WATER HEATING SOLUTIONS
PRODUCT CATALOG
1
FOREWORD
In 2005, Amici started a water heating revolution in the Philippines. We introduced the innovative Fireflux
heat pump water heaters for the commercial market. These heat pump water heaters utilize ambient air to
economically and efficiently produce hot water. The market shifted from boilers, skipping solar heating for heat
pump heating, and never looked back.
Now, 10 years after, Amici is again ready to lead water heating technology further, this time in your homes
and the residential market. For instant heating, we have introduced Atmor Thermostatic heaters that modulate
electrical use to minimum needed for an enjoying bath. Even more important, our A. O. Smith lineup of hybrid
water heaters is finally complete. We now have a range from 20 gallons suitable for condominiums up to 120
gallons for large homes and commercial establishments. These two key drivers deliver savings, intelligence,
and experience not available from competitors.
In the commercial front, we have brought the next evolution in A. O. Smith’s award winning Cyclone gas water
heaters, the MXi series. The MXi series delivers energy modulating technology previously available only to the
most expensive gas boilers.
We also recognize that more important than technology is you, our customers. We are listening and we are
continuously improving our services. We have a dedicated Customer Service Team ready to assist to ensure
your water heater works. We have established Preventive Maintenance Team that monitors and maintains
the long term quality and effectiveness of our products. We have introduced standardized toolkits that reduce
service turnaround times. To deliver satisfying projects, we have improved our project team structures and
standardized on processes. We are also rolling out a revamped structure for our provincial offices that focuses
on customer satisfaction.
We do not stop there. Every issue becomes an opportunity for improvement. We strive to provide better
customer experience, so you can experience water for better life.
MANILA
Amici Mercantile Inc.
86 Mayon Ave., Brgy Sta. Teresita, Quezon City
(02) 740-6675 • Fax: (02) 740-6677
ILOILO
Amici Water Systems
Doors B-1 #21 Quezon Street, Iloilo City
(033) 333-1094 • Fax: (033) 337-8219
CEBU
Amici Water Systems
Doors 111-112 MGA Arcade, A. C. Cortes, Mandaue City
(032) 344-5400 • (032) 344-6400 • Fax: (032) 328-3861
BICOL
Amici Water Systems
D & N Bldg., Washington Drive, Legazpi City
(052) 435-3648 • Fax: (052) 481-1277
TARLAC
Hocchi Enterprise
Mikaela Bldg., Marketview Subdv., Brgy. Maliwalo, Tarlac City
(045) 309-0852
[email protected]
www.amici.com.ph
PAMPANGA
Aiho Enterprise
1348 Miranda Ext., Angeles City
(045) 322-1996 • Fax: (045) 887-1764
DAVAO
Amici Water Systems
Unit 3A, GGO Bajada 88 Bldg., JP Laurel Ave., Davao City
(082) 282-2900
2
TABLE OF CONTENTS
Residential
Instant Water Heaters
5
Thermostatic Water Heaters
6
Hybrid Water Heaters
8
Wall-Hung Water Heaters
11
Floor-standing Water Heaters
13
LP Gas-Fired Water Heaters
14
Commercial
Heat Pump Water Heaters - A. O. Smith
16
Electric Water Heaters
18
Gas-Fired Water Heaters
19
Oil-Fired Water Heaters
20
Hot Water Boiler
21
Hot Water Storage Tanks
22
Expansion Tanks
23
Hot Water System Accessories
24
Heat Pump Water Heaters - Fireflux
26
Solar Water Heaters
27
Engineering Data
Projects
28-39
40
3
Residential
4
INSTANT WATER HEATERS
Atmor is committed to improving
the quality of its water heaters
and providing excellent service,
exceeding both industry standards
and our customers’ expectations.
Atmor
Electric
Instantaneous
Water Heaters, designed according
to Israel Standard Technology,
supply continuous hot water as
needed. Unlike storage heaters,
water is heated only upon use,
totally removing standby heat loss,
and translating to savings on your
electric bill.
100 Series
Atmor electric water heater
100 series keeps the hot
water flowing in your shower.
The sleek and slim Atmor
100 has a stepless heating
power dial to provide an
unending supply of hot
water however you want it.
Engineering innovations in
this instantaneous water
heater ensure the utmost
safety and reliability of
the product, along with
significant savings in your
utilities costs.
Atmor 101
• Built in ELCB SP/DP
• Elegant White and chrome shower
head set
• Splash-proof IPX5 Standard
• Heating Capacity 3.5kW
Atmor 122P
Atmor 101P
• Thermostatic feature
• ELCB DP (Double Pole) for extra safety
• Splash-proof IPX5 Standard
• Digital display
• Chrome accessories
• Optional DC Pump
• Heating Capacity 3.5kW, 5.5kW
• Built in ELCB SP/DP
• Splash-proof IPX5 Standard
• DC Pump for quiet but more powerful
water flow
• Luxurious chrome accessories
• Heating Capacity 3.5kW
Model
Dimensions
With pump
Without pump
381 (H) * 215 (W) * 77(D) mm
5
Instant Water Heaters
Thermostatic Series
Thermostatic instant water heater series is the state-of-the-art in instant water heating. Unlike conventional instant heaters in the
market, in which you can only control input power, thermostatic instant heaters allow users to preselect their desired output water
temperature.
The thermostatic heater continuously senses inlet water temperature and computes how much energy to use so that you get your
shower at your desired temperature.
BW 405
• Smart Thermostatic Technology
• Heats to exact desired temperature
• Big Digital Display
• Electronic Stop/Start Control
• Shower Duration Display
• 4 Memory Settings
• Phased Shut Down
• Flow Stabilizer
• Pressure Switch Activated
• Heating Capacity:
5.5kW
BW 905
• Smart Thermostatic Technology
• Digital Temperature Display
• Heats to exact desired temperature
• Touch buttons
• Prevents Flow of overheated water
• Magnetic Flow Switch Activated
• Heating Capacity: 5.5kW, 8kW, 12kW
BlueWave Series
Shower or single-point heaters are designed for non-pressurized use (e.g. No valve controlling the water is located after the heater).
Shower heaters come with shower head and accessories.
Inline or multi-point heaters usually serve multiple showers or sinks. Because outlet valves controlling water are placed in one or more
locations further down from the heater by the hot water line, inline water heaters must be designed to withstand built-in pressure while
the valves are closed. Whether single point or multi-point, the modern instant electric heater only activates when water is flowing inside
the heater. This ensures longer life for the heater element.
Sensa
500
6
• Pressure Switch Activated
• Single point Heating Capacity: 3.5kW
• Multipoint Heating Capacity: 3.5kW, 5.5kW
BW 300
with
multipoint
option
Single Point
• Pressure Switch
Activated
• Heating Capacity: 3.5kW
Multipoint
• Pressure Differential
Flow Switch (PDFS)
• Optional: ELCB
• Heating Capacity: 3.5kW,
5.5kW
INSTANT WATER HEATERS
BW 301
BW 302D
• 4 temperature settings for maximum energy
savings
• Flow control maintains constant temperature
• Chrome shower head and accessories
• Heating Capacity: 3.5kW
BW 401
• 4 temperature settings for maximum energy
savings
• Flow control maintains constant temperature
• Chrome shower head and accessories
• Heating Capacity: 3.5kW
• Temperature Display
• On/Off Button
• Phased Shut Down
• Flow Stabilizer
• Pressure Switch Activated
• ELCB
• Heating Capacity: 3.5kW
Rain Shower Head
• Stainless Steel
• 100 cm x 34 cm
• Metal bar 4cm away from the wall
Basic
• New Added Value - now comes with adjustable
shower head and slide bar
• Heating Capacity: 3.5kW
7
Hybrid Water Heaters
HPI Hybrid Series
Heat pump water heaters recycle hot
air and move heat from where it is not
needed to where it is wanted.
•User Selectable Mode - Efficiency,
Hybrid, Electric or Vacation
•Backup Incoloy Heating Elements
•LCD User Interface with Advanced
Diagnostics
•Dehumidification
•Easy Maintenance with washable
heat pump filter
•CFC-Free Foam Insulation
•Ozone Friendly R134a refrigerant
•Patented Blue Diamond® tank glass
coating
•3.0 COP
•AES Automatic Energy Saver
With the heat pump technology,
you’ll have great savings making
it an ideal investment for the
wise and practical. Check out
our growing family of heat pump
water heaters to match your hot
water needs.
Storage Capacity: 40, 50 gal
Heat Pump Capacity: 540W input
HPI
A. O. Smith
Centralized
Heat Pump
40 and 50
8
Model
Gallon Capacity
Efficiency
Power Input
Efficiency
Heating
Capacity
Backup Electric
Power Input
HPI-40
40
540W
1900W
HPI-50
50
540W
1900W
Height (inches)
Diameter Inches
3000W
63.4
20.5
3000W
70.87
20.5
Hybrid Water Heaters
SHPT-50 Voltex® Hybrid
Electric Heat Pump
The Voltex® hybrid electric heat pump water heater more than
lives up to its impressive reputation. The Voltex line has larger
storage capacities, which means more energy stored, resulting
in increased savings. And the consumer-friendly display is
simple to operate and provides easy-to-understand feedback
on operational status.
• Four Operating Modes: Efficiency, Hybrid, Electric, Vacation
• ENERGY STAR® qualified
• Conserves energy with up to 2.75 Energy Factor (EF) rating
Model
SHPT-50
Gallon
capacity
Efficiency Mode
1st Hour Rating
Hybrid Mode
1st Hour Rating
Electric Mode
1st Hour
Rating
Height
(in.)
Diameter
(in.)
Weight
(lbs)
50
42.1 gal
67.5 gal
59.1 gal
63
22
196
9
Hybrid Water Heaters
Voltex Hybrid Electric Water Heater
•Up to 2.4 Energy Factor meets ENERGY STAR
•User Selectable Mode - Efficiency, Hybrid, Electric or Vacation
•Backup Incoloy Heating Elements
•Dry Fire Protection checks that the tank is full of water before
start up
•LCD User Interface with Advanced Diagnostics
•Anti Corrosion Powered Anode
•Dehumidification
•Easy Maintenance with Washable heat pump filter
•2” CFC-Free Foam Insulation
•Ozone Friendly R134a refrigerant
•UL Listed
Storage Capacity: 80 gal
Heat Pump Capacity: 2650W
A.O. Smith Voltex Product Specifications
Model
Gallon
Capacity
E/PHPT-80
80
10
Energy Factor by Mode
Capacity
1st Hour Rating by Mode
Capacity
Efficiency
Capacity
Hybrid
Capacity
Electric
Capacity
Efficiency
Capacity
Hybrid
Capacity
Electric
Capacity
2.3
2.33
0.88
70
84
76
Height
(Inches)
Diameter
(Inches)
81.5
24.5
Wall-Hung Water heaters
HPW Wall-Hung Hybrid Water Heater
•Energy Saving Heat Pump System
•AES Adaptive Energy Saving System
•Glass-Lined Heating Element
•Optional Wired Remote Control
•Commercial Grade Glass-Lined Tank
•Extra-Thick Insulation
•Programmable Schedule
•Hot Water Volume Display
•LED Display
•Ultra-quiet Rotary Compressors
•Ozone-Friendly R134A Refrigerant
•Bathroom Dehumidification
•PS Pro-Safety Electric Leakage Protection
Sizes: 15 gal, 20 gal
Heating Capacity
Energy Saving Mode: 650W
Electric Heater Mode: 3kW
Model
Gallon
Capacity
Energy
Factor
Element Wattage
Dimensions in mm
Heat
Pump
Hybrid
Electric
Length
Width
Height
225
2200
3000
992
473
465
Domestic Heatpump
HPW-80
21.1
3.2
Suit Point-of-Use Water Heater
Compact that doesn’t affect performance, these water heaters are great space savers that deliver hot water just as you need it.
EWH
HSE SBS
15 &
25 L
• Glass-Lined Heating Element
• Glass-Lined Tank
• Standard Cord Set with 3-prong plug
• Temperature Control Knob
Heating Capacity: 2kW
Model
• Glass-Lined Heating Element
• Blue Diamond Glass-Lined Tank
• Wired Remote UI
• Temperature Control Knob
• Glass-Lined Heating Element
• Blue Diamond Glass-Lined Tank
• Temperature Control Knob
HSESAS
Heating Capacity: 2kW
Heating Capacity: 2kW
Gallon Capacity
Standard kW
Height (in.)
Width (in.)
Depth (in.)
EWH-10
2.6
2
13.8
13.8
11.1
HSE-SAS-015
3.9
2
16
14.7
13.7
HSE-SAS-025
6.5
2
19
17.5
15.1
11
Wall-Hung Water heaters
CEWHR - PE6
•Glass-Lined Heating Element
•Glass-Lined Tank
•Extra Thick Insulation
•Mode adjustable to Normal, Economy, or Max Heat
Mode
•Built-in Memory
•Wired HD LED Touch Screen control
•Electronic Temperature Control
•PS Pro-Safety Electric Leakage Protection (ELCB)
•Auto-standby
•Water Proof Design
Storage Capacity: 10, 13, 20, 25 gal
Heating Capacity: 3kW
CEWH
•Glass-Lined Heating Element
•Glass-Lined Tank
•Pointer Type Thermometer
•Stepless Temperature Regulation Knob
•Anode Rod
•Temperature and Pressure Relief Valve
•Drain Valve
Storage Capacity: 10, 13, 15, 20, 25 gal
Heating Capacity: 3kW
12
Model
Gallon Capacity
Standard kW
Width (in.)
Diameter (in.)
ELJH-30
CEWH-40A1
CEWH-50A1
CEWH-60A1
CEWH-80A1
CEWH-100A1
CEWHR-40PE5
CEWHR-50PE6
CEWHR-80PE6
CEWHR-100PE6
HPW-80AT
7.9
10.5
13.1
15.8
21
26.3
10.5
13
21
26.3
21
1.5 or 2
2.5
2.5
2.5
2.5
2.5
1.2 / 2 / 3
2/3
1.2 / 2 / 3
1.2 / 2 / 3
3
23.9
28
32.7
27.3
33.9
40.4
28.3
33
34
40.5
39.1
14.2
14.2
14.2
18.3
18.3
18.3
15.6
15.6
18.3
18.3
18.7
flOOR-STANDING Water heaters
ECS
EESRCA
•
•
•
•
• Tall, short, and lowboy (top connect) models available
• DYNACLEAN™ diffuser tube
• Helps reduce lime and sediment buildup while maximizing
hot water output (made from longlasting PEX cross-linked
polymer.)
• COREGARD™ anode rod
• Aluminum anode with stainless steel core protects tank
against corrosion longer than ordinary steel anodes.
• Durable, Tamper-resistant brass drain valve
• PERMAGLAS® glass coating
MODEL
FIRST
HOUR
RATING
GALLONS
ENERGY
FACTOR
GAL.
CAP.
60
67
72
81
.91
.90
.88
.86
43
52
60
40
48
55
ECT
Protects steel tank from corrosion and maximizes tank life
CSA/ASME certified T&P relief valve
Top-mounted T&P Relief Valve available as option on select models
Code compliance; meets the Federal Energy Efficiency Standards
according to the current edition of the National Appliance Energy
Conservation Act (NAECA) of 1992 and also meets the standby
loss requirements of the U. S. Department of Energy and Current
Edition of ASHRAE/IESNA 90.1, ICC, and HUD Standards except
for EESRCA and EES.
ELEMENT WATTAGE
240 VAC
STANDARD
MAXIMUM
RECOVERY
90ºF RISE
GAL / HR
50
55
66
80
4500
4500
4500
4500
6000
6000
6000
6000
21
21
21
21
.93
.92
.90
30
40
50
4500
4500
4500
6000
6000
6000
.93
.92
.91
28
38
50
4500
4500
4500
6000
6000
6000
R
VALUE
DIMENSIONS IN INCHES
APPROX.
SHIPPING
WEIGHT
(LBS)
A
B
C
16
16
16
16
54
60-1/4
60-1/4
60-1/2
20
20
20-1/2
20-1/2
47-1/2
52-3/4
53
52
116
134
178
208
21
21
21
16
16
16
36-1/2
44
48
20-1/2
20-1/2
21-1/2
28
37-3/4
40-1/2
90
103
121
21
21
21
16
16
16
30
31-1/4
34
22
23
26-1/2
22-1/2
24-5/8
25
91
113
164
TALL MODELS
ECT-52
ECT-55
ECT-66
ECT-80
210
210
210
210
SHORT MODELS
ECS-30
ECS-40
ECS-50
200
200
210
LOWBOY MODELS
ECL-30
ECLN-40
ECL-50
200
200
200
Model
Storage (US Gal.)
Element Wattage
Height (in.)
Diameter (in.)
EES-30
EES-40
30
40
3800 @ 220V
6000 @ 220V
39.4
46.25
20.9
20.9
EES-50
50
6000 @ 220V
57.34
20.9
EES-80
EES-120
80
120
6000 @ 220V
6000 @ 220V
61.6
66.75
24.5
28.34
Model
Storage
(US Gal.)
Element Wattage
Height (in.)
Width (in.)
EESR-15CA
EESR-20CA
14
20
2000 @ 220V
2000 @ 220V
26.25
31.4
18.5
18.5
COMPACT MODELS
Model
"Storage
(US Gal.)"
Element Wattage
"Height
(in.)"
"Diameter
(in.)"
EJC-6
EJC-10
EJCS-20
EJCT-20
6
10
19
19.9
3000 @ 240V
2500 @ 240V
4500 @ 240V
4500 @ 240V
15.25
18.25
24.75
31.675
14.25
16
18
16
13
LP Gas-Fired Water Heaters
Extra-High Efficiency Gas Water Heater
Gas-fired water heaters come with easy and less-hassle installations ideal for
when you wish to replace your old, inefficient water heaters.
PIEZO-IGNITED MODEL
GCV
Model
Storage
(US Gal.)
Input
(Btu/hr)
Height
(in.)
Diameter
(in.)
GCV-30
30
32,000
61.5
16
GCV-50
50
37,000
60.75
20
GCV-65
65
62,500
65
24
FCG-75
74
75,100
61
26.5
GCF-40
40
40,000
64.25
20
GCF-50
50
40,000
63.5
22
GCFL-40
40
40,000
54
22
GCFL-50
50
40,000
55.75
24
GCF
Water Heater Parts and Accessories
Wide selection of stocked parts:
•
•
•
•
•
•
•
•
•
•
Model
Burners
Gas Valves
Ignition Modules
Igniters
Flame Rods
Thermocouples
Pilot Tubes
UI Modules
Control Modules
Heating Elements
•
•
•
•
•
•
•
•
JSD12
Thermostats
Drain Valves
Relief Valves
Anode Rods
Dip Tubes
Manifolds
Switches
Transformers
JSD 24
Rated gas pressure
LP gas-fired tankless water
heaters are common in
Europe, China and increasingly
so in the USA. Using LPG
as energy source, they
have the advantages (and
disadvantages) of electric
instant water heaters, the most
common type of heater in the
Philippines. Compared to an
electric water heater, a gas-fired
water heater roughly halves
operating costs.
14
2800 Pa
0.41 psi
Suitable water pressure
0.025 Mpa — 0.8 Mpa
3.6 psi — 116 psi
Exhaust style
Flue style, natural draft
Ignition type
Water-control automatic continuous pulse ignition
Safety Device
With overheat protection
Gas inlet connection
Diameter 9.5mm hose connection
Cool water connection
1/2” NPT
Hot water connection
1/2” NPT
Rated hot water capacity
6 L/min. (Delta T=25k)
12 L/min. (Delta T=25k)
Rated heat load
12 kw
24 kw (Approximately
82,000 BTU
Commercial
15
Heat Pump Water Heaters
A. O. Smith CAHP line of commercial heat pump water
heaters brings the right mix of energy efficiency and
affordability to the commercial water heating market.
CAHP extends the MasterFit tradition of unmatched
flexibility in heating capacity with a powerful Heat
Pump module that guarantees continuous electrical
and operating cost saving. This balance in design
ensures an ROI worth evaluating for any commercial
establishment that uses hot water in operations.
•Higher Capacity Heat Pump
•Outdoor Design
•User Selectable Mode - Efficiency, Hybrid, Electric or
Scheduled
•Backup Incoloy Heating Elements
•LCD User Interface with Advanced Diagnostics
•Dehumidification
•Easy Maintenance with Washable heat pump filter
•2” CFC-Free Foam Insulation
•Ozone Friendly R134a refrigerant
Storage Capacity: 80, 120 gal
Backup Element: 6 - 12kW
CAHP
A. O. Smith
Light
Commercial
Hybrid Heater
Model
Gallon Capacity
COP
Heat
Pump kW
Electric
kW
Height
(in.)
With
(in.)
Depth
(in.)
CAHP-80
80
3.5
4.13
6-12
65.8
24.1
35.9
CAHP-120
120
3.5
4.13
6-12
67
28
39.1
CAHP-120C
120
4.5
8.5
6-12
69.68
23.62
39.44
CAHP 120C
A. O. Smith
Light
Commercial
Hybrid Heater
16
Heat Pump Water Heaters
A.O. Smith Air-To-Water
Heat Pump Water Heater
Standard Voltage
• High Coefficient of Performance (COP) of up to 4.2 for quick
ROI
• High Temperature Operation - Up to 66ºC (150ºF)
• Environmentally Friendly R134a Refrigerant
• Efficient Scroll Compressor
• Double Wall Condenser designed for potable hot water or
industrial use
• Factory-installed circulating water pump
• Factory-provided Digital Temperature Controller with tank
temperature probe and sensor well for storage tank
• Corrosion Resistant Painted Aluminum cabinet
• Stainless Steel Condensate Pan
• High and Low Refrigerant Pressure Switch Protection
• Thermal Motor Protection
• High Ambient Air Kit included for operations given Philippine
climate
• Removable and Washable Metal Mesh Air Filters
• UL Listed
• 208/230VAC, Three-phase, 60 Hz
Optional Features
• 460/480VAC, Three-phase, 60 Hz
• 240VAC – Single Phase, 60 Hz (only available on AWH-35
and AWH-55)
• 380V 3PH 60Hz
• Optional Corrosive Duty Package includes
316 stainless steel cabinet as well as a
polyurethane coating on the cooling coil
and blower for superior corrosion protection.
This package is recommended for installation
within 5 miles of seacoast.
Product Specifications
Performance
Cooling
Capacity
Dimension
COP
Air Volume
cfm
GPM
27,500
3.9
1040
7
58,000
45,500
4.1
1650
76,000
59,000
3.9
2150
Model
Water Heating
kW
Bth/hr
Bth/hr
AWH-35
10.3
35,500
AWH-55
17.3
AWH-75
22.4
AWH-100
28.8
98,000
78,000
4.2
3200
20
1.5”
63
38
42.5
AWH-115
32.0
113,000
89,000
4.2
3200
23
1.5”
63
38
42.5
AWH-140
41.6
142,000
110,000
3.9
3800
28
2”
63
38
42.5
AWH-170
50.1
171,000
133,000
3.9
4900
34
2”
75
46
42.5
Inlet / Outlet
Width
(Inches)
Depth
(Inches)
Height
(Inches)
1”
40
26
24.75
11
1”
47
32
28.5
15
1.5”
57
32
28.5
* Performance rating at 75˚ , 55% relative humidity and 100° incoming water temperature
**Blower design at 0.3” external static pressure
17
ELECTRIC Water Heaters
DEN/DEL Electric Dura-Power™ Models
The Dura-Power™ DEN (standard upright) and DEL (lowboy) series is available with tank capacities
from 6 through 119-gallons. They can be installed for non-simultaneous and single element operation
(maximum input up to 6 kW), or for simultaneous dual-element operation (maximum input up to 12 kW).
•
•
•
•
Capacities from 6 – 119 gallons
High Output Temperature – Maximum 140°F (60°C) at final tank
Most models convert to three-phase or single-phase in field for easy installation
GSA Qualified
Model
GAL ./ CAP.
DEL-6S
DEL-10S
DEL-15S
DEL-20S
DEL-30D
DEL-40D
DEL-50D
6
10
15
20
30
40
50
DEN-30D
DEN-40D
DEN-52D
DEN-66D
DEN-80D
DEN-120D
KILOWATTS
HEIGHT
DIA.
APPROX SHIP WEIGHT
14-1/4
18
18
21-3/4
21-3/4
24
26-1/2
35
54
58
73
100
125
166
30
40
50
66
80
DEL MODELS
15-1/2
18-1/4
26
22-1/4
30-7/8
32-1/4
32-1/4
DEN MODELS
12
34-1/2
12
45-1/8
12
54-7/8
12
60-3/4
12
59-3/8
20-1/2
20-1/2
20-1/2
21-3/4
24
98
113
131
176
211
119
12
29-3/8
326
3
6
6
6
12
12
12
62-7/16
DRE/DVE Electric Gold and Gold Xi
Gold and Gold Xi DRE/DVE series available with 50, 80, and 119 gallon storage
tanks, with input choices ranging from 6 kW to 54 kW. They can be used as recovery
heaters for hot water supply service or as boosters for supplying sanitizing rinse
water for dish washing.
• Goldenrod® 24-Karat gold-plated elements resist
corrosion, resulting in long-term efficiency and damage
protection
• Power-circuit fusing for system protection
• Glass-lined tank provides long-lasting protection against
corrosion
• Sizing available from 50 gallons to 119 gallons
• GSA Qualified
DRE
• Goldenrod® 24-Karat gold-plated elements resist corrosion, resulting in long-term efficiency and
damage protection
• Sizing available from 50 gallons to 119 gallons
• LCD advanced electronic control panel for easy access to operation and service information
• Glass-lined tank provides long-lasting protection against corrosion
• GSA Qualified
GAL.
CAP.
KILOWATTS
MAXIMUM
HEIGHT
DVE/DRE-52
50
54
55-3/4
DVE/DRE-80
80
54
60-1/4
DVE/DRE-120
119
54
62-1/4
MODEL
18
DIA.
APPROX. SHIP
WEIGHT
STD.
ASME
21-3/4
265
316
25-1/2
280
325
29-1/2
390
416
DVE
Gas-Fired Water Heaters
Cyclone®MXi
The full line of A. O. Smith Cyclone condensing water heaters has been designed to
provide years of dependable service with its industry leading technology. Models are
available from 100,000 to 500,000 Btu/h and provide up to 98% thermal efficiency.
The unique helical coil heat exchanger minimizes weld joints for optimal life while
maximizing heat transfer. Cyclone is the industry leader in high efficiency commercial
water heating with over a quarter million of them sold since 1997. The current MXi
modulating models adjust firing rate to the customers’ specific demand further
increasing efficiency and money savings.
• Up to 98% thermal efficiency dramatically lowers operating costs
• Modulating models adjust firing rate to the specific demand further increasing
efficiency and money savings
• Our exclusive advanced electronic control with built-in diagnostics is network ready
for remote monitoring
Cyclone Xi Commercial Gas Water Heaters
Storage
(US Gal.)
Input
(Btu/hr)
Height
(in.)
Diameter
(in.)
Vent
Size
(in.)
Inlet/
Outlet
(in.)
Shipping
Wt.
(lbs)
BTH-120
60
120,000
55.5
27.75
3
1½
490
BTH-199
100
199,000
75.5
27.75
3
1½
595
BTH-300
130
300,000
75.5
33.13
4
1½
855
BTH-400
130
399,900
75.5
33.13
4
1½
855
BTH-500
130
499,900
75.5
33.13
4
1½
855
Model
Master-Fit® BTR
The Master-Fit® BTR series provides outstanding performance and maximum
installation flexibility for both new construction and replacement applications. Each
unit is designed to be as much as a foot shorter than the models they usually
replace, and multiple options for placement of water connections and low installation
clearances are additional installer-friendly features.
• Commercial tank type water heater
• Meets or exceeds the thermal efficiency and/or standby loss requirements of the
U.S. department of energy and current edition of ASHRAE/IESNA 90.1
• Electronic ignition
Gas Fired
Model
Storage
(US Gal.)
Input
(Btu/hr)
Height
(in.)
Diameter
(in.)
Depth
(in.)
Inlet/
Outlet
(in.)
Shipping
Wt.
(lbs)
BTR-180
81
180,000
67.5
27.75
-
1½
470
BTR-198
100
199,000
74
27.75
-
1½
603
BTR-250
100
250,000
72
30-1/4
-
1½
630
19
OIL-Fired Water Heater
Duraclad Oil-Fired Small Volume Models
Our Duraclad COF-199 and larger models have an optional two-stage pump for use
with below-grade oil storage tanks. Features include two handhole clean-outs for
easy servicing. The large volume COBT models are available as a dual-fuel heater—
natural gas as well as oil-fired.
SMALL VOLUME COF
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
For small to medium-sized applications
UL listed oil burner
180°F adjustable thermostat
Single-stage oil pump for simple, efficient operation.
Solenoid oil valve (standard on 455, 700)
3/4˝ drain valve
CSA Certified and ASME rated T&P relief valve
Two handhole clean-outs (COF-385 and larger, and ASME models) for easy
maintenance
Barometric draft regulator provided for proper operation, ensures correct flow in
the vent
Foam insulation
Intermittent ignition
CoreGard™ anode rod with stainless steel core won’t corrode, won’t break off
Flame observation port
PermaGlas® glasslined tank with 160 PSI maximum working pressure
3-year limited tank warranty
OPTIONS
•
•
•
•
•
MODEL
NO.
GAL.
CAP.
BTU
INPUT
PER
HOUR
COF-199S
86
199,000
Two-stage pump for use with underground oil storage tanks
Oil solenoid safety valve
ASME construction available on models
COF-315 and larger
5-year limited tank warranty
TEMP. RISE
DEGREES FAHRENHEIT
40
100
140
482
193
138
Height
74-3/4
Diameter
24-3/4
DEPTH
37
APPROX. SHIP.
WEIGHT
STD
ASME
553
NA
COF-245S
86
245,000
594
238
170
74-3/4
24-3/4
37
554
NA
COF-315S
84
315,000
764
305
218
74-3/4
24-3/4
37
554
657
COF-385S
75
385,000
933
373
267
74-3/4
24-3/4
37
624
742
COF-455S
75
455,000
1103
441
315
74-3/4
24-3/4
37
700
747
COF-700S
69
700,000
1697
679
485
79-1/2
24-3/4
37
739
822
20
hot water boiler
GW Genesis Boiler
84% Efficient, Low Nox Hot Water Supply Boilers
A. O. Smith Genesis boilers offer everything you could ask for in a noncondensing boiler. They provide the highest possible 84% thermal efficiency,
outstanding venting flexibility, space-saving stackable designs and a new
advanced Energy Management Control (EMC) system.
EMC-5000 ENERGY MANAGEMENT CONTROL
• Patent pending
• Controls every electrical boiler function, including pump operation and main
burner ignition
• Plus or minus 1 °F accuracy temperature management
• Display panel shows operating status and fault readings in easy-to-understand
english instead of confusing numeric codes
• Display of temperature set points, outlet temperatures, current inlet/outlet
differential temperature and tank temperature
TWO-STAGE GAS FIRING SYSTEM
• Twin gas valve firing system ensures smooth operation, saves fuel and extends
boiler life
• Prevents short cycling during low demand periods
SPACE SAVING DESIGN
• Compact “stackable” design packs maximum water heating power into minimum
space
Genesis Hot Water Boiler
Model
Efficiency
Input
(Btu/hr)
Height
(in.)
Diameter
/ Width
(in.)
Depth
(in.)
Inlet/
Outlet
(in.)
Exhaust
Vent (in.)
Air Inlet
(in.)
Gas Pipe
(in.)
Shipping
Wt. (lbs)
GW-300
84%
300,000
33
45
26.5
1½
5
5
¾
375
GW-500
84%
500,000
33
60
26.5
2
6
6
1
463
GW-750
84%
750,000
33
80
26.5
2
8
8
1¼
575
*Models up to 2,500,000 BTU inputs are also available. Please consult distributor if interested.
21
hot water storage tanks
A.O. Smith is the best choice for complete
commercial water heating and storage systems
No other manufacturer gives plumbing professionals a broader choice of innovative
commercial water heaters and boilers. So, it makes sense that when you need supplemental
storage of hot water, you can turn to A. O. Smith for a nearly unlimited selection of storage
tanks.
A.O. Smith can deliver from 80 to 10,000 gallons of hot water storage / calorifier tanks.
A.O. Smith Direct Hot Water Storage Tanks
A.O. Smith gives you options for Direct Hot
Water Tank Applications
•
•
•
•
•
•
•
•
•
•
•
•
Up to 10,000 gallons
ASME construction
Military specifications
Manholes
Hand holes
Lifting lugs
Steam or hot water tank heaters
Special and additional tank openings
Ring and leg bases
Horizontal tank saddles
Factory-mounted T&P gauge
Manufactured in Renton, Washington
Model
Nominal
Capacity
(US Gal.)
Overall
Length
(in.)
Diameter
(in.)
Approximate
Shipping
Weight (lbs)
TJV120M
119
62
29 3/8
320
T350S
350
88
36
670
T400A
400
97
36
775
TL500A
500
122
36
841
TN500A
500
89
42
865
T500A
500
74
48
951
T750A
750
106
48
1290
T1000A
1000
138
48
1655
HD48-1250
1250
159
48
2067
HD48-1500
1500
190
48
2335
HD48-1750
1750
220
48
2748
HD48-2000
2000
250
48
3150
HD54-2250
2250
224
54
3269
HD60-2500
2500
204
60
4069
*For other tank diameters and capacities up to 10,000 gallons, Please consult distributor.
A.O. Smith gives you options for Indirect
Heating Applications
•
•
•
•
Up to 3000 gallons
Jacketed and insulated
Glass-lined heat exchangers
Indirect calorifier gives system protection from scaling, and
contamination between potable water and heating system
• Manufactured in Veldhoven Plant, Netherlands
22
A.O. Smith Indirect Calorifiers
Model
Nominal
Capacity
(US Gal.)
Overall
Length
(in.)
Diameter
(in.)
Approximate
Shipping Weight
(lbs)
IT-300
79
53.96
28.34
281.6
IT-500
132
80.29
28.34
420.2
IT-750
198
79.9
35.82
583
IT-1000
264
78.72
41.72
765.6
IT-3000
737
83.39
59.06
1320
*For dual coil, add S to model such as IT(S)-300.
**For other sizes, please consult distributor.
Expansion tanks
A.O. Smith Expansion Tank
Thermal expansion occurs when water is heated during non-use periods. The installation
of a Pressure Reducing Valve (PRV), Check Valve or Back Flow Preventer “closes” the
water system, leaving water with no room for expansion. National Standard Plumbing code:
10.5.7 requires backflow prevention, to prevent backflow into the water main.
Thermal expansion in a closed plumbing system can be damaging, dangerous and costly.
Its effects include damage to water heater connections, gas water heater flue tubes, pumps
serving washers and dishwashers, leaking faucets, “weeping” of water through the water
heater T&P Relief Valve, and noisy water hammer in the pipes.
A properly sized Expansion Tank eliminates these problems, by giving water a place to go
when thermal expansion occurs. When a water heating cycle ends, or when any fixture is
opened within the system, the impact of thermal expansion is reduced, and water drains out
of the expansion tank back into the system.
• Interior epoxy coating is permanently bonded to the tank shell for ultimate protection on
the water side of the water heater expansion tank.
• Durable butyl diaphragm ensures long life.
• Positive lock retention system controls compression in the diaphragm connection,
eliminating air loss or water leaks in hot water expansion tank.
Model
MAX.(PSIG)Working
pressure
Tank Volume (Gallons)
PMC-2
150
MAX. Accepted Volume(Gallons)
20 PSI
40 PSI
60 PSI
1.96
1.53
1.27
1.03
PMC-5
150
4.55
3.75
3.05
2.19
PMC-10
150
9.25
7.8
6.55
5.25
TW-5
150
2.10
1.53
1.27
1.03
TW-12
150
4.40
3.75
3.05
2.19
PMET-2
100
1.96
1.53
N/A
N/A
PMET-5
100
4.55
3.75
N/A
N/A
PMET-7
100
7.3
4.6
N/A
N/A
PMET-14
100
14.6
10.5
N/A
N/A
Model
CONN NPT
Size
Overall Height
(inches)
Diameter
(inches)
Weight (lbs.)
PMC-2
3/4
10-3/16
8-1/4
5
PMC-5
3/4
14-3/4
11
9
PMC-10
3/4
15-3/4
15-3/8
20
TW-5
3/4
12-1/2
8-3/8
5
TW-12
3/4
14-3/4
11-3/8
8
PMET-2
1/2
10-3/16
8-1/4
5
PMET-5
1/2
14-3/4
11
9
PMET-7
1/2
21-1/16
11
12
PMET-14
1/2
21-5/8
15-3/8
22
23
HOT WATER SYSTEM ACCESSORIES
Taco Industrial Flow Switches
•
•
•
•
•
•
•
Fluorosilicone Seal
250 PSI Maximum Service Pressure
250°F Temperature Rating
Stainless steel Paddles and Trip Rods
NEMA 1 and NEMA 4 Models
For Use on 1” to 8” Diameter Pipe
UL, CSA, CE Approved
Taco delivers exceptional quality
because it has been owned
and operated by the same
family for over 80 years. Taco’s
commitments to innovations in
energy-efficient systems, design
software, training, and support
are matched only by the loyalty
it extends to its employees,
vendors, and customers.
Taco Cartridge Style Pressure Reducing
Valve, Cast Iron 1/2” NPT
•
•
•
•
•
•
•
10-50 psi adjustable dial-up pressure setting
Replaceable cartridge design allows easy servicing
Pressure balanced diaphragm
Stainless Steel spindle
Stainless Steel coaxial strainer
Each unit factory tested
ASSE, BS 6283 Pt. 4, DGVW, WRAS approved
• Media: Water
• Body: Bronze
• Internal Parts: Stainless Steel and Engineered Plastics
• Max. Noise Output: 20dB
24
HOT WATER SYSTEM ACCESSORIES
00 Series Hot Water Circulators
•
•
•
•
•
•
Max. Working Pressure: 125 psi
RPM: 3250
Stainless Steel Cartridge
Non-Metallic Impeller
Ceramic Shaft
UL Listed
2400 Series High Capacity Circulators
•
•
•
•
•
Max. Working Pressure: 150 psi
RPM: 3450
Impeller: 30% Glass-filled Noryl
Stainless Steel Shaft
UL Listed
Product Specification
Model
HP
Flow Range
(GPM)
Head Range
(ft)
003
005
006
007
008
009
0010
0011
0012
0013
1/40
1/35
1/40
1/25
1/25
1/8
1/8
1/8
1/8
1/6
0–7
0 – 19
0 – 10
0 – 23
0 – 14
0 – 10
0 – 32
0 – 31
0 – 52
0 – 34
0 – 4.5
0–9
0–9
0 – 10
0 – 16
0 – 35
0 – 10
0 – 31
0 – 14.5
0 – 33
0014
1/8
0 – 32
0 – 22
2400-10
2400-20
2400-30
2400-40
2400-45
2400-50
2400-60
2400-65
1/10
1/6
1/6
1/6
1/3
½
1/6
1/3
0 – 30
0 – 42
0 – 57
0 – 54
0 – 56
0 – 60
0 – 70
0 – 122
0 – 25
0 – 34
0 – 29
0 – 22
0 – 43
0 – 51
0 – 14
0 – 17
2400-70
½
0 – 150
0 – 22
Max.
Fluid
Temp
104°C
110°C
107°C
Casing
Options
Br, SS
CI, Br, SS
Br, SS
CI, Br, SS
CI, Br, SS
CI, SS
CI, Br, SS
CI, Br, SS
CI, Br, SS
CI, Br, SS
CI, SS
CI, SS
25
Heat Pump Water Heaters
Heat Pump Water Heater (HPWH) is a proven technology that uses the same mechanical
principles as refrigerators and air conditioners to generate hot water. Unlike conventional
electricity and fossil-fuel-fired water heaters, HPWH’s take heat from the surrounding air
and transfer it to the water in the tank.
The heat pump works by taking heat from the surrounding air and using it to heat the
low pressure liquid refrigerant in the heat pump’s evaporator, vaporizing the liquid. The
refrigerant then passes through the compressor, which raises the refrigerant pressure
and thus the temperature as well. The heated refrigerant gas passes through the heat
pump condenser, where it gives off its heat to the water and condenses back into the
liquid state. The liquid refrigerant now passes through an expansion valve where the
pressure is reduced and the cycle starts over.
Fireflux Heat Pump Water Heater
is a split-type heat pump system.
The decoupling of the heat pump
unit from the tank system allows
a greater flexibility in tank sizes,
backup system, and installation
options.
Heat pumps mainly consist of a compressor, fan, evaporator, and the heat exchanger.
The compressor requires electricity to compress the refrigerant and vaporize it, and the
fan requires a small amount of electricity to continually blow air across the evaporator coils
when the unit is operating. The only electricity cost is the operation of the compressor
and the fan in order to collect the free heat and pump it to the hot water.
Fireflux Heat Pump Features
Refrigerant
Compressor
Jacket
User Interface
Heat Exchanger
System Protection Features
Expansion Valve
Certifications
R417A
Copeland scroll (Hitachi rotary for FF-02)
Stainless 304 steel plate
LCD display control panel
Copper tube heat exchanger
Automatic unit on/off timer clock; Insufficient water flow
protection
Alco (USA) expansion valve
CE Mark
* Amici is doubly proud to be serving the hot water needs of the top 5, as well
as overall 17 out of the top 25 hotels with our water heating systems. Be it with
Fireflux heat pumps, A.O. Smith storage water heaters, Atmor instant electric
heaters, or Solaractive solar water heaters, we’ve done our little part.
Product Specifications
Model
Outlet Water Rated Temp (°C)
Heating Capacity (kW)
Rated Power Input (kW)
Power Supply (V/Ph/Hz)
Compressor Type
Compressor Quantity
Cabinet Material
Refrigerant Flow Restriction
Refrigerant Type
Pipe Size (in.)
Dimensions: Length (mm)
Width (mm)
Height (mm)
Ambient air Range
Air Discharge Direction
Weight (kg)
FF-02
FF-03
FF-05
FF-10
FF-20
60
6.9
10.6
17.1
35
70
1.82
2.8
4.5
9.2
18.4
230/1/60
230/1(3)/60
Rotary
Hitachi / Copeland Scroll (USA)
1
1
1
2 (4)
2 (4)
304 Stainless Steel Rate
Alco Thermal Expansion Valve (USA)
R-417A
¾”
1”
1”
1¼”
4”
1148
830
830
1500
1450
456
710
710
745
1450
580
885
1085
1085
1700
Top
Top
-20° - 45°C
Side
Top
Top
70
115
150
280
560
For Titanium Heat Exchanger for use in swimming pool heating, change model code from FF to FFP (example: FF-05 to FFP-05)
26
Solar Water Heaters
Amici Solar Active
Solar Flat Plate Collector
Take advantage of the Philippine sun to get you hot water.
Unlike solar photovoltaic systems for electrical generation, solar
thermal systems have the high efficiency criteria to make them
viable solutions for renewable energy usage.
With Amici’s SolarActive water heaters, only the collector panels
stay on the roof. There’s greater flexibility in installation and
architectural design.
Collector
Panel
Storage
# of
Panel
Storage
Weight
(US Gal.) Panels
Area
Model
(kg)
(m2)
50
1
2
39
EES-50
Gallons
80
2
4
78
EES-80
Gallons
120
EES3
6
117
Gallons
120
Height
(in.)
Diameter
(in.)
57.34
20.9
Cold Supply
Taco
Circulating
Pump
Product Specifications
Hot Water
Storage Tank
Suction
61.6
24.5
66.75
28.34
Return from Solar Collector
Hot Water
Outlet
Drain
Hot Water Storage Tank
Solar Recirculating Pump
Manufacturer:
A.O. Smith Water Products
Casing:
Insulation:
Non-CFC foam insulation; meeting/ exceeding
ASHRAE requirements for standby heat loss
Cast Iron / Bronze /Stainless
Steel
Cartridge:
Stainless Steel
Impeller:
Shaft:
Bearings:
Maximum Fluid Temperature:
UL Listed
Non-Metallic
Pressure:
150 psi working pressure; tested up to 300 psi
Sacrificial Anode Rod:
included
Internal Tank Construction:
Glass-lined, fused to steel by firing at a temperature range of 1400 to 1600 °F
Heating Elements:
Low watt density 1” screw-in type, with Incoloy
sheath
Temperature & Pressure
Relief Valve:
Included; ASME rated
Collector Fins:
Copper Fins / Black Chrome Absorber
Suitable for raising temperature to: 140 – 150 °F (60 – 65 °C)
LCD display:
4 Relays:
For circulating pump, valves, alarms, and
others
Temperature ranges:
Widely adjustable temperature ranges for
each of the 13 functions
Pressurized Thermosiphon System
Type
C-TS400/6 C-TS300/4 C-TS200/4 C-TS150/2 SWHN100 SRHN150
Collector
Black chrome flat plate
Evacuated Tube
Type
Tank
Lining
Collector
Quantity
Tank
Capacity
System
Weight
Number
of
Persons
Blue Diamond
Glass Lining
Vitreous Enamel
Error alarm:
Quick reference:
Copper Manifold and Risers; Aluminum
Casing
Collector Material:
3
2
2
1
1
1
400L
300L
200L
150L
100L
150L
250kg
180kg
150kg
120kg
-
-
5
5
4
3
3
3
230 °F (110 °C)
Collector temperature; top and bottom
tank temperatures; error reports, specific
sensor failure reports; 24 time display
formats
Flat Collector
170 psi
Carbon
Solar Temperature Differential Control
UL Listed
Working Pressure:
Ceramic
Power consumption:
Audible alarm and flashing display on
errors
Function and error reference listed on the
front panel
Low 3VA
Pressurized Thermosiphon System
Thermosiphon systems do not depend on an external pump to
get water moving from collectors to tank. Instead, they depend
on the natural movement of heated water moving upwards to
get hot water moving.
We offer both roof-top and balcony-type solar collectors for
residential use. Our solar heaters are pressurized by design.
This means you get the same pressure for hot water as you get
on tap. This is unlike some of the cheaper gravity-type solar
heater design marketed here.
27
Water Heating Operating Costs
Operating Cost Comparison of Electric, LPG/Gas, Cyclone Heaters and Heat Pump Water Heaters
Cost Comparison Per 1000 Gallons of Hot Water at 70 °F Temperature Rise
Water
Heater
Type
Electric
Water
Heater
Operating
Cost
Standard
Water Gas
Heater
Operating
Cost
CYCLONE
(BTH120 &
BTH199)
Operating
Cost
CYCLONE
(BTH300 &
BTH400)
Operating
Cost
COF
Diesel
Burner
Operating
Cost
Heat
Pump
Water
Hater
Operating
Cost
BTU REQUIREMENT: 577,500 Btu
Electricity
LPG
LPG
LPG
Diesel
Electric
Efficiency
100%
80%
94%
96%
80%
400%
Cost at Different Costs of Primary Heat Source
Primary
Source
Cost /
kWh
Cost /
1000 gal
Cost /
kg LPG
Cost /
1000 gal
Cost /
kg LPG
Cost /
1000 gal
Cost /
kg LPG
Cost /
1000 gal
Cost/L
Diesel
Cost /
1000 gal
Cost /
kWh
Cost /
1000 gal
4.2
4.4
4.6
4.8
5
5.2
5.4
5.6
5.8
6
6.2
6.4
6.6
6.8
7
8
9
10
11
12
13
Php711
Php745
Php778
Php812
Php846
Php880
Php914
Php948
Php981
Php1,015
Php1,049
Php1,083
Php1,117
Php1,151
Php1,184
Php1,354
Php1,523
Php1,692
Php1,861
Php2,030
Php2,200
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
Php513
Php545
Php578
Php610
Php642
Php674
Php706
Php738
Php770
Php802
Php834
Php866
Php898
Php930
Php963
Php995
Php1,027
Php1,059
Php1,091
Php1,123
Php1,155
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
Php437
Php464
Php491
Php519
Php546
Php573
Php601
Php628
Php655
Php683
Php710
Php737
Php765
Php792
Php819
Php846
Php874
Php901
Php928
Php956
Php983
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
Php428
Php455
Php481
Php508
Php535
Php561
Php588
Php615
Php642
Php668
Php695
Php722
Php749
Php775
Php802
Php829
Php856
Php882
Php909
Php936
Php963
30
30.25
30.5
30.75
31
31.25
31.5
31.75
32
32.25
32.5
32.75
33
33.25
33.5
33.75
34
34.25
34.5
34.75
35
Php592
Php597
Php602
Php607
Php612
Php617
Php622
Php627
Php632
Php636
Php641
Php646
Php651
Php656
Php661
Php666
Php671
Php676
Php681
Php686
Php691
4.2
4.4
4.6
4.8
5
5.2
5.4
5.6
5.8
6
6.2
6.4
6.6
6.8
7
8
9
10
11
12
13
Php178
Php186
Php195
Php203
Php212
Php220
Php228
Php237
Php245
Php254
Php262
Php271
Php279
Php288
Php296
Php338
Php381
Php423
Php465
Php508
Php550
*Rates based on Metro Manila prices as of June 2015
Projected Operating Cost Calculation Per Year
_______ Gallons of Hot Water Used Per Year at 70 °F rise / 1,000
X _______ Cost per 1000 Gallons (See Table above – use most realistic utility costs)
= _______ Projected Operating Cost Per Year
Recovery Capacities– Electric
Water Heater Recovery
Recovery Capacities – LPG
Input
Rating
Btuh
gph recovery at given temperature rise
60 °F
70 °F
80 °F
90 °F
100 °F
gph recovery at given temperature rise
Element
Wattage
60 °F
70 °F
80 °F
90 °F
100 °F
750
5.2
4.4
3.9
3.4
3.1
1,000
6.9
5.9
5.2
4.6
4.1
1,250
8.6
7.4
6.5
5.7
5.2
30,000
45.5
39.0
34.1
30.3
27.3
1,500
10.3
8.9
7.8
6.9
6.2
33,000
50.0
42.9
37.5
33.3
30.0
2,000
13.8
11.8
10.3
9.2
8.3
35,000
53.0
45.5
39.8
35.4
31.8
2,250
15.5
13.3
11.6
10.3
9.3
40,000
60.6
51.9
45.5
40.4
36.4
2,500
17.2
14.8
12.9
11.5
10.3
43,000
65.2
55.8
48.9
43.4
39.1
3,000
20.7
17.7
15.5
13.8
12.4
50,000
75.8
64.9
56.8
50.5
45.5
3,500
24.1
20.7
18.1
16.1
14.5
60,000
90.9
77.9
68.2
60.6
54.5
4,000
27.6
23.6
20.7
18.4
16.5
70,000
106.1
90.9
79.5
70.7
63.6
4,500
31.0
26.6
23.3
20.7
18.6
80,000
121.2
103.9
90.9
80.8
72.7
5,000
34.5
29.5
25.9
23.0
20.7
90,000
136.4
116.9
102.3
90.9
81.8
5,500
37.9
32.5
28.4
25.3
22.8
100,000
151.5
129.9
113.6
101.0
90.9
6,000
41.4
35.5
31.0
27.6
24.8
28
Water Heater Sizing
Sizing Tables Based on Collected Data and ASHRAE Requirements
Dormitories
Gals Required 2 Hour Period 140 °F Water
Gals Required 2 Hour Period 140 °F Water
3 gpm
5 gpm
40 °F Inlet 100 °F TR
60 °F Inlet 80 °F TR
40 °F Inlet 100 °F TR
60 °F Inlet 80 °F TR
Minimum Storage
Capacity
(US Gal.)
1 – 10
125
100
200
160
100
11 – 15
187
150
299
239
150
16 – 20
250
200
400
320
200
21 – 25
277
220
443
354
225
26 – 30
300
240
480
384
240
31 – 40
320
264
512
410
280
41 – 50
350
280
560
448
310
Number of Persons
51 – 75
412
330
659
527
400
76 – 100
500
400
800
640
430
101 – 125
625
500
1000
800
475
126 – 150
750
600
1200
960
510
151 – 175
875
700
1400
1120
560
176 – 200
1000
800
1600
1280
600
201 – 250
1250
1000
2000
1600
650
251 – 300
1500
1200
2400
1920
720
301 – 350
1750
1400
2800
2240
800
Hotels
Number of Units
(1 ½ Persons/Unit)
Actual Number of Persons
1–3
Gals Required 2 Hour Period 140 °F Water
40 °F Inlet 100 °F TR
60 °F Inlet 80 °F TR
Minimum Storage Capacity
(US Gal.)
4
50
45
50
4
6
66
56
60
5–6
9
100
85
72
7–8
12
132
112
85
9 – 10
15
165
140
100
11 – 15
22
230
196
113
16 – 20
30
300
255
130
21 – 25
37
370
315
148
26 – 30
45
450
382
162
31 – 35
52
520
442
175
36 – 40
60
570
485
188
41 – 45
67
600
510
200
46 – 50
75
650
552
210
51 – 75
112
840
714
255
76 – 100
150
1050
892
300
101 – 125
187
1272
1080
325
126 – 150
225
1350
1148
360
151 – 175
262
1575
1340
395
176 – 200
300
1800
1530
410
201 – 250
375
2250
1912
500
251 – 300
450
2700
2295
600
301 – 350
525
3150
2678
700
29
Conversion Tables
Conversion Table
Length
Volumetric Flow
1 Millimeter (mm)
1 Centimeter (cm)
1 Centimeter (cm)
1 Meter (m)
1 Inch (in)
1 Inch (in)
1 Foot (ft)
1 Foot (ft)
1 Foot (ft)
1 Yard (yd)
1 Yard (yd)
0.001 m
10 mm
0.3937 in
100 cm
2.54 cm
25.4 mm
12 in
30.48 cm
0.3048 m
3 ft
0.9144 m
1 Mile
1.609 km
Area
1 Square Meter (m2)
1 Hectare
1 Square Inch (sq in)
1 Square Foot (sq ft)
10.764 sq ft
10000 m2
0.000645 m2
0.0929 m2
Volume
1 Cubic Meter (m3)
1 Cubic Meter (m3)
1 Liter (l)
1 Cubic Inch (cu in)
1 Cubic Foot (cu ft)
1 Cubic Foot (cu ft)
1 Gallon, US (gal)
1 Gallon, US (gal)
1 Gallon, Europe (gal)
1 Ounce, Fluid (fl oz)
1000000 cm3
1000 l
0.001 m3
0.016 l
1728 cu in
7.48 gal
3.79 l
231 cu in
4.55 l
0.03 l
Mass
1 Gram (g)
1 Kilogram (kg)
1 Kilogram (kg)
1 Kilogram (kg)
1 Ounce (oz)
1 Pound (lb)
1 Pound (lb)
1 Ton
0.035 oz
2.2 lbs
1000 g
35.274 oz
28.35 g
16 oz
0.4536 kg
2000 lbs
Water Volume vs Mass
1 Liter
1 Cubic Meter
1 Cubic Foot
1 Gallon, US (gal)
0.12 gallons, US (gal)
1 kg
2204 lbs
62.37 lbs
8.33 lbs
1 lb
Temperature
K to °C
°C to °F
°F to °C
1 Cubic Meter Per Second (m3/s)
1 Cubic Meter Per Hour (m3/hr)
1 Liter Per Second
1 Liter Per Second
1 Liter Per Minute
1 Gallon Per Minute, US (gpm)
1 Gallon Per Minute, US (gpm)
1 Gallon Per Minute, US (gpm)
1 Gallon Per Minute, US (gpm)
1 Cubic Foot Per Second
1 Cubic Foot Per Hour
Pressure
1 Bar
1 Bar
1 Pound Per Square Inch (psi)
1 Pound Per Square Inch (psi)
1 Inch of Water
1 Foot of Water
1 Meter of Water
1 Kilopascal
30
14.5 psi
100,000 pascals
2.31 ft of water @ 4°C
27.72 in of water @ 4°C
0.0361 psi
0.433 psi
1.42 psi
0.01 bars
Energy
1 Joule (J)
1 Kilojoule (kJ)
1 Watt Hour (wh)
1 Watt Hour (wh)
1 Calorie (cal)
1 Kilocalorie (kcal)
1 British Thermal Unit (Btu)
1 British Thermal Unit (Btu)
1 Kilogram of LPG
1 Gallon (US) of Diesel
1 Cubic Foot of Natural Gas
1 Watt Second (Ws)
1000 J
3.6 kJ
3.415 Btu
4.187 J
1.163 wh
252 cal
0.293 wh
45,000 Btu
139,000 Btu
1,000 Btu
Power
1 Kilowatt (kW)
1 Horsepower (hp)
1 Ton Refrigeration
1 Boiler Horsepower
1 Boiler Horsepower
1.34 hp
0.746 kW
12,000 Btu/hr
33,475 Btu/hr
9.811 kW
Efficiency
Efficiency
Motor Efficiency
Hp
Water Hp
Brake Hp
Pow. Output / Pow. Input
HP Output / kW Input
Torque ft (lbs x rpm) / 33000
gpm x TDH / 3960
Water HP / Pump Eff.
Electrical
T K – 273
(T°C x 9/5) + 32
(T°F - 32) x 5/9
Voltage
Power
SxS
LxW
π x r²
½ (Height x Base)
Box
Sphere
Cylinder
Pyramid
Area Formulas
Square
Rectangle
Circle
Triangle
15850 gpm
4.403 gpm
15.85 gpm
127.13 cu ft per hour
0.26417 gpm
227 liters per hour
60 gph
1440 gpd
8.02 cu ft per hour
448.8 gpm
0.1247 gpm
V=IxR
W = V x Ampere
Volume Formulas
LxWxH
4/3 π x r3
π x r2 x Height
1/3 x Base Area x Height
Conversion Tables
Temperature
Pressure Equivalence
Kelvin
Celsius
Fahrenheit
0
-273
-459.4
273
0
32
310.5
37.5
99.5
373
100
212
kPa
ft of
Water
0.07
6.9
2.31
0.7
10
0.69
68.97
23.1
7.04
14.5
1
100
33.5
psi
Bar
1
m of
ft of
Water Water
m of
Water
Bar
1
0.3
5
1.52
10.21
10
kPa
psi
0.03
2.99
0.43
0.15
14.93
2.16
3.05
0.3
29.86
4.33
Fahrenheit
Celsius
Celsius
Fahrenheit
20
1.38
137.93
46.2
14.08
15
4.57
0.45
44.78
6.49
20
-6.67
0
32
30
2.07
206.9
69.3
21.12
20
6.1
0.6
59.71
8.66
30
-1.11
5
41
40
2.76
275.86
92.4
28.16
25
7.62
0.75
74.64
10.82
40
4.44
10
50
50
3.45
344.83
115.5
35.2
30
9.14
0.9
89.57
12.99
50
10
15
59
60
4.14
413.79
138.6
42.25
40
12.19
1.19
119.42
17.32
60
15.56
20
68
70
4.83
482.76
161.7
49.29
50
15.24
1.49
149.28
21.65
70
21.11
25
77
5.52
551.72
184.8
56.33
1.79
179.13
25.97
26.67
30
86
60
18.29
80
80
90
32.22
35
95
90
6.21
620.69
207.9
63.37
70
21.34
2.09
208.99
30.3
100
37.78
40
104
100
6.9
689.66
231
70.41
80
24.38
2.39
238.84
34.63
110
43.33
45
113
110
7.59
758.62
254.1
77.45
90
27.43
2.69
268.7
38.96
120
48.89
50
122
120
8.28
827.59
277.2
84.49
100
30.48
2.99
298.55
43.29
130
54.44
55
131
130
8.97
896.55
300.3
91.53
110
33.53
3.28
328.41
47.62
140
60
60
140
140
9.66
965.52
323.4
98.57
120
36.58
3.58
358.26
51.95
150
65.56
65
149
150
10.34
1034.48
346.5
105.61
130
39.62
3.88
388.12
56.28
160
71.11
70
158
160
11.03
1103.45
369.6
112.65
140
42.67
4.18
417.97
60.61
170
76.67
75
167
170
11.72
1172.41
392.7
119.69
150
45.72
4.48
447.83
64.94
180
82.22
80
176
180
12.41
1241.38
415.8
126.74
160
48.77
4.78
477.68
69.26
13.1
1310.34
438.9
133.78
170
51.82
5.08
507.54
73.59
190
87.78
85
185
190
200
93.33
90
194
200
13.79
1379.31
462
140.82
180
54.86
5.37
537.39
77.92
1724.14
577.5
176.02
190
57.91
5.67
567.25
82.25
211.23
200
60.96
5.97
597.1
86.58
ft of
Water
Bar
kPa
psi
3.28
0.1
9.8
1.42
210
98.89
95
203
250
17.24
220
104.44
100
212
300
20.69
2068.97
693
Bar
kPa
psi
ft of
Water
1
100
14.5
33.5
m of
m of
Water Water
10.21
1
5
500
72.5
167.48
51.05
5
16.4
0.49
48.98
7.1
6
600
87
200.97
61.26
10
32.81
0.98
97.95
14.2
8
800
116
267.96
81.67
15
49.21
1.47
146.93
21.3
10
1000
145
334.95
102.09
20
65.62
1.96
195.9
28.41
16
1600
232
535.92
163.35
25
82.02
2.45
244.88
35.51
25
2500
362.5
837.38
255.23
30
98.43
2.94
293.85
42.61
114.83
3.43
342.83
49.71
kPa
Bar
psi
ft of
Water
m of
Water
35
40
131.23
3.92
391.8
56.81
1
0.01
0.15
0.33
0.1
45
147.64
4.41
440.78
63.91
100
1
14.5
33.5
10.21
50
164.04
4.9
489.75
71.01
200
2
29
66.99
20.42
55
180.45
5.39
538.73
78.12
300
3
43.5
100.49
30.63
60
196.85
5.88
587.7
85.22
400
4
58
133.98
40.84
65
213.25
6.37
636.68
92.32
500
5
72.5
167.48
51.05
70
229.66
6.86
685.65
99.42
600
6
87
200.97
61.26
75
246.06
7.35
734.63
106.52
700
7
101.5
234.47
71.46
80
262.47
7.84
783.6
113.62
800
8
116
267.96
81.67
85
278.87
8.33
832.58
120.72
900
9
130.5
301.46
91.88
95
311.68
9.31
930.53
134.93
1000
10
145
334.95
102.09
100
328.08
9.8
979.5
142.03
31
Conversion Tables
Volume
32
Liters
Gallons, US
(gal)
Gallons, US
(gal)
Liters
Gallons, US
(gal)
cbm
cbm
Gallons, US
(gal)
1
0.26
2
7.58
1000
3.79
1
263.85
3
0.79
4
15.16
2000
7.58
5
1319.26
6
1.58
6
22.74
3000
11.37
10
2638.52
10
2.64
10
37.9
4000
15.16
15
3957.78
20
5.28
15
56.85
5000
18.95
20
5277.04
24
6.33
20
75.8
6000
22.74
25
6596.31
30
7.92
30
113.7
7000
26.53
30
7915.57
40
10.55
32
121.28
8000
30.32
40
10554.09
50
13.19
40
151.6
9000
34.11
50
13192.61
60
15.83
45
170.55
10000
37.9
60
15831.13
80
21.11
50
189.5
15000
56.85
70
18469.66
100
26.39
55
208.45
20000
75.8
80
21108.18
150
39.58
65
246.35
25000
94.75
90
23746.7
200
52.77
66
250.14
30000
113.7
100
26385.22
300
79.16
75
284.25
35000
132.65
150
39577.84
500
131.93
80
303.2
40000
151.6
200
52770.45
750
197.89
100
379
45000
170.55
250
65963.06
850
224.27
115
435.85
50000
189.5
300
79155.67
1000
263.85
120
454.8
60000
227.4
350
92348.28
1500
395.78
200
758
70000
265.3
400
105540.9
2000
527.7
250
947.5
80000
303.2
450
118733.51
2500
659.63
350
1326.5
90000
341.1
500
131926.12
3000
791.56
400
1516
100000
379
1000
263852.24
4000
1055.41
500
1895
120000
454.8
1500
395778.36
5000
1319.26
750
2842.5
150000
568.5
2000
527704.49
10000
2638.52
1000
3790
200000
758
2500
659630.61
10000
2638.52
1000
3790
200000
758
2500
659630.61
Conversion Tables
Volumetric Flow
GPM
m3/hr
lpm
lps
m3/
hr
1
0.23
3.79
0.06
1
GPM
lpm
lps
lps
lpm
m3/
hr
GPM
lpm
lps
m3/hr
GPM
4.4
16.67
0.28
0.25
15
0.9
3.96
1
0.02
0.06
0.26
5
1.32
18.93
0.32
2
7.58
28.69
0.48
0.5
30
1.8
7.93
50
0.83
3
13.21
10
2.64
37.85
0.63
3
11.37
43.04
0.72
0.75
45
2.7
11.89
100
1.67
6
26.42
15
3.96
56.78
0.95
4
15.16
57.39
0.96
1
60
3.6
15.85
150
2.5
9
39.63
20
5.28
75.71
1.26
5
18.95
71.74
1.2
1.25
75
4.5
19.81
200
3.33
12
52.83
25
6.6
94.64
1.58
6
22.74
86.08
1.43
1.5
90
5.4
23.78
250
4.17
15
66.04
30
7.92
113.56
1.89
7
26.53
100.43
1.67
1.75
105
6.3
27.74
300
5
18
79.25
35
9.23
132.49
2.21
8
30.32
114.78
1.91
2
120
7.2
31.7
350
5.83
21
92.46
40
10.55
151.42
2.52
9
34.11
129.12
2.15
2.25
135
8.1
35.66
400
6.67
24
105.67
45
11.87
170.35
2.84
10
37.9
143.47
2.39
2.5
150
9
39.63
450
7.5
27
118.88
50
13.19
189.27
3.15
11
41.69
157.82
2.63
2.75
165
9.9
43.59
500
8.33
30
132.08
55
14.51
208.2
3.47
12
45.48
172.16
2.87
3
180
10.8
47.55
550
9.17
33
145.29
60
15.83
227.13
3.79
13
49.27
186.51
3.11
3.25
195
11.7
51.51
600
10
36
158.5
65
17.15
246.06
4.1
14
53.06
200.86
3.35
3.5
210
12.6
55.48
650
10.83
39
171.71
70
18.47
264.98
4.42
15
56.85
215.21
3.59
3.75
225
13.5
59.44
700
11.67
42
184.92
85
22.43
321.77
5.36
16
60.64
229.55
3.83
4
240
14.4
63.4
750
12.5
45
198.13
90
23.75
340.69
5.68
17
64.43
243.9
4.06
4.25
255
15.3
67.36
800
13.33
48
211.33
95
25.07
359.62
5.99
18
68.22
258.25
4.3
4.5
270
16.2
71.33
850
14.17
51
224.54
100
26.39
378.55
6.31
19
72.01
272.59
4.54
4.75
285
17.1
75.29
900
15
54
237.75
110
29.02
416.4
6.94
20
75.8
286.94
4.78
5
300
18
79.25
950
15.83
57
250.96
120
31.66
454.26
7.57
21
79.59
301.29
5.02
5.25
315
18.9
83.21
1000
16.67
60
264.17
130
34.3
492.11
8.2
22
83.38
315.63
5.26
5.5
330
19.8
87.18
1200
20
72
317
140
36.94
529.97
8.83
23
87.17
329.98
5.5
5.75
345
20.7
91.14
1400
23.33
84
369.83
150
39.58
567.82
9.46
24
90.96
344.33
5.74
6
360
21.6
95.1
1600
26.67
96
422.67
160
42.22
605.68
10.09
25
94.75
358.68
5.98
6.25
375
22.5
99.06
1800
30
107.99
475.5
180
47.49
681.39
11.36
26
98.54
373.02
6.22
6.5
390
23.4
103.03
2000
33.33
119.99
528.33
200
52.77
757.1
12.62
27
102.33
387.37
6.46
6.75
405
24.3
106.99
2200
36.67
131.99
581.17
225
59.37
851.74
14.2
28
106.12
401.72
6.7
7
420
25.2
110.95
2400
40
143.99
634
250
65.96
946.37
15.77
29
109.91
416.06
6.93
7.25
435
26.1
114.91
2600
43.33
155.99
686.83
275
72.56
1041.01
17.35
30
113.7
430.41
7.17
7.5
450
27
118.88
2800
46.67
167.99
739.67
300
79.16
1135.65
18.93
32
121.28
459.1
7.65
7.75
465
27.9
122.84
3000
50
179.99
792.5
350
92.35
1324.92
22.08
34
128.86
487.8
8.13
8
480
28.8
126.8
3200
53.33
191.99
845.33
400
105.54
1514.2
25.24
36
136.44
516.49
8.61
8.25
495
29.7
130.76
3400
56.67
203.99
898.17
450
118.73
1703.47
28.39
38
144.02
545.19
9.09
8.5
510
30.6
134.73
3600
60
215.99
951
500
131.93
1892.74
31.55
40
151.6
573.88
9.56
8.75
525
31.5
138.69
3800
63.33
227.99
1003.83
600
158.31
2271.29
37.85
42
159.18
602.57
10.04
9
540
32.4
142.65
4000
66.67
239.99
1056.67
700
184.7
2649.84
44.16
44
166.76
631.27
10.52
9.25
555
33.3
146.61
4250
70.83
254.99
1122.71
800
211.08
3028.39
50.47
46
174.34
659.96
11
9.5
570
34.2
150.58
4500
75
269.99
1188.75
900
237.47
3406.94
56.78
48
181.92
688.66
11.48
9.75
585
35.1
154.54
4750
79.17
284.99
1254.79
1000
263.85
3785.49
63.09
50
189.5
717.35
11.96
10
600
36
158.5
5000
83.33
299.98
1320.83
33
Conversion Tables
Power
HP
KW
BTU/hr
KW
BTU/hr
HP
BTU/hr
KW
HP
1/40
0.02
63.65
0.28
955.64
0.38
30000
8.79
11.78
1/35
0.02
72.75
0.5
1706.5
0.67
35000
10.25
13.74
1/25
0.03
101.84
0.62
2116.06
0.83
36000
10.55
14.13
1/8
0.09
318.26
0.83
2832.79
1.11
40000
11.72
15.7
1/6
0.12
424.35
0.95
3242.35
1.27
50000
14.65
19.63
0.25
0.19
636.52
1
3413
1.34
65000
19.04
25.52
1/3
0.25
848.7
1.5
5119.5
2.01
66700
19.54
26.19
0.4
0.3
1018.44
2
6826
2.68
75100
22
29.49
0.5
0.37
1273.05
2.5
8532.5
3.35
76000
22.27
29.84
0.6
0.45
1527.66
3
10239
4.02
100000
29.3
39.26
0.75
0.56
1909.57
3.8
12969.4
5.09
120000
35.16
47.11
1
0.75
2546.1
4
13652
5.36
150000
43.95
58.89
1.5
1.12
3819.15
4.5
15358.5
6.03
175000
51.27
68.71
2
1.49
5092.2
5.5
18771.5
7.37
180000
52.74
70.67
2.5
1.87
6365.25
5.6
19112.8
7.5
199000
58.31
78.13
78.52
3
2.24
7638.29
6
20478
8.04
200000
58.6
3.5
2.61
8911.34
6.5
22184.5
8.71
250000
73.25
98.15
4
2.98
10184.39
7.5
25597.5
10.05
280000
82.04
109.93
5
3.73
12730.49
8
27304
10.72
300000
87.9
117.78
7.5
5.6
19095.74
8.5
29010.5
11.39
315000
92.29
123.67
10
7.46
25460.98
9
30717
12.06
333000
97.57
130.74
15
11.19
38191.47
9.5
32423.5
12.73
350000
102.55
137.42
20
14.92
50921.96
11
37543
14.74
385000
112.8
151.16
25
18.65
63652.45
12
40956
16.08
400000
117.2
157.05
196.31
30
22.38
76382.94
15
51195
20.1
500000
146.5
40
29.84
101843.92
18
61434
24.12
650000
190.45
255.2
50
37.3
127304.9
21
71673
28.14
750000
219.75
294.46
60
44.76
152765.88
27
92151
36.18
1000000
293
392.62
75
55.95
190957.35
30
102390
40.2
1250000
366.25
490.77
100
74.6
254609.8
36
122868
48.24
1500000
439.5
588.92
150
111.9
381914.7
48
163824
64.32
1750000
512.75
687.08
250
186.5
636524.5
54
184302
72.36
2000000
585.99
785.23
Power Cable Sizing for Electric Heaters
34
Amperage (AMPs)
1Ø 220V
1Ø 230V
1Ø 240V
Cable Size
(mm2)
2kW
9.1
8.7
8.3
2.5mm2
3.3kW
13.6
13.0
12.5
2.5mm2
3.5kW
15.0
14.3
13.7
2.5mm2
4.5kW
20.5
19.5
18.8
2.5-4.0mm2
5.5kW
25
23.9
22.9
4-6mm2
6.5kW
29.5
28.2
27.0
4.0-6.0mm2
7.5kW
34.1
32.6
31.3
4.0-6.0mm2
8.5kW
38.6
37.0
35.4
6.0-10.0mm2
9.5kW
43.2
41.3
39.6
6.0-10.0mm2
3Ø 220V
3Ø 230V
3Ø 240V
8.5kW
12.9
12.3
11.8
2.52
9.5kW
14.4
13.7
13.2
2.52
Wattage
Conversion Tables
Element Rating
V
Watts
Current
220
240
480
1500
2000
3000
3500
3800
4500
5000
5500
5600
6000
7500
8500
9500
10000
11200
12000
15000
18000
30000
36000
54000
1500
1650
2500
3000
4500
5000
6000
8500
9000
12000
15000
18000
24000
27000
30000
36000
45000
54000
3000
4500
6000
9000
12000
15000
18000
24000
27000
30000
36000
45000
54000
7
9
14
16
17
20
23
25
25
27
34
39
43
45
51
55
68
82
136
164
245
6
7
10
13
19
21
25
35
38
50
63
75
100
113
125
150
188
225
6
9
13
19
25
31
38
50
56
63
75
94
113
110
220
400
500
700
900
1000
1100
1300
1400
1400
1500
1900
2100
2400
2500
2800
3000
3800
4500
7500
9000
13500
300
300
500
600
900
1100
1300
1800
1900
2500
3200
3800
5000
5700
6300
7600
9500
11300
200
200
300
500
600
800
900
1300
1400
1600
1900
2400
2800
1500
2000
3000
3500
3800
4500
5000
5500
5600
6000
7500
8500
9500
10000
11200
12000
15000
18000
30000
36000
54000
1300
1400
2100
2500
3800
4200
5000
7100
7600
10100
12600
15100
20200
22700
25200
30300
37800
45400
600
900
1300
1900
2500
3200
3800
5000
5700
6300
7600
9500
11300
Heating Element Watt Equivalence
Watts at Given Voltage
230
240
277
380
400
1600
2200
3300
3800
4200
4900
5500
6000
6100
6600
8200
9300
10400
10900
12200
13100
16400
19700
32800
39300
59000
1400
1500
2300
2800
4100
4600
5500
7800
8300
11000
13800
16500
22000
24800
27600
33100
41300
49600
700
1000
1400
2100
2800
3400
4100
5500
6200
6900
8300
10300
12400
1800
2400
3600
4200
4500
5400
6000
6500
6700
7100
8900
10100
11300
11900
13300
14300
17900
21400
35700
42800
64300
1500
1700
2500
3000
4500
5000
6000
8500
9000
12000
15000
18000
24000
27000
30000
36000
45000
54000
800
1100
1500
2300
3000
3800
4500
6000
6800
7500
9000
11300
13500
2400
3200
4800
5500
6000
7100
7900
8700
8900
9500
11900
13500
15100
15900
17800
19000
23800
28500
47600
57100
85600
2000
2200
3300
4000
6000
6700
8000
11300
12000
16000
20000
24000
32000
36000
40000
48000
59900
71900
1000
1500
2000
3000
4000
5000
6000
8000
9000
10000
12000
15000
18000
4500
6000
9000
10400
11300
13400
14900
16400
16700
17900
22400
25400
28300
29800
33400
35800
44800
53700
89500
107400
161100
3800
4100
6300
7500
11300
12500
15000
21300
22600
30100
37600
45100
60200
67700
75200
90300
112800
135400
1900
2800
3800
5600
7500
9400
11300
15000
16900
18800
22600
28200
33800
5000
6600
9900
11600
12600
14900
16500
18200
18500
19800
24800
28100
31400
33100
37000
39700
49600
59500
99200
119000
178500
4200
4600
6900
8300
12500
13900
16700
23600
25000
33300
41700
50000
66700
75000
83300
100000
125000
150000
2100
3100
4200
6300
8300
10400
12500
16700
18800
20800
25000
31300
37500
415
460
480
5300
7100
10700
12500
13500
16000
17800
19600
19900
21400
26700
30200
33800
35600
39900
42700
53400
64100
106800
128100
192200
4500
4900
7500
9000
13500
15000
17900
25400
26900
35900
44900
53800
71800
80700
89700
107600
134600
161500
2200
3400
4500
6700
9000
11200
13500
17900
20200
22400
26900
33600
40400
6600
8700
13100
15300
16600
19700
21900
24000
24500
26200
32800
37200
41500
43700
49000
52500
65600
78700
131200
157400
236100
5500
6100
9200
11000
16500
18400
22000
31200
33100
44100
55100
66100
88200
99200
110200
132300
165300
198400
2800
4100
5500
8300
11000
13800
16500
22000
24800
27600
33100
41300
49600
7100
9500
14300
16700
18100
21400
23800
26200
26700
28600
35700
40500
45200
47600
53300
57100
71400
85700
142800
171400
257100
6000
6600
10000
12000
18000
20000
24000
34000
36000
48000
60000
72000
96000
108000
120000
144000
180000
216000
3000
4500
6000
9000
12000
15000
18000
24000
27000
30000
36000
45000
54000
35
Conversion Tables
GPM
Velocity
Ft/Sec
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
Velocity
Ft/Sec
PVC
C=140
Friction
Loss - Ft
Head /
100'
Of Pipe
GPM
Type L Copper
Tube
1.265 inches i.d.
Schedule 40 Pipe
1.380 inches i.d.
1-1/4”
Velocity
Ft/Sec
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
C=130
Velocity
Ft/Sec
PVC
C=140
Friction
Loss - Ft
Head /
100'
Of Pipe
C=130
2
0.74
0.6
0.32
0.78
0.41
4
0.86
0.56
0.3
1.02
0.52
3
1.11
1.26
0.68
1.17
0.87
6
1.29
1.2
0.65
1.53
1.12
4
1.49
2.14
1.15
1.56
1.48
8
1.72
2.04
1.1
2.04
1.92
5
1.86
3.24
1.75
1.95
2.23
10
2.15
3.08
1.67
2.55
2.9
6
2.23
4.54
2.45
2.34
3.13
12
2.57
4.31
2.33
3.06
4.04
8
2.97
7.73
4.16
3.11
5.35
14
2
5.73
3.1
3.57
5.35
10
3.71
11.7
6.31
3.89
8.08
16
3.43
7.34
3.96
4.08
6.85
12
4.46
16.4
8.85
4.67
11.3
18
3.86
9.13
4.93
4.59
8.52
14
5.2
21.8
11.8
5.45
15
20
4.29
11.1
6
5.1
10.4
16
5.94
27.9
15.1
6.22
19.2
25
5.36
16.8
9.06
6.38
15.7
18
6.68
34.7
18.7
7
23.9
30
6.43
23.5
12.7
7.65
22.1
20
7.43
42.1
22.8
7.78
29
40
8.58
40
21.6
10.22
37.6
25
9.29
63.6
34.6
9.74
43.9
50
10.7
60.4
32.6
12.8
56.7
30
11.1
89.2
48.1
11.7
61.4
60
12.9
84.7
45.6
15.3
79.5
40
14.9
152
82
15.5
105
80
17.2
144
77.9
20.4
136
GPM
Type L Copper
Tube
1.505 inches i.d.
Schedule 40 Pipe
1.610 inches i.d.
1-1/2”
36
Type L Copper
Tube
1.025 inches i.d.
Schedule 40 Pipe
1.049 inches i.d.
1”
Velocity
Ft/Sec
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
PVC
C=140
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
2”
GPM
Type L Copper
Tube
1.985 inches i.d.
Schedule 40 Pipe
2.067 inches i.d.
Velocity
Ft/Sec
C=130
Friction Loss – Ft
Head / 100' of Pipe
Steel
C=100
PVC
C=140
0.23
6
0.95
0.57
0.31
1.08
0.49
10
0.96
0.43
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
C=130
1.07
0.35
8
1.26
0.96
0.52
1.44
0.82
15
1.44
0.92
0.5
1.6
0.75
10
1.58
1.45
0.79
1.8
1.24
20
1.91
1.55
0.84
2.13
1.24
12
1.89
2.04
1.1
2.16
1.73
25
2.39
2.35
1.27
2.66
1.87
15
2.36
2.95
1.59
2.7
2.62
30
2.87
3.29
1.78
3.19
2.62
20
3.15
5.24
2.83
3.6
4.46
40
3.82
5.6
3.03
4.26
4.48
25
3.94
7.9
4.26
4.51
6.74
50
4.78
8.46
4.57
5.32
6.76
30
4.73
11.1
6
5.41
9.44
60
5.74
11.9
6.44
6.39
9.47
40
6.3
18.09
10.2
7.21
16.1
70
6.69
15.8
8.53
7.45
12.6
50
7.88
28.5
15.4
9.01
24.3
80
7.65
20.2
10.9
8.52
16.2
60
9.46
40
21.6
10.8
34.1
90
8.61
25.1
13.6
9.58
20
70
11
53.2
28.7
12.6
45.5
100
9.56
30.5
16.5
10.7
24.4
80
12.6
68.1
36.8
14.4
58.1
120
11.5
42.7
23.1
12.8
34.1
90
14.2
84.7
45.7
16.2
72.1
150
14.3
64.7
35
16
51.6
40
14.9
152
82
15.5
105
200
19.1
110
59.4
21.3
87.8
Conversion Tables
GPM
Type L Copper
Tube
2.465 inches i.d.
Schedule 40 Pipe
2.469 inches i.d.
2-1/2”
Velocity
Ft/Sec
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
PVC
C=140
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
Schedule 40 Pipe
3.000 inches i.d.
3”
GPM
Velocity
Ft/Sec
C=130
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
PVC
C=140
Type L Copper
Tube
2.945 inches i.d.
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
C=130
20
1.21
0.66
0.35
1.34
0.4
40
1.82
0.91
0.49
1.88
0.62
30
2.01
1.39
0.75
2.02
0.85
60
2.72
1.94
1.04
2.82
1.31
40
2.68
2.36
1.27
2.69
1.46
80
3.63
3.3
1.77
3.76
2.22
50
3.35
3.56
1.92
3.36
2.2
100
4.54
4.98
2.67
4.7
3.35
60
4.02
4.99
2.69
4.03
3.08
120
5.45
6.98
3.75
5.64
4.7
40
4.69
6.64
3.58
4.7
4.11
140
6.35
9.28
4.98
6.58
6.25
50
5.36
8.5
4.59
5.37
5.25
160
7.26
11.9
6.38
7.52
8
60
6.03
10.6
5.72
6.04
6.52
180
8.16
14.8
7.93
8.46
9.94
70
6.7
12.8
6.9
6.71
7.94
200
9.08
17.9
9.64
9.4
12.1
80
7.37
15.3
8.22
7.38
9.44
250
11.3
27.1
14.6
11.8
18.3
90
8.71
20.9
11.3
8.73
12.9
300
13.6
38
20.4
14.1
25.6
100
10
27.3
14.7
10.1
16.8
350
15.9
50.6
27.1
16.5
34
120
13.4
46.3
25
13.4
28.6
400
18.2
64.7
34.7
18.8
43.6
150
16.8
81.7
44.1
16.8
43.4
450
20.5
80.5
43.2
21.2
54.2
200
20.1
98.1
52.9
20.1
61.1
500
22.7
97.8
52.5
23.5
65.8
GPM
50
Type L Copper
Tube
3.905 inches i.d.
Schedule 40 Pipe
4.026 inches i.d.
4”
Velocity
Ft/Sec
1.26
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
PVC
C=140
0.33
0.16
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
Schedule 40 Pipe
5.047 inches i.d.
5”
GPM
Velocity
Ft/Sec
Velocity
Ft/Sec
Steel
C=100
C=130
1.34
Friction Loss – Ft
Head / 100' of
Pipe
Type L Copper
Tube
4.857 inches i.d.
Friction
Loss - Ft
Head /
100'
Of Pipe
C=130
0.24
75
1.2
0.24
1.29
0.17
1.6
0.4
1.72
0.3
75
1.89
0.7
0.34
2.01
0.5
100
100
2.52
1.19
0.58
2.68
0.85
125
2
0.67
2.15
0.45
125
3.15
1.8
0.87
3.35
1.28
150
2.4
0.94
2.58
0.63
150
3.78
2.53
1.22
4.01
1.8
175
2.8
1.25
3.01
0.83
200
3.2
1.43
3.44
1.07
200
5.05
4.29
2.08
5.35
3.05
250
6.3
6.45
3.12
6.69
4.63
250
4.01
2.15
4.3
1.62
300
7.57
9.09
4.41
8.02
6.47
300
4.81
3.03
5.15
2.27
350
8.82
12
5.82
9.36
8.5
400
6.41
5.15
6.87
3.87
400
10.1
15.5
7.52
10.7
11.1
500
8.02
7.79
8.59
5.84
500
12.6
23.4
11.3
13.4
16.6
600
9.62
10.9
10.3
8.2
600
15.1
32.8
15.9
16
23.4
700
11.2
14.5
12
10.9
700
17.6
43.6
21.1
18.7
31.2
800
12.8
18.8
13.7
13.9
800
20.2
55.8
27
21.4
39.9
1000
16
28.1
17.2
21.2
900
22.7
69.3
33.6
24.1
49.6
1200
19.2
39.3
20.6
29.5
37
Conversion Tables
6”
GPM
100
150
200
250
300
Schedule 40 Pipe
6.065 inches i.d.
Velocity
Ft/Sec
1.11
1.67
2.22
2.77
3.33
Friction Loss – Ft
Head / 100' of
Pipe
Steel
C=100
PVC
C=140
0.16
0.34
0.58
0.89
1.24
0.07
0.16
0.28
0.42
0.58
Type L Copper
Tube
5.845 inches i.d.
Velocity
Ft/Sec
Friction
Loss - Ft
Head /
100'
Of Pipe
C=130
1.19
1.79
2.39
2.98
3.58
0.12
0.25
0.43
0.65
0.91
400
500
600
700
800
4.44
5.55
6.66
7.78
8.9
2.11
3.19
4.46
5.93
7.6
0.99
1.5
2.1
2.79
3.6
4.79
5.98
7.17
8.36
9.56
1.55
2.34
3.28
4.36
5.58
900
1000
1200
1400
1600
10
11.1
13.3
15.6
17.8
9.44
11.5
16.1
21.4
27.4
4.5
5.4
7.6
10.1
13
10.8
12
14.3
18.7
19.1
6.95
8.45
11.8
15.7
20.2
Plastic Pipe Friction Loss – Ft Head / 100' of Pipe
Flow
in
GPM
Nominal Pipe Size
¾
1
1¼
1½
2
3
4
1
2
3
3.25
4
5.52
5
8.34
2.06
6
11.68
2.88
7
15.53
3.83
8
19.89
4.91
1.66
Velocities
in this area
are below
2 feet per
second
9
24.73
6.1
2.06
10
30.05
7.41
2.5
11
35.84
8.84
2.99
1.23
12
42.1
10.39
3.51
1.44
13
48.82
12.04
4.07
1.67
14
56
13.81
4.66
1.92
15
15.69
5.3
2.18
16
17.68
5.97
2.46
17
19.78
6.68
2.75
18
21.99
7.42
3.06
19
24.3
8.21
3.38
20
26.72
9.02
3.72
0.92
25
40.38
13.63
5.62
1.39
30
19.1
7.87
1.94
35
25.41 10.46
2.58
40
32.53
13.4
3.3
45
16.66
4.11
0.57
50
20.24
4.99
0.69
60
40.38
70
80
90
100
Velocities in
this area exceed 10 feet
per second
which is too
great for the
various flow
rules and
pipe
diameter.
7
0.97
9.31
1.29
11.91
1.66
0.41
14.81
2.06
0.51
2.5
0.62
3.78
0.93
5.3
1.31
7.05
1.74
0.24
9.02
2.23
0.31
3.36
0.47
300
4.71
0.66
350
6.27
0.87
125
150
175
200
250
18
Note:
Table is based on the Hazen-Williams formula:
(h-0.002082L x (100/C)1.85 x (gpm1.85/d4.8655)
Where:
h = Feet of head
L = Length in feet
C = Friction factor from Hazen-Williams
(145 for plastic pipe)
gpm = Gallons per Minute
d = Nominal pipe size
38
6
Conversion Tables
Galvanic Compatibility
Titanium
Copper
Brass/Bronze
S.S.
Lead
Iron
Aluminum
G.I.
Titanium (-0.3)
0
0.05
0.1
0.2
0.4
0.55
0.6
0.9
Copper (-0.35)
0.05
0
0.05
0.15
0.35
0.5
0.55
0.85
Brass/Bronze
(-0.4)
0.1
0.05
0
0.1
0.3
0.45
0.5
0.8
S. Steel (-0.5)
0.2
0.15
0.1
0
0.2
0.35
0.4
0.7
Lead (-0.7)
0.4
0.35
0.3
0.2
0
0.15
0.2
0.5
Iron (-0.85)
0.55
0.5
0.45
0.35
0.15
0
0.05
0.35
Aluminum (-0.9)
0.6
0.55
0.5
0.4
0.2
0.05
0
0.3
G. Iron (-1.2)
0.9
0.85
0.8
0.7
0.5
0.35
0.3
0
For harsh environments, such as outdoors, only these metals are allowed to be joined together.
For normal environments such as during storage in warehouses
For controlled environments wherein temperature and humidity are managed.
Never directly join these metals.
Copper Pipes
Copper Size (in.)
¼
3/8
½
5/8
¾
1
1¼
1½
2
2½
3
3½
4
5
6
Outside Diameter
(in.)
3/8
½
5/8
¾
7/8
1.13
1.38
1.63
2.13
2.63
3.13
3.63
4.13
5.13
6.13
Type K 0.035
0.049
0.049
0.049
0.065
0.065
0.065
0.072
0.083
0.095
0.109
0.120
0.134
0.160
0.192
Type L
0.035
0.040
0.042
0.045
0.050
0.055
0.060
0.070
0.080
0.090
0.100
0.114
0.125
0.140
0.025
0.028
0.032
0.035
0.042
0.049
0.058
0.065
0.072
0.083
0.095
0.109
0.122
Wall
Thickness
(mm)
0.030
Type
M
Copper Wire Sizing
AWG
20
18
16
14
12
10
8
6
4
2
0
00 (2/0)
000 (3/0)
0000 (4/0)
Temperature Rating of Conductor
Wire
Diameter 60ºC (140ºF) 75ºC (167ºF) 90ºC (194ºF)
in inches
Ampacity
Metric
Size
(mm2)
Wire
Diameter
in inches
0.5180
0.8118
0.0320
0.8230
1.0237
0.0403
1.3100
1.2909
0.0508
2.0800
1.6277
0.0641
20
20
25
3.3100
2.0525
0.0808
25
25
30
5.2600
2.5880
0.1019
30
35
40
8.3700
3.2638
0.1285
40
50
55
13.3000
4.1153
0.1620
55
65
75
21.2000
5.1895
0.2043
70
85
95
33.6000
6.5438
0.2576
95
115
130
53.5000
8.2514
0.3249
125
150
170
67.4000
9.2659
0.3648
145
175
195
85.0000
10.4038
0.4096
165
200
225
107.0000
11.6840
0.4600
195
230
260
Ambient Temperature
21 – 25ºC
70 – 77ºF
26 – 30ºC
78 – 86ºF
31 – 35ºC
87 – 95ºF
36 – 40ºC
96 – 104ºF
41 – 45ºC
105 – 113ºF
46 – 50ºC
114 – 122ºF
51 – 55ºC
123 – 131ºF
56 – 60ºC
132 – 140ºF
61 – 70ºC
141 – 158ºF
71 – 80ºC
159 – 176ºF
14
18
Correction Factors
1.08
1.05
1.04
1.00
1.00
1.00
0.91
0.94
0.96
0.82
0.88
0.91
0.71
0.82
0.87
0.58
0.75
0.82
0.41
0.67
0.76
0.58
0.71
0.33
0.58
0.41
39
PROJECTS
ASTROTEL
SEDA HOTELS
RADISSON BLU HOTEL
HOTEL SOGO
FERSAL HOTEL GROUP
PARK INN BY RADISSON
HAMILO COAST COUNTRY CLUB
SUMMIT RIDGE HOTEL
GO HOTELS
40
THE BELLEVUE
HOTELS AND RESORTS
MARCO POLO
REMINGTON HOTEL
SOLAIRE
CROWN REGENCY HOTELS AND RESORTS
ENTRATA
CRIMSON RESORT AND SPA
GRAND
CENIA
VICTORIA COURT
41
PROJECTS
ASTORIA
PALAWAN
SAVANNAH HOTEL
PARK, BED AND
BREAKFAST
TSUNEISHI
MANDARIN
PLAZA HOTEL
MALLBERRY SUITES
BUSINESS HOTEL
BE RESORTS
MACTAN
42
FAIRMONT HOTEL AND RESIDENCES
EDSA SHANGRI-LA
LUXENT HOTEL
THE RITZ
HOTEL AT
GARDEN
OASES
SERENDRA
HOTEL H2O
HIDEAWAY
HOTEL
BAGUIO
MANILA
MARRIOTT HOTEL
MAXIM HOTEL
SHERIDAN
BEACH
RESORT AND
SPA
SHANGRI-LA MAKATI
HOLIDAY INN
HAROLDS HOTEL
43
44