Spartherm L800 Operator's Manual
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Spartherm L800 Operator's Manual

Spartherm L800 Operator's Manual

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TEST OF A NON-CATALYTIC WOOD BURNING SINGLE BURN RATE STOVE FOR EMISSIONS AND EFFICIENCY
PER EPA METHODS 28R AND ASTM E2515 and ASTM E2780, MAY 2015
All services undertaken are subject to the following general policy: Reports are submitted for exclusive use of the clients to whom they are addressed.
This document may not be reproduced except in its entirety without the written permission from Services Polytests Services Polytests have not been
involved in any R&D design consulting regarding this unit as requested by the NSPS.
Tested:
Maxime Martin
Verified by third party certifier (CSA):
TEST REPORT
Client:
Spartherm
Maschweg 38 Melle 49324
Germany
Model Name: Spartherm L 800
Attention: Rafael Sanchez
TESTED BY:
Services Polytests inc.
695-B Gaudette
St-jean-sur-Richelieu, QC, J3B 7S7
TEST DATES: May 2
nd
and 3
REPORT DATE: May 9
Project number: PI-20288
rd
2023
th
2023
written by:
Danick Power, P. Eng

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  • Page 1 TEST OF A NON-CATALYTIC WOOD BURNING SINGLE BURN RATE STOVE FOR EMISSIONS AND EFFICIENCY PER EPA METHODS 28R AND ASTM E2515 and ASTM E2780, MAY 2015 Client: Spartherm Maschweg 38 Melle 49324 Germany Model Name: Spartherm L 800 Attention: Rafael Sanchez TESTED BY: Services Polytests inc. 695-B Gaudette St-jean-sur-Richelieu, QC, J3B 7S7...

  • Page 2: Table Of Contents

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 UMMARY Introduction ..............................4 General ..............................4 Test unit information ........................... 4 Results ..............................5 Pretest information ..........................5 Summary of test results ..........................5 Emissions .............................. 5 Weighted average calculation......................
  • Page 3 St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 Revision list: Page 2 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 4 St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 List of appendixes APPENDIX 1: Raw data, forms and results APPENDIX 2: Proportionality results APPENDIX 3: Calibration data APPENDIX 4: Unit pre burn APPENDIX 5: Participants APPENDIX 6: Drawings and specifications APPENDIX 7: Operator’s manual...

  • Page 5: Introduction

    All three unit share the same design, exact same firebox, and combustion air path.  Zero-clearance fireplace: Spartherm L 800 Z/C,  Free standing stove: Spartherm L 800 Module  Wood insert: Spartherm L 800 insert Page 4 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...

  • Page 6: Results

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 1.3 R ESULTS Emission results obtained  Weighted Average Emissions Rate: 1.3 g/hr  Weighted Average Overall Efficiency: 71 % Conformity: NSPS Phase 2020 1.4 P RETEST INFORMATION ...

  • Page 7: Weighted Average Calculation

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 2.2 W EIGHTED AVERAGE CALCULATION (E) Ave. Emission Heat Output CSA B415.1 CO Test No. Burn Rate (Kg/hr) Rate g/hr (OHE) % (BTU/HR) emission g/min 1,529 1,46...

  • Page 8: Dilution Tunnel Dual Train Precision

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 2.5 D (ASTM E2515) ILUTION TUNNEL FLOW RATE MEASUREMENTS AND SAMPLING DATA Average dilution tunnel measurements Sample Data Particulate catch Volumetric Total Volume sampled (DSCF) (mg) Burn Rate...

  • Page 9: Process Description

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 ROCESS DESCRIPTION 3.1 D ISCUSSION The heater has been received in a good shape by a carrier in April 2023. Pre-burn was done at the lab with BC Fir crib at single setting burn rate for 50 hrs.

  • Page 10: Air Supply System

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 3.3 A IR SUPPLY SYSTEM Description  Tertiary air: window wash design with air intake at the back of unit  Secondary air: secondary baffle design with air intake at the back of unit. Refer appendix 6 for drawing...

  • Page 11: Operation During Test

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 OPERATION DURING TEST All runs have been found appropriate, no anomalies happened and all runs below have been validate and found compliant. Run #1 This run was performed on May 2 2023.

  • Page 12: Sampling Methods

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 AMPLING METHODS 4.1 P ARTICULATE SAMPLING Particulates were sampled in strict accordance with ASTM E2515. This method uses two identical sampling systems with Gelman A/E 61631 binder free (or equivalent), 47 mm diameter filters. The dryers used in the sample systems are filled with "Drierite"...

  • Page 13: Appendix 1: Raw Data, Forms And Results

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 1: Raw data, forms and results Page 12 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...

  • Page 26: Wood Stove

    Code verrouillage: Description du test Test standard Run # Date 02-05-2023 Technicien Project # PI 20288 Description de l'unité Manufacturier SPARTHERM Modèle Combustion system Non-Cat Appliance type WOOD STOVE Firebox volume 1,56 cu ft. Appliance weight empty Appliance weight full Paramètres du test...
  • Page 27 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Start Barometer (kPa): Barometer (in.Hg): 29,529989 29,52998888 Dry Bulb (F): 73,1 79,8 Humidity (%): 34,1 32,8 Air velocity (ft/min) DGM #1st hour Final: 2074,560 cuft Final: 2074,560 cuft Initial: 2062,400 cuft Initial: 2062,400 cuft DGM #1...
  • Page 28 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Preload data sheet Test Load Weight: Lower Ideal Upper 9,83 10,92 12,01 Load Volume: 0,3198 cu. ft Loading Density: 7,347 lbs./ft3 Number of Spaces: Load Density (wet): 35,845 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 29,936369 Piece Size (in): Weight...
  • Page 29 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE FUEL LOAD DATA SHEET, CSA B415 Test Load Weight: Lower Ideal Upper 10,9 12,0 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,23 cu. ft Loading Density: lbs./ft3 Number of Spaces:...
  • Page 30 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Tunnel Traverse Worksheet (for velocity calculations) Static Pressure: in. H20 Barometer: 29,900 in. Hg Pour un tunnel de 12" et plus, prendre 6 lectures TUNNEL TUNNEL SQUARE VELOCITY TEMP ROOT In.
  • Page 31 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Filter set weight Ambient System 1 (g) 1st hour System 1 (g) System 2 (g) Date Heure blank (g) probe front/ Back gasket probe front/ Back gasket probe front/ Back gasket Filter 62-63...
  • Page 32 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Manufacturer: SPARTHERM Model: Overall Heating Efficiency: 70,99% Note: In the “Input data”, "Calc. % O ", "Fuel Properties", and Run: Combustion Efficiency: 98,09% “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w],...
  • Page 33 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE 93,00 0,59 0,19 7,44 157,3% 20,44 12,90 209,2 23,9 98,4% 72,8% 71,7% 94,00 0,59 0,22 7,31 161,0% 20,44 13,03 208,0 23,9 98,1% 72,7% 71,3% 95,00 0,59 0,25 7,09 167,4% 20,46 13,24 207,0 23,8...
  • Page 34 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 1,46 g/hr Burn Rate : 1,53 Dry kg/hr Test Duration: PRESSURE FACTOR: DGM 1st hr 0,956 DGM 1 0,952 BAROMETRIC PRESSURE DGM 2 0,954 Average: 29,52998888 in Hg...
  • Page 35 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Average 0,37 7,99 432,09 74,53 100,31 636,13 186,67 323,35 326,52 281,48 0,07 73,15 0,18 73,92 73,02 82,22 0,18 75,02 76,45 84,08 0,06 0,07 -0,91 -1,05 -0,98 -56,74 Mass flow DGM 1st hour DGM 1st hour Filter Mass flow 1...
  • Page 36 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE 231,0 360,9 74,8 95,3 527,0 196,3 325,5 334,4 284,2 0,00 73,2 73,0 78,6 0,19 74,6 73,9 82,7 0,18 75,9 77,0 84,0 0,06 0,06 -0,05 -1,06 -1,04 -34,3 232,0 360,2 74,7 95,2 524,4 196,5...
  • Page 37 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE unit preburn Right Back bottom Left Room Tunnel Time Flue scale Tunnel VelocityFlue draft temp temp dry bulb acquisition Pressure Pressure °F °F °F °F °F °F °F °F minutes in.
  • Page 50 Code verrouillage: Description du test Test standard Run # Date 03-05-2023 Technicien Project # PI 20288 Description de l'unité Manufacturier SPARTHERM Modèle Combustion system Non-Cat Appliance type WOOD STOVE Firebox volume 1,56 cu ft. Appliance weight empty Appliance weight full Paramètres du test...
  • Page 51 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Start Barometer (kPa): 100,1 100,2 Barometer (in.Hg): 29,559519 29,58904886 Dry Bulb (F): 75,3 79,5 Humidity (%): 33,1 34,1 Air velocity (ft/min) DGM #1st hour Final: 2086,980 cuft Final: 2086,980 cuft Initial: 2074,830 cuft Initial:...
  • Page 52 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Preload data sheet Test Load Weight: Lower Ideal Upper 9,83 10,92 12,01 Load Volume: 0,2985 cu. ft Loading Density: 7,473 lbs./ft3 Number of Spaces: Load Density (wet): 39,062 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 32,592259 Piece Size (in): Weight...
  • Page 53 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE FUEL LOAD DATA SHEET, CSA B415 Test Load Weight: Lower Ideal Upper 10,9 12,0 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,23 cu. ft Loading Density: lbs./ft3 Number of Spaces:...
  • Page 54 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Tunnel Traverse Worksheet (for velocity calculations) Static Pressure: in. H20 Barometer: 29,900 in. Hg Pour un tunnel de 12" et plus, prendre 6 lectures TUNNEL TUNNEL SQUARE VELOCITY TEMP ROOT In.
  • Page 55 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Filter set weight Ambient System 1 (g) 1st hour System 1 (g) System 2 (g) Date Heure blank (g) probe front/ Back gasket probe front/ Back gasket probe front/ Back gasket Filter 69-70...
  • Page 56 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Manufacturer: SPARTHERM Model: Air Fuel Ratio (A/F) Overall Heating Efficiency: 71,19% Dry Molecular Weight (M Note: In the “Input data”, "Calc. % O ", "Fuel Properties", and Dry Moles Exhaust Gas (N...
  • Page 57 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE 59,00 1,64 0,09 10,33 88,5% 20,25 9,87 263,8 24,6 99,5% 73,2% 72,9% 11,4 1,64 66,48 60,00 1,59 0,10 10,28 89,2% 20,25 9,92 263,5 24,1 99,5% 73,1% 72,8% 11,4 1,59 67,40 61,00 1,55 0,10...
  • Page 58 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE 139,00 0,18 0,94 4,86 238,9% 20,56 15,23 163,8 24,3 87,2% 70,9% 61,8% 19,9 0,18 96,22 140,00 0,18 0,94 4,84 239,6% 20,56 15,25 163,2 24,3 87,1% 70,9% 61,8% 19,9 0,18 96,22 141,00 0,14 0,95...
  • Page 59 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 1,10 g/hr Burn Rate : 1,49 Dry kg/hr Test Duration: PRESSURE FACTOR: DGM 1st hr 0,958 DGM 1 0,955 BAROMETRIC PRESSURE DGM 2 0,958 Average: 29,57428387 in Hg...
  • Page 60 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Average 0,39 7,73 425,39 75,53 99,62 625,37 188,35 324,08 330,13 278,82 0,07 73,76 0,18 74,54 73,72 83,46 0,18 75,50 77,13 83,17 0,06 0,07 -0,91 -1,00 -0,91 -53,60 Mass flow DGM 1st hour DGM 1st hour Filter Mass flow 1...
  • Page 61 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE 312,0 360,7 76,8 95,1 532,7 202,3 330,4 342,6 288,4 0,00 74,0 73,8 79,6 0,18 75,7 74,9 83,9 0,18 76,8 77,9 83,8 0,06 0,06 -0,06 -1,03 -0,97 -22,0 313,0 359,0 76,3 95,1 528,9 202,8...

  • Page 62: Appendix 2: Proportionality Results

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 2: Proportionality results Page 13 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 63 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Average Average Average Average Average 15,39 Inlet + Inlet + Inlet + 0,240 Outlet Outlet Outlet Average Average Average #1st Hr Tunnel Temp. Temp. Temp. 97,92 101,44 100,33 System 1st Hr System 1 System 2 SQRT...
  • Page 64 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE 15,443 532,983 533,8 536,3 101,1 99,9 0,000 0,180 0,180 0,240 15,656 532,994 533,8 536,3 99,7 98,7 0,000 0,180 0,181 0,244 15,537 532,999 533,8 536,3 100,4 99,3 0,000 0,180 0,181 0,242 15,488 533,013 533,8...
  • Page 65 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE Average Average Average Average Average 15,27 Inlet + Inlet + Inlet + 0,239 Outlet Outlet Outlet Average Average Average #1st Hr Tunnel Temp. Temp. Temp. 98,32 101,86 101,49 System 1st Hr System 1 System 2 SQRT...
  • Page 66 DATA 2023-05-03 EPA PI 20288 RUN 2 SINGLE BURN RATE 15,267 533,731 534,6 536,9 102,1 101,8 0,000 0,180 0,181 0,239 15,387 533,717 534,6 536,9 101,4 101,1 0,000 0,180 0,181 0,241 15,386 533,747 534,6 536,9 101,5 101,0 0,000 0,181 0,181 0,241 15,132 533,757 534,6...

  • Page 67: Appendix 3: Calibration Data

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 3: Calibration data Page 14 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...

  • Page 68: Test Equipment

    TEST DATA PACKAGE CLIENT Spartherm PROJECT NUMBER PI-20288 PRODUCT Wood heater SAMPLE ID# QI-20445 MODEL L 800 STANDARDS EPA, Method 28R, ASTME2515-11, single burn rate TEST EQUIPMENT ITEM EQUIPMENT TYPE MANUFACT EQUIPMENT CALIBRATION COMPLIES WITH URER DUE DATE STANDARD REQUIREMENTS...

  • Page 154: Appendix 4: Unit Pre Burn

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 4: Unit pre burn Page 15 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 155 aging 2023-04-27 Right Back bottom Left Room Temps Flue scale temp temp acquisition °F °F °F °F °F °F °F minutes moisture content each pieces 22-23-21-22-21 67,2 66,2 65,8 65,6 65,7 66,0 65,7 271,4 66,4 65,8 65,6 65,7 71,1 65,7 303,3 66,5 65,8...
  • Page 156 aging 2023-04-27 257,7 69,4 235,3 158,0 227,7 422,1 244,6 256,0 69,3 235,9 159,1 228,9 418,4 244,9 254,4 69,2 236,0 159,9 230,8 414,8 245,4 252,2 69,4 236,5 161,2 233,1 411,4 245,8 250,8 69,3 236,9 161,9 235,2 408,2 246,3 249,4 69,1 237,3 163,2 237,4 405,0...
  • Page 157 aging 2023-04-27 384,5 71,1 270,6 177,8 290,7 643,9 260,7 382,6 71,2 272,2 178,1 292,3 642,5 261,7 381,2 70,9 272,6 179,2 292,8 640,9 262,8 379,4 70,9 274,0 179,2 293,2 639,2 263,9 377,3 71,1 275,1 180,0 294,4 637,5 264,8 376,4 71,0 276,7 180,5 295,6 635,4...
  • Page 158 aging 2023-04-27 434,6 71,0 311,7 181,0 308,4 709,3 306,5 434,1 70,8 312,1 180,9 307,8 708,6 307,5 433,1 70,5 312,7 181,3 307,5 707,9 308,1 432,3 70,1 313,6 180,5 307,3 707,0 308,4 430,7 69,5 314,9 180,0 306,5 705,8 309,2 431,5 69,2 315,0 180,1 306,0 704,6...
  • Page 159 aging 2023-04-27 482,2 71,1 26,2 311,3 206,4 320,9 722,1 320,3 482,7 71,1 26,1 311,6 206,4 320,6 728,1 321,1 483,2 71,3 25,9 312,1 206,2 320,5 734,0 321,7 483,2 71,3 25,7 312,4 206,3 320,4 739,2 322,5 484,3 71,5 25,5 312,7 206,4 320,0 743,7 323,2 485,0...
  • Page 160 aging 2023-04-27 317,6 73,1 17,2 332,4 203,1 324,6 585,8 356,2 315,2 73,2 17,1 332,3 203,7 325,6 582,1 356,0 313,3 73,3 17,1 332,1 203,6 325,8 578,2 355,9 312,0 73,2 17,1 332,0 204,1 326,2 574,2 355,6 310,0 73,2 17,1 331,9 204,5 326,7 570,0 355,4 307,7...
  • Page 161 aging 2023-04-27 247,6 71,3 15,8 291,9 195,9 321,2 417,0 311,7 247,5 71,4 15,8 291,7 195,9 321,6 416,2 311,4 247,0 71,4 15,8 291,4 195,8 321,5 415,4 311,0 246,2 71,4 15,8 290,3 195,1 320,6 414,7 310,7 245,7 71,6 15,8 290,4 195,2 320,7 413,8 310,3 245,5...
  • Page 162 aging 2023-04-27 215,5 69,9 14,7 258,2 180,1 290,1 344,5 271,1 215,2 70,0 14,7 257,8 179,8 290,1 343,8 270,7 214,9 69,9 14,7 257,4 180,0 289,2 343,0 270,3 214,5 70,0 14,7 257,1 179,8 288,8 342,3 269,8 214,3 69,9 14,7 256,8 179,1 287,9 341,5 269,5 213,7...
  • Page 163 aging 2023-04-27 290,2 65,7 11,3 92,2 74,3 93,4 274,9 89,3 296,3 65,7 11,2 94,0 75,0 94,5 292,0 91,1 300,9 65,8 11,1 95,9 75,8 95,6 308,9 92,9 304,2 65,8 11,0 97,8 76,7 96,7 324,9 94,7 307,2 65,8 10,9 99,7 77,5 97,8 340,1 96,7 310,7...
  • Page 164 aging 2023-04-27 328,6 68,3 276,8 192,2 328,6 582,3 282,5 326,3 68,0 278,0 193,7 330,1 577,3 283,2 324,5 68,3 279,2 195,8 335,5 572,5 284,0 322,1 68,5 280,0 197,5 339,7 567,8 284,7 319,5 68,2 280,8 199,4 344,3 563,3 285,4 316,2 68,5 282,0 201,4 347,2 558,8...
  • Page 165 aging 2023-04-27 397,4 68,5 10,8 284,4 222,2 415,7 590,5 279,7 398,6 68,6 10,6 284,7 222,9 416,3 597,7 280,2 399,6 68,6 10,5 284,8 222,3 413,9 604,3 280,8 400,8 68,6 10,4 285,1 220,6 411,2 610,2 281,3 403,5 68,2 10,2 285,5 220,6 411,0 616,6 282,0 405,1...
  • Page 166 aging 2023-04-27 1020 299,7 71,5 323,4 240,6 417,1 529,7 344,5 1021 296,7 71,8 323,1 240,0 417,7 525,8 344,6 1022 294,2 71,3 323,1 240,3 416,6 521,5 344,6 1023 291,2 71,4 322,7 241,0 417,7 517,1 344,5 1024 289,5 71,7 322,4 240,8 418,7 513,0 344,5 1025...
  • Page 167 aging 2023-04-27 1113 371,2 71,0 11,2 287,7 223,7 393,4 469,6 306,4 1114 369,1 70,8 11,1 287,0 223,2 392,6 480,4 306,3 1115 369,5 71,3 11,0 286,6 221,6 392,0 491,3 306,2 1116 369,1 71,6 10,9 286,5 220,6 390,7 501,9 306,2 1117 370,4 71,4 10,8 286,2...
  • Page 168 aging 2023-04-27 1206 337,5 73,9 324,4 201,0 346,4 579,9 324,8 1207 334,9 74,0 324,3 201,7 346,9 576,8 324,6 1208 333,8 74,1 324,5 202,9 346,8 573,7 324,5 1209 332,6 74,3 324,5 203,4 347,5 570,7 324,3 1210 330,5 73,4 323,8 203,8 348,0 567,9 324,2 1211...
  • Page 169 aging 2023-04-27 1299 479,0 76,7 340,2 212,8 360,3 722,1 350,8 1300 476,8 76,5 340,6 212,7 361,1 719,4 351,4 1301 476,2 76,8 340,8 212,6 360,6 716,9 352,1 1302 475,2 76,7 341,3 212,9 360,5 714,7 352,6 1303 472,1 76,8 341,3 212,7 360,6 712,2 353,0 1304...
  • Page 170 aging 2023-04-27 1392 299,4 74,4 308,8 207,1 365,2 419,0 325,0 1393 298,8 74,5 308,2 207,0 364,8 417,9 324,3 1394 297,6 74,4 307,5 206,4 364,6 416,8 323,8 1395 297,8 74,5 306,7 206,1 364,1 415,7 323,2 1396 296,3 74,5 305,9 206,1 363,9 414,5 322,6 1397...
  • Page 171 aging 2023-04-27 1485 266,4 73,6 264,9 189,7 341,7 353,2 283,3 1486 265,3 73,7 264,2 189,5 341,4 352,3 282,9 1487 265,0 73,7 264,3 189,9 341,0 351,4 282,5 1488 264,3 73,6 263,3 189,5 340,6 350,5 282,1 1489 264,3 73,6 263,4 189,4 340,3 349,6 281,8 1490...
  • Page 172 aging 2023-04-27 1578 264,7 71,6 171,7 120,7 198,3 371,2 179,8 1579 266,7 71,7 172,7 121,2 199,4 366,1 180,9 1580 269,1 71,5 174,0 121,8 199,1 361,9 182,0 1581 271,8 71,0 175,0 122,1 200,0 358,7 182,9 1582 273,0 70,5 176,1 122,1 200,3 356,2 183,7 1583...
  • Page 173 aging 2023-04-27 1671 237,8 73,1 276,8 172,8 280,2 375,5 298,4 1672 235,5 73,1 276,1 172,5 280,1 369,0 297,3 1673 234,5 73,1 275,3 172,0 280,6 362,9 296,0 1674 236,2 73,1 275,3 171,7 278,6 357,4 294,9 1675 238,3 73,2 273,9 171,5 279,6 352,4 293,7 1676...
  • Page 174 aging 2023-04-27 1764 361,3 73,6 316,3 177,7 271,5 623,7 325,2 1765 359,3 73,8 317,6 178,6 272,0 621,4 326,0 1766 357,1 73,7 318,2 178,6 271,3 618,9 326,5 1767 353,2 73,7 318,4 179,3 275,9 615,8 327,1 1768 347,7 73,6 318,4 180,2 276,0 611,7 327,6 1769...
  • Page 175 aging 2023-04-27 1857 498,6 70,1 104,9 70,7 86,8 456,3 91,5 1858 504,7 70,3 109,8 71,4 89,5 483,3 94,6 1859 511,3 70,6 114,6 72,3 92,4 509,7 98,0 1860 520,0 70,6 119,0 73,2 95,5 534,8 101,3 1861 520,8 71,0 122,8 74,1 98,7 558,4 104,7 1862...
  • Page 176 aging 2023-04-27 1950 414,1 75,6 272,9 150,4 246,3 723,3 287,3 1951 21-22-23 432,1 75,7 10,7 273,9 148,3 248,0 717,3 288,6 1952 420,9 76,4 10,6 275,1 149,7 250,5 699,0 291,2 1953 438,6 76,9 10,5 276,3 151,8 254,1 679,4 293,4 1954 451,5 76,5 10,3 277,3...
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  • Page 189: Appendix 5: Participants

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 5: Participants Page 16 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 190 Danick Power ing. v-p operation Services Polytests inc. 450.741.3636 www.polytests.com Maxime Martin Technicien Services Polytests inc. 450.741.3636 www.polytests.com...

  • Page 191: Appendix 6: Drawings And Specifications

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 6: Drawings and specifications Page 17 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 192 Drawn: Product: Tested: Spartherm-800 L-INSERT-P6 Modifications Name Date Maschweg 38;D-49324 Melle Filename.: L.M.L800-P6.asm Gen.: tel. 0 54 22/94 410; fax 0 54 22/94 41 14 Dft - Filename.: Format: Mass: Page: 29-2023-740-031.001 Spartherm-800 L-INSERT-P6.dft Scale Drawing-No.: 29-2023-740-031.001 Dxf - Filename.:...

  • Page 193: Appendix 7: Operator's Manual

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 7: Operator’s manual Page 18 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 194 Installation and Operating Instructions MASONRY INSERT The Spartherm wood insert have been tested and certified by CSA based on the following standards: UL 127 / ULCS628. EPA : U.S.ENVIRONMENTAL PROTECTION INSERT-800 AGENCY Certified to comply with 2020 emissionstandards using crib wood wood.

  • Page 195: Safety Information

    INTRODUCTION AND UNIT DESCRIPTION PLEASE REFER TO WARRANTY CONDITIONS IN THE or similar mechanical blower, as this could affect Safe Wood-Burning Practices SPARTHERM INSERT-800 . MANUAL. the combustion oft the wood insert or increase the possibility of smoke leakage. When using your wood burning appliance, follow these PLEASE READ THIS ENTIRE MANUAL BEFORE YOU INSTALL ‘‘U.S.
  • Page 196 TABLE OF CONTENTS CHIMNEY LINER INSTALLATION CLEANING THE GLASS CERAMIC SHEET INTRODUCTION AND UNIT DESCRIPTION LISTED CHIMNEYS CARE OF PLATED PARTS SAFETY INFORMATION EXAMPLES OF TYPICAL INSTALLATIONS REPLACEMENTS SAFE WOOD-BURNING PRACTICES MASONRY EXPLODED VIEW TABLE OF CONTENTS CONVECTION TROUBLESHOOTING SPECIFICATIONS Cassette Insert 600/700 FINISHING –BRICKS AND BAFFLE PLATE GENERAL WARRANTY TERMS AND CONDITIONS INSTALLATION OVERVIEW...

  • Page 197: Installation Overview

    SPECIFICATIONS MASONRY INSERT-800 1. INSTALLATION OVERVIEW Spartherm L 800 Insert Insert-800 Weight of Insert 286 lbs Insert exterior: Width/depth/height h 24 3/16‘‘‘ (inches) w 30 13/16‘‘ d 18 11/16‘‘ Recommended amount of wood when fueling (lbs/kg) wood: 2-3 2,3 kg/hr logs of wood of app.

  • Page 198: Introduction

    The Spartherm masonry insert have been tested and away to avoid burns or clothing ignition. As with all plastic bags, these are not toys and...

  • Page 199: Examples Of Identification Plates

    U.S. Enviroment Protection Agency: Certified to comply with 2020 Particulate emission standards using crib wood: emission rate 1.3 g/hr Particulate emission standards using crib wood: emission rate 1.3 g/hr Model: Spartherm Cassette 800 Insert Model: Spartherm Cassette 800 Insert Date of Manufacture...

  • Page 200: Dimensions

    2.2 DIMENSIONS Insert-800 18 11/16” (474 mm) 30 3/16” (766 mm) 24 3/16” (614 mm) 30 13/16” (782 mm) 6“ (153 mm) Example shown: 800...

  • Page 201: Specification

    2.3 SPECIFICATION 2.5 GENERAL INFORMATION Expansion / contraction noises during heating up and • cooling down cycles are normal and to be expected. Fire chamber Minimum Power Maximum power Efficiency* Chimney type Unit weight ideal fuel size • The chimney vent system used on your wood volume burning appliance should be designed with the After extended periods of non-operation such as...

  • Page 202: Combustion Air

    To connect the separate combustion air directly to the unit you need to have the right separate combustion air connector Ø 5”. Fix the connector directly to the unit. It can be oriented to the left side, right side or to the back. Spartherm 800 insert combustion air intake. Grills The combustion air ducts will be protected at the outside by a grill.

  • Page 203: Closure Valve

    CLOSURE VALVE PLEASE NOTE: COMBUSTION AIR INTAKE REQUIREMENTS. Please contact your dealer who offers suitable parts OUTSIDE AIR INLET MUST REMAIN CLEAR OF LEAVES, for air inlet ducts (pipes and damper). DEBRIS ICE AND/OR SNOW OR ANY OTHER OBSTA- It is recommended that the 5” Combustion air intake CLES.

  • Page 204: Placement

    2- ". 4. INSTALLATION Spartherm L800 Insert Distance to furniture Clearance Requirements The recommend minimum distance from stove to fur- 4.1 HEARTH EXTENSION niture is 48 inches. Note that some furniture is more A−A easily affected by heat and may need to be moved to greater distance.

  • Page 205: Distance To Combustible Mantle

    4.1.1 800 INSERT 4.2 DISTANCE COMBUSTIBLE MANTLE 4.5 CHIMNEY LINER INSTALLATION This wood insert is designed and approved for installa- tion with the following brands of chimney liner measuring 6” and 7” (152 and 178mm) in diameter. 4.5.1 LISTED CHIMNEYS This appliance must be installed with a listed 6 and 7”...

  • Page 206: Examples Of Typical Installations

    4.5.4 EX AMPLES OF T YPICAL INSTALLATIONS This appliance must be installed with a listed 6“(150mm) or 7“ (178mm) chimney system approved. under the following standards: The chimney liner must conform to the Class 3 requirements of CAN/ rain cap ULC-S635, Standard for Lining Systems for Existing Masonry or Factory-Built Chimneys and Vents, or chimney...

  • Page 207: T Ypical Existing Masonry

    4.6 MASONRY n Canada: Install only flexible or solid chimney liner from the top of the chimney to the insert flue collar. 4.6.1 T YPICAL EXISTING MASONRY Attach a stainless steel liner connector or elbow to the liner and insert onto the flue collar. Fasten with three screws.

  • Page 208: Convection

    5. FINISHING 4.7 CONVECTION 5.1 BRICKS AND BAFFLES Circulation of convection air INSTALLATION The convection air enters into the wood insert via the inlet at the bottom of the wood insert. The hot air for convection comes out of the wood insert via the front outlet. WARNING OPERATION OF THE APPLIANCE WITHOUT THE BAF- Circulation of convection air...
  • Page 209 Masonry Insert 800...

  • Page 210: Door Removal/Installation

    5.2 DOOR REMOVAL / INSTALLATION WARNING BURNING YOUR APPLIANCE WITH THE DOORS OPEN OR AJAR CREATES A FIRE HAZARD THAT MAY RESULT IN A HOUSE AND/OR CHIMNEY FIRE. DO NOT STRIKE OR SLAM DOOR. NEVER REMOVE THE DOOR WHEN THE APPLIANCE IS HOT.

  • Page 211: Operation

    START UP AND RE-FUELING. ALWAYS WEAR get smaller and lazier because less oxygen is getting Spartherm L 800 insert has a PRE SET COMBUSTION GLOVES TO PREVENT INJURY. DO NOT LEAVE THE PLEASE USE THE GLOVE THAT IS SUPPLIED WHEN into the combustion chamber.
  • Page 212 WARNING!!! The Spartherm 800 insert has a pre-set combustion DOOR ASSEMBLY - SPARE PARTS. air system. HOT GLASS – WILL CAUSE BURNS. ROBAX 4MM CERAMIC GLASS. USE ONLY AS PER MANUFACTURERS STANDARD AND SPARE PARTS. DO NOT TOUCH GLASS UNTIL COOLED WARNING NEVER!!! ALLOW CHILDREN TO TOUCH THE GLASS.

  • Page 213: Fire Extinguishers/Smoke Detectors

    6.1 FIRE EXTINGUISHERS / SMOKE 6.3 LIGHTING A FIRE backside of the firebox or, if not present, to 50% of the Firewood should be split, stacked in a manner that air DETECTORS fireboxes backside height and burn at a medium low can get to all parts of it and covered in early spring to setting.

  • Page 214: Flash Fire

    7. MAINTENANCE 6.3.2 EXTENDED FIRE 6.3.3 SMOKING 11. When the wood has been completely burnt and only embers are remaining from the initial wood added to the fire, new wood can now be added as required Load your larger pieces of wood compactly, packed A properly installed appliance should not smoke.

  • Page 215: Ash Removal Procedures

    7.1 ASH REMOVAL PROCEDURES 7.5 GLASS REPLACEMENT the heating season to determine if a creosote buildup information on how to handle a chimney fire. has occurred. If creosote has accumulated it should be • After the chimney fire is out, clean and inspect removed to reduce the risk of a chimney fire.

  • Page 216: Cleaning The Glass Ceramic Sheet

    WILL BE REQUIRED TO HONOUR THE CLAIM. When WARNING ordering replacement parts always give the following information: All Spartherm inserts are supplied with Robax glass Model & Serial Number of appliance in the door. Installation date of appliance Robax is a ceramic glass.

  • Page 217: Exploded View

    Stove doesn’t • Wood is too wet. burn hot • Insufficient draft? Add more pipe. Spartherm Feuerungstechnik GmbH gives a 5-year enough. • Not enough air? Also ensure that the air opening warranty on: is not obstructed.

  • Page 218: Requirement Of Effectiveness For The Warranty

    We particu- If such proof is not produced Spartherm Feuerung- larly advise you to have your wood insert/ stechnik GmbH shall not be obliged to honour the stove serviced regularly by a stove fitter.

  • Page 219: For Your Information

    10.6 FOR YOUR INFORMATION...

  • Page 220: Service History

    11. SERVICE HISTORY Appliance Service History This heater must be serviced annually depending on usage. Date Dealer Name Service Technician Name Service Performed Special Concerns...
  • Page 221 SPARTHERM THE GLOBAL BRAND FOR YOUR LIVING ROOM Your specialist dealer Spartherm Feuerungstechnik GmbH · Maschweg 38 · 49324 Melle Phone +49 5422 94 41-0 · www.spartherm.com...
  • Page 222 U.S. Enviroment Protection Agency: Certified to comply with 2020 Particulate emission standards using crib wood: emission rate 1.3 g/hr Particulate emission standards using crib wood: emission rate 1.3 g/hr Model: Spartherm Cassette 800 Insert Model: Spartherm Cassette 800 Insert Date of Manufacture...

  • Page 223: Appendix 8: Photographs Of Test Set Up

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 8: Photographs of test set up Page 19 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 224 Dilution picture Dia 8 no. EG-029 Polytests Services Inc. 695 B rue Gaudette,St-Jean-sur-Richelieu Québec, Canada, J3B 7S7 Velocity ports at 90 degrees and tunnel temperature sensor location Particulate sample extraction ports located 48 inches under (requirement 4D=32 inches minimum) velocity ports and 18 inches above downstream Tee.
  • Page 225 Last elbow from horizontal run 8 inches diameter stainless steel pipe Velocity ports located 138 inches downstream of the last elbow (requirement 8D=64 inches minimum) and 48 inches upstream of the sampling ports (requirement 4D=32 inches minimum) Total length between hood and sampling port: 23 feet.
  • Page 226 Two 8 inches elbow with horizontal mixing section. 60 inches horizontal run between two elbows. Mixing section, No mixing baffle. 8 inches diameter pipe Hood diameter 32 (requirement 4D=32 inches minimum) inches and height of 24 inches (requirement 3D=24 inches minimum) All pipe joints are sealed.
  • Page 227 Stack sampling Gas analysis and temperature probe chimney support : Temperature and gas analyser sampling ports located 9 feet above platform : Exhaust system support bracket...
  • Page 228 Draft sampling : Draft sampling port located 6 in. from the flue outlet...
  • Page 229 Equipment’s : Acquisition system : Vacuum pump : Digital manometer : Digital read out for mass flow meter : Digital vacuum gage : Mass flow meter...
  • Page 230 Gaz analyser Reference dry gas meter...
  • Page 231 Dry gas meter for train 1, train 2 and room filter.
  • Page 232 Dilution tunnel sample system...
  • Page 233 Dilution tunnel...

  • Page 234: Appendix 9: Test Load Photographs

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 9: Test load photographs Page 20 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 235 Air inlet position single burn rate...
  • Page 236 Front view stove setup Left side view of the Stove Back side view of the stove Right side view of the stove...
  • Page 237 Run 1 May 2 2023 Testing load Preburn load Charcoal / coal bed for load Load in stove...
  • Page 238 Run 2 May 3 2023 Testing load Preburn load Charcoal / coal bed for load Load in stove...

  • Page 239: Appendix 10: Laboratory Operating Procedures

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 10: Laboratory Operating Procedures Page 21 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 240 POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE INTRODUCTION This document provides a step-by-step guide for the technician conducting tests to EPA standard requirements. Procedures outlined here, when followed, will result in tests in conformance with EPA Methods 28R, ASTME2780, ASTME2515, ASTM E2618, Method 28WHH, Method 28 PTS, Method ALT-125, ASMTE 3053, ALT-134, ASTME2779 The primary measurements to be made are particulate emissions rates.

  • Page 241: Incoming Inspection

    POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE APPLIANCE INSPECTION AND SET-UP INCOMING INSPECTION Check for completeness of unit including parts, accessories, installation and operating instructions, drawings and specifications etc. Note any discrepancies or missing parts or information. Check for shipping damage.
  • Page 242 POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Unit is to be placed on scale for testing. Prior to proceeding with verification process, scale should be turned on and allowed to warm up for one (1) hour minimum. Zero scale and check calibration with standard weights.

  • Page 243: Gas Analysis

    POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE SAMPLING SYSTEM – SET-UP GAS ANALYSIS Instruments should be turned on and allowed to warm up for one (1) hour minimum. Calibrate analyzers as follows: NOTE: Prior to proceeding with calibration, make sure to use NIST traceable calibration gas bottles.
  • Page 244 POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Connect filter to first impinger and sample line to last impinger. Leak check system as follows. Plug probe. Turn on sample system. Observe sample flow rotometer and vacuum gauge. If necessary, use vacuum; adjust valve to set vacuum to the maximum inches Hg.
  • Page 245 POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE NOTE: If mark, system is leaking too much and all seals should be checked. Calculate leakage rate as follows. System 1: (DGM – DGM ) = CFM System 2: (DGM –...

  • Page 246: Unit Start-Up

    POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Measure and record moisture content of each fuel piece using Delmhorst moisture meter. Determine if fuel load moisture content is in required range. If not, construct new load using wood with required moisture content.
  • Page 247 POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE TEST RUN Once the targeted test fuel bed weight is obtained, the test is to be started as follows: Insert the sample probes into the tunnel being careful not to hit sides of tunnel with probe tip.

  • Page 248: Calculation Of Results

    POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE remove filter holder and probes from tunnel and impingers from sample line. POST TEST PROCEDURES SAMPLE RECOVERY – FILTER TRAINS Carefully clean outside of probes and filter housings with alcohol. Disassemble filter holder and transfer filters to clean petri dish.

  • Page 249: Appendix 11: Sample Calculations

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 11: Sample calculations Page 22 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 250 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Validation du fichier de calcul avec les équations provenant des normes: ASTM E2515-11 ASTME2618 Dry burn rate (BR) Equation used B415.1, 13.4 Nomenclature Dry wood burn rate, kg/hr (lb/hr) Total mass of wood burned (wet basis) during the test run, kg (lb) Total time of test run, minutes Average moisture in test fuel charge, wet basis, % To convert from dry basis to wet basis: % moisture wet basis =...
  • Page 251 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Volume of gas sample corrected to dry standard conditions (V m(std) Equation used ASTM 2515, equation 6 Nomenclature Volume of gas sample , corrected to standard conditions, dscm (dscf) m (std) 17.64 R/in Hg Volume of gas sample DGM calibration factor...
  • Page 252 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Total amount of particulate matter collected (m Equation used ASTM 2515, equation 12 Nomenclature Total amount of particulate matter collected, mg Particulate matter collected on filters, mg 1 + F2 Post-test weight gain of probe and filter holder assembly, mg Sample calculation Data...
  • Page 253 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Particulate concentration (C Equation used ASTM 2515, equation 13 Nomenclature Concentration of particulate matter in stack gas or dilution tunnel, dry basis, corrected to standard conditions, g/dsm (g/dscf) Total amount of particulate matter collected in the sampling train, mg Volume of gas sample measured corrected to dry standard conditions, dsm (dscf) m(std)
  • Page 254 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Particulate concentration for room air (C Equation used ASTM 2515, equation 14 Nomenclature Concentration of particulate matter in room air, dry basis, corrected to standard conditions, g/dsm (g/dscf) Total amount of particulate matter collected in the sampling train, mg Volume of room air sample measured corrected to dry standard conditions, dsm (dscf) mr(std)
  • Page 255 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Adjustment factor for alternative pitot tube placement (FP) Equation used ASTM 2515, equation 1 Nomenclature Average gas velocity caclulated after the Pitot tube traverse strav Average gas velocity at the center of the dilution tunnel cacluated after the multi- point Pitot traverse scent Adjustment factor for center of tunnel pitot tube placement...
  • Page 256 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Average dilution tunnel gas velocity (V Equation used ASTM 2515, equation 9 Nomenclature Average dilution tunnel gas velocity, m/s (ft/s) Pitot tube constant For the metric units: For English units: Pitot tube coefficient (use 0.99 for standard pitot tube, 0.84 may be used for S-type tubes constructed according to Method 2 specifications) Pitot tube correction factor...
  • Page 257 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Average dilution tunnel gas flow rate (Qstd) Equation used ASTM 2515, equation 3 Nomenclature Total gas flow rate corrected to dry standard conditions, dsm /min (dscf/min) Conversion factor minutes per hour Water vapour in the dilution tunnel stream, proportion by volume (may be assumed to be 2%) Average dilution tunnel gas velocity, m/s (ft/s)
  • Page 258 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Particulate emission rate (E) Equation used Nomenclature Particulate emission rate, g/hr Concentration of particulate matter in stack gas or dilution tunnel gas, dry basis corrected to standard conditions, g/dscm (g/dscf) Concentration of particulate matter in room air, g/dscm (g/dscf) Total gas flow rate, dry basis corrected to standard conditions, dsm...
  • Page 259 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Total particulate emission rate (E Equation used ASTM 2515, equation 15 Nomenclature Total particulate emission, g Concentration of particulate matter in stack gas or dilution tunnel gas, dry basis corrected to standard conditions, g/dscm (g/dscf) Concentration of particulate matter in room air, g/dscm (g/dscf)
  • Page 260 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Average gas velocity in dilution tunnel during each min interval, i, of the test run Equation used ASTM 2515, equation 10 Nomenclature Average gas velocity in dilution tunnel during each min interval, i of the test run m/sec (ft/sec) Pitot tube correction factor Pitot tube constant...
  • Page 261 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Percent of proportional sampling rate (PR) Equation used B415, equation 13.1 Nomenclature Percent of proportional sampling rate (%) Total sampling time, min Time of interval, 1 min Volume of gas sample measured by the DGM, dsm (dscf) Volume of gas sample measured by the digital mass flow controller during the i mi(std)
  • Page 262 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Filter face velocity check Equation used Nomenclature Maximum filter face velocity during the test run, m/min (ft/min) Largest 1 minute interval metered gas volume value recorded during the test run, (dcf) Filter area exposed to gas sample during train operation, m2 (ft Sample calculation...
  • Page 263 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Dual train precision Equation used Nomenclature Dual train Deviation between emission’s train 1 and 2 precision Train 1 Total emission for train 1 Train 2 Total emission for train 2 Sample calculation Data Train 1...
  • Page 264 DATA 2023-05-02 EPA PI 20288 RUN 1 SINGLE BURN RATE Analyzer drift checks Equation used Nomenclature The change in analyzer response to calibration gas over the duration of the test run Drift The difference between the analyzer response at the end of the test run and the Span The upper limit of the instrument range, ppmv or % Sample calculation...

  • Page 265: Appendix 12: Volume Calculations

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 12: Volume calculations Page 23 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 266 Tested: Spartherm-800 L-INSERT-P6 Modifications Name Date Maschweg 38;D-49324 Melle Filename.: L.M.L800-P6.asm Gen.: tel. 0 54 22/94 410; fax 0 54 22/94 41 14 Dft - Filename.: Format: Mass: Page: 29-2023-740-031.004 Spartherm-800 L-INSERT-P6_combustion chamber volume.dft Scale Drawing-No.: 29-2023-740-031.004 Dxf - Filename.:...
  • Page 267 Tested: Spartherm-800 L-INSERT-P6 Modifications Name Date Maschweg 38;D-49324 Melle Filename.: L.M.L800-P6.asm Gen.: tel. 0 54 22/94 410; fax 0 54 22/94 41 14 Dft - Filename.: Format: Mass: Page: 29-2023-740-031.004 Spartherm-800 L-INSERT-P6_combustion chamber volume.dft Scale Drawing-No.: 29-2023-740-031.004 Dxf - Filename.:...

  • Page 268: Appendix 13: Operating Instruction

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 13: Operating instruction Page 24 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 269 Opera ng instruc on for Spartherm 800  Start the appliance with 4.5 lbs kindling  Keep the door slightly open for a good igni on  Add the 11.6 lbs preload when the scale reach 1.2 lbs  Keep the door slightly open for 6 minutes for a good igni on ...

  • Page 270: Appendix 14: Drawing Air Flow Pattern

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 14: Drawing Air flow pattern Page 25 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 271 Drawn: Product: Tested: Spartherm-800 L-INSERT-P6 Modifications Name Date Maschweg 38;D-49324 Melle Filename.: L.M.L800-P6.asm Gen.: tel. 0 54 22/94 410; fax 0 54 22/94 41 14 Dft - Filename.: Format: Mass: Page: 29-2023-740-031.001 Spartherm-800 L-INSERT-P6.dft Scale Drawing-No.: 29-2023-740-031.001 Dxf - Filename.:...

  • Page 272: Appendix 15: 30 Days Notice, Wha, Others

    St-Jean-sur-Richelieu, May 9 2023 Client: Spartherm Project : PI-20288 Model : Spartherm L800 APPENDIX 15: 30 days notice, WHA, Others Page 26 of 26 M_rap_EPAwoodstove V1 – 2015 july 30...
  • Page 276 APPLICATION FOR US EPA WOOD HEATER CERTIFICATION PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ U.S. ENVIRONMENTAL PROTECTION AGENCY (EPA) 2015 Standards of Performance for New Residential Wood Heaters, New Residential Hydronic Heaters and Forced-Air Furnaces Application 40 CFR PART 60 SUBPARTS AAA AND QQQQ Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements.

  • Page 277: General Information

    APPLICATION FOR A CERTIFICATE OF COMPLIANCE PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ 2015 STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES GENERAL INFORMATION Spartherm Feurengstechnik Gmbh Manufacturer’s Name: Heater Type Single Burn (Circle One):...
  • Page 278 APPLICATION FOR A CERTIFICATE OF COMPLIANCE PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ 2015 STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES EPA-APPROVED TEST LABORATORY Name of Test Laboratory: Polytests Services inc. Name of Person Authorized or Responsible for Conducting Compliance Test: Danick Power Position/Title: VP operation Address: 695-B Gaudette,...
  • Page 279 COMPLIANCE STATEMENTS AND ACKNOWLEDGEMENTS – SECTIONS 60.533(B) AND 60.5475(B) INSTRUCTIONS: PLEASE READ THE BELOW STATEMENTS AND AFFIRMATIONS AND ADDRESS ACCORDINGLY. FOR EMISSIONS DATA SUMMARY TABLES SEE ATTACHMENTS Engineering Drawings Statement Engineering drawings and specifications of components that may affect emissions (including specifications for each component listed in paragraphs (k)(2), (3) and (4) of 60.533(b) and 60.5475(b).
  • Page 280 10. Approved laboratory/third party Statement A statement that the approved laboratory and approved third-party certifier are allowed to submit information on behalf of the manufacturer, including any claimed to be CBI. 11. Manufacturer’s Website Certification Test Reports Availability Statement A statement that the manufacturer will place a copy of the certification test report and summary on the manufacturer’s web site available to the public within 30 days after the Administrator issues a certificate of compliance.

  • Page 281: Summary Of Test Results

    Attachments Instructions: Please complete the section applicable to your certification request. You may substitute your own data tables in lieu of the ones shown below provided that all the information is captured. SUMMARY OF TEST RESULTS EMISSIONS 1st hour B415.1 Test Date Burn Emission...

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