Smith Cast Iron Boilers JW717, JWF507 Water Heater Sounds, Smoke/Odour, Anode Rod/Water Odour

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Water Heater Operation

WARNING:

Keep the area around the heater clear and unobstructed.

Stacking

Stacking occurs when a series of short draws of hot water (11 litres (3 US gallons) or less) are taken from the water heater tank. This causes increased cycling of the burner and can result in increased water temperatures at the hot water outlet. A tempering device is recommended in the hot water supply line to reduce the risk of scald injury.

Water Heater Sounds

During the normal operation of the water heater, sounds or noises may be heard. These noises are common and may result from the following:

1.Normal expansion and contraction of metal parts during periods of heat-up and cool-down.

2.Condensation causes sizzling and popping within the burner area and should be considered normal.

3.Sediment buildup in the tank bottom will create varying amounts of noise and may cause premature tank failure. Drain and flush the tank as directed under “Draining and Flushing”.

Smoke/Odour

The water heater may give off a small amount of smoke and odour during the initial start-up of the unit. This is due to the burning off of oil from metal parts of a new unit and will dis- appear after a few minutes of operation.

Anode Rod/Water Odour

Each water heater contains at least one anode rod, which will slowly deplete while protecting the glass-lined tank from corrosion and prolonging the life of the water heater. Once the anode is depleted, the tank will start to corrode, eventu- ally developing a leak. Certain water conditions will cause a reaction between this rod and the water. The most common complaint associated with the anode rod is a “rotten egg smell” produced from the presence of hydrogen sulfide gas dissolved in the water. Do not remove this rod perma- nently as it will void any warranties, stated or implied. A special anode can be ordered if water odour or discoloura- tion occurs. This rod may reduce, if not eliminate, water odour problems. The water supply system may require special filtration equipment from water conditioning compa- ny to successfully eliminate all water odour problems. Artificially softened water is exceedingly corrosive because the process substitutes sodium ions for magnesium and cal- cium ions. The use of a water softener may decrease the life of the water heater tank. The anode rod should be inspect- ed every year. If the rod is more than 50% depleted, the anode rod should be replaced.

To replace the anode:

1.Turn off oil supply to the water heater.

2.Shut off the water supply and open a nearby hot water faucet to depressurize the water tank.

3.Drain approximately 20 litres (5 US gallons) of water from tank (Refer to “Draining and Flushing” for proper procedures.) Close drain valve.

4.Remove old anode rod.

5.Use Teflon® tape or approved pipe sealant on threads and install new anode rod.

6.Turn on water supply and open nearby hot water faucet to purge air from water system.

7.Restart the water heater as directed under “Startup.”

Anode Maintenance

A new anode is about 20mm (13/16 in.) to 22mm (7/8 in.) diameter and has a steel wire core approximately 3mm (1/8 in.) diameter in the center. If the anode is less than approx- imately 10mm (3/8 in.) in diameter, or the inner steel core is exposed, the anode(s) should be replaced. Operating a water heater without an actively working anode(s) will void the warranty.

To check/replace the anode:

1.Turn "OFF" the electrical supply to the water heater.

2.Close the cold water supply valve.

3.Open a nearby hot water faucet served by the system to depressurize the system.

4.Connect a hose to the drain valve and drain 22 litres (6 USG.) as directed in “Draining, Flushing and Sediment Removal”.

CAUTION! The water being drained can be extremely

hot! The drain hose should be rated for at least 93°C (200°F). If the drain hose does not have this rating, open the cold water supply valve and a nearby hot water faucet served by the system until the water flow is no longer hot. Close the cold water supply valve and resume.

5.Remove the anode cover, or, on JWF657, Rear and Combination flue models, remove top cover, insulation and flue top cover.

NOTE: The anode(s) has been factory installed using a power tool. It may be necessary for a second person to sta- bilize the heater. A few sharp blows on the handle of the socket wrench should loosen the anode nut. If an impact wrench (power drive) is available, this is an easier way to remove an anode.

6.Using a 1 1/16" socket (certain models require 1-5/16”) , remove the anode(s) and inspect it. The surface may be rough, full of pits and crevices, but this is normal. If it is less than approximately 10mm (3/8 in.) in diameter, or the inner steel core exposed, the anode(s) should be replaced.

7.Apply Teflon® tape, or sealing compounds approved for use with potable water, to the threads of the anode(s) and install into the tank top.

8.Open the cold water supply valve and open a nearby hot water faucet to purge air from the water tank as directed in “Filling the Water Heater”.

9.Check for leaks. Repair as required, and re-test.

10.Replace the covers and insulation and turn the electrical supply to the heater “ON”.

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Contents Immediately call your oil supplier For Your SafetyWhat to do if YOU Smell OIL Table of Contents For Installations in Canada II SafetyIntroduction Consumer ResponsibilitiesSafety Warning Flammable Vapours For Installations in the United StatesSafety Warning Scalding Relief Valve Requirements T&PLocation Requirements Earthquake Zones Clearances and AccessibilityOil Supply JWF307V Installation Dimensions Center Flue Models Air Requirements Where the water heater is locatedAir Supply Ducted Furnace Room And/or roomVent and Exhaust Connections Water Supply Blocked Vent Safety SwitchPower Venting Plumbing Connections Center Flue Filling the Water HeaterVacuum Relief Valves Temperature and Pressure Relief ValveClosed System/Thermal Expansion Discharge Line/DriptubeElectrical Supply Installation Of The Aquastat Temperature Control48245 IV Operation Installation ChecklistWater Temperature Regulation Water Heater Sounds Anode MaintenanceSmoke/Odour Anode Rod/Water OdourMaintenance Re-Starting The Heater After Shut- Down Shut Down For Extended PeriodsVI Combo Heating Combo Heating Baseboard InstallationVII OIL Burner Listing Beckett AFG GSW-J5006 WHO is Covered Limited WarrantyHOW the Original Owner can Make a Warranty Claim

JW327, JW517, JWF307V, JWF657, JWF507 specifications

Smith Cast Iron Boilers have established a strong reputation in the heating industry for their durable, efficient, and reliable products. Among their notable models are the JWF507, JW717, JWF657, JW327, and JW517. Each of these models incorporates advanced technologies and unique features tailored to meet various heating demands.

The JWF507 is renowned for its exceptional thermal efficiency. This boiler utilizes a water-to-water heat exchanger, providing efficient heat transfer, which significantly reduces fuel consumption. Its robust cast iron construction ensures longevity, even in harsh conditions, while an oversized heat exchanger design enhances performance and reliability.

The JW717 model stands out with its ability to handle large-scale heating needs. This boiler features a multi-pass design that maximizes heat transfer and minimizes the chance of overheating. Additionally, it is equipped with an advanced control system that allows for precise temperature adjustments, ensuring optimal comfort in residential and commercial settings.

The JWF657 introduces a unique burner design, which improves combustion efficiency and reduces emissions. This model also features a built-in pump which enhances the system's circulation, helping to maintain consistent and comfortable heating throughout the space. With its energy-efficient attributes, the JWF657 is a top choice for environmentally-conscious consumers.

Next in line, the JW327 model is designed for versatility and adaptability. This boiler can easily be integrated into various heating systems, making it suitable for both retrofit and new construction projects. Its compact size allows for easy installation in tight spaces, while its high-efficiency rating contributes to lower energy bills.

Lastly, the JW517 model is known for its reliability and user-friendly design. This boiler is equipped with an intuitive control panel, making operation simple and straightforward. Its rugged cast iron construction is designed to withstand rigorous use, providing peace of mind for users who seek a dependable heating solution.

In summary, Smith Cast Iron Boilers offer a diverse portfolio with models like the JWF507, JW717, JWF657, JW327, and JW517, each boasting unique features and technologies. From high thermal efficiency and advanced combustion systems to user-friendly designs and rugged durability, these boilers are crafted to deliver optimal performance in various heating applications. Whether for residential or commercial use, these models exemplify the superior quality and innovation that Smith Cast Iron Boilers is known for.