Rinnai E110CP, E75CN, E110CN Using Indoor Air For Combustion, Using Outdoor Air For Combustion

Page 36

Using Indoor Air For Combustion

When using air from other room(s) in the building, the total volume of the room(s) must be of adequate volume (Greater than 50 cubic feet per 1000 Btu/hr). Each Combustion air opening must have at least one square inch of free area for each 1000 Btuh, but not less than 100 square inches each.

Using Outdoor Air For Combustion

Outdoor air can be provided to a confined space through two permanent openings, one commencing within 12 in. (300mm) of the top and one commencing within 12” (300mm) of the bottom, of the confined space. The openings shall communicate to the outside by one of two ways:

directly through horizontal ducts indirectly through vertical ducts

When communicating directly with the outdoors through horizontal ducts, each opening shall have a minimum free area of 1 in2/2000 Btu/hr (1100 mm2/ kW) of total input rating of all appliances in the confined space.

Note: If ducts are used, the cross sectional area of the duct must be greater than or equal to the required free area of the openings to which they are con- nected.

When communicating indirectly with the outdoors through vertical ducts, each opening shall have a minimum free area of 1 in2/4000 Btu/hr (550 mm2/ kW) of total input rating of all appliances in the confined space. Combus- tion air to the appliance can be provided from a well ventilated attic or crawl space.

Rinnai E-Series

Gas Vent / Boiler Exhaust

OUTLET AIR DUCT

INLET AIR DUCT

BOILER

Gas Vent / Boiler Exhaust

OUTLET

AIR

INLET

AIR

Ventilation Louvers for unheated crawl space

BOILER

Installation & Servicing Instructions

Gas Vent / Boiler Exhaust

 

OUTLET

BOILER

AIR

 

INLET AIR DUCT

 

[Ends 1Ft (300mm)

 

above floor]

 

36

Louvers and grills

figure 18

 

 

Page 35 Page 37
Image 36
Page 35 Page 37
Contents Instructions Contents of instructions Subject to technical changesUpdating of documentation Content Safety and general instructions Symbol definitionsDesignated use Hazard definitionsFollowing instructions must be followed What to do if YOU Smell GASFollow these instructions for the space heating water Tools, materials and additional equipmentDisposal Regulations and guidelines Description of the boiler Room sealed boilerCondensing ModulatingPackaging and transportation Scope of deliveryTransportation Installation Requirements for the installation roomFitting the boiler Dimensions E75CPConnection for combustion air supply and vent system Plumbing Kits Plumbing KitClearances from boiler Low Loss HeaderTechnical specifications CSAConnecting the boiler Central heating systemPlumbing Kit installation Compression fittingsInstallation & Servicing Instructions Rinnai E Safety valve Low water cut offExpansion tank With the boilerUnderfloor heating system plastic pipes Gas supply connectionGas connection with natural gas Gas pipingGas connection with propane gas Propane Supply Pressure RequirementsHot water supply Condensate drain pipeVent system and air supply system Intake / Exhaust GuidelinesTo the boiler. See the list on Agency2a Examples vent and air supply systems concentric 2b Examples vent and air supply systems parallel Installation of the vent system Concentric system seeParallel system see Room Air System outdoor combustion airRecommended vent/air intake terminal position Terminal positionsOccur to building products in the vicinity see Item Description Flue Material United StatesDimensioning of the exhaust and air intake duct Combustion air and vent piping lengths Calculation of equivalent length vent systemParallel system Total equivalent length Concentric systemCalculation of compensation factor Boiler type E75 E110Room Air System indoor combustion air Unconfined SpaceConfined Space Louvers and GrillsLocation Using Indoor Air For Combustion Using Outdoor Air For CombustionConnecting incoming power Electrical connectionsAre used must have a Volt free contact Connection terminal E-SeriesElectrical diagram Electrical ladder diagram Boiler controls Good-state or standard read outTechnical read out Operation indicationExplanation of the function buttons Requirements of the water system Filling the heating system Freeze protectionWith water will have to be done Do not try to light the burner by hand Close main gas shut off valveAdjustments Altering adjustmentsPress the Mode-button for 5 seconds Press the STORE-button to confirm the code code blinks1Parameter Mode Outdoor reset Activating factory settings green button function Boiler and/or the installationIsolating the boiler Commissioning Testing for gas leaks Testing the Ignition Safety shut off deviceStart up of the boiler Checking for contamination Type of boilerBoiler needs maintanance Follow the next procedure Checking of the zero pressure controlChecking the O2 Installing the casing Measuring the ionization currentMaintenance Periodic examination of venting systems and boilerInspection TechnicianChecking and adjusting the gas/air ratio Visual inspection for general signs of corrosionMeasuring the inlet gas pressure Carrying out a pressure test of the heating systemMaintenance activities Replace the gasket with a new oneCondensate trap Condensate trayWarranty Visual inspection of the flameParts of the boiler G KBlocks and Errors Error indication short referenceExternal safety contact is active BlocksBlock Check flow through the installation Execute Parameter-Reset Check flow through the boiler and DHW fascilityCheck the sensors NTC 1 and NTC Check the main Power supply Check the boiler PumpErrors ErrorRectify the short-circuit If necessary replace this part Disconnect voltage from the boiler and check the fuse F2 Check the 24 Volt ConnectionCheck Disconnected Components for short-circuiting Check the data in Error mode Ionisation flow Ionisation cable or O2 settingGas Software error con Trol unit Reset the boilerRectify the prece Ding error Error persists After reset Software error Control unit Software error Control unit Error Remove Voltage from the boiler and check fuse F2 Check the 24 Volt ConnectionsCheck Disconnected parts for wear and tear Software error Control unit Temperature of 36 is displayed at position If necessary Replace the flow SensorCheck actual flow temperature Check flow sensor NTC1Check actual return temperature Check return Sensor NTCFuse is working and the error is repeated Wiring and voltage are OK and error is repeatedFan is not Spinning If necessary Replace the fanCheck the wiring Wiring is OK but the error is repeatedReplace Sensor Shut down of return sensor T2 Contact for supply sensor T1 open Check the data Error mode Software error Control unit Other errors Central heating but no hot waterKey of the central heating program is not switched on Hot water but no central heatingRS100 with outdoor Sensor Room sensor-On Three-port valve is not circulating to central heatingKey pump program Is on Insufficient quantity of hot water Hot and cold water Connection to the boiler Mixed upIncorrect flow reducing Valve Absence Positive resultsTemperature drop of the DHW DHW power for the boiler is set too lowFlow reducing valve Incorrect choice Installation Radiators do not get hot enough or warming up takes too longSpare parts Parts casing E-SeriesInstallation Manual E-SERIES DescriptionParts heat exchanger E-Series OSS1 OSS2 Clamp BAR TOP Part H.EX. Long Parts rear wall E-Series OSS1 OSS2 Parts pipes E-Series Description Parts electrical components E-Series 166 167101 Parts list vent system Vent ProductsHeatfab Rinnai/ UbbinkCommon venting guidelines 103104 105 106 107 800000012 9/2009

E75CP, E110CN, E75CN, E110CP specifications

Rinnai is a leading name in the heating industry, recognized for producing highly efficient and reliable tankless water heaters. Among their popular models are the Rinnai E75CN, E75CP, E110CP, and E110CN, each designed to cater to various household needs and preferences.

The Rinnai E75CN and E75CP are both remarkable for their compact size and impressive heating capabilities. The E75CN is a natural gas model, while the E75CP runs on propane. These units are designed to deliver a maximum flow rate of up to 7.5 gallons per minute, ensuring that multiple fixtures can be used simultaneously without a dip in performance.

Both models incorporate advanced temperature control technology, allowing users to set their desired water temperature with precision. The units feature a durable heat exchanger, constructed from high-grade stainless steel, which not only promotes longevity but also helps in preventing corrosion. Additionally, they come with built-in safety features, such as freeze protection and an overheat cut-off system, ensuring safe operation in varying conditions.

Moving on to the Rinnai E110CP and E110CN, these tankless water heaters are designed for larger households with higher hot water demands. The E110CP operates on propane, while the E110CN utilizes natural gas. These units deliver a maximum flow rate of up to 11 gallons per minute, making them ideal for simultaneous use in multiple bathrooms, kitchens, and laundry rooms.

The E110 models showcase Rinnai's Smart Technology, which optimizes energy consumption by adjusting the heating output based on the demand. This not only maximizes efficiency but also significantly reduces energy costs. They are equipped with digital controls and diagnostics, providing users with real-time information and the ability to troubleshoot easily if any issues arise.

In terms of installation, all four models are designed for versatility. They can be installed indoors or outdoors, giving homeowners flexibility based on their space and preference. With their compact design, these units require less space compared to traditional tank heaters, making them a suitable choice for modern homes.

Overall, Rinnai's E75CN, E75CP, E110PC, and E110CN models represent cutting-edge technology in tankless water heating. Their efficiency, safety features, and advanced technology make them an excellent choice for homeowners looking to upgrade their hot water systems. With Rinnai, users can enjoy the convenience of continuous hot water without sacrificing energy efficiency.
Top Page Image Contents