WATER HEATING SOLUTIONS PRODUCT CATALOG

1 FOREWORD

In 2005, Amici started a water heating revolution in the . 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 ILOILO CEBU Amici Mercantile Inc. Amici Water Systems Amici Water Systems 86 Mayon Ave., Brgy Sta. Teresita, Doors B-1 #21 Quezon Street, Doors 111-112 MGA Arcade, A. C. Cortes, Mandaue City (02) 740-6675 • Fax: (02) 740-6677 (033) 333-1094 • Fax: (033) 337-8219 (032) 344-5400 • (032) 344-6400 • Fax: (032) 328-3861

BICOL TARLAC Amici Water Systems Hocchi Enterprise [email protected] D & N Bldg., Washington Drive, Legazpi City Mikaela Bldg., Marketview Subdv., Brgy. Maliwalo, Tarlac City (052) 435-3648 • Fax: (052) 481-1277 (045) 309-0852 www.amici.com.ph

PAMPANGA DAVAO Aiho Enterprise Amici Water Systems 1348 Miranda Ext., Angeles City Unit 3A, GGO Bajada 88 Bldg., JP Laurel Ave., (045) 322-1996 • Fax: (045) 887-1764 (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 28-39 CEBU Engineering Data Amici Water Systems Doors 111-112 MGA Arcade, A. C. Cortes, Mandaue City (032) 344-5400 • (032) 344-6400 • Fax: (032) 328-3861 Projects 40

3 RResidentialesidential

4 INSTANT WATER HEATERS

100 Series Atmor is committed to improving Atmor electric water heater the quality of its water heaters 100 series keeps the hot and providing excellent service, water flowing in your shower. exceeding both industry standards The sleek and slim Atmor and our customers’ expectations. 100 has a stepless heating power dial to provide an Atmor Electric Instantaneous unending supply of hot Water Heaters, designed according water however you want it. to Israel Standard Technology, Engineering innovations in this instantaneous water supply continuous hot water as heater ensure the utmost needed. Unlike storage heaters, safety and reliability of water is heated only upon use, the product, along with significant savings in your totally removing standby heat loss, utilities costs. and translating to savings on your Atmor 101 electric bill. • Built in ELCB SP/DP • Elegant White and chrome shower head set • Splash-proof IPX5 Standard • Heating Capacity 3.5kW

Atmor 101P Atmor 122P

• Built in ELCB SP/DP • Thermostatic feature • Splash-proof IPX5 Standard • ELCB DP (Double Pole) for extra safety • DC Pump for quiet but more powerful • Splash-proof IPX5 Standard water flow • Digital display • Luxurious chrome accessories • Chrome accessories • Heating Capacity 3.5kW • Optional DC Pump • Heating Capacity 3.5kW, 5.5kW

Model With pump Without pump

Dimensions 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.

• Smart Thermostatic Technology • Heating Capacity: • Smart Thermostatic Technology BW 405 • Heats to exact desired temperature 5.5kW BW 905 • Digital Temperature Display • Big Digital Display • Heats to exact desired temperature • Electronic Stop/Start Control • Touch buttons • Shower Duration Display • Prevents Flow of overheated water • 4 Memory Settings • Magnetic Flow Switch Activated • Phased Shut Down • Heating Capacity: 5.5kW, 8kW, 12kW • Flow Stabilizer • Pressure Switch Activated

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.

• Pressure Switch Activated Single Point Multipoint Sensa • Single point Heating Capacity: 3.5kW BW 300 • Pressure Switch • Pressure Differential • Multipoint Heating Capacity: 3.5kW, 5.5kW Activated Flow Switch (PDFS) 500 with • Heating Capacity: 3.5kW • Optional: ELCB multipoint • Heating Capacity: 3.5kW, 5.5kW option 6 INSTANT WATER HEATERS

• 4 temperature settings for maximum energy • 4 temperature settings for maximum energy BW 301 savings BW 401 savings • Flow control maintains constant temperature • Flow control maintains constant temperature • Chrome shower head and accessories • Chrome shower head and accessories • Heating Capacity: 3.5kW • Heating Capacity: 3.5kW

• Temperature Display BW 302D • 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

• New Added Value - now comes with adjustable Basic 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. With the heat pump technology, • User Selectable Mode - Efficiency, you’ll have great savings making Hybrid, Electric or Vacation it an ideal investment for the • Backup Incoloy Heating Elements wise and practical. Check out • LCD User Interface with Advanced Diagnostics our growing family of heat pump • Dehumidification water heaters to match your hot • Easy Maintenance with washable water needs. heat pump filter • CFC-Free Foam Insulation • Ozone Friendly R134a refrigerant • Patented Blue Diamond® tank glass coating • 3.0 COP • AES Automatic Energy Saver

Storage Capacity: 40, 50 gal Heat Pump Capacity: 540W input

HPI A. O. Smith Centralized Heat Pump 40 and 50

Efficiency Efficiency Backup Electric Model Gallon Capacity Heating Height (inches) Diameter Inches Power Input Power Input Capacity HPI-40 40 540W 1900W 3000W 63.4 20.5 HPI-50 50 540W 1900W 3000W 70.87 20.5

8 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

Electric Mode Gallon Efficiency Mode Hybrid Mode Height Diameter Weight Model 1st Hour capacity 1st Hour Rating 1st Hour Rating (in.) (in.) (lbs) Rating SHPT-50 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 Energy Factor by Mode 1st Hour Rating by Mode Gallon Capacity Capacity Height Diameter Model Capacity Efficiency Hybrid Electric Efficiency Hybrid Electric (Inches) (Inches) Capacity Capacity Capacity Capacity Capacity Capacity E/PHPT-80 80 2.3 2.33 0.88 70 84 76 81.5 24.5

10 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 Element Wattage Dimensions in mm Sizes: 15 gal, 20 gal Gallon Energy Model Heat Capacity Factor Hybrid Electric Length Width Height Heating Capacity Pump Energy Saving Mode: 650W Electric Heater Mode: 3kW Domestic Heatpump HPW-80 21.1 3.2 225 2200 3000 992 473 465

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 • Glass-Lined Heating Element HSE - • Glass-Lined Heating Element • Glass-Lined Heating Element • Glass-Lined Tank • Blue Diamond Glass-Lined Tank HSE- • Blue Diamond Glass-Lined Tank • Standard Cord Set with 3-prong plug SBS • Wired Remote UI SAS • Temperature Control Knob • Temperature Control Knob 15 & • Temperature Control Knob 25 L Heating Capacity: 2kW Heating Capacity: 2kW Heating Capacity: 2kW

Model 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

Model Gallon Capacity Standard kW Width (in.) Diameter (in.) ELJH-30 7.9 1.5 or 2 23.9 14.2 CEWH-40A1 10.5 2.5 28 14.2 CEWH-50A1 13.1 2.5 32.7 14.2 CEWH-60A1 15.8 2.5 27.3 18.3 CEWH-80A1 21 2.5 33.9 18.3 CEWH-100A1 26.3 2.5 40.4 18.3 CEWHR-40PE5 10.5 1.2 / 2 / 3 28.3 15.6 CEWHR-50PE6 13 2 / 3 33 15.6 CEWHR-80PE6 21 1.2 / 2 / 3 34 18.3 CEWHR-100PE6 26.3 1.2 / 2 / 3 40.5 18.3 12 HPW-80AT 21 3 39.1 18.7 flOOR-STANDING Water heaters

EESRCA ECS ECT

• Tall, short, and lowboy (top connect) models available • Protects steel tank from corrosion and maximizes tank life • DYNACLEAN™ diffuser tube • CSA/ASME certified T&P relief valve • Helps reduce lime and sediment buildup while maximizing • Top-mounted T&P Relief Valve available as option on select models hot water output (made from longlasting PEX cross-linked • Code compliance; meets the Federal Energy Efficiency Standards polymer.) according to the current edition of the National Appliance Energy • COREGARD™ anode rod Conservation Act (NAECA) of 1992 and also meets the standby • Aluminum anode with stainless steel core protects tank loss requirements of the U. S. Department of Energy and Current against corrosion longer than ordinary steel anodes. Edition of ASHRAE/IESNA 90.1, ICC, and HUD Standards except • Durable, Tamper-resistant brass drain valve for EESRCA and EES. • PERMAGLAS® glass coating

FIRST ELEMENT WATTAGE APPROX. RECOVERY DIMENSIONS IN INCHES HOUR ENERGY GAL. 240 VAC R SHIPPING MODEL 90ºF RISE RATING FACTOR CAP. VALUE WEIGHT GAL / HR ABC GALLONS STANDARD MAXIMUM (LBS) TALL MODELS ECT-52 210 60 .91 50 4500 6000 21 16 54 20 47-1/2 116 ECT-55 210 67 .90 55 4500 6000 21 16 60-1/4 20 52-3/4 134 ECT-66 210 72 .88 66 4500 6000 21 16 60-1/4 20-1/2 53 178 ECT-80 210 81 .86 80 4500 6000 21 16 60-1/2 20-1/2 52 208 SHORT MODELS ECS-30 200 43 .93 30 4500 6000 21 16 36-1/2 20-1/2 28 90 ECS-40 200 52 .92 40 4500 6000 21 16 44 20-1/2 37-3/4 103 ECS-50 210 60 .90 50 4500 6000 21 16 48 21-1/2 40-1/2 121 LOWBOY MODELS ECL-30 200 40 .93 28 4500 6000 21 16 30 22 22-1/2 91 ECLN-40 200 48 .92 38 4500 6000 21 16 31-1/4 23 24-5/8 113 ECL-50 200 55 .91 50 4500 6000 21 16 34 26-1/2 25 164

Model Storage (US Gal.) Element Wattage Height (in.) Diameter (in.) EES-30 30 3800 @ 220V 39.4 20.9 EES-40 40 6000 @ 220V 46.25 20.9 EES-50 50 6000 @ 220V 57.34 20.9 EES-80 80 6000 @ 220V 61.6 24.5 EES-120 120 6000 @ 220V 66.75 28.34

Storage Model Element Wattage Height (in.) Width (in.) (US Gal.) EESR-15CA 14 2000 @ 220V 26.25 18.5 EESR-20CA 20 2000 @ 220V 31.4 18.5

COMPACT MODELS "Storage "Height "Diameter Model Element Wattage (US Gal.)" (in.)" (in.)" EJC-6 6 3000 @ 240V 15.25 14.25 EJC-10 10 2500 @ 240V 18.25 16 EJCS-20 19 4500 @ 240V 24.75 18 EJCT-20 19.9 4500 @ 240V 31.675 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 Storage Input Height Diameter Model (US Gal.) (Btu/hr) (in.) (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

GCV GCF

Wide selection of stocked parts: Water Heater Parts and Accessories • Burners • Thermostats • Gas Valves • Drain Valves • Ignition Modules • Relief Valves • Igniters • Anode Rods • Flame Rods • Dip Tubes • Thermocouples • Manifolds • Pilot Tubes • Switches • UI Modules • Transformers • Control Modules • Heating Elements

Model JSD12 JSD 24 Rated gas pressure LP gas-fired tankless water 2800 Pa heaters are common in 0.41 psi

Europe, China and increasingly Suitable water pressure so in the USA. Using LPG as energy source, they 0.025 Mpa — 0.8 Mpa have the advantages (and 3.6 psi — 116 psi disadvantages) of electric Exhaust style Flue style, natural draft instant water heaters, the most Ignition type Water-control automatic continuous pulse ignition common type of heater in the Safety Device With overheat protection Philippines. Compared to an Gas inlet connection Diameter 9.5mm hose connection electric water heater, a gas-fired Cool water connection 1/2” NPT water heater roughly halves Hot water connection 1/2” NPT operating costs. Rated hot water capacity 6 L/min. (Delta T=25k) 12 L/min. (Delta T=25k) 24 kw (Approximately Rated heat load 12 kw 14 82,000 BTU CCommercialommercial

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

Heat Electric Height With Depth Model Gallon Capacity COP Pump kW kW (in.) (in.) (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

• High Coefficient of Performance (COP) of up to 4.2 for quick Standard Voltage ROI • 208/230VAC, Three-phase, 60 Hz • High Temperature Operation - Up to 66ºC (150ºF) • Environmentally Friendly R134a Refrigerant Optional Features • Efficient Scroll Compressor • 460/480VAC, Three-phase, 60 Hz • Double Wall Condenser designed for potable hot water or • 240VAC – Single Phase, 60 Hz (only available on AWH-35 industrial use and AWH-55) • Factory-installed circulating water pump • 380V 3PH 60Hz • Factory-provided Digital Temperature Controller with tank • Optional Corrosive Duty Package includes temperature probe and sensor well for storage tank 316 stainless steel cabinet as well as a • Corrosion Resistant Painted Aluminum cabinet polyurethane coating on the cooling coil • Stainless Steel Condensate Pan and blower for superior corrosion protection. • High and Low Refrigerant Pressure Switch Protection This package is recommended for installation • Thermal Motor Protection within 5 miles of seacoast. • High Ambient Air Kit included for operations given Philippine climate • Removable and Washable Metal Mesh Air Filters • UL Listed

Product Specifications Performance Dimension Cooling Air Volume Model Water Heating GPM Width Depth Height Capacity COP cfm Inlet / Outlet (Inches) (Inches) (Inches) kW Bth/hr Bth/hr AWH-35 10.3 35,500 27,500 3.9 1040 7 1” 40 26 24.75 AWH-55 17.3 58,000 45,500 4.1 1650 11 1” 47 32 28.5 AWH-75 22.4 76,000 59,000 3.9 2150 15 1.5” 57 32 28.5 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 * 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. KILOWATTS HEIGHT DIA. APPROX SHIP WEIGHT DEL MODELS DEL-6S 6 3 15-1/2 14-1/4 35 DEL-10S 10 6 18-1/4 18 54 DEL-15S 15 6 26 18 58 DEL-20S 20 6 22-1/4 21-3/4 73 DEL-30D 30 12 30-7/8 21-3/4 100 DEL-40D 40 12 32-1/4 24 125 DEL-50D 50 12 32-1/4 26-1/2 166 DEN MODELS DEN-30D 30 12 34-1/2 20-1/2 98 DEN-40D 40 12 45-1/8 20-1/2 113 DEN-52D 50 12 54-7/8 20-1/2 131 DEN-66D 66 12 60-3/4 21-3/4 176 DEN-80D 80 12 59-3/8 24 211 DEN-120D 119 12 62-7/16 29-3/8 326

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

APPROX. SHIP GAL. KILOWATTS MODEL HEIGHT DIA. WEIGHT CAP. MAXIMUM DVE STD. ASME DVE/DRE-52 50 54 55-3/4 21-3/4 265 316 DVE/DRE-80 80 54 60-1/4 25-1/2 280 325 DVE/DRE-120 119 54 62-1/4 29-1/2 390 416 18 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 Vent Inlet/ Shipping Storage Input Height Diameter Model Size Outlet Wt. (US Gal.) (Btu/hr) (in.) (in.) (in.) (in.) (lbs) BTH-120 60 120,000 55.5 27.75 3 1 ½ 490 BTH-199 100 199,000 75.5 27.75 3 1 ½ 595 BTH-300 130 300,000 75.5 33.13 4 1 ½ 855 BTH-400 130 399,900 75.5 33.13 4 1 ½ 855 BTH-500 130 499,900 75.5 33.13 4 1 ½ 855

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 Inlet/ Shipping Storage Input Height Diameter Depth Model Outlet Wt. (US Gal.) (Btu/hr) (in.) (in.) (in.) (in.) (lbs) BTR-180 81 180,000 67.5 27.75 - 1 ½ 470 BTR-198 100 199,000 74 27.75 - 1 ½ 603 BTR-250 100 250,000 72 30-1/4 - 1 ½ 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 • 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

BTU TEMP. RISE APPROX. SHIP. MODEL GAL. INPUT DEGREES FAHRENHEIT WEIGHT Height Diameter DEPTH NO. CAP. PER HOUR 40 100 140 STD ASME

COF-199S 86 199,000 482 193 138 74-3/4 24-3/4 37 553 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 non- condensing 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 Diameter Inlet/ Input Height Depth Exhaust Air Inlet Gas Pipe Shipping Model Efficiency / Width Outlet (Btu/hr) (in.) (in.) Vent (in.) (in.) (in.) Wt. (lbs) (in.) (in.) GW-300 84% 300,000 33 45 26.5 1 ½ 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 1 ¼ 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 Nominal Overall Approximate A.O. Smith gives you options for Direct Hot Diameter Model Capacity Length Shipping (in.) Water Tank Applications (US Gal.) (in.) Weight (lbs) • Up to 10,000 gallons TJV120M 119 62 29 3/8 320 • ASME construction • Military specifications T350S 350 88 36 670 • Manholes T400A 400 97 36 775 • Hand holes TL500A 500 122 36 841 • Lifting lugs • Steam or hot water tank heaters TN500A 500 89 42 865 • Special and additional tank openings T500A 500 74 48 951 • Ring and leg bases T750A 750 106 48 1290 • Horizontal tank saddles • Factory-mounted T&P gauge T1000A 1000 138 48 1655 • Manufactured in Renton, Washington 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 con- sult distributor.

A.O. Smith gives you options for Indirect A.O. Smith Indirect Calorifiers

Heating Applications Nominal Overall Approximate Diameter Model Capacity Length Shipping Weight • Up to 3000 gallons (in.) • Jacketed and insulated (US Gal.) (in.) (lbs) • Glass-lined heat exchangers • Indirect calorifier gives system protection from scaling, and IT-300 79 53.96 28.34 281.6 contamination between potable water and heating system IT-500 132 80.29 28.34 420.2 • Manufactured in Veldhoven Plant, Netherlands 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. 22 **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.

MAX.(PSIG)Working MAX. Accepted Volume(Gallons) Model Tank Volume (Gallons) pressure 20 PSI 40 PSI 60 PSI PMC-2 150 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

CONN NPT Overall Height Diameter Model Weight (lbs.) Size (inches) (inches) 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 Max. Flow Range Head Range Casing Model HP Fluid (GPM) (ft) Options Temp 003 1/40 0 – 7 0 – 4.5 Br, SS 005 1/35 0 – 19 0 – 9 CI, Br, SS 006 1/40 0 – 10 0 – 9 104°C Br, SS 007 1/25 0 – 23 0 – 10 CI, Br, SS 008 1/25 0 – 14 0 – 16 CI, Br, SS 009 1/8 0 – 10 0 – 35 CI, SS 0010 1/8 0 – 32 0 – 10 CI, Br, SS 0011 1/8 0 – 31 0 – 31 CI, Br, SS 0012 1/8 0 – 52 0 – 14.5 CI, Br, SS 0013 1/6 0 – 34 0 – 33 CI, Br, SS

0014 1/8 0 – 32 0 – 22 CI, SS 110°C 2400-10 1/10 0 – 30 0 – 25 2400-20 1/6 0 – 42 0 – 34 2400-30 1/6 0 – 57 0 – 29 2400-40 1/6 0 – 54 0 – 22 2400-45 1/3 0 – 56 0 – 43 2400-50 ½ 0 – 60 0 – 51 2400-60 1/6 0 – 70 0 – 14 2400-65 1/3 0 – 122 0 – 17

2400-70 ½ 0 – 150 0 – 22 107°C 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 Fireflux Heat Pump Water Heater pressure is reduced and the cycle starts over. is a split-type heat pump system. Heat pumps mainly consist of a compressor, fan, evaporator, and the heat exchanger. The decoupling of the heat pump The compressor requires electricity to compress the refrigerant and vaporize it, and the unit from the tank system allows fan requires a small amount of electricity to continually blow air across the evaporator coils a greater flexibility in tank sizes, 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. backup system, and installation options.

Fireflux Heat Pump Features Refrigerant R417A Compressor Copeland scroll (Hitachi rotary for FF-02) Jacket Stainless 304 steel plate User Interface LCD display control panel Heat Exchanger Copper tube heat exchanger System Protection Features Automatic unit on/off timer clock; Insufficient water flow protection Expansion Valve Alco (USA) expansion valve Certifications 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 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 FF-02 FF-03 FF-05 FF-10 FF-20 Outlet Water Rated Temp (°C) 60 Heating Capacity (kW) 6.9 10.6 17.1 35 70 Rated Power Input (kW) 1.82 2.8 4.5 9.2 18.4 Power Supply (V/Ph/Hz) 230/1/60 230/1(3)/60 Compressor Type Rotary Hitachi / Copeland Scroll (USA) Compressor Quantity 1 1 1 2 (4) 2 (4) Cabinet Material 304 Stainless Steel Rate Refrigerant Flow Restriction Alco Thermal Expansion Valve (USA) Refrigerant Type R-417A Pipe Size (in.) ¾” 1” 1” 1¼” 4” Dimensions: Length (mm) 1148 830 830 1500 1450 Width (mm) 456 710 710 745 1450 Height (mm) 580 885 1085 1085 1700 Ambient air Range -20° - 45°C Air Discharge Direction Side Top Top Top Top Weight (kg) 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 Take advantage of the Philippine sun to get you hot water. Solar Flat Plate Collector 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.

Taco Cold Supply Product Specifications Return from Solar Collector Circulating Hot Water Collector Panel Pump Outlet Storage # of Panel Storage Height Diameter Weight (US Gal.) Panels Area Model (in.) (in.) (kg) (m2) 50 1 2 39 EES-50 57.34 20.9 Hot Water Gallons Suction Storage Tank 80 2 4 78 EES-80 61.6 24.5 Gallons 120 EES- 3 6 117 66.75 28.34 Gallons 120 Drain

Hot Water Storage Tank Solar Recirculating Pump Cast Iron / Bronze /Stainless Manufacturer: A.O. Smith Water Products Casing: Steel Non-CFC foam insulation; meeting/ exceeding Insulation: Cartridge: Stainless Steel ASHRAE requirements for standby heat loss Impeller: Non-Metallic Pressure: 150 psi working pressure; tested up to 300 psi Shaft: Ceramic Sacrificial Anode Rod: included Bearings: Carbon Maximum Fluid Temperature: 230 °F (110 °C) Internal Tank Construc- Glass-lined, fused to steel by firing at a tempera- UL Listed tion: ture range of 1400 to 1600 °F Solar Temperature Differential Control Low watt density 1” screw-in type, with Incoloy Heating Elements: sheath Collector temperature; top and bottom tank temperatures; error reports, specific Temperature & Pressure LCD display: Included; ASME rated sensor failure reports; 24 time display Relief Valve: formats UL Listed For circulating pump, valves, alarms, and 4 Relays: others Flat Collector Widely adjustable temperature ranges for Working Pressure: 170 psi Temperature ranges: each of the 13 functions Collector Fins: Copper Fins / Black Chrome Absorber Audible alarm and flashing display on Error alarm: errors Suitable for raising temperature to: 140 – 150 °F (60 – 65 °C) Function and error reference listed on the Quick reference: front panel Copper Manifold and Risers; Aluminum Collector Material: Casing Power consumption: Low 3VA

Pressurized Thermosiphon System Type C-TS400/6 C-TS300/4 C-TS200/4 C-TS150/2 SWHN100 SRHN150 Collector Pressurized Thermosiphon System Black chrome flat plate Evacuated Tube Type Thermosiphon systems do not depend on an external pump to Tank Blue Diamond Vitreous Enamel get water moving from collectors to tank. Instead, they depend Lining Glass Lining on the natural movement of heated water moving upwards to Collector 3 2 2 1 1 1 get hot water moving. Quantity Tank 400L 300L 200L 150L 100L 150L Capacity We offer both roof-top and balcony-type solar collectors for residential use. Our solar heaters are pressurized by design. System 250kg 180kg 150kg 120kg - - Weight 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 Number heater design marketed here. of 5 5 4 3 3 3 Persons 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 Heat Water Electric Standard CYCLONE CYCLONE COF Operating Operating Operating Operating Operating Pump Operating Heater Water Water Gas (BTH120 & (BTH300 & Diesel Cost Cost Cost Cost Cost Water Cost Type Heater Heater BTH199) BTH400) Burner Hater BTU REQUIREMENT: 577,500 Btu

Primary Electricity LPG LPG LPG Diesel Electric Source

Efficiency 100% 80% 94% 96% 80% 400%

Cost / Cost / Cost / Cost / Cost / Cost / Cost / Cost / Cost/L Cost / Cost / Cost / kWh 1000 gal kg LPG 1000 gal kg LPG 1000 gal kg LPG 1000 gal Diesel 1000 gal kWh 1000 gal

4.2 Php711 32 Php513 32 Php437 32 Php428 30 Php592 4.2 Php178 4.4 Php745 34 Php545 34 Php464 34 Php455 30.25 Php597 4.4 Php186 4.6 Php778 36 Php578 36 Php491 36 Php481 30.5 Php602 4.6 Php195 4.8 Php812 38 Php610 38 Php519 38 Php508 30.75 Php607 4.8 Php203 5 Php846 40 Php642 40 Php546 40 Php535 31 Php612 5 Php212 5.2 Php880 42 Php674 42 Php573 42 Php561 31.25 Php617 5.2 Php220 5.4 Php914 44 Php706 44 Php601 44 Php588 31.5 Php622 5.4 Php228 5.6 Php948 46 Php738 46 Php628 46 Php615 31.75 Php627 5.6 Php237 5.8 Php981 48 Php770 48 Php655 48 Php642 32 Php632 5.8 Php245 6 Php1,015 50 Php802 50 Php683 50 Php668 32.25 Php636 6 Php254 6.2 Php1,049 52 Php834 52 Php710 52 Php695 32.5 Php641 6.2 Php262 6.4 Php1,083 54 Php866 54 Php737 54 Php722 32.75 Php646 6.4 Php271 6.6 Php1,117 56 Php898 56 Php765 56 Php749 33 Php651 6.6 Php279 6.8 Php1,151 58 Php930 58 Php792 58 Php775 33.25 Php656 6.8 Php288 7 Php1,184 60 Php963 60 Php819 60 Php802 33.5 Php661 7 Php296 8 Php1,354 62 Php995 62 Php846 62 Php829 33.75 Php666 8 Php338

Cost at Different Costs of Primary Heat Source 9 Php1,523 64 Php1,027 64 Php874 64 Php856 34 Php671 9 Php381 10 Php1,692 66 Php1,059 66 Php901 66 Php882 34.25 Php676 10 Php423 11 Php1,861 68 Php1,091 68 Php928 68 Php909 34.5 Php681 11 Php465 12 Php2,030 70 Php1,123 70 Php956 70 Php936 34.75 Php686 12 Php508 13 Php2,200 72 Php1,155 72 Php983 72 Php963 35 Php691 13 Php550

*Rates based on 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 Element gph recovery at given temperature rise Wattage 60 °F 70 °F 80 °F 90 °F 100 °F Recovery Capacities – LPG 750 5.2 4.4 3.9 3.4 3.1 Input gph recovery at given temperature rise Rating 1,000 6.9 5.9 5.2 4.6 4.1 Btuh 60 °F 70 °F 80 °F 90 °F 100 °F 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

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 Sizing Tables Based on Collected Data and ASHRAE Requirements Heat Water Electric Standard CYCLONE CYCLONE COF Operating Operating Operating Operating Operating Pump Operating Dormitories Heater Water Water Gas (BTH120 & (BTH300 & Diesel Cost Cost Cost Cost Cost Water Cost Type Heater Heater BTH199) BTH400) Burner Gals Required 2 Hour Period 140 °F Water Gals Required 2 Hour Period 140 °F Water Minimum Storage Hater Number of Persons 3 gpm 5 gpm Capacity BTU REQUIREMENT: 577,500 Btu 40 °F Inlet 100 °F TR 60 °F Inlet 80 °F TR 40 °F Inlet 100 °F TR 60 °F Inlet 80 °F TR (US Gal.) Primary Electricity LPG LPG LPG Diesel Electric 1 – 10 125 100 200 160 100 Source 11 – 15 187 150 299 239 150 Efficiency 100% 80% 94% 96% 80% 400% 16 – 20 250 200 400 320 200 21 – 25 277 220 443 354 225 Cost / Cost / Cost / Cost / Cost / Cost / Cost / Cost / Cost/L Cost / Cost / Cost / kWh 1000 gal kg LPG 1000 gal kg LPG 1000 gal kg LPG 1000 gal Diesel 1000 gal kWh 1000 gal 26 – 30 300 240 480 384 240

4.2 Php711 32 Php513 32 Php437 32 Php428 30 Php592 4.2 Php178 31 – 40 320 264 512 410 280 4.4 Php745 34 Php545 34 Php464 34 Php455 30.25 Php597 4.4 Php186 41 – 50 350 280 560 448 310 4.6 Php778 36 Php578 36 Php491 36 Php481 30.5 Php602 4.6 Php195 51 – 75 412 330 659 527 400 4.8 Php812 38 Php610 38 Php519 38 Php508 30.75 Php607 4.8 Php203 76 – 100 500 400 800 640 430 5 Php846 40 Php642 40 Php546 40 Php535 31 Php612 5 Php212 5.2 Php880 42 Php674 42 Php573 42 Php561 31.25 Php617 5.2 Php220 101 – 125 625 500 1000 800 475 5.4 Php914 44 Php706 44 Php601 44 Php588 31.5 Php622 5.4 Php228 126 – 150 750 600 1200 960 510 5.6 Php948 46 Php738 46 Php628 46 Php615 31.75 Php627 5.6 Php237 151 – 175 875 700 1400 1120 560 5.8 Php981 48 Php770 48 Php655 48 Php642 32 Php632 5.8 Php245 1000 800 1600 1280 600 6 Php1,015 50 Php802 50 Php683 50 Php668 32.25 Php636 6 Php254 176 – 200 6.2 Php1,049 52 Php834 52 Php710 52 Php695 32.5 Php641 6.2 Php262 201 – 250 1250 1000 2000 1600 650 6.4 Php1,083 54 Php866 54 Php737 54 Php722 32.75 Php646 6.4 Php271 251 – 300 1500 1200 2400 1920 720 6.6 Php1,117 56 Php898 56 Php765 56 Php749 33 Php651 6.6 Php279 301 – 350 1750 1400 2800 2240 800 6.8 Php1,151 58 Php930 58 Php792 58 Php775 33.25 Php656 6.8 Php288 7 Php1,184 60 Php963 60 Php819 60 Php802 33.5 Php661 7 Php296 8 Php1,354 62 Php995 62 Php846 62 Php829 33.75 Php666 8 Php338 Hotels Cost at Different Costs of Primary Heat Source 9 Php1,523 64 Php1,027 64 Php874 64 Php856 34 Php671 9 Php381 Number of Units Gals Required 2 Hour Period 140 °F Water Minimum Storage Capacity 10 Php1,692 66 Php1,059 66 Php901 66 Php882 34.25 Php676 10 Php423 Actual Number of Persons 11 Php1,861 68 Php1,091 68 Php928 68 Php909 34.5 Php681 11 Php465 (1 ½ Persons/Unit) 40 °F Inlet 100 °F TR 60 °F Inlet 80 °F TR (US Gal.) 12 Php2,030 70 Php1,123 70 Php956 70 Php936 34.75 Php686 12 Php508 1 – 3 4 50 45 50 13 Php2,200 72 Php1,155 72 Php983 72 Php963 35 Php691 13 Php550 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) 0.001 m 1 Cubic Meter Per Second (m3/s) 15850 gpm 1 Centimeter (cm) 10 mm 1 Cubic Meter Per Hour (m3/hr) 4.403 gpm 1 Centimeter (cm) 0.3937 in 1 Liter Per Second 15.85 gpm 1 Meter (m) 100 cm 1 Liter Per Second 127.13 cu ft per hour 1 Inch (in) 2.54 cm 1 Liter Per Minute 0.26417 gpm 1 Inch (in) 25.4 mm 1 Gallon Per Minute, US (gpm) 227 liters per hour 1 Foot (ft) 12 in 1 Gallon Per Minute, US (gpm) 60 gph 1 Foot (ft) 30.48 cm 1 Gallon Per Minute, US (gpm) 1440 gpd 1 Foot (ft) 0.3048 m 1 Gallon Per Minute, US (gpm) 8.02 cu ft per hour 1 Yard (yd) 3 ft 1 Cubic Foot Per Second 448.8 gpm 1 Yard (yd) 0.9144 m 1 Cubic Foot Per Hour 0.1247 gpm 1 Mile 1.609 km Pressure Area 1 Bar 14.5 psi 1 Square Meter (m2) 10.764 sq ft 1 Bar 100,000 pascals 1 Hectare 10000 m2 1 Pound Per Square Inch (psi) 2.31 ft of water @ 4°C 1 Square Inch (sq in) 0.000645 m2 1 Pound Per Square Inch (psi) 27.72 in of water @ 4°C 1 Square Foot (sq ft) 0.0929 m2 1 Inch of Water 0.0361 psi Volume 1 Foot of Water 0.433 psi 1 Cubic Meter (m3) 1000000 cm3 1 Meter of Water 1.42 psi 1 Cubic Meter (m3) 1000 l 1 Kilopascal 0.01 bars 1 Liter (l) 0.001 m3 Energy 1 Cubic Inch (cu in) 0.016 l 1 Joule (J) 1 Watt Second (Ws) 1 Cubic Foot (cu ft) 1728 cu in 1 Kilojoule (kJ) 1000 J 1 Cubic Foot (cu ft) 7.48 gal 1 Watt Hour (wh) 3.6 kJ 1 Gallon, US (gal) 3.79 l 1 Watt Hour (wh) 3.415 Btu 1 Gallon, US (gal) 231 cu in 1 Calorie (cal) 4.187 J 1 Gallon, Europe (gal) 4.55 l 1 Kilocalorie (kcal) 1.163 wh 1 Ounce, Fluid (fl oz) 0.03 l 1 British Thermal Unit (Btu) 252 cal Mass 1 British Thermal Unit (Btu) 0.293 wh 1 Gram (g) 0.035 oz 1 Kilogram of LPG 45,000 Btu 1 Kilogram (kg) 2.2 lbs 1 Gallon (US) of Diesel 139,000 Btu 1 Kilogram (kg) 1000 g 1 Cubic Foot of Natural Gas 1,000 Btu 1 Kilogram (kg) 35.274 oz Power 1 Ounce (oz) 28.35 g 1 Kilowatt (kW) 1.34 hp 1 Pound (lb) 16 oz 1 Horsepower (hp) 0.746 kW 1 Pound (lb) 0.4536 kg 1 Ton Refrigeration 12,000 Btu/hr 1 Ton 2000 lbs 1 Boiler Horsepower 33,475 Btu/hr Water Volume vs Mass 1 Boiler Horsepower 9.811 kW 1 Liter 1 kg Efficiency 1 Cubic Meter 2204 lbs Efficiency Pow. Output / Pow. Input 1 Cubic Foot 62.37 lbs Motor Efficiency HP Output / kW Input 1 Gallon, US (gal) 8.33 lbs Hp Torque ft (lbs x rpm) / 33000 0.12 gallons, US (gal) 1 lb Water Hp gpm x TDH / 3960 Temperature Brake Hp Water HP / Pump Eff. K to °C T K – 273 Electrical °C to °F (T°C x 9/5) + 32 Voltage V = I x R °F to °C (T°F - 32) x 5/9 Power W = V x Ampere Area Formulas Volume Formulas Square S x S Box L x W x H Rectangle L x W Sphere 4/3 π x r3 Circle π x r² Cylinder π x r2 x Height Triangle ½ (Height x Base) Pyramid 1/3 x Base Area x Height

30 Conversion Tables

Temperature Pressure Equivalence Kelvin Celsius Fahrenheit ft of m of ft of m of psi Bar kPa Bar kPa psi 0 -273 -459.4 Water Water Water Water 273 0 32 1 0.07 6.9 2.31 0.7 1 0.3 0.03 2.99 0.43 310.5 37.5 99.5 10 0.69 68.97 23.1 7.04 5 1.52 0.15 14.93 2.16 373 100 212 14.5 1 100 33.5 10.21 10 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 80 5.52 551.72 184.8 56.33 60 18.29 1.79 179.13 25.97 80 26.67 30 86 90 6.21 620.69 207.9 63.37 70 21.34 2.09 208.99 30.3 90 32.22 35 95 100 6.9 689.66 231 70.41 80 24.38 2.39 238.84 34.63 100 37.78 40 104 110 7.59 758.62 254.1 77.45 90 27.43 2.69 268.7 38.96 110 43.33 45 113 120 8.28 827.59 277.2 84.49 100 30.48 2.99 298.55 43.29 120 48.89 50 122 130 8.97 896.55 300.3 91.53 110 33.53 3.28 328.41 47.62 130 54.44 55 131 140 9.66 965.52 323.4 98.57 120 36.58 3.58 358.26 51.95 140 60 60 140 150 10.34 1034.48 346.5 105.61 130 39.62 3.88 388.12 56.28 150 65.56 65 149 11.03 1103.45 369.6 112.65 42.67 4.18 417.97 60.61 160 71.11 70 158 160 140 170 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 69.26 190 87.78 85 185 190 13.1 1310.34 438.9 133.78 170 51.82 5.08 507.54 73.59 200 93.33 90 194 200 13.79 1379.31 462 140.82 180 54.86 5.37 537.39 77.92 210 98.89 95 203 250 17.24 1724.14 577.5 176.02 190 57.91 5.67 567.25 82.25 220 104.44 100 212 300 20.69 2068.97 693 211.23 200 60.96 5.97 597.1 86.58 ft of m of m of ft of Bar kPa psi Bar kPa psi Water Water Water Water

1 100 14.5 33.5 10.21 1 3.28 0.1 9.8 1.42 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 ft of m of 35 114.83 3.43 342.83 49.71 kPa Bar psi Water Water 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

Gallons, US Gallons, US Gallons, US Gallons, US Liters Liters cbm cbm (gal) (gal) (gal) (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

32 Conversion Tables

Volumetric Flow m3/ m3/ GPM m3/hr lpm lps GPM lpm lps lps lpm GPM lpm lps m3/hr GPM hr hr 1 0.23 3.79 0.06 1 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 3 2.24 7638.29 6 20478 8.04 200000 58.6 78.52 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 30 22.38 76382.94 15 51195 20.1 500000 146.5 196.31 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 Amperage (AMPs) Cable Size Wattage 1Ø 220V 1Ø 230V 1Ø 240V (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 34 Conversion Tables

Heating Element Watt Equivalence Element Rating Watts at Given Voltage V Watts Current 110 220 230 240 277 380 400 415 460 480 1500 7 400 1500 1600 1800 2400 4500 5000 5300 6600 7100 2000 9 500 2000 2200 2400 3200 6000 6600 7100 8700 9500 3000 14 700 3000 3300 3600 4800 9000 9900 10700 13100 14300 3500 16 900 3500 3800 4200 5500 10400 11600 12500 15300 16700 3800 17 1000 3800 4200 4500 6000 11300 12600 13500 16600 18100 4500 20 1100 4500 4900 5400 7100 13400 14900 16000 19700 21400 5000 23 1300 5000 5500 6000 7900 14900 16500 17800 21900 23800 5500 25 1400 5500 6000 6500 8700 16400 18200 19600 24000 26200 5600 25 1400 5600 6100 6700 8900 16700 18500 19900 24500 26700 6000 27 1500 6000 6600 7100 9500 17900 19800 21400 26200 28600 220 7500 34 1900 7500 8200 8900 11900 22400 24800 26700 32800 35700 8500 39 2100 8500 9300 10100 13500 25400 28100 30200 37200 40500 9500 43 2400 9500 10400 11300 15100 28300 31400 33800 41500 45200 10000 45 2500 10000 10900 11900 15900 29800 33100 35600 43700 47600 11200 51 2800 11200 12200 13300 17800 33400 37000 39900 49000 53300 12000 55 3000 12000 13100 14300 19000 35800 39700 42700 52500 57100 15000 68 3800 15000 16400 17900 23800 44800 49600 53400 65600 71400 18000 82 4500 18000 19700 21400 28500 53700 59500 64100 78700 85700 30000 136 7500 30000 32800 35700 47600 89500 99200 106800 131200 142800 36000 164 9000 36000 39300 42800 57100 107400 119000 128100 157400 171400 54000 245 13500 54000 59000 64300 85600 161100 178500 192200 236100 257100 1500 6 300 1300 1400 1500 2000 3800 4200 4500 5500 6000 1650 7 300 1400 1500 1700 2200 4100 4600 4900 6100 6600 2500 10 500 2100 2300 2500 3300 6300 6900 7500 9200 10000 3000 13 600 2500 2800 3000 4000 7500 8300 9000 11000 12000 4500 19 900 3800 4100 4500 6000 11300 12500 13500 16500 18000 5000 21 1100 4200 4600 5000 6700 12500 13900 15000 18400 20000 6000 25 1300 5000 5500 6000 8000 15000 16700 17900 22000 24000 8500 35 1800 7100 7800 8500 11300 21300 23600 25400 31200 34000 9000 38 1900 7600 8300 9000 12000 22600 25000 26900 33100 36000 240 12000 50 2500 10100 11000 12000 16000 30100 33300 35900 44100 48000 15000 63 3200 12600 13800 15000 20000 37600 41700 44900 55100 60000 18000 75 3800 15100 16500 18000 24000 45100 50000 53800 66100 72000 24000 100 5000 20200 22000 24000 32000 60200 66700 71800 88200 96000 27000 113 5700 22700 24800 27000 36000 67700 75000 80700 99200 108000 30000 125 6300 25200 27600 30000 40000 75200 83300 89700 110200 120000 36000 150 7600 30300 33100 36000 48000 90300 100000 107600 132300 144000 45000 188 9500 37800 41300 45000 59900 112800 125000 134600 165300 180000 54000 225 11300 45400 49600 54000 71900 135400 150000 161500 198400 216000 3000 6 200 600 700 800 1000 1900 2100 2200 2800 3000 4500 9 200 900 1000 1100 1500 2800 3100 3400 4100 4500 6000 13 300 1300 1400 1500 2000 3800 4200 4500 5500 6000 9000 19 500 1900 2100 2300 3000 5600 6300 6700 8300 9000 12000 25 600 2500 2800 3000 4000 7500 8300 9000 11000 12000 15000 31 800 3200 3400 3800 5000 9400 10400 11200 13800 15000 480 18000 38 900 3800 4100 4500 6000 11300 12500 13500 16500 18000 24000 50 1300 5000 5500 6000 8000 15000 16700 17900 22000 24000 27000 56 1400 5700 6200 6800 9000 16900 18800 20200 24800 27000 30000 63 1600 6300 6900 7500 10000 18800 20800 22400 27600 30000 36000 75 1900 7600 8300 9000 12000 22600 25000 26900 33100 36000 45000 94 2400 9500 10300 11300 15000 28200 31300 33600 41300 45000 54000 113 2800 11300 12400 13500 18000 33800 37500 40400 49600 54000

35 Conversion Tables

Type L Copper Type L Copper Schedule 40 Pipe Schedule 40 Pipe 1” Tube 1-1/4” Tube 1.049 inches i.d. 1.380 inches i.d. 1.025 inches i.d. 1.265 inches i.d. Friction Friction Friction Loss – Ft Loss - Ft Friction Loss – Ft Loss - Ft Head / 100' of Head / Head / 100' of Head / Velocity Velocity Velocity Velocity GPM Pipe 100' GPM Pipe 100' Ft/Sec Ft/Sec Of Pipe Ft/Sec Ft/Sec Of Pipe Steel PVC Steel PVC C=130 C=130 C=100 C=140 C=100 C=140 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

Type L Copper Type L Copper Schedule 40 Pipe Schedule 40 Pipe 1-1/2” Tube 2” Tube 1.610 inches i.d. 2.067 inches i.d. 1.505 inches i.d. 1.985 inches i.d. Friction Friction Friction Loss – Ft Loss - Ft Loss - Ft Friction Loss – Ft Head / 100' of Head / Head / Velocity Velocity Velocity Head / 100' of Pipe Velocity GPM Pipe 100' GPM 100' Ft/Sec Ft/Sec Of Pipe Ft/Sec Ft/Sec Of Pipe Steel PVC Steel PVC C=130 C=130 C=100 C=140 C=100 C=140 6 0.95 0.57 0.31 1.08 0.49 10 0.96 0.43 0.23 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 36 Conversion Tables

Type L Copper Type L Copper Schedule 40 Pipe Schedule 40 Pipe 2-1/2” Tube 3” Tube 2.469 inches i.d. 3.000 inches i.d. 2.465 inches i.d. 2.945 inches i.d. Friction Friction Friction Loss – Ft Loss - Ft Friction Loss – Ft Loss - Ft Head / 100' of Head / Head / 100' of Head / Velocity Velocity Velocity Velocity GPM Pipe 100' GPM Pipe 100' Ft/Sec Ft/Sec Of Pipe Ft/Sec Ft/Sec Of Pipe Steel PVC Steel PVC C=130 C=130 C=100 C=140 C=100 C=140 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

Type L Copper Type L Copper Schedule 40 Pipe Schedule 40 Pipe 4” Tube 5” Tube 4.026 inches i.d. 5.047 inches i.d. 3.905 inches i.d. 4.857 inches i.d. Friction Friction Friction Loss – Ft Loss - Ft Friction Loss – Ft Loss - Ft Head / 100' of Head / Head / 100' of Head / Velocity Velocity Velocity Velocity GPM Pipe 100' GPM Pipe 100' Ft/Sec Ft/Sec Of Pipe Ft/Sec Ft/Sec Of Pipe Steel PVC Steel C=130 C=130 C=100 C=140 C=100 50 1.26 0.33 0.16 1.34 0.24 75 1.2 0.24 1.29 0.17 75 1.89 0.7 0.34 2.01 0.5 100 1.6 0.4 1.72 0.3 100 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 5.05 4.29 2.08 5.35 3.05 200 3.2 1.43 3.44 1.07 250 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

Type L Copper Plastic Pipe Friction Loss – Ft Head / 100' of Pipe Schedule 40 Pipe 6” Tube 6.065 inches i.d. Flow Nominal Pipe Size 5.845 inches i.d. in Friction GPM ¾ 1 1 ¼ 1 ½ 2 3 4 6 Friction Loss – Ft Loss - Ft Head / 100' of Head / 1 Velocity Velocity GPM Pipe 100' 2 Ft/Sec Ft/Sec Of Pipe 3 3.25 Steel PVC C=130 4 5.52 C=100 C=140 5 8.34 2.06 100 1.11 0.16 0.07 1.19 0.12 150 1.67 0.34 0.16 1.79 0.25 6 11.68 2.88 200 2.22 0.58 0.28 2.39 0.43 7 15.53 3.83 Velocities 250 2.77 0.89 0.42 2.98 0.65 8 19.89 4.91 1.66 in this area 300 3.33 1.24 0.58 3.58 0.91 are below 9 24.73 6.1 2.06 2 feet per 400 4.44 2.11 0.99 4.79 1.55 10 30.05 7.41 2.5 second 500 5.55 3.19 1.5 5.98 2.34 11 35.84 8.84 2.99 1.23 600 6.66 4.46 2.1 7.17 3.28 12 42.1 10.39 3.51 1.44 700 7.78 5.93 2.79 8.36 4.36 800 8.9 7.6 3.6 9.56 5.58 13 48.82 12.04 4.07 1.67 14 56 13.81 4.66 1.92 900 10 9.44 4.5 10.8 6.95 15 15.69 5.3 2.18 1000 11.1 11.5 5.4 12 8.45 16 17.68 5.97 2.46 1200 13.3 16.1 7.6 14.3 11.8 1400 15.6 21.4 10.1 18.7 15.7 17 19.78 6.68 2.75 1600 17.8 27.4 13 19.1 20.2 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 7 0.97 70 9.31 1.29 80 Velocities in 11.91 1.66 0.41 90 this area ex- 14.81 2.06 0.51 ceed 10 feet 100 per second 18 2.5 0.62 125 which is too 3.78 0.93 150 great for the 5.3 1.31 various flow 175 rules and 7.05 1.74 0.24 200 pipe 9.02 2.23 0.31 250 diameter. 3.36 0.47 300 4.71 0.66 350 6.27 0.87

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 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 0.1 0.05 0 0.1 0.3 0.45 0.5 0.8 (-0.4) 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 1 ¼ 1 ½ 2 2 ½ 3 3 ½ 4 5 6 Outside Diameter 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 (in.) 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 Wall Type L 0.030 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 Thickness Type (mm) 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 M

Copper Wire Sizing Temperature Rating of Conductor Metric Wire Wire AWG Size Diameter Diameter 60ºC (140ºF) 75ºC (167ºF) 90ºC (194ºF) (mm2) in inches in inches Ampacity 20 0.5180 0.8118 0.0320 18 0.8230 1.0237 0.0403 14 16 1.3100 1.2909 0.0508 18 14 2.0800 1.6277 0.0641 20 20 25 12 3.3100 2.0525 0.0808 25 25 30 10 5.2600 2.5880 0.1019 30 35 40 8 8.3700 3.2638 0.1285 40 50 55 6 13.3000 4.1153 0.1620 55 65 75 4 21.2000 5.1895 0.2043 70 85 95 2 33.6000 6.5438 0.2576 95 115 130 0 53.5000 8.2514 0.3249 125 150 170 00 (2/0) 67.4000 9.2659 0.3648 145 175 195 000 (3/0) 85.0000 10.4038 0.4096 165 200 225 0000 (4/0) 107.0000 11.6840 0.4600 195 230 260 Ambient Temperature Correction Factors 21 – 25ºC 70 – 77ºF 1.08 1.05 1.04 26 – 30ºC 78 – 86ºF 1.00 1.00 1.00 31 – 35ºC 87 – 95ºF 0.91 0.94 0.96 36 – 40ºC 96 – 104ºF 0.82 0.88 0.91 41 – 45ºC 105 – 113ºF 0.71 0.82 0.87 46 – 50ºC 114 – 122ºF 0.58 0.75 0.82 51 – 55ºC 123 – 131ºF 0.41 0.67 0.76 56 – 60ºC 132 – 140ºF 0.58 0.71 61 – 70ºC 141 – 158ºF 0.33 0.58 71 – 80ºC 159 – 176ºF 0.41 39 PROJECTS

ASTROTEL

HOTEL SOGO SEDA HOTELS

RADISSON BLU PARK INN BY RADISSON FERSAL HOTEL GROUP

HAMILO COAST COUNTRY CLUB

THE BELLEVUE SUMMIT RIDGE HOTEL HOTELS AND RESORTS

40 MARCO POLO

REMINGTON HOTEL

SOLAIRE

CROWN REGENCY HOTELS AND RESORTS

ENTRATA GRAND CENIA CRIMSON RESORT AND SPA

VICTORIA COURT

41 PROJECTS

ASTORIA

SAVANNAH HOTEL

PARK, BED AND BREAKFAST

TSUNEISHI

MANDARIN PLAZA HOTEL

MALLBERRY SUITES BUSINESS HOTEL

BE RESORTS FAIRMONT HOTEL AND RESIDENCES EDSA SHANGRI-LA MACTAN

42 LUXENT HOTEL

THE RITZ HOTEL AT GARDEN OASES

HOTEL H2O

HIDEAWAY HOTEL BAGUIO

MANILA MAXIM HOTEL SHERIDAN MARRIOTT HOTEL BEACH RESORT AND SPA

SHANGRI-LA HAROLDS HOTEL

43 44