Thermo Products OL6RX072DV5(R) Stage Firing Rates, Capacity, Nozzle Size, Input Rate, Effective

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2 STAGE FIRING RATES

Riello 2-stage burner specifications and applications:

MODEL

OL6 2-STAGE

PART

 

MTG. PLATE PART NO.

11700

 

 

MTG. PLATE GASKET

330212

PART NO.

 

**NOZZLE SIZE

.70x45° W / .50x45° W*

 

 

NOZZLE PART NO.

380702 / 380724*

 

 

OIL PUMP PRESSURE

130 LOW

170 HIGH

 

BURNER

G5D

 

 

BURNER PART NO.

380529

 

 

Table 8: Riello burner application

THE NOZZLE SIZE GIVES THE NOMINAL FLOWRATE, IN GPH, FOLLOWED BY THE SPRAY ANGLE, IN DEGREE’S, AND THE SPRAY PATTERN, EITHER “H” FOR HOLLOW CONE OR “S” FOR SOLID CONE. FOR EXAMPLE, A NOZZLE RATED AT 0.65 GPH @ 100 PSIG THAT PROVIDES AN 80° SPRAY ANGLE AND A HOLLOW SPRAY PATTERN WOULD BE ABBREVIATED IN THE TABLE AS “0.65 X 80°H”.

*Optional equipment not shipped with burner.

**NOTE: The reason the Riello burner nozzle sizes are smaller than the standard Thermo Pride burner nozzles is that pre-set pump pressures are higher, therefore achieving the same firing rate with a smaller nozzle.

For more specific burner information, specifications or service information, reference the training manual enclosed with each Riello burner or contact:

Riello Corporation of America,

5 Pond Park Road Hingham, Massachusetts 02043

Phone: (617) 749-8292

2 STAGE FIRING RATES

CAPACITY

FIRING

NOZZLE SIZE

INPUT RATE*

EFFECTIVE**

 

RATE

Riello

(BTU/HR)

HEATING

 

 

 

 

CAPACITY

HIGH CAPACITY

HIGH FIRE

.70 X 45° W

106,250/170psi

90,000

LOW FIRE

85,000/130psi

74,000

 

 

LOW CAPACITY

HIGH FIRE

.50 X 45° W

85,000/170psi

74,000

LOW FIRE

70,000/130psi

60,000

 

 

Table 9: Riello 2-stage firing rates

*Based on #2 domestic heating fuel oil having heating value of 140,000 BTU per gallon.

**Based on thermal efficiency of 84%-85%.

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Contents OL6RA072DV5B/R OL6RA072D48B/ROL6FA072D48B/R OL6RX072DV5RCONTENTS Model Number Digit ConfigurationFeature FuelcCAUTION DO NOT ATTEMPT TO START THE BURNER WHEN I. SAFETY SECTIONcWARNING AND CAUTIONS 1.Excess oil has accumulatedPage A. CODES AND CLEARANCES a. Combustible materialb. Non-combustiblematerial FROM A. CHIMNEYTYPE OF MODEL NO1. PROPER CHIMNEY SIZE 2. PREVENTION OF CHIMNEY CONDENSING4. PROPER VENT CONNECTOR PIPE/CHIMNEY CONNECTION 3. PROPER CHIMNEY HEIGHT8. NO INTERCONNECTED CHIMNEY FLUES 7. TIGHT CLEAN-OUTDOORS AND CONNECTIONS6. TIGHT JOINTS 9 FLUE PIPE CLEARANCES, SIZING AND TYPEB. VENTING C. DRAFT REGULATORS ROTATION OF FRONT FLUE ELBOWNote Do not use with Direct Vent application D. DUCT WORK/AIR CONDITIONING Airflow Requirements and Sizing of Duct WorkPage The ASHRAE Handbook - Fundamentalsis an excellent source of duct system design principles and pressure drop data. Conversely, for a specified type of fitting, it is also possible to determine the required size or diameter of the component for a specified pressure drop and flow rate 1.HEATING CFM HEAT OUTPUT OF FURNACE BTUH 1.1 X TR TEMPERATURE RISE, F = HEATINGCFMModel Number E. Air Filters Mounted Internal to FurnaceMaximum Filter TypeF. LIMIT POSITION AND LOCATION G. BURNER INSTALLATION DO NOT CHANGE POSITION OF THE CHAMBER+ INSULATOR S = SLEEVE OR N = NONE H. BURNER SPECIFICATIONS AND APPLICATIONSOIL NOZZLE CAPACITY CHART NOZZLE SIZEFIRING 2 STAGE FIRING RATESCAPACITY NOZZLE SIZEMOUNTING THE 2-STAGERIELLO BURNER I. OIL TANK AND PIPING5.A readily accessible, design-certified,manual oil shutoff valve, with a non-displaceablerotor member, shall be installed in the fuel oil supply piping within 6 feet of the appliance Assembly J. OIL FILTERK. ELECTRICAL WIRIING MaximumWire size selections in Table 10 are based upon Table 310-16of the National Electrical Codefor three copper conductors, with insulation rated for 75 degrees Celsius, contained in raceway at 30 degrees Celsius. For other wire insulation temperature ratings and ambient conditions, refer to the National Electrical Codefor the minimum wire sizing requirements Thermostat Anticipator Setting Preferred method of adjustment L. Blower Motor Speed Selection Furnace Motor Current Heating Speed Set-upsOL6*A072DV5 Draw Amps/ / Watts vs= Recommended heating speed setting LOW CAPACITYHIGH CAPACITY Heating Speed Set-ups 2 - Stage OL6*X072DV5Draw Amps / Watts vs Cooling Speed Set-ups OL6**072DV5Furnace Motor Current External Static Pressure in W.CPage M. BLOWER CONTROLLER INFORMATION FOR PSC MOTOR TERMINAL DEFINITIONS & FIELD WIRINGA. Inputs B. OutputsC. Operating Modes Heat Mode PSC TROUBLE SHOOTING DIAGNOSTIC FEATURESFor Your Safety Read Before Operating N. STARTUP PROCEDURESOperating Instructions i.STOP! Read the safety information above2. Adjustment of Burner Combustion To Turn Off Oil to ApplianceCOMBUSTION HEAD SETTING FOR 2-STAGERIELLO BURNER TURN TO THE RIGHT SIGN + AIR DAMPER ADJUSTMENTTURN TO THE LEFT SIGN 1st STAGE ADJUSTMENT 2nd STAGE ADJUSTMENT3. Adjustment Of Heat Input Rate Notice Minimum return air temperature is 55F4. Setting Supply Air Temperature Rise 5. Checkout Procedure cCAUTION DO NOT ATTEMPT TO MAKE REPAIRS YOURSELF III. USERS INFORMATION SECTIONC. INSPECTION AREAS cCAUTION DO NOT ATTEMPT TO START THE BURNER WHENE. FILTER CLEANING AND LOCATION D. STARTING THE BURNERIV. INSTALLERS INSTRUCTIONS TO USER A.GENERAL INSPECTION V. DEALER MAINTENANCESAFETY DURING SERVICING AND INSPECTION C. HEAT EXCHANGER CLEANING INSTRUCTIONS B. HEAT EXCHANGERFigure 24 Heat Exchanger Clean-Outs Vacuum Hose Length OL6 8FTE. SUPPLY/RETURN AIR BLOWER Filter maintenance procedureD. ELECTRICAL SYSTEM F. SUPPLY/RETURN AIR FILTERFilter replacement G. EXTENDED APPLIANCE SHUTDOWNON STARTUP 2.Remove the furnace front door Beckett Burner Riello BurnerDiagnostic Features VII. TROUBLESHOOTINGA. DIAGNOSTICS PERSONNEL, AND NOT BY THE FURNACE OWNERB. CAD CELL CHECKOUT PROCEDURE VIII. Sequence of Operations Flow Chart Page IX. Trouble Shooting Flow Chart Page Page Page Page HEATING CUSTOMERSYSTEM Appendix - A Replacement Parts Replacement Parts for OL6F*072DPage Replacement Parts for OL6R*072D Page Appendix - B Wiring Diagrams OL6*A072D48 PSC Wiring DiagramOL6*A072DV5 ECM Wiring Diagram OL6*X072DV5 ECM 2-StageWiring Diagram