric damper.

Figure 2- Vertical Venting

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

VENT CONNECTIONS

WARNING: Never modify or alter any part of the boiler’s

smoke hood. This includes the removal or alteration of

any baffles. Never install a vent pipe of a diameter

smaller than that of the boiler smoke hood outlet.

Failure to comply with this warning can result in severe

personal injury or death.

Locate the boiler as close to the chimney as possible. Use

the shortest, straightest vent connector possible for the

installation. If horizontal runs exceed 5 ft., 1.5 m they must

be supported at 3 ft., 0.9 m intervals with overhead hangers.

Use a single wall stainless or single wall galvanized steel

vent pipe the same diameter as the ue collar to connect the

boiler to a masonry chimney. When using an approved metal

chimney system use the appropriate vent connector. The

vent connector should be sloped up toward the chimney at a

minimum rate of 1/4 in/ft, 2 cm/m. On masonry chimneys the

connector must terminate ush with the inside of the chimney

ue Fasten each single wall vent connection with at least 3

corrosion resistant sheet metal screws.

The vent materials used in positive pressure vent systems

must be certied to UL 1738 for installations in the

United States, ULS636 for installations in Canada. The

following manufactures have systems that meet these

requirements:

Heat-Fab, Inc.

38 Hayward Street

Greeneld, MA 01301, (800) 772-0739.

Z-Flex U.S., Inc.

20 Commerce Park

North, Bedford, NH 03110-6911, (800) 654-5600.

Protech Systems Inc.

26 Gansevoort Street

Albany, NY 12202 (518) 463-7284

WARNING: Breeching under positive pressure must be

certied to UL 1738 for installations in the United States,

ULS636 for installations in Canada. Type B1 vent SHALL

NOT be used. Failure to comply with this warning can

result in severe personal injury or death.

Always provide a minimum clearance of 6 in., 152 mm

between single wall metal vent pipe and all combustible

materials.

WARNING: Failure to maintain minimum clearances

between vent connectors and any combustible material

can result in a re causing extensive property damage,

severe personal injury or death!

COMMON VENT SYSTEMS

If an existing boiler is removed from a common venting

system, the common venting system may then be too

large for the proper venting of the remaining appliances

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.

Au moment du retrait d'une chaudière existante, les

mesures suivantes doivent être prises pour chaque appareil

toujours raccordé au système d'évacuation commun et qui

fonctionne alors que d'autres appareils toujours raccordés

au système d'évacuation ne fonctionnent pas: système

d'évacuation

a) Seal any unused openings in the common venting

system. Sceller toutes les ouvertures non utilisées du

système d'évacuation.

b) Visually inspect the venting system for proper size and

horizontal pitch and determine there is no blockage or

restriction, leakage, corrosion and other deciencies

which could cause an unsafe condition.

Inspecter de façon visuelle le système d'évacuation

pour déterminer la grosser et l'inclinaison horizontale

qui conviennent et s'assurer que le système est exempt

d'obstruction, d'étranglement de fruite, de corrosion et

autres défaillances qui pourraient présenter des risques.

c) Insofar as is practical, close all building doors and

windows and all doors between the space in which the

appliances remaining connected to the 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 exhaust, so

they will operate at maximum speed. Do not operate

a summer exhaust fan for a boiler installation. Close

replace dampers.

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 du 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

commun et tous les ventilateurs d'extraction comme les

hottes de cuisinère 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.

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

d) Place in operation the appliance being inspected. Follow

the lighting instructions. Adjust thermostat so appliance

will operate continuously. Mettre l'appareil inspecté en

marche. Suivre les instructions d'allumage. Régler le

thermostat de façon que l'appareil fonctionne de façon

continue.

e) 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.

Faire fonctionner le brûleur principal pendant 5

min ensuite, déterminer si le coupetirage déborde

à l'ouverture de décharge. Utiliser la ‡amme d'une

allunette ou d'une chandelle ou la fumée d'une cigarette,

d'un cigare ou d'une pipe.

f) 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

condition of use.

Une fois qu'il a été d éterminé, selon la métode indiquée

cidessus, que chaque appareil raccordé au système

d'évacuation est mis à l'air libre de façor adéquate.

Remettre les portes et les fenêtres, les ventilateurs, les

registres de cheminées et les appareils au gaz à leur

position originale.

g) Any improper operation of the venting system should be

corrected so the installation conforms with the National

Fuel Gas Code, ANSI Z223.1/ NFPA 54 or ANSI/NFPA

31 Installation of Oil Burning Equipment for oil burners.

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

Installation Codes.

Tout mauvais fonctionnement du systéme d'évacution

commun devrait étré corrigé de façor que l'installation

soit conforme au National Fue Gas Code, ANSI Z223.1/

NFPA 54 et (ou) aux codes d'installation CAN/CGA-B149

or ANSI/NFPA 31 Installation of Oil Burning Equipment

for oil burners. Si la grosseur d'une section du système

d' évacuation doit étré modiée, le système devrait

étré 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) des codes

d'installation CSA-B149.

CAUTION: Do not spray adhesive into the hydronic seal

ports.

Apply a length of wicking avoiding bends and twists. Be sure

ends extend past the cleanout cover opening. (See Figure 2)

Place the upper and lower hydronic seals in the recessed

section taking care not to dislodge the rope or the hydronic

seals. Inspect the alignment of the sections through the open

ports and, if properly aligned, install the draw rods with nuts

drawn hand-tight. (See Figure 3) Plumb the sections before

applying torque to the upper right and lower left draw rods.

Maintain nger-tight torque on upper left and lower right draw

rods.

Figure 2

IMPORTANT

The upper and lower ports should be drawn up metal to

metal around the outside of the hydronic seal. Metal to

metal conditions will not occur at any other location.

Avoid excessive torque on upper left and lower right

draw rods, which may warp the section. See Figure 3 for

correct alignment of the seal.

Assemble additional sections as described above.

After draw rods are hand tight, torque as shown in Table 3.

Use anti-seize on draw rod and washer, coating thread and

washer on one end only. Torque the draw rods from the end

with anti-seize and washer. Follow the steps as described below.

Do not completely tighten one side; gradually work each side

using an alternating pattern until the correct torque is reached.

ASSEMBLY OF SECTIONS

When boilers are delivered to the job site, each item should

be inspected closely for possible shipping damage. Scars or

nicks in the port sealing surfaces may allow leakage. Do not

attempt to use any section that has been damaged in the

port seal area.

When ready to commence assembly, recommended on a level

pad, place the angle rails in position parallel with each other

with the 2 in. legs on the oor and measuring 25-21/32 inches

outside dimension. Be sure to align the center of the boiler

with the center line of the pad. If no pad is provided, shim and

grout under the angles to make them level and provide support

along the full length. (See Figure 1) Clean hydronic gasket

recesses and rope groove with a wire brush, taking care not

to damage machine surface.

See Table 2 for proper location of sections.

Table 2 - Section Locations

F = Front Section

P = Plain intermediate section

H = Heater intermediate section-Optional, must be ordered.

If not required change to P.

B = Back Section

CAUTION: Due to the fact that the sections are top

heavy, it is absolutely necessary that the back section be

supported in such a manner as to prevent its falling and

causing potential serious bodily injury while preparing

to add the next section. One such way would be to insert

a piece of 3 in. x 36 in. piping in the lower port.

NOTE: Some sections may need shims under support

feet to align with other sections.

Stand the back section in place with the feet on and in the

angle iron rails. Support the section as required to prevent it

from falling forward or rearward. Clean hydronic gasket

recesses and rope groove with a stiff wire brush. Apply

spray-on adhesive (supplied with the boiler) to rope groove

to hold wicking in place during assembly.

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

3 SECT

4 SECT

5 SECT

6 SECT

7 SECT

8 SECT

9 SECT

10 SECT

11 SECT

12 SECT

HEATING

SURFACE

CLEANOUT CO

VER

LOWER PORT

UPPER PORT

CERAMIC ROPE

JOINT SEAL

FLOOR

SECTIONAL VIEW

2. Water Boilers – The assembled boiler shall be subjected

to a hydrostatic test pressure not less than 1-1/2 times the

maximum allowable working pressure (81.5 PSIG).

3. The required test shall not exceed the test pressure by

more than 10 PSI.

Excessive torque on draw rods may damage castings. Do not

exceed the torque shown in Table 3.

In a cold environment, hydronic seals may not quickly conform

to sealing surfaces when properly compressed. Under such

conditions, hydrostatic testing with cold water might show

weeping or leaking at the seals. To avoid this possibility, delay

lling the boiler with cold water for a few hours after assembly,

or use warm water, if available, for the tests.

If there is seepage about chaplets or minor leakage, consult

the Smith Company representative for advice regarding

A.S.M.E. Code approved repairs by peening or plugging.

STEAM PIPING

A steam piping schedule is shown in Table 4. Pitch piping to

allow condensate to flow in the same direction as steam.

Makeup water connections must be made to the return piping,

not directly to the boiler. Install blow-down valves as required.

See Figure 4 for recommended acceptable steam piping

arrangement.

Table 4

BOILER SIZE NO. OF 3" RISERS HEADER EQUALIZER

3 THRU 5 SECTION 1 3" 1-1/2"

6 THRU 10 SECTION 2 4" 2"

11 AND 12 SECTION 2 5" 2-1/2"

Figure 4 - Typical Steam Piping Diagram

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

Table 3

STEP 1 UPPER RIGHT 5 FT. LBS.

STEP 2 LOWER LEFT 5 FT. LBS.

STEP 3 UPPER LEFT 5 FT. LBS.

STEP 4 LOWER RIGHT 5 FT. LBS.

STEP 5 UPPER RIGHT 25 FT. LBS.

STEP 6 LOWER LEFT 25 FT. LBS.

STEP 7 UPPER RIGHT 50 FT. LBS.

STEP 8 LOWER LEFT 50 FT. LBS.

STEP 9 UPPER LEFT 10 FT. LBS.

STEP 10 LOWER RIGHT 10 FT. LBS.

Prepare additional intermediate sections and install in the

same manner described above. Be sure each section is

properly sealed against water leakage and ue gas exltration.

Be certain the angle rails remain level and provide support

for each section as it is assembled. Check each section for

vertical position.

When all sections, including the front section or back are in

place, check all draw rods to insure iron-to-iron contact at

ports. DO NOT APPLY EXCESSIVE TORQUE. See Table 3

for recommended torques.

Figure 3

HYDROSTATIC TEST

Plug tappings, ll boiler with water and vent air from top of

boiler. Check for leaks. Leakage at seals may be due to

misalignment of hydronic seals. Loosen draw rods, reposition

seals and retest as above.

All completed boilers shall satisfactorily pass the hydrostatic

tests as prescribed by A.S.M.E., Code Section IV.

1. Steam Boilers – The assembled boiler shall be subjected

to a hydrostatic test of not less than 45 PSIG.

HYDRONIC

SEAL

HYDRONIC

SEAL

CORRECT

INCORRECT

SEALING SECTIONS

2" BELOW MINIMUM

BOILER WATER LINE

41 1/4" ABOVE FLOOR

STEAM HEADER

STEAM SUPPLY

TO SYSTEM GATE VALVE

SUPPORT DISCHARGE

PIPE

3" STEAM RISER(S)

EQUALIZER

CONNECTION

TERMINATE DISCHARGE

PIPE SO AS TO AVOID

DISCHARGE ON PERSONS

ALTERNATE GRAVITY RETURN

CONNECTION

C.W. MAKEUP

CONNECTION

GATE VALVE

BLOWDOWN VALVE

TO DRAIN

PUMPED RETURN

CONNECTION

GATE VALVE

SAFETY VA LVE

TYPICAL STEAM PIPING DIAGRAM

Table 5

Feed water makeup requirements.

NOTE:These recommendations are considered normal for

compact buildings on the basis of 80% receiver use.

Where buildings are spread out, additional receiver

capacity may be necessary because of the extended time

required for condensation to return to the receiver.

WATER PIPING

See Figure 5 for acceptable water piping diagram. Table 6

gives pumping rate and supply & return sizing for standard

installations.

Table 6

Based on 20°F system temperature drop.

NOTE: Boiler supplied with 4 in. water supply tapping and

3 in. return tapping.

Figure 5 - Typical Water Piping Diagram

TANKLESS HEATERS

Heater openings are provided for below-the-water-line

tankless heater coils in all special intermediate sections when

ordered. See Table 2 for the correct placement of these heater

sections. Install the low limit temperature control in the 3/4 in.

tap located in the center of the coil.

If the heater sections are installed in an order other than in

Table 2 the jacket panels will not match.

See Figure 6 and Figure 7 for recommended SM9-18 single

and/or dual piping arrangements.

SMOKE HOOD

Install smoke hood with the correct size smoke pipe

connecting collar using the 5/16 in. x 1-1/2 in. studs and

hex nuts in the back section. Apply self-adhesive insulating

tape to smoke hood ange and damper angle. Fasten the

slide damper in the open position for starting the burner

adjustment process.

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

.61

.85

1.19

1.52

1.86

2.19

2.53

2.86

3.20

3.53

1.4

1.9

2.4

2.9

3.3

3.8

4.3

4.8

5.2

5.7

1.22

1.70

2.37

3.04

3.71

4.38

5.05

5.72

6.39

7.06

NUMBER

SECTIONS

EVAPOR.

RATE

GPM

WATER 1"

BELOW WATER

LEVEL GAL.

MIN. FEED

WATER PUMP

RATE-GPM

CONDENSATE

RECEIVER

CAP.-GAL.

BOILER SIZE GPM RETURN CONN. SUPPLY CONN.

106

123

139

155

171

2-1/2"

GATE VALVE

SUPPORT RELIEF VALVE

DISCHARGE PIPE

TERMINATE DISCHARGE

PIPE SO AS TO AVOID

DISCHARGE ON PERSONS

SYSTEM RETURN

CONNECTION

BLOWDOWN VALVE

TO DRAIN

GATE VALVE

TYPICAL WATER PIPING DIAGRAM

RELIEF VALVE

PRESSURE

REGULATING

VALVE

GATE

VALVE

CIRCULATOR

EXPANSION

TA NK

AIR REMOVAL

PIPING

CHECK VALVE

C.W. MAKEUP

CONNECTION

SYSTEM SUPPLY

CONNECTIONS

Figure 6 - Tankless Piping

Figure 7 - Dual Tankless Piping

BURNER MOUNTING PLATE & TARGET WALL

The target wall used on 3-6 section boilers must be

positioned with the at side tight against the rear casting and

with the bottom side resting on the oor of the combustion

chamber. No glues or fasteners are used to secure the target

wall.

Each boiler is provided with a cast iron burner mounting

plate with an appropriate burner opening and tapped holes

for studs to accommodate burner ange. The mounting plate

is furnished with 1/4 in. diameter sealing rope and an

insulation block which should be installed on the plate before

placing the plate on the boiler. (See Figure 8)

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

HOT

WATER

SUPPLY

OUT

UNIONS

GATE VALVE

TEMPERING VALVE

FLOW LIMITING VALVE

TEMPERATURE GAUGE

OPERATING

CONTROL

TANKLESS

HEATER

TEMPERED

WATER

SUPPLY

COLD

WATER

INLET

OUT

GATE VALVE

HOT

WATER

SUPPLY

UNION

GATE VALVE

TEMPERING VALVE

FLOW LIMITING VALVE

TEMPERATURE GAUGE

OPERATING

CONTROL

TANKLESS

HEATER

TEMPERE

WATER

SUPPLY

COLD

WATER

INLET

The sealing rope should be placed in the groove on the

boiler side of the plate using adhesive to hold it in place.

The insulation block has a burner opening and a cutout for

the observation opening. Locate the block with the high

temperature facing on the re side in the opening in the

front section. The burner mounting plate insulating block

for Beckett burners is installed with the dished side facing

towards the combustion chamber.

Attach the block to the plate with the four 1/4 in. x 5 in.

machine screws and 1-1/2 in. O.D. washers, the washers on

the insulation block side. At the time of burner installation, the

hole in the insulation block may have to be enlarged.

NOTE: Tighten burner mounting plate screws evenly to

slightly compress rope gasket. Overtightening will cause

plate cracking at corners.

NOTE: Most large burners require support to the oor. See

burner manufacturer's manual for such specications if

needed.

Figure 8

Insulating Blo

Target Wall

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

CONTROL LOCATIONS

NOTE: Jacket front panel should be in place before con-

trols on front of front section are installed.

Refer to Figure 11 showing locations recommended for steam

and water boiler limit and operating controls. Note the require-

ment for an operating temperature control whenever a tank-

less heater is called for. This is in addition to pressure limit

controls and other operating controls on steam boilers.

NOTE: On steam boilers the 1 in. close nipple and 1 in. x

1/4 in. reducing coupling for operating control should be

installed prior to jacket top panels.

JACKET

Jacket assembly details are contained in a separate instruction

booklet.

SAFETY AND RELIEF VALVES

Safety and relief valves sized on the output rating of each

boiler size are furnished along with the necessary pipe and

ttings for installation in the back section. The valve discharge

connections should be piped to a location where people will

not be exposed to hot vapor or liquid. Any discharge piping

should be supported so as to prevent exerting any strain on

the valve body by the weight of the piping. (See Figure 10)

Figure 10

Some state and local codes require steam safety valves be

piped to the atmosphere outside the building.

CLEANOUT COVERS

Be sure the rope seals are in place around the groove in the

cleanout cover plate. Install the plates on the boiler sections

carefully to insure proper sealing all around, using the

special anchor bolt and hex head nuts. After periodic flue

cleaning, replace nuts at 10 lbs. torque. Use Hi-Temp silicone

caulk to seal covers air-tight.

REAR OBSERVATION PORTS 7-12 SECTIONS

INSTRUCTIONS FOR ASSEMBLY:

1. Locate steel “apper door” (Item 6) as shown in Figure 9

below. Drive Item 7, “expansion pin”, into hole in Item 1

to secure 6 in position.

2. Lift Item 6 up and install Item 2, “hex bolt”.

3. Slide Item 3, “compression spring” over the hex bolt and

screw Item 4 “hex nut” to hex bolt.

4. Screw Item 5, “ball knob” into position and lock location

using Item 4 as a “jam” nut.

5. Adhere 24-1/2 in. insulating tape as shown to the inside of

cast iron rear plate (Item 1).

Mount assembly to back section of boiler.

7. 3-6 section boilers use a solid cover which is installed the

same way.

Figure 9

IMPORTANT: Item 6 must always be part of the assembly.

Check condition twice a year and replace as needed.

INSULATING TAPE

FOR DISCHARGE PIPING THROUGH ROOF CONSULT THE SMITH COMPANY

DISCHARGE PIPE SIZE

TO EQUAL VALVE OUTLET.

DO NOT RESTRICT FLOW.

RELIEF OR SAFETY VALVE

DO NOT REMOVE RATING

OR WARNING TAGS.

SUPPORT DISCHARGE

PIPING SO AS TO AVOID

STRAIN ON VALVE BODY

DISCHARGE SO AS TO

AVOID EXPOSURE OF

PERSONS TO HOT

LIQUID OR VAPOR.

LEAVE OPEN END

VISIBLE FOR PERIODIC

INSPECTION FOR SLOW

LEAKAGE OR DRIPS.

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

START UP AND MAINTENANCE INSTRUCTIONS

A. For best performance of the boiler, the following

suggestions should be performed by a qualied boiler room

technician, through a regular program of maintenance and

adjustment to obtain the following.

1. Oil burner combustion: 11 - 12.5% CO2, zero smoke, smooth

lightoff and operation.

Gas burner combustion: 8.5 - 10.5% CO2 with smooth lightoff

and operation. Carbon Monoxide (CO) values under 50 ppm

must be maintained in smoke head

2. Keep boiler reside surface clean. Flue gas temperature

reading above 450°F over boiler room temperature signals

the start of soot accumulation. Inspect at least twice each

year.

3. Steam boiler water condition should be observed. Unstable

water line, system steam hammer indicate dirty water. Blow-

down is recommended. However, the introduction of excess

raw water to a steam boiler can result in the deposit of scale

and inefcient operation of physical damage to the boiler.

4. Float operated and probe type low water cutoff devices

should be maintained according to the instructions of the

manufacturer.

5. Limit control function should be checked on a regular basis.

6. Flame safeguard controls should be checked regularly.

B. The products of combustion must be conducted to the

outdoors by means of a metal connector of at least the same

size as the boiler smokehood outlet and a chimney or stub-

stack. The boiler is constructed for pressurized operation and

the burners are selected for operation against a back pressure

between .05 and .10 in. WC at the boiler outlet. If the actual

conditions cause a back pressure in excess of 0.10 in. WC at

the boiler outlet, consult Smith Cast Iron Boilers for verication

of burner size. If the chimney has the ability to develop excess

draft, a barometric draft control should be installed in the

chimney. Check with the Smith representative for assistance.

CLEANING BOILER WATERWAYS

A. STEAM BOILERS

NOTE: The boiler should be cleaned before connecting

system piping and installing steam trim.

1. Plug unused openings all around the boiler leaving a valved

overow pipe connected to the safety valve tapping. Also

provide a valved blow-down connection to one of the

bottom tappings.

2. The fuel burning equipment should be installed and made

ready to operate in accordance with the burner instructions.

3. Fill the boiler with water to the middle of the upper port,

adding a boiler cleaning compound, as recommended in

A.S.M.E. Section VI.

4. Fire the boiler for at least one hour at a low rate to

circulated the cleaning compound through the boiler.

5. Blow off surface of boiler water through skimmer connection

or through safety valve opening by feeding clean water into

the boiler through a bottom ll connection.

6. When the water coming off the surface runs clear, shut off

the burner, close the top valve and open the bottom blow-

down valve. If there is a slight steam pressure in the boiler,

it will assist the blow-down.

7. When the sections have cooled after blow-down, ush the

interior of the boiler from the top by introducing water from

a hose through the top port. When the water runs clear,

complete the system piping, install the steam trim and

controls. Fill the boiler with clean water. Heat the boiler

water to at least 180°F to release corrosive gases.

B. WATER BOILERS

NOTE: The system piping should be completed before

cleaning the boiler.

1. Add an approved boiler compound. Follow the compound

manufacturer's instructions for best results. Fill the system

and vent air wherever necessary.

2. Heat the water to at least 180°F and circulate through all

the piping system. After about one hour, drain the system

thoroughly. Wash the interior of the boiler with a hose

inserted through the top tapping. When blow-down water

runs clean, allow boiler to cool, then ll the system with

clean water.

3. Heat the water up to about 180°F and vent air as necessary

to purge the system. The boiler is now ready to operate.

Boiler No. Draft Loss

(in. WC)

Overre Pressure

(in. WC)

19HE-3 0.18 0.28

19HE-4 0.18 0.28

19HE-5 0.20 0.30

19HE-6 0.23 0.33

19HE-7 0.26 0.36

19HE-8 0.29 0.39

19HE-9 0.32 0.42

19HE-10 0.35 0.45

19HE-11 0.38 0.48

19HE-12 0.41 0.51

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

Figure 11 - Tapping and Control Locations

“A” - 1" TA P, PRESSURE CONTROLS

“B” - 1 1/4" TA P, STEAM SAFETY VALVE

“C” - 1" TA P, OPTIONAL LWCO

“D” - 3/4" TAP

“A” “B”

VENT CONNECTION

3/4" TAP STD.

3" “A”

4" TAP

CLEANOUTS

3" RETURN TAP

NORMAL STEAM

WATER LINE

OPTIONAL

INSPECTION

TAPPINGS

FLOOR

3/4" TAP OPT.

OPT.

INSP.

TA P.

WATER LEVEL SIGHT

GLASS ASS'Y.

“D”

“C”

3" SUPPLY TAPS 1 1/2" SKIMMER TAP

(1 1/2" TA P, RELIEF VA LVE-

9 THRU 12 SECTION ONLY)

3/4"

1" TAP “C”

DOMESTIC WATER

HEATER (OPTIONAL)

1 1/4" OPTIONAL

INSPECTIONTAP

JACKET

3" RETURN TAP (INLET)

VENT

CONN.

FRONT VIEW SIDE VIEW

TOP VIEW

12"

ADAPTER COLLAR

( 11 & 12 SECTION ONLY )

SERIES 19HE BOILER (STEAM)

TAPPING AND CONTROL LOCATIONS

3" SUPPLY TAPS

(OUTLET)

3/4"

41 1/4"

“A” - 1" TA P, AIR REMOVAL CONN., OPT LWCO

“B” - 1 1/4" TA P, SAFETY VALVE

“C” - 1" TA P, OPTIONAL LWCO

“D” - 3/4" TA P, OPER. TEMP. CONN.

“A” “B”

VENT CONNECTION

3/4" TAP STD.MAN.

RESET HIGH LIMIT

3" “A”

4" SUPPLY TA P

(OUTLET)

CLEANOUTS

3" RETURN TAP

OPTIONAL

INSPECTION

TAPPINGS

3/4" TAP OPT.

OPT. INSP. TA P.

THERALTIMETER

“D”

“C”

1 1/2" SKIMMER TAP

3/4"

1" TAP “C”

DOMESTIC WATER

HEATER (OPTIONAL)

1 1/4" OPTIONAL

INSPECTIONTAP

JACKET

3" RETURN TAP (INLET)

VENT

CONN.

FRONT VIEW SIDE VIEW

TOP VIEW

12"

ADAPTER COLLAR

( 11 & 12 SECTION ONLY )

SERIES 19HE BOILER (WATER)

TAPPING AND CONTROL LOCATIONS

3" TAP M.R.H. LIMIT

3/4"

1/2" TAP

3" TAP

SERIES 19HE BOILER

INSTALLATION INSTRUCTIONS

vision problems

loss of muscle control

weakness

dizziness

headaches

nausea

WARNING

shortness of breath

unclear thinking

unconsciousness

Any appliance that burns natural gas, propane gas, fuel oil, wood or coal is capable of producing carbon

monoxide (CO).

Carbon Monoxide (CO) is a gas which is odorless, colorless and tasteless but is very toxic.

If your Smith boiler is not working properly, or is not vented properly, dangerous levels of CO may accumulate.

CO is lighter than air and thus may travel throughout the building. BRIEF EXPOSURE TO HIGH

CONCENTRATIONS OF CO, OR PROLONGED EXPOSURE TO LESSER AMOUNTS OF CO MAY

RESULT IN CARBON MONOXIDE POISONING.

EXPOSURE CAN BE FATAL AND EXPOSURE TO HIGH CONCENTRATIONS MAY RESULT IN THE

SUDDEN ONSET OF SYMPTOMS INCLUDING UNCONSCIOUSNESS.

Symptoms of CO poisoning include the following:

The symptoms of CO poisoning are often confused with those of inuenza, and the highest incidence of

poisoning occurs at the onset of cold weather or during u season. A victim may not experience any

symptoms, only one symptom, or a few symptoms. Suspect the presence of carbon monoxide if symptoms

tend to disappear when you leave your home.

The following signs may indicate the presence of carbon monoxide:

• Hot gases from appliance, venting system, pipes or chimney, escaping into the living space.

• Flames coming out around the appliance.

• Yellow colored ames in the appliance.

• Stale or smelly air.

• The presence of soot or carbon in or around the appliance.

• Very high unexplained humidity inside the building.

If any of the symptoms of CO poisoning occur, or if any of the signs of carbon monoxide are present,

VACATE THE PREMISES IMMEDIATELY AND CONTACT A QUALIFIED HEATING SERVICE COMPANY

OR THE GAS COMPANY OR THE FIRE DEPARTMENT.

To reduce the risk of CO poisoning, have your heating system "tuned up" by a licensed heating contractor

or the gas company -- preferably before each heating season. Also have the service company check your

chimney or vent pipes for blockage.

Your home should also be adequately ventilated, particularly if you have insulated your home.

ONLY QUALIFIED, LICENSED SERVICE CONTRACTORS SHOULD PERFORM WORK

ON YOUR SMITH BOILER.

WARNING

Install, operate and maintain unit in accordance with manufacturer's instructions to avoid exposure to fuel

substances or substances from incomplete combustion which can cause death or serious illness. The State

of California has determined that these substances may cause cancer, birth defects, or other reproductive

harm. Also, install and service this product to avoid exposure to airborne particles of glasswool bers and/or

ceramic bers known to the State of California to cause cancer through inhalation.

TEL. (413) 562-9631 FAX (413) 562-3799

Smith 19HE Manuel utilisateur

Marque: Smith

Modèle: 19HE

Taper: Manuel utilisateur

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