Ruud AP14236 Leak Testing, Pressure Testing the Gas Supply System, High Altitude

Page 11

WARNING: Do not attempt to convert this water heater for use with a different type of gas other than the type shown on the rating plate. Such conversion could result in hazardous operating conditions.

Gas Supply

 

The branch gas supply line to the water

the gas piping must be of the type resistant

 

heater should be clean 1/2” black steel

to the action of LP gas. Use compound

 

pipe or other approved gas piping

sparingly on male threads only.

 

material.

A sediment trap should be installed at the

 

 

 

A ground joint union or ANSI design

bottom of the gas line.

 

certified semi-rigid or flexible gas

Do not use excessive force (over 31.5 ft

 

appliance connector should be installed

 

lbs.) in tightening the pipe joint at the gas

 

in the gas line close to the water heater.

 

control (thermostat) inlet, particularly if

 

The National Fuel Gas Code (NFGC)

 

teflon pipe compound is used, as the valve

 

mandates a manual gas shut-off valve: See

 

body may be damaged.

 

(NFGC) for complete instructions.

 

The inlet gas pressure to the water heater

 

If flexible connectors are used, the

 

must not exceed 10.5” w.c. for natural gas,

 

maximum length shall not exceed 36”

 

or 14” w.c. for LP gas. For purposes of

 

and must meet the requirements in ANSI

 

input adjustment, the minimum inlet gas

 

Z21.24-Connectors for Gas Appliances.

 

pressure (with main burner on) is shown

 

If lever type gas shut-offs are used,

 

on the water heater rating plate. If high or

 

they shall be T-Handle type.

low gas pressures are present, contact your

 

Compound used on the threaded joints of

gas supplier for correction.

 

 

 

 

 

WARNING: Never use

Leak Testing

 

an open flame to test for

The water heater and its gas connections

The factory connections to the gas

gas leaks, as property

must be leak tested at normal operating

control (thermostat) should also be leak

damage, personal injury, or

pressures before it is placed in operation.

tested after the water heater is placed in

death could result.

Turn on the manual gas shut-off

operation.

 

valve near the water heater.

 

Use a soapy water solution to test for

 

leaks at all connections and fittings.

 

Bubbles indicate a gas leak that must

 

be corrected.

 

Pressure Testing the Gas Supply System

The water heater and its manual gas shut-off valve must be disconnected from the gas supply piping system during any pressure testing of that system at pressures in excess of 3/8 psi (10.5” w.c.) for natural gas, or 1/2 psi (14” w.c.) for LP gas.

The water heater must be isolated from the gas piping system by closing the manual gas shut-off valve during any pressure testing of the gas supply piping at pressures equal to or less than

3/8 psi (10.5” w.c.) for natural gas, or 1/2 psi (14” w.c.) for LP gas.

WARNING: Failure to install a water heater suitable for the altitude at the location it is intended to serve, can result in improper operation of the appliance resulting in property damage and/or producing carbon monoxide gas, which could result in personal injury, or death.

High Altitude

Input rating of this water heater is based on sea level operation. At higher elevations the actual input rate may be lower than the value listed on the rating label due to the derating of natural gas and LP gas. This water heater can be installed at elevation up to 2,000 feet without any change or modification.

For installation between 2,000 and 7,700 feet, refer to the Venting Information tables on page 13 and 14 for maximum vent lengths.

Installations above 7,700 feet are not authorized.

Contact the local gas supplier for more

information.11

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Contents Reference Water HeatersFor Your Records R N I N G Potential for Hot Water Water increasesPage For Installations in the State of California Location Installing the water heaterCorrosive Atmospheres Inspect ShipmentCombustion and Ventilation Air Water Supply Connections Typical InstallationThermal Expansion Condensation Relief ValveTo Fill the Water Heater High Altitude Leak TestingPressure Testing the Gas Supply System Gas SupplyVenting Blower Assembly InstallationAltitude for Models Maximum Venting information for 2 VentsMaximum Venting information for 3 Vents Maximum42VP60F 700’ 42VP60PF Maximum Venting information for 4 VentsModels Altitude for Additional Considerations Horizontal Vent Terminal LocationVertical Vent Termination Location Horizontal Vent InstallationVertical Vent Installation Cementing Joints Cleaner-Primer and Medium Body Solvent CementConnection Diagram WiringDilution Air Holes Hot and Cold Pipe Insulation InstallationInsulation Blankets Heat Trap During Installation of this water heaterWater Supply Installation ChecklistWater Heater Location House Hot water Supply to From HOT Heating Outlet on Unit Combination Potable Water and Space Heating ApplicationLighting the water heater For Your Safety Read Before OperatingOperating the water heater Operating ProcedureWater Temperature Setting Water Temperature Setting… Sequence of Operation… Draining the Water Heater Routine Preventative MaintenanceBurner Inspection HousekeepingVenting System Inspection Anode Rod Vacation and Extended Shut-DownBefore You Call For Service… Noise or draining Rumbling noiseRelief valve Producing poppingGas Valve LED Codes Instructions For Placing a Parts Order Replacement PartsUse only original equipment replacement parts Page Page If YOU Need Service

AP14236 specifications

Ruud AP14236 is a highly efficient air conditioning unit that stands out in the residential HVAC market for its remarkable performance and innovative technology. This model is specifically engineered to provide optimal cooling and heating solutions, offering homeowners comfort year-round while also emphasizing energy efficiency.

One of the key features of the Ruud AP14236 is its efficiency rating, showcased by its SEER (Seasonal Energy Efficiency Ratio) rating, which provides users with an indication of energy consumption versus cooling output. With ratings often exceeding 14, the unit is designed to reduce energy bills significantly while maintaining a comfortable indoor environment. In addition to SEER, the unit boasts an HSPF (Heating Season Performance Factor) that guarantees excellent performance during colder months.

The Ruud AP14236 utilizes advanced inverter technology that allows for variable speed operation. This technology enables the air conditioner to adjust its cooling output based on the actual temperature in the home, leading to lower energy consumption while ensuring that the desired climate is reached swiftly and efficiently. This feature not only enhances comfort but also prolongs the lifespan of the unit, as it does not require the constant on-off cycling seen in traditional systems.

Equipped with an enhanced filtration system, the Ruud AP14236 significantly improves indoor air quality by capturing dust, allergens, and other particulates. This characteristic is particularly advantageous for those with allergies or respiratory conditions, as it creates a healthier living environment.

Durability is another hallmark of the Ruud AP14236, featuring robust construction materials designed to withstand the rigors of varied weather conditions. The unit's cabinet is often galvanized and treated to resist rust, ensuring longevity and reducing maintenance issues.

Noise reduction is also a primary focus in the design of Ruud AP14236. The unit operates quietly, allowing for comfortable living spaces without the disruptive sounds commonly associated with air conditioning systems. This is achieved through sound-dampening technology and acoustic insulation.

In summary, the Ruud AP14236 is engineered for energy efficiency, versatility, durability, and quiet operation. Homeowners seeking a reliable and efficient air conditioning solution will find that this unit meets their needs while providing year-round comfort and improved air quality.