Travis Industries Endeavor Manual Download Page 138

Page: 138 / 190

OMNI-Test Laboratories, Inc.

Manufacturer:

Model:

Run:

Category:

Sdb

– Weight of test fuel spacers, dry basis, kg

Cdb

– Weight of test fuel crib, excluding nails and spacers, dry basis, kg

Cdb

- Density of fuel crib, excluding spacers and nails, dry basis, lbs/ft

FTAdb

- Total weight of fuel crib excluding nails, dry basis, kg

BR – Dry burn rate, kg/hr

– Average gas velocity in the dilution tunnel, ft/sec

– Average gas flow rate in dilution tunnel, dscf/hr

m(std)

– Volume of gas sampled, corrected to dry standard conditions, dscf

– Total particulate matter collected, mg

- Concentration of particulate matter in tunnel gas, dry basis, corrected to standard conditions, g/dscf

– Total particulate emissions, g

PR - Proportional rate variation

– Particulate emissions for test run, g/hr

– Particulate emission factor for test run, g/dry kg of fuel burned

Equations and Sample Calculations

Travis Indusstries
Endeavor
4

are provided for each equation. The raw data and printout results from a sample run are also provided for

Equations used to calculate the parameters listed below are described in this appendix. Sample calculations

comparison to the sample calculations.

Control No. P-SSAR-0003

Run 4 emissions

Page 138 of 186

Summary of Contents for Endeavor

Page 1: ...ort Issued Report Number 0028WS062E All data and information contained in this report are confidential and proprietary to Travis Industires Inc Its significance is subject to the adequacy and representative character of the samples and to the comprehensiveness of the tests examinations or surveys made The contents of this report cannot be copied or quoted except in full without specific written au...

Page 2: ...es Inc AUTHORIZED SIGNATORIES This report has been reviewed and approved by the following authorized signatories Evaluator __________________________ Bruce Davis OMNI Test Laboratories Inc Reviewer ___________________________ Alex Tiegs President OMNI Test Laboratories Inc Technician ...

Page 3: ...ions 8 Table 5 Kindling and Start up Fuel Description Summary 8 Table 6 Fuel Measurements and Cordwood Descriptions Test 9 Table 7 Dilution Tunnel Gas Measurements and Sampling Data 9 Table 10 Test Configurations 10 2 PHOTOGRAPHS APPLIANCE DESCRIPTION DRAWINGS 12 Fuel Photographs 14 Appliance Description 20 3 TEST DATA BY RUN 21 Run 1 25 Run 2 46 Run 3 58 Run 4 78 Run 5 87 Run 6 92 4 QUALITY ASSUR...

Page 4: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E Section 1 Sampling Procedures and Test Results Page 4 of 186 ...

Page 5: ...053 Particulate emissions were measured using sampling trains consisting of two Teflon coated 47mm filters front and back See Appendix A for details on EPA Alt 125 The model Endeavor was tested for thermal efficiency and carbon monoxide CO emissions in accordance with CSA B415 1 10 using Douglas Fir cordwood SUMMARY OF RESULTS The weighted average emissions of the three test runs included in the r...

Page 6: ...d burn rate was calculated at 4 86 kg hr Emissions results were calculated using particulate sampling from kindling start up fuel and test fuel load combined cold to hot Burn rate and efficiency were calculated using data from the test fuel load only hot to hot No sampling anomalies occurred this test run was determined to be valid for inclusion in the weighted average Run 4 Test procedures were f...

Page 7: ...cted with fuel out of specified range 1 Based on a cold start including kindling and start up fuel Table 2 Particulate Emissions First Hour Run ASTM E2515 Emissions First Hour g h 1 4 48 2 6 19 3 4 90 4 5 85 6 0 47 Table 3 B415 1 Efficiency and CO Emissions Run Heat Output BTU h HHV Efficiency LHV Efficiency CO Emissions g MJ Output CO Emissions g kg Dry Fuel CO Emissions g min 1 70 308 74 0 80 0 ...

Page 8: ... 3 63 76 29 72 29 68 50 50 4 78 73 29 68 29 85 50 50 5 74 83 30 11 30 10 50 50 6 74 76 30 04 29 94 50 50 Table 5 Kindling and Start up Fuel Description Summary Douglas Fir Cordwood Run Kindling Weight Wet Basis lbs Start up Fuel Weight Wet Basis lbs Residual Start up fuel weight lbs 1 4 51 7 29 2 6 3 4 76 7 33 2 7 5 3 89 6 91 2 6 Note Test 5 was a high burn used to create a coal bed for test numbe...

Page 9: ...Piece Length in 1 24 09 2 4 9 9 19 88 17 65 5 15 2 29 36 2 4 12 1 24 5 24 5 6 15 3 24 85 2 4 10 2 20 35 18 23 5 15 4 29 08 2 4 12 0 24 05 24 05 6 15 5 23 36 2 4 9 6 19 22 17 16 5 15 6 28 93 2 4 11 9 23 92 23 9 6 15 Table 7 Dilution Tunnel Gas Measurements and Sampling Data Summary Run Length of Test min Average Dilution Tunnel Gas Measurements Velocity ft sec Flow Rate dscf min Temperature F 1 153...

Page 10: ... At 54 minutes placed fuel load into the firebox and closed the loading door Loading required less than 1 minute to complete Door For kindling and start up fuel loading door was closed by 15 seconds Test fuel load fuel loading door was closed 30 seconds after loading Primary Air Air control fully open for the entire test Secondary No user control for secondary air Fan Fan turned onto high 45 minut...

Page 11: ...ded onto coal bed generated by test number 5 by 28 seconds Door Closed by 100 seconds Primary Air Fully open then set to 1 2 by 7 0 minutes Secondary No user control for secondary air Fan Fan on high entire test Bypass Not used for loading test fuel load Fully open for first 7 0 minutes then set to 1 2 Page 11 of 186 ...

Page 12: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Section 2 Photographs Appliance Description Drawings Page 12 of 186 ...

Page 13: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Travis Industries Inc Endeavor Test Dates Jan 8 2019 Jan 10 2019 Page 13 of 186 ...

Page 14: ...or Report Number 0028WS062E OMNI Test Laboratories Inc Travis Industries Inc Large Flush Wood Hybrid Fyre Insert Run 1 Kindling and start up fuel Run 1 Kindling and start up fuel Run 1 Ignition of kindling Run 1 Fuel load Page 14 of 186 ...

Page 15: ... Report Number 0028WS062E OMNI Test Laboratories Inc Travis Industries Inc Large Flush Wood Hybrid Fyre Insert Run 1 Remaining Start Up Fuel Run 1 Test Fuel Load In Stove Run 2 Coal Bed Prior To Loading Run 2 Test Fuel Load Page 15 of 186 ...

Page 16: ...ies Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 2 Test Fuel Loaded into Stove Run 2 Remaining Coal After Test Run 3 Kindling and start up fuel Run 3 Ignition of kindling Page 16 of 186 ...

Page 17: ...s Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 3 Test Fuel Load Run 3 Test Fuel Loaded into Stove Run 3 Remaining Coal After Test Run 4 Test Fuel Load Page 17 of 186 ...

Page 18: ...ies Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 4 Test Fuel Loaded into Stove Run 4 Remaining Coal After Test Run 5 Ignition of kindling Run 5 Test Fuel Loaded into Stove Page 18 of 186 ...

Page 19: ...ustries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 5 Remaining Coal After Test Run 6 Test Fuel Load Run 5 Test Fuel Loaded into Stove Run 6 Remaining Coal After Test Page 19 of 186 ...

Page 20: ...ear the loading door Air is routed through the bottom of the firebox and into the lower orifice manifold it is then directed horizontally into the coal bed near the front of the combustion chamber Combustion Control Mechanisms Combustion air control mechanism is a sliding rod with flat plates attached that cover and uncover air inlets when the rod is pushed in or pulled out Combustor N A Internal ...

Page 21: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Section 3 Test Data by Run Page 21 of 186 ...

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Page 25: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Travis Industries Inc Large Flush Wood Hybrid Fyre Insert Test Dates Jan 8 2019 Jan 10 2019 Page 13 of 186 ...

Page 26: ... 305 63 137 127 132 153 307 83 59 83 57 63 0 012 6 52 0 14 13 1 796 1 924 0 14 0 15 1 69 67 0 4 1 33 66 0 4 102 0 067 95 95 10 6 0 2 358 63 148 138 142 170 337 84 59 84 57 63 0 012 6 94 0 17 14 1 935 2 071 0 14 0 15 1 67 67 0 45 1 33 66 0 3 106 0 068 94 93 10 5 0 1 406 63 158 186 153 193 354 84 59 85 57 63 0 012 7 26 0 16 15 2 074 2 219 0 14 0 15 1 67 67 0 43 1 32 67 0 2 109 0 068 94 94 10 3 0 2 4...

Page 27: ...0 012 9 92 0 05 46 6 354 6 925 0 14 0 15 1 77 70 0 5 1 34 69 0 5 145 0 060 106 104 4 4 0 2 676 124 488 3218 396 980 469 86 61 88 61 67 0 012 10 14 0 04 47 6 497 7 073 0 14 0 15 1 75 70 0 69 1 33 69 0 4 145 0 065 102 99 4 2 0 2 676 129 500 3218 403 985 471 86 61 88 61 67 0 012 10 87 0 04 48 6 640 7 222 0 14 0 15 1 76 70 0 38 1 33 69 0 2 145 0 065 102 100 4 0 0 2 675 135 510 3218 411 990 470 86 62 8...

Page 28: ...5 0 14 0 14 1 68 75 0 79 1 07 74 13 1 169 0 064 102 94 16 8 0 2 768 316 298 497 439 464 547 85 66 85 65 73 0 014 14 97 0 8 82 11 468 12 185 0 14 0 14 1 67 75 0 79 1 37 74 0 2 169 0 064 102 95 16 5 0 3 768 321 300 500 441 466 550 86 66 82 67 73 0 013 14 93 0 76 83 11 607 12 334 0 14 0 15 1 62 75 0 81 1 25 74 0 6 169 0 064 101 101 16 2 0 3 768 327 303 503 444 469 549 86 67 82 66 72 0 014 14 87 0 71 ...

Page 29: ... 13 116 16 252 17 332 0 14 0 15 1 71 79 2 01 1 37 78 0 5 151 0 062 100 103 8 4 0 2 660 434 359 544 524 504 488 87 69 86 70 75 0 087 13 31 0 12 117 16 395 17 484 0 14 0 15 1 70 79 2 32 1 37 78 0 3 151 0 064 101 101 8 1 0 3 661 435 362 545 527 506 487 87 69 86 70 74 0 087 13 14 0 12 118 16 537 17 636 0 14 0 15 1 70 79 2 03 1 38 78 0 3 151 0 064 101 101 8 0 0 1 661 436 363 545 531 507 484 87 69 86 70...

Page 30: ...0 87 70 87 70 75 0 083 11 25 0 13 141 19 814 21 134 0 14 0 15 1 69 81 2 41 1 36 80 0 5 141 0 064 100 100 4 1 0 1 585 474 380 537 512 498 450 87 70 87 70 75 0 082 11 21 0 14 142 19 957 21 286 0 14 0 15 1 69 81 2 42 1 36 80 0 3 141 0 064 100 100 3 9 0 2 581 476 381 539 510 497 447 87 70 87 70 74 0 083 11 17 0 14 143 20 099 21 438 0 14 0 15 1 69 81 2 37 1 37 80 0 3 140 0 063 100 101 3 8 0 1 577 479 3...

Page 31: ...regate Total Particulate mg 8 0 TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T86BP 175 0 173 6 1 4 B Rear filter catch Filter T37S 91 3 89 1 2 2 C Probe catch Probe 38 114152 1 114150 7 1 4 D Filter seals catch Seals R700 4140 5 4138 1 2 4 Total Particulate mg 7 4 AMBIENT Sample Component Reagent Filter or Weights Probe F...

Page 32: ...rams 9 89 grams 8 60 grams 4 48 grams Particulate Emission Rate 0 14 grams hour 3 88 grams hour 3 37 grams hour 4 48 grams hour Emissions Factor 0 88 g kg 0 77 g kg 1 03 g kg Difference from Average Total Particulate Emissions 0 64 grams 0 64 grams Complete Test Run Total Particulate Emissions ET 9 25 grams Particulate Emission Rate 3 63 grams hour Emissions Factor 0 83 grams kg First Hour Emissio...

Page 33: ... basis 17 5 Core of Total Wt 58 In Range 45 65 Total Test Load Weight dry basis 19 88 lb 9 02 kg Remainder of Total Wt 42 In Range 35 55 Actual Load of Nominal Target 99 In Range 95 105 Kindling Moisture dry basis Actual Fuel Load Density 9 9 lb ft3 11 65 11 65 11 65 11 7 In Range 4 04 lb 1 83 kg Kindling and Start up Fuel Start up Fuel Moisture Readings dry basis Maximim Kindling Wt 20 of Tot Loa...

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Page 36: ...ustries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 1 High Burn 10 minute data Efficiency and Heat Output Results Kindling and start up fuel removed from calculations Page 36 of 186 ...

Page 37: ...36 280 415 407 393 526 69 14 77 0 89 5 19 6 656 241 274 418 408 399 537 70 14 8 0 8 6 19 2 679 246 271 421 409 405 538 70 14 39 0 72 7 19 0 698 251 269 426 411 411 542 70 14 41 0 73 8 18 7 714 255 269 431 413 416 542 71 14 23 0 67 9 18 3 725 260 269 437 416 421 544 71 14 56 0 73 10 18 0 735 263 271 441 419 426 543 71 14 56 0 68 11 17 7 736 267 275 446 420 429 546 71 14 53 0 72 12 17 4 743 271 277 ...

Page 38: ...365 325 3218 475 1 030 529 73 14 47 0 41 35 10 7 764 370 327 3218 478 1 031 524 73 14 32 0 39 36 10 4 758 373 328 3218 480 1 031 518 74 14 09 0 35 37 10 1 753 377 329 3218 482 1 032 515 74 13 73 0 29 38 9 9 743 378 329 3218 484 1 030 510 74 13 47 0 27 39 9 8 735 381 328 3218 484 1 029 505 74 13 25 0 28 40 9 5 727 384 327 2153 486 815 500 75 13 11 0 28 41 9 3 718 386 327 3218 486 1 027 496 75 12 96...

Page 39: ...Velocity Traverse Data Manufacturer Model Tracking No Total Sampling Time Project No Export to 68 3 8 630 459 364 538 533 505 470 74 11 96 0 13 69 3 6 627 462 367 536 532 505 467 75 11 91 0 13 70 3 4 626 463 375 535 531 506 469 75 11 85 0 15 71 3 3 624 461 382 535 530 506 469 75 11 97 0 14 72 3 1 623 464 386 534 529 507 469 74 12 07 0 13 73 2 9 621 466 389 534 529 508 468 74 12 09 0 13 74 2 7 617 ...

Page 40: ...74 117 70 308 Btu h Burn Rate kg h 5 06 11 15 lb h Input kJ h 100 175 95 027 Btu h Test Load Weight dry kg 8 01 17 65 dry lb MC wet 17 50082499 MC dry 21 21 Particulate g DIV 0 CO g 281 Test Duration h 1 58 Emissions Particulate CO g MJ Output DIV 0 2 40 g kg Dry Fuel DIV 0 35 11 g h DIV 0 177 57 lb MM Btu Output DIV 0 5 57 Air Fuel Ratio A F 8 35 VERSION 2 2 12 14 2009 Test Results in Accordance ...

Page 41: ... 90 0 47 5 81 412 0 70 0 2 20 60 0 68 10 98 451 0 70 0 3 20 30 0 72 14 19 503 0 70 0 4 20 00 0 89 14 77 526 0 69 0 5 19 60 0 80 14 80 537 0 70 0 6 19 20 0 72 14 39 538 0 70 0 7 19 00 0 73 14 41 542 0 70 0 8 18 70 0 67 14 23 542 0 71 0 9 18 30 0 73 14 56 544 0 71 0 10 18 00 0 68 14 56 543 0 71 0 11 17 70 0 72 14 53 546 0 71 0 12 17 40 0 84 15 03 548 0 71 0 13 17 00 0 77 15 14 549 0 72 0 14 16 60 0 ...

Page 42: ... 30 0 27 12 96 496 0 75 0 42 9 10 0 26 12 82 493 0 74 0 43 8 90 0 28 12 72 491 0 74 0 44 8 60 0 27 12 67 488 0 74 0 45 8 40 0 26 12 63 488 0 75 0 46 8 20 0 25 12 56 485 0 75 0 47 8 00 0 24 12 52 483 0 74 0 48 7 80 0 21 12 46 480 0 74 0 49 7 50 0 21 12 34 478 0 75 0 50 7 40 0 20 12 31 479 0 74 0 51 7 20 0 19 12 27 478 0 74 0 52 7 00 0 20 12 18 476 0 75 0 53 6 70 0 18 12 20 480 0 75 0 54 6 50 0 16 1...

Page 43: ... 74 0 78 2 10 0 16 11 38 458 0 75 0 79 2 00 0 14 11 40 455 0 74 0 80 1 80 0 15 11 29 453 0 74 0 81 1 50 0 15 11 24 452 0 74 0 82 1 30 0 13 11 25 450 0 75 0 83 1 40 0 14 11 21 450 0 75 0 84 1 20 0 14 11 17 447 0 74 0 85 1 10 0 14 11 15 446 0 75 0 86 0 90 0 12 11 17 447 0 75 0 87 0 80 0 10 11 10 445 0 75 0 88 0 70 0 08 10 87 443 0 74 0 89 0 60 0 09 10 49 439 0 74 0 90 0 50 0 11 10 21 436 0 75 0 91 0...

Page 44: ...nc Run 1 High Burn 10 minute data Proportional Rate Verification This data set is presented to verify that when proportional rates are calculated at the required 10 minute interval required specification that only one reading can be outside of the 90 to 110 are maintained Page 44 of 186 ...

Page 45: ... Filter 1 Dryer Exit 1 Filter 2 Dryer Exit 2 Ambient Draft H2O CO2 CO 0 0 000 0 000 1 71 66 0 14 1 43 66 0 2 69 0 067 10 1 375 1 477 0 14 0 15 1 65 66 0 29 1 35 66 0 2 87 0 068 92 93 0 20 2 780 2 962 0 14 0 15 1 78 67 0 78 1 34 67 0 5 120 0 066 98 97 0 30 4 160 4 341 0 14 0 14 1 45 68 11 07 0 99 67 13 3 138 0 068 96 90 0 40 5 495 6 031 0 13 0 17 1 75 69 0 71 1 34 68 0 2 145 0 064 96 114 0 50 6 926...

Page 46: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 2 Medium Burn Page 46 of 186 ...

Page 47: ...06 65 9 225 9 584 0 14 0 15 1 75 83 0 44 1 33 83 0 5 130 0 066 102 103 14 9 0 9 647 255 305 535 487 446 441 86 74 85 74 75 0 080 13 03 0 062 70 9 948 10 335 0 14 0 15 1 73 84 0 5 1 33 83 0 6 130 0 066 102 103 14 1 0 8 652 249 308 540 492 448 438 86 74 86 74 76 0 079 12 83 0 084 75 10 669 11 086 0 14 0 15 1 74 84 0 66 1 32 83 0 3 128 0 066 102 103 13 2 0 9 632 244 305 546 495 444 429 86 75 86 74 76...

Page 48: ...9 82 0 63 1 32 82 0 3 92 0 067 100 99 2 7 0 1 235 246 228 310 307 265 213 84 75 83 74 75 0 046 4 61 1 022 240 34 816 35 890 0 15 0 15 1 79 82 0 41 1 32 82 0 3 92 0 065 101 100 2 5 0 2 231 245 232 310 306 265 212 84 75 83 74 75 0 046 4 66 1 072 245 35 549 36 643 0 15 0 15 1 80 82 0 65 1 32 81 0 6 91 0 066 100 100 2 4 0 1 229 245 238 311 306 266 210 84 75 83 74 73 0 045 4 68 1 015 250 36 283 37 396 ...

Page 49: ...Firebox Back Firebox Left Firebox Right Avg Stove Surface Stack Filter 1 Dryer Exit 1 Filter 2 Dryer Exit 2 Ambient Draft H2O CO2 CO Wood Heater Test Data ASTM E2780 ASTM E2515 Test Date Stack Gas Data Fuel Weight lb Temperature Data F Velocity Traverse Data Manufacturer Model Tracking No Total Sampling Time Project No Export to 360 52 251 53 897 0 14 0 15 1 72 80 0 67 1 31 79 0 4 85 0 068 97 98 0...

Page 50: ...e Total Particulate mg 6 0 TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T88BP 171 3 171 3 0 0 B Rear filter catch Filter T88AP 167 6 169 8 2 2 C Probe catch Probe 65 117084 6 117084 1 0 5 D Filter seals catch Seals R702 4082 4 4075 9 6 5 Total Particulate mg 4 8 AMBIENT Sample Component Reagent Filter or Weights Probe Fin...

Page 51: ... grams 8 05 grams 6 30 grams 6 19 grams Particulate Emission Rate 0 00 grams hour 1 22 grams hour 0 96 grams hour 6 19 grams hour Emissions Factor 0 72 g kg 0 57 g kg 1 20 g kg Difference from Average Total Particulate Emissions 0 88 grams 0 88 grams Complete Test Run Total Particulate Emissions ET 7 17 grams Particulate Emission Rate 1 09 grams hour Emissions Factor 0 65 grams kg First Hour Emiss...

Page 52: ... h 24 846 23 570 Btu h Burn Rate kg h 1 69 3 73 lb h Input kJ h 33 524 31 801 Btu h Test Load Weight dry kg 11 14 24 55 dry lb MC wet 16 48106904 MC dry 19 73 Particulate g 1 09 CO g 728 Test Duration h 6 58 Emissions Particulate CO g MJ Output 0 01 4 45 g kg Dry Fuel 0 10 65 37 g h 0 17 110 62 lb MM Btu Output 0 02 10 35 Air Fuel Ratio A F 12 99 VERSION 2 2 12 14 2009 Test Results in Accordance w...

Page 53: ... 26 13 89 510 0 75 0 10 26 00 2 18 14 94 563 0 75 0 15 24 60 0 34 13 65 478 0 75 0 20 23 70 0 32 13 70 481 0 74 0 25 22 50 0 23 13 76 479 0 75 0 30 21 61 0 20 13 53 472 0 75 0 35 20 40 0 17 13 34 465 0 76 0 40 19 50 0 14 12 98 457 0 74 0 45 18 50 0 13 12 71 447 0 76 0 50 17 60 0 12 12 62 442 0 76 0 55 16 70 0 11 12 74 440 0 76 0 60 15 80 0 11 13 14 441 0 76 0 65 14 90 0 06 13 03 441 0 75 0 70 14 1...

Page 54: ... 37 4 52 236 0 74 0 210 3 20 1 20 4 52 232 0 74 0 215 3 10 1 18 4 52 226 0 74 0 220 3 00 1 86 4 50 223 0 74 0 225 2 90 1 45 4 45 219 0 74 0 230 2 80 1 30 4 67 217 0 74 0 235 2 70 1 02 4 61 213 0 75 0 240 2 50 1 07 4 66 212 0 75 0 245 2 40 1 02 4 68 210 0 73 0 250 2 30 1 11 4 74 209 0 75 0 255 2 20 1 21 4 64 210 0 74 0 260 2 10 1 28 4 55 209 0 74 0 265 2 00 2 88 4 50 208 0 75 0 270 1 90 1 30 4 47 2...

Page 55: ...1 0 350 0 50 1 17 3 09 182 0 71 0 355 0 50 1 18 3 04 180 0 71 0 360 0 40 1 17 2 99 178 0 71 0 365 0 30 1 20 2 86 176 0 71 0 370 0 30 1 23 2 55 172 0 71 0 375 0 20 1 27 2 54 169 0 71 0 380 0 20 1 22 2 42 165 0 72 0 385 0 10 1 09 2 54 162 0 71 0 390 0 10 1 00 2 75 161 0 72 0 395 0 00 1 00 2 70 160 0 72 0 Page 55 of 186 ...

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Page 58: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 3 High Burn 1 minute data Emissions Results Cold to Hot Cycle Page 58 of 186 ...

Page 59: ...0 64 159 136 144 161 327 83 63 82 62 63 0 087 7 85 0 217 13 1 850 1 932 0 14 0 15 1 75 68 0 76 1 39 68 0 5 105 0 081 99 101 10 8 0 2 366 65 177 148 157 183 365 83 63 83 62 63 0 091 8 57 0 227 14 1 994 2 084 0 14 0 15 1 74 68 0 44 1 37 68 0 3 109 0 082 99 100 10 6 0 2 429 65 195 162 170 204 393 84 63 83 61 64 0 093 8 54 0 227 15 2 137 2 236 0 14 0 15 1 72 68 0 44 1 36 68 0 5 114 0 080 100 102 10 4 ...

Page 60: ...6 10 79 0 044 46 6 580 6 839 0 14 0 15 1 73 69 0 91 1 33 69 0 5 139 0 078 103 104 4 0 0 1 653 153 440 423 415 417 468 85 64 85 62 67 0 094 10 47 0 049 47 6 724 6 989 0 14 0 15 1 73 70 0 76 1 33 69 0 6 139 0 079 103 103 3 9 0 1 636 160 414 428 417 411 459 85 64 85 63 68 0 094 9 66 0 075 48 6 868 7 138 0 14 0 15 1 73 70 0 63 1 33 69 0 7 138 0 078 103 103 3 7 0 2 621 167 393 430 418 406 453 85 64 85 ...

Page 61: ...1 11 598 12 057 0 15 0 15 1 79 74 0 74 1 34 73 0 9 157 0 079 106 105 17 5 0 3 759 286 311 471 432 452 544 84 67 86 65 71 0 101 13 19 0 326 82 11 744 12 207 0 15 0 15 1 73 74 0 37 1 34 73 1 156 0 080 104 103 17 2 0 3 759 287 314 476 436 454 539 84 67 86 65 71 0 101 13 14 0 302 83 11 888 12 357 0 14 0 15 1 73 74 0 44 1 33 73 0 9 156 0 080 103 103 16 9 0 3 759 290 314 481 439 457 539 84 67 86 65 72 0...

Page 62: ... 096 11 19 0 211 116 16 621 17 262 0 14 0 15 1 72 78 0 42 1 27 77 2 2 145 0 084 99 97 9 2 0 2 652 409 314 527 487 478 488 85 69 86 67 75 0 095 11 15 0 2 117 16 765 17 408 0 14 0 15 1 70 78 0 38 1 26 77 2 144 0 085 98 96 9 0 0 2 649 414 314 525 487 478 486 85 69 86 67 74 0 095 11 13 0 194 118 16 909 17 555 0 14 0 15 1 71 78 0 56 1 26 77 2 2 144 0 084 99 97 8 8 0 2 644 421 315 524 487 478 485 84 69 ...

Page 63: ...3 450 85 69 86 67 75 0 092 10 87 0 235 143 20 509 21 301 0 14 0 15 1 71 80 0 41 1 31 79 2 8 136 0 085 97 97 4 4 0 1 585 487 353 520 485 486 449 85 69 86 67 75 0 092 10 8 0 241 144 20 653 21 451 0 14 0 15 1 71 80 0 72 1 31 79 2 9 136 0 085 97 98 4 3 0 1 582 491 360 520 487 488 446 85 69 86 67 76 0 091 10 78 0 24 145 20 797 21 600 0 14 0 15 1 72 80 0 66 1 31 79 3 135 0 085 97 97 4 1 0 2 578 491 367 ...

Page 64: ...regate Total Particulate mg 5 9 TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T89BP 172 0 169 8 2 2 B Rear filter catch Filter 0 0 C Probe catch Probe 66 118456 0 118455 1 0 9 D Filter seals catch Seals R704 3307 3 3304 6 2 7 Total Particulate mg 5 8 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg Tare mg...

Page 65: ...sions ET 0 30 grams 8 25 grams 7 88 grams 4 90 grams Particulate Emission Rate 0 11 grams hour 3 15 grams hour 3 01 grams hour 4 90 grams hour Emissions Factor 0 72 g kg 0 68 g kg 1 17 g kg Difference from Average Total Particulate Emissions 0 19 grams 0 19 grams Complete Test Run Total Particulate Emissions ET 8 07 grams Particulate Emission Rate 3 08 grams hour Emissions Factor 0 70 grams kg Fir...

Page 66: ...ad Ave MC wet basis 18 1 Core of Total Wt 58 In Range 45 65 Total Test Load Weight dry basis 20 35 lb 9 23 kg Remainder of Total Wt 42 In Range 35 55 Actual Load of Nominal Target 102 In Range 95 105 Kindling Moisture dry basis Actual Fuel Load Density 10 2 lb ft 3 10 10 10 10 0 In Range 4 33 lb 1 96 kg Kindling and Start up Fuel Start up Fuel Moisture Readings dry basis Maximim Kindling Wt 20 of ...

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Page 69: ...ustries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 3 High Burn 10 minute data Efficiency and Heat Output Results Kindling and start up fuel removed from calculations Page 69 of 186 ...

Page 70: ...47 307 431 412 391 446 68 12 52 0 432 4 21 0 592 252 304 426 406 396 482 69 13 06 0 453 5 20 6 618 257 303 422 401 400 497 68 12 17 0 424 6 20 4 638 260 301 418 398 403 504 68 12 2 0 365 7 20 2 653 262 300 414 395 405 509 69 12 21 0 389 8 20 0 662 264 299 413 394 406 514 70 11 98 0 357 9 19 7 667 266 295 412 392 406 514 69 12 45 0 338 10 19 4 671 267 292 412 391 407 518 69 12 75 0 305 11 19 1 674 ...

Page 71: ...otal Sampling Time Project No Export to 34 12 8 766 305 317 505 454 469 539 72 13 28 0 283 35 12 4 764 307 318 508 457 471 539 72 13 37 0 275 36 12 2 766 311 318 512 460 473 540 73 13 33 0 277 37 12 0 766 314 318 515 462 475 538 73 13 14 0 274 38 11 8 768 317 318 518 464 477 537 73 13 02 0 234 39 11 5 769 318 318 521 466 478 536 72 12 96 0 253 40 11 2 767 323 320 523 469 480 534 72 12 75 0 242 41 ...

Page 72: ...g No Total Sampling Time Project No Export to 68 5 2 640 432 318 524 488 480 486 75 11 85 0 112 69 5 1 642 435 317 525 490 482 486 74 11 83 0 122 70 4 8 642 434 316 525 489 481 484 75 11 71 0 156 71 4 6 644 439 317 525 489 483 481 75 11 58 0 191 72 4 5 643 439 318 526 488 483 479 75 11 46 0 213 73 4 3 643 443 320 525 487 484 477 75 11 45 0 206 74 4 1 641 445 324 525 487 484 476 75 11 41 0 223 75 3...

Page 73: ... 086 0 070 0 082 0 088 0 088 0 080 0 086 H2O OMNI Equipment Numbers Temp 68 68 68 68 68 68 68 68 68 F Vstrav 19 19 ft sec Vscent 19 50 ft sec Fp 0 984 Particulate Sampling Data Elapsed Time min Gas Meter 1 ft 3 Gas Meter 2 ft 3 Sample Rate 1 cfm Sample Rate 2 cfm Orifice dH 1 H2O Meter 1 Temp F Meter 1 Vacuum Hg Orifice dH 2 H2O Meter 2 Temp F Meter 2 Vacuum Hg Dilution Tunnel F Dilution Tunnel Ce...

Page 74: ... 70 725 67 090 Btu h Burn Rate kg h 4 86 10 72 lb h Input kJ h 96 326 91 376 Btu h Test Load Weight dry kg 8 27 18 22 dry lb MC wet 18 11780119 MC dry 22 13 Particulate g DIV 0 CO g 215 Test Duration h 1 70 Emissions Particulate CO g MJ Output DIV 0 1 79 g kg Dry Fuel DIV 0 26 01 g h DIV 0 126 47 lb MM Btu Output DIV 0 4 16 Air Fuel Ratio A F 9 16 VERSION 2 2 12 14 2009 Test Results in Accordance ...

Page 75: ...1 90 0 43 5 00 399 0 69 0 2 21 60 0 64 10 45 418 0 68 0 3 21 20 0 43 12 52 446 0 68 0 4 21 00 0 45 13 06 482 0 69 0 5 20 60 0 42 12 17 497 0 68 0 6 20 40 0 37 12 20 504 0 68 0 7 20 20 0 39 12 21 509 0 69 0 8 20 00 0 36 11 98 514 0 70 0 9 19 70 0 34 12 45 514 0 69 0 10 19 40 0 31 12 75 518 0 69 0 11 19 10 0 29 12 40 521 0 69 0 12 18 80 0 34 12 29 522 0 70 0 13 18 50 0 35 12 17 523 0 70 0 14 18 30 0...

Page 76: ... 00 0 23 12 82 533 0 73 0 42 10 80 0 22 12 76 532 0 73 0 43 10 50 0 14 12 71 530 0 73 0 44 10 30 0 14 12 51 527 0 73 0 45 10 00 0 13 12 47 525 0 73 0 46 9 80 0 14 12 33 523 0 73 0 47 9 60 0 13 12 21 519 0 73 0 48 9 40 0 13 12 19 516 0 73 0 49 9 20 0 13 12 11 514 0 73 0 50 8 90 0 13 12 06 511 0 74 0 51 8 70 0 13 12 04 510 0 74 0 52 8 50 0 14 11 90 508 0 73 0 53 8 20 0 14 11 77 505 0 73 0 54 8 00 0 ...

Page 77: ...0 10 94 463 0 75 0 82 2 70 0 20 10 79 462 0 75 0 83 2 60 0 20 10 77 461 0 75 0 84 2 40 0 20 10 89 458 0 75 0 85 2 30 0 24 10 78 455 0 75 0 86 2 10 0 30 10 61 451 0 75 0 87 1 90 0 24 10 87 450 0 75 0 88 1 80 0 24 10 80 449 0 75 0 89 1 70 0 24 10 78 446 0 76 0 90 1 50 0 23 10 87 447 0 76 0 91 1 40 0 21 10 94 447 0 79 0 92 1 20 0 21 10 93 446 0 79 0 93 1 10 0 21 10 80 445 0 80 0 94 0 90 0 19 10 75 44...

Page 78: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 4 Low Burn Page 78 of 186 ...

Page 79: ... 33 88 0 5 108 0 093 101 101 11 4 1 521 215 268 455 433 378 320 85 76 85 74 80 0 060 11 52 0 237 130 18 755 19 635 0 15 0 15 1 75 88 0 47 1 33 88 0 5 107 0 095 100 99 10 4 1 524 211 277 468 434 383 316 85 75 85 73 80 0 060 11 32 0 207 140 20 214 21 154 0 15 0 15 1 73 89 0 42 1 33 88 0 6 105 0 094 100 100 9 5 0 9 510 206 279 474 426 379 308 85 74 85 72 79 0 059 10 5 0 305 150 21 672 22 674 0 15 0 1...

Page 80: ... 118 0 15 0 15 1 72 83 0 57 1 33 82 0 3 82 0 092 100 100 2 3 0 2 181 199 182 255 228 209 148 84 73 82 71 75 0 032 4 73 1 704 420 60 984 63 631 0 15 0 15 1 73 82 0 65 1 34 82 0 2 82 0 092 100 100 2 1 0 2 185 198 185 269 228 213 150 84 73 83 71 75 0 033 4 74 1 759 430 62 434 65 145 0 15 0 15 1 74 82 0 51 1 33 82 0 2 82 0 093 99 99 2 0 0 1 186 197 187 274 229 215 152 84 73 82 72 74 0 032 4 82 1 761 4...

Page 81: ...tal Particulate mg 7 0 TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T90BP 176 7 172 9 3 8 B Rear filter catch Filter T97S 87 1 85 1 2 0 C Probe catch Probe 64 118207 2 118206 2 1 0 D Filter seals catch Seals R706 3344 3 3343 9 0 4 Total Particulate mg 7 2 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg T...

Page 82: ...ns ET 0 27 grams 10 93 grams 10 87 grams 5 85 grams Particulate Emission Rate 0 03 grams hour 1 11 grams hour 1 11 grams hour 5 85 grams hour Emissions Factor 1 00 g kg 0 99 g kg 1 46 g kg Difference from Average Total Particulate Emissions 0 03 grams 0 03 grams Complete Test Run Total Particulate Emissions ET 10 90 grams Particulate Emission Rate 1 11 grams hour Emissions Factor 1 00 grams kg Fir...

Page 83: ...ange 20 3 17 2 23 3 20 3 In Range 5 33 lb 2 42 kg 3 3 93 lb In Range 19 8 25 17 2 20 7 In Range 3 26 lb 1 48 kg Remainder Load Piece Weight Ratio Small Large 61 In Range 67 Total Load Ave MC dry basis 20 9 In Range Remainder Load Tot Wt Act 14 91 lb In Range Total Load Ave MC wet basis 17 3 Total Load Wt Actual 29 08 lb In Range Total Test Load Weight dry basis 24 05 lb 10 91 kg Core of Total Wt 4...

Page 84: ...h 16 271 15 435 Btu h Burn Rate kg h 1 11 2 45 lb h Input kJ h 21 994 20 863 Btu h Test Load Weight dry kg 10 92 24 06 dry lb MC wet 17 3136111 MC dry 20 94 Particulate g 1 11 CO g 1 091 Test Duration h 9 83 Emissions Particulate CO g MJ Output 0 01 6 82 g kg Dry Fuel 0 10 99 90 g h 0 11 110 91 lb MM Btu Output 0 02 15 84 Air Fuel Ratio A F 13 32 VERSION 2 2 12 14 2009 Test Results in Accordance w...

Page 85: ... 0 78 0 10 25 90 1 57 14 96 592 0 77 0 20 23 80 0 64 9 40 376 0 79 0 30 22 40 0 31 10 86 360 0 79 0 40 21 00 0 31 11 33 354 0 79 0 50 19 60 0 27 11 66 354 0 79 0 60 18 40 0 23 11 66 353 0 80 0 70 17 10 0 27 11 96 356 0 79 0 80 15 80 0 23 12 29 359 0 80 0 90 14 60 0 25 11 75 344 0 80 0 100 13 50 0 31 11 09 327 0 79 0 110 12 40 0 24 11 36 323 0 80 0 120 11 40 0 24 11 52 320 0 80 0 130 10 40 0 21 11 ...

Page 86: ...6 0 380 2 70 2 11 4 04 150 0 76 0 390 2 60 2 19 3 87 147 0 75 0 400 2 50 2 41 3 90 147 0 75 0 410 2 30 1 70 4 73 148 0 75 0 420 2 10 1 76 4 74 150 0 75 0 430 2 00 1 76 4 82 152 0 74 0 440 1 80 1 76 4 43 151 0 74 0 450 1 70 1 78 4 48 151 0 74 0 460 1 50 1 72 4 49 151 0 74 0 470 1 40 1 56 4 26 150 0 73 0 480 1 30 1 55 4 35 148 0 73 0 490 1 10 1 54 4 35 147 0 73 0 500 1 00 1 22 4 56 146 0 73 0 510 0 ...

Page 87: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 5 High Burn 5 minute data Non Sampling Cold to Hot Cycle Page 87 of 186 ...

Page 88: ...91 392 556 74 0 087 5 0 100 0 00 DIV 0 20 3 0 6 726 239 250 426 406 409 575 76 0 088 10 0 100 0 00 DIV 0 18 7 1 6 766 251 251 447 434 430 578 77 0 092 15 0 100 0 00 DIV 0 17 1 1 6 791 262 255 471 459 448 580 77 0 091 20 0 100 0 00 DIV 0 15 6 1 5 810 274 262 497 476 464 586 77 0 091 25 0 100 0 00 DIV 0 14 2 1 4 816 289 280 534 487 481 585 77 0 091 30 0 100 0 00 DIV 0 12 6 1 6 814 307 298 558 492 49...

Page 89: ...Emissions ET DIV 0 grams DIV 0 grams DIV 0 grams DIV 0 grams Particulate Emission Rate DIV 0 grams hour DIV 0 grams hour DIV 0 grams hour DIV 0 grams hour Emissions Factor DIV 0 g kg DIV 0 g kg DIV 0 g kg Difference from Average Total Particulate Emissions DIV 0 grams DIV 0 grams Complete Test Run Total Particulate Emissions ET DIV 0 grams Particulate Emission Rate DIV 0 grams hour Emissions Facto...

Page 90: ... wet basis 17 7 Core of Total Wt 58 In Range 45 65 Total Test Load Weight dry basis 19 22 lb 8 72 kg Remainder of Total Wt 42 In Range 35 55 Actual Load of Nominal Target 96 In Range 95 105 Kindling Moisture dry basis Actual Fuel Load Density 9 6 lb ft3 11 55 11 55 11 55 11 6 In Range 3 49 lb 1 58 kg Kindling and Start up Fuel Start up Fuel Moisture Readings dry basis Maximim Kindling Wt 20 of Tot...

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Page 92: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Run 6 Medium Burn Page 92 of 186 ...

Page 93: ... 102 16 6 0 9 634 260 279 3218 445 967 435 86 74 88 72 82 0 076 12 16 0 152 65 9 326 9 742 0 14 0 15 1 69 91 0 68 1 33 90 0 9 130 0 093 101 103 15 8 0 8 635 255 279 3218 444 966 433 86 74 88 72 82 0 075 12 17 0 126 70 10 040 10 495 0 14 0 15 1 67 91 0 68 1 32 90 0 7 130 0 094 100 102 15 0 0 8 633 250 281 3218 444 965 433 86 74 88 72 81 0 076 12 45 0 116 75 10 752 11 245 0 14 0 15 1 67 91 1 02 1 32...

Page 94: ...4 83 75 83 73 77 0 046 4 66 1 129 230 33 136 34 317 0 14 0 15 1 73 86 0 66 1 35 86 1 5 94 0 095 98 100 2 8 0 1 249 245 246 339 300 276 221 83 75 83 73 75 0 045 4 71 1 143 235 33 857 35 074 0 14 0 15 1 71 86 0 51 1 34 85 1 8 93 0 095 98 100 2 7 0 1 245 246 246 339 299 275 219 83 75 83 73 75 0 045 4 78 1 156 240 34 577 35 830 0 14 0 15 1 72 86 0 48 1 33 85 1 7 93 0 094 99 100 2 6 0 1 242 247 249 339...

Page 95: ...127 127 127 F Vstrav 19 78 ft sec Vscent 20 67 ft sec Fp 0 957 Particulate Sampling Data Elapsed Time min Gas Meter 1 ft 3 Gas Meter 2 ft 3 Sample Rate 1 cfm Sample Rate 2 cfm Orifice dH 1 H2O Meter 1 Temp F Meter 1 Vacuum Hg Orifice dH 2 H2O Meter 2 Temp F Meter 2 Vacuum Hg Dilution Tunnel F Dilution Tunnel Center dP Pro Rate 1 Pro Rate 2 Scale Reading Weight Change Firebox Top Firebox Bottom Fir...

Page 96: ...ggregate Total Particulate mg 3 9 TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T74BP 182 3 183 2 0 9 B Rear filter catch Filter 0 0 C Probe catch Probe 4 114859 0 114858 8 0 2 D Filter seals catch Seals R708 4117 0 4112 7 4 3 Total Particulate mg 3 6 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg Tare m...

Page 97: ...sions ET 0 81 grams 5 32 grams 4 69 grams 0 47 grams Particulate Emission Rate 0 14 grams hour 0 90 grams hour 0 79 grams hour 0 47 grams hour Emissions Factor 0 49 g kg 0 43 g kg 0 10 g kg Difference from Average Total Particulate Emissions 0 32 grams 0 32 grams Complete Test Run Total Particulate Emissions ET 5 00 grams Particulate Emission Rate 0 85 grams hour Emissions Factor 0 46 grams kg Fir...

Page 98: ... h 27 105 25 712 Btu h Burn Rate kg h 1 83 4 04 lb h Input kJ h 36 277 34 412 Btu h Test Load Weight dry kg 10 83 23 88 dry lb MC wet 17 37054719 MC dry 21 02 Particulate g 0 85 CO g 611 Test Duration h 5 92 Emissions Particulate CO g MJ Output 0 01 3 81 g kg Dry Fuel 0 08 56 38 g h 0 14 103 24 lb MM Btu Output 0 01 8 85 Air Fuel Ratio A F 12 02 VERSION 2 2 12 14 2009 Test Results in Accordance wi...

Page 99: ...Range 23 3 19 7 19 3 20 8 In Range 3 06 lb 1 39 kg 3 3 93 lb In Range 24 5 20 5 18 1 21 0 In Range 3 25 lb 1 47 kg Remainder Load Piece Weight Ratio Small Large 59 In Range 67 Total Load Ave MC dry basis 20 9 In Range Remainder Load Tot Wt Act 13 92 lb In Range Total Load Ave MC wet basis 17 3 Total Load Wt Actual 28 93 lb In Range Total Test Load Weight dry basis 23 92 lb 10 85 kg Core of Total W...

Page 100: ...93 13 05 464 0 80 0 10 26 60 0 63 12 38 475 0 80 0 15 25 40 0 48 13 01 471 0 80 0 20 24 30 0 42 13 42 475 0 80 0 25 23 20 0 37 13 44 474 0 79 0 30 22 10 0 34 13 72 471 0 81 0 35 21 20 0 28 13 45 466 0 80 0 40 20 10 0 20 13 06 459 0 81 0 45 19 00 0 17 12 67 452 0 81 0 50 18 30 0 16 12 31 444 0 80 0 55 17 50 0 15 12 17 437 0 81 0 60 16 60 0 15 12 16 435 0 82 0 65 15 80 0 13 12 17 433 0 82 0 70 15 00...

Page 101: ...1 21 4 73 237 0 77 0 210 3 20 1 15 4 75 234 0 78 0 215 3 10 1 07 4 56 231 0 77 0 220 3 00 1 12 4 63 225 0 77 0 225 2 90 1 13 4 66 224 0 77 0 230 2 80 1 14 4 71 221 0 75 0 235 2 70 1 16 4 78 219 0 75 0 240 2 60 1 16 4 93 219 0 75 0 245 2 40 1 13 5 01 219 0 75 0 250 2 30 1 21 4 89 218 0 75 0 255 2 20 1 24 4 86 217 0 76 0 260 2 10 1 18 4 97 219 0 77 0 265 2 00 1 18 5 02 221 0 78 0 270 1 90 1 28 4 97 ...

Page 102: ...330 0 50 0 89 4 91 219 0 77 0 335 0 40 0 93 4 90 217 0 78 0 340 0 30 1 02 4 74 216 0 78 0 345 0 20 1 07 4 61 215 0 78 0 350 0 10 1 02 4 45 214 0 78 0 355 0 00 1 09 4 38 212 0 77 0 Page 102 of 186 ...

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Page 105: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Section 4 Quality Assurance Quality Control Page 105 of 186 ...

Page 106: ...form product safety testing as a Certification Organization by the Standards Council of Canada SCC x Serving as a testing laboratory for the certification of wood heaters by the U S Environmental Protection Agency This report is issued within the scope of OMNI s accreditation Accreditation certificates are available upon request The manufacturing facilities and quality control system for the produ...

Page 107: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Sample Analysis Analysis Worksheets Tared Filter Probe and O Ring Data Page 107 of 186 ...

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Page 115: ...Page 115 of 186 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E 0028WS062E ...

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Page 119: ...ertificate 283A Audit Weights Troemner 21pc Msas Set Calibration Certificate 371 Sample Box Dry Gas Meter Apex Automated Emissions Sampling Box Calibration Log 372 Sample Box Dry Gas Meter Apex Automated Emissions Sampling Box Calibration Log 410 Microtector Dwyer Microtector Calibration Certificate 559 Vaneometer Dwyer Vaneometer Equipment Record 592 Thermohygrometer Omega Digital Thermohygromete...

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Page 125: ...bration Parameters Run 1 Run 2 Run 3 Reference Meter Pressure H2O Pr 0 00 0 00 0 00 DGM Pressure H2O Pd 3 00 1 70 1 00 Initial Reference Meter 534 8 524 529 6 Final Reference Meter 540 302 529 514 534 7 Initial DGM 0 0 0 Final DGM 5 505 5 593 5 22 Temp Ref Meter F Tr 85 0 82 0 81 0 Temperature DGM F Td 85 0 83 0 84 0 Time min 28 8 35 5 47 8 Net Volume Ref Meter Vr 5 502 5 514 5 100 Net Volume DGM ...

Page 126: ...C SPC Acceptable tolerance is 4 The uncertainty of measurement is 0 4 WC This is based on the reference standard having a TAR Test Accuracy Ratio of at least 4 1 Technician signature Date 7 16 18 Reviewed by Date Range of Calibration Point WC Digital Manometer Input WC Pressure Gauge Response WC Difference Input Response Error of Full Span 0 20 Max Range 0 0 4 0 231 0 223 0 008 0 4 20 40 Max Range...

Page 127: ...7 20 18 Page 127 of 186 ...

Page 128: ...ation Parameters Run 1 Run 2 Run 3 Reference Meter Pressure H2O Pr 0 00 0 00 0 00 DGM Pressure H2O Pd 3 00 1 30 0 80 Initial Reference Meter 540 8 547 1 627 2 Final Reference Meter 547 004 552 102 633 4 Initial DGM 0 0 0 Final DGM 6 244 5 121 6 353 Temp Ref Meter F Tr 86 0 88 0 88 0 Temperature DGM F Td 85 0 87 0 87 0 Time min 27 5 34 5 56 5 Net Volume Ref Meter Vr 6 204 5 002 6 200 Net Volume DGM...

Page 129: ... SPC Acceptable tolerance is 4 The uncertainty of measurement is 0 4 WC This is based on the reference standard having a TAR Test Accuracy Ratio of at least 4 1 Technician signature Date 7 16 18 Reviewed by Date Range of Calibration Point WC Digital Manometer Input WC Pressure Gauge Response WC Difference Input Response Error of Full Span 0 20 Max Range 0 0 4 0 037 0 042 0 005 0 25 20 40 Max Range...

Page 130: ...7 20 18 Page 130 of 186 ...

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Page 132: ...ecord Vaneometer Air Velocity Meter OMNI 00559 Calibration Service Record Date By Results Date of next Calibration 7 12 2018 B Davis Installed a new Vane as per manufacturer s instructions 1 12 2019 Page 132 of 186 ...

Page 133: ...Page 133 of 186 ...

Page 134: ...Z R E Z R E Z R E NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 0 NDIR 02 2 2 2 2 2 2 2 2 2 2 2 1312 West Grove Avenue Orange CA 92865 4134 Phone 714 974 5560 Fax 714 921 2531 www gasanalyzers com USER S MANUAL Page 134 of 186 ...

Page 135: ...alibration before the recommended due date Any reported error is the absolute value between the reference and the unit Omni Test Laboratories 13327 NE Airport Way Portland OR 97230 Calibration Uncertainties include the effects of the unit Inspector Rev Issued 15 01 14 2019 Reviewer 3 JJ Calibrations Inc certifies that this instrument has been calibrated in accordance with the JJ Calibrations Quali...

Page 136: ...Page 136 of 186 ...

Page 137: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Example Calculations Page 137 of 186 ...

Page 138: ...itions dscf mn Total particulate matter collected mg Cs Concentration of particulate matter in tunnel gas dry basis corrected to standard conditions g dscf ET Total particulate emissions g PR Proportional rate variation PMR Particulate emissions for test run g hr PMF Particulate emission factor for test run g dry kg of fuel burned Equations and Sample Calculations Travis Indusstries Endeavor 4 are...

Page 139: ...c BR dry burn rate kg hr ASTM E2780 equation 5 60 MFTAdb θ Where θ Total length of test run min Sample Calculation MBdb 10 92 kg θ 590 min 60 x 10 9 BR 1 11 BR 590 kg hr BR Control No P SSAR 0003 Run 4 emissions Page 139 of 186 ...

Page 140: ...c pressure of tunnel in H20 in Hg in H20 13 6 Ms The dilution tunnel wet molecular weight Ms 28 78 assuming a dry weight of 29 lb lb mole Sample calculation 19 77 20 32 94 4 1 2 Vs 0 973 x 85 49 x 0 99 x 0 304 x 0 19 13 6 Vs 20 20 ft s The ASTM test standard mistakenly has the square root of the average delta p instead of the average of the square root of delta p The current EPA Method 2 is also i...

Page 141: ...ea of dilution tunnel ft2 Tstd Standard absolute temperature 528 R Ps Absolute average gas static pressure in dilution tunnel Pbar Pg in Hg Ts avg Absolute average gas temperature in the dilution tunnel R R F 460 Pstd Standard absolute pressure 29 92 in Hg Sample calculation 0 19 13 6 94 4 460 Qsd dscf hr 29 92 20 20 x 0 196 x 528 x 29 7 Qsd 3600 x 1 0 02 x std s avg s std s ws sd P P T T A v B Q ...

Page 142: ...g H Average pressure differential across the orifice meter in H2O Tm Absolute average dry gas meter temperature R Sample Calculation Using equation for Train 1 1 73 Vm std 17 64 x 85 622 x 0 983 x 13 6 84 9 460 Vm std 81 223 dscf Using equation for Train 2 1 32 Vm std 17 64 x 89 357 x 0 974 x 13 6 84 2 460 Vm std 84 003 dscf Using equation for ambient train 0 00 Vm std 17 64 x 50 09 x 0 998 x 13 6...

Page 143: ...om filters mg mg mass of particulate matter from filter seals mg Sample Calculation Using equation for Train 1 first hour mn 0 0 3 6 0 0 mn 3 6 mg Using equation for Train 1 post first hour mn 0 8 0 9 3 5 mn 3 4 mg Train 1 aggregate mn 3 6 3 4 mn 7 0 mg Using equation for Train 2 mn 1 5 8 0 4 mn 7 2 mg g f p n m m m m Control No P SSAR 0003 Run 4 emissions Page 143 of 186 ...

Page 144: ...al mass of particulate matter collected in the sampling train mg Vm std Volume of gas sampled corrected to dry standard conditions dscf Sample calculation For Train 1 7 0 81 22 Cs 0 00009 g dscf For Train 2 7 2 84 00 Cs 0 00009 g dscf For Ambient Train 0 1 48 75 Cr 0 000002 g dscf Cs 0 001 x Cs 0 001 x Cr 0 001 x 2 std m n s V m K C Control No P SSAR 0003 Run 4 emissions Page 144 of 186 ...

Page 145: ...ate dscf hr θ Total time of test run minutes Sample calculation For Train 1 ET 0 000086 0 000002 x 13213 8 x 590 60 ET 10 93 g For Train 2 ET 0 000086 0 000002 x 13213 8 x 590 60 ET 10 87 g Average E 10 90 g Total emission values shall not differ by more than 7 5 from the total average emissions 7 5 of the average 0 82 Train 1 difference 0 03 Train 2 difference 0 03 std r s T Q c c E Control No P ...

Page 146: ...gas velocity in the dilution tunnel ft sec Tmi Absolute average dry gas meter temperature during the ith time interval o R Tm Absolute average dry gas meter temperature o R Tsi Absolute average gas temperature in the dilution tunnel during the ith time interval o R Ts Absolute average gas temperature in the dilution tunnel o R Sample calculation for the first 1 minute interval of Train 1 590 x 1 4...

Page 147: ... ASTM E2780 equation 6 PMR 60 ET θ Where ET Total particulate emissions grams θ Total length of full integrated test run min Sample Calculation ET Dual train average 10 90 g θ 590 min PMR 60 x 10 90 590 PMR 1 11 g hr Control No P SSAR 0003 Run 4 emissions Page 147 of 186 ...

Page 148: ...ate emission factor for test run g dry kg of fuel burned ASTM E2780 equation 7 PMF ET MFTAdb Sample Calculation ET Dual train average 10 90 g MBdb 10 92 kg PMF 10 90 PMF 1 00 g kg Control No P SSAR 0003 Run 4 emissions Page 148 of 186 10 92 ...

Page 149: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Section 5 Labeling Owner s Manual Page 149 of 186 ...

Page 150: ...iance Clearances may be reduced by methods specified in NFPA 211 listed wall shields pipe shields or other means approved by local building or fire officials This wood heater needs periodic inspection and repair for proper operation Consult owner s manual for further information It is against federal regulations to operate this wood heater in a manner inconsistent with operating instructions in th...

Page 151: ...tions for future reference SAFETYNOTICE Ifthisapplianceisnotproperlyinstalled ahousefiremayresult Foryoursafety followtheinstallationdirections Contactlocal buildingorfireofficialsaboutrestrictionsandinstallation inspectionrequirementsinyourarea Copyright 2019 T I 10 00 100 01507 2 1 2019 Listed by Tested to ULC 1482 ULC S627 ULC S628 ...

Page 152: ...e the installation and operation of your new appliance an easier and more enjoyable experience We offer our continual support and guidance to help you achieve the maximum benefit and enjoyment from your appliance Important Information No other Lopi Endeavor II appliance has the same serial number as yours The serial number is stamped onto the label on the back of the appliance This serial number w...

Page 153: ...9 Bypass Operation 19 Starting a Fire 20 Adjusting the Burn Rate 21 Approximate Air Control Settings 21 Understanding Your Heater s Combustion System 22 Burning Your Heater 22 Optional Blower Operation 23 Re Loading the Stove 23 Overnight Burn 23 Normal Operating Sounds 23 Hints for Burning 24 Selecting Wood 24 Why Dry Wood is Key 24 Wood Cutting and Storage 24 Do Not Burn List 25 Troubleshooting ...

Page 154: ...the same room as the appliance Keep furniture drapes curtains wood paper and other combustibles a minimum of 36 away from the front of the appliance This appliance must be properly installed to prevent the possibility of a house fire The instructions must be strictly adhered to Do not use makeshift methods or compromise in the installation Contact your local building officials to obtain a permit a...

Page 155: ... not operate this heater with broken or missing glass Avoid placing wood against the glass when loading Do not slam the door or strike the glass Do not use a grate or other device to elevate the fire off of the firebox floor Burn the fire directly on the bricks Do not throw this manual away This manual has important operating and maintenance instructions that you will need at a later time Always f...

Page 156: ... of the fuel This model was tested for efficiency using method B415 1 10 and was determined to have a weighted average Higher Heating Value HHV Overall Heating Efficiency OHE of 74 16 Overall efficiency of the heater may be lower if the heater is operated without a heat exchange blower or with the installed heat exchange blower turned off Dimensions Figure 1 Emissions This heater meets the 2020 U ...

Page 157: ...hes can be fixed by applying touch up paint Check the interior of the firebox replace cracked firebrick and make sure baffle is in place The stove can be lightened by removing the firebricks and baffle page 31 replace before operation Stove Installation Considerations The table below details the six most common types of installations and the considerations for each type Alternative methods of inst...

Page 158: ...6mm E Connector to back wall 17 75 451mm 6 5 165mm F Connector to corner wall 24 610mm 15 381mm G Side Rear Floor Protector 6 152mm US 8 200mm Canada 6 152mm US 8 200mm Canada H Front Floor Protector 16 406mm US 18 450mm Canada 16 406mm US 18 450mm Canada Reduced clearance installations require one of the chimneys and connectors listed below AMERI TEC model DCC with model HS chimney DURAVENT model...

Page 159: ...ing on brand and model Measure front clearances from the face of the stove unibody Figure 2 Top View Corner Installation Measure rear and side clearances from the nearest edge of the stove top NOTE Vent diameter varies depending on brand and model Measure front clearances from the face of the stove unibody Figure 3 5 3 4 146mm 24 610mm 23 1 2 597mm a b d e i g g h j k 5 3 4 146mm 24 610mm 23 1 2 5...

Page 160: ...esired the installation shall conform to CAN CSA B365 Installation Code for Solid Fuel Burning Appliances and Equipment The chimney connector should be as short and direct as possible No more than 180o of elbows two 90o elbows or two 45o one 90o elbow etc may be used for the entire system connector and chimney Horizontal runs should slope upwards 1 4 per foot and be a maximum 36 long The chimney c...

Page 161: ...e used the draft is adversely affected Additional chimney height may be required to boost draft a Min System Height 15 Max System Height 33 b Roof Penetration and Termination see chimney manufacturer s requirements c Chimney Sections d Floor Penetration see chimney manufacturer s requirements e Min air space to combustibles see chimney manufacturer s requirements typically 2 f Connector see Chimne...

Page 162: ...ficials Must not be drawn from an enclosed space garage unventilated crawl space May be drawn from ventilated crawl space a or exterior of home d Must have suitable rodent debris screen and rain protection hood Requires the optional outside air kit sku 99200139 see below Air duct maximum length is 15 4 57M with a minimum cross section of 16 square inches 10323mm or 6 1 83M with a minimum cross sec...

Page 163: ...nectors may not connect to the flue collar an appliance adapter may be required Alcoves are classified as combustible or non combustible Non combustible alcoves must have walls and a ceiling that are 3 1 2 89mm thick of a non combustible material brick stone or concrete see Figure 7 This non combustible material must be spaced and ventilated at least 1 25mm off of all combustible materials walls c...

Page 164: ...owing clearances to combustibles drywall furniture etc Figure 8 Minimum Clearance See the illustration above Reduced Clearance Connector A Sidewall to stove 13 330mm B Back wall to stove 4 1 4 108mm C Corner wall to stove 6 1 2 165mm D Connector to sidewall 21 1 2 546mm E Connector to back wall 6 1 2 165mm F Connector to corner wall 15 381mm If using offsets use the connector clearance listed in F...

Page 165: ...more details Floor Protection See the section Floor Protection Requirements for more details Follow the chimney manufacturer s instructions and clearances for floor penetrations A ceiling support is required an attic insulation shield is required where insulation is present Insulation Chimney Cap See the section Chimney Termination Requirements for more details Chimney Sections Minimum Air Space t...

Page 166: ...nces for roof penetrations A storm collar and flashing are required some require a radiation shield Stove Clearances See the section Stove Placement Requirements for more details Follow the chimney manufacturer s instructions and clearances for wall penetrations A wall radiation shield thimble is required Optional insulated chase Wall Bands and Supports Insulated Tee with cleanout Minimum 15 Maxim...

Page 167: ...3 10 05M tall Floor Protection See the section Floor Protection Requirements for more details See the section Stove Placement Requirements for minimum clearances required The liner must be stainless steel connector or flexible vent Follow the liner manufacturer s instructions for installation and support Cap and flashing prevents water from entering IDB01278 Make sure the clean out seals in place ...

Page 168: ...jar for the first fire and be careful when opening the door after the first fire Carbon Monoxide CO Emissions Smoke from wood heaters contain CO This gas is an indication of incomplete combustion and is detrimental to the environment and to your health The more visible the smoke the higher the CO levels Burning dry wood is the most significant step you can take to reduce CO emissions It is also im...

Page 169: ... Operation The bypass controls the flow of smoke inside the heater When pulled out smoke goes directly up the flue creating more draft When pushed in the smoke goes around the baffle utilizing the secondary combustion and making the heater more efficient When starting or re loading pull the bypass out During normal operation push the bypass in Rotate the door handle Swing the door open Bypass Push...

Page 170: ...S GASOLINE NAPHTHA OR ENGINE OIL Do not place such fuel within space heater installation clearances or within the space required for charging and ash removal If using a firestarter use only products specifically designed for stoves follow the manufacturer s instructions carefully HOT WHILE IN OPERATION KEEP CHILDREN CLOTHING AND FURNITURE AWAY CONTACT MAY CAUSE SKIN BURNS If the smoke does not pas...

Page 171: ...night Burn Fully in to 1 4 open Medium Burn 1 4 to fully open High Burn Fully open pulled out The air control becomes hot during operation use gloves or a tool to prevent burns The air control may take several minutes to influence the burn rate When making adjustments you may wish to let the stove burn for 10 minutes to gauge performance Low Burn air control closed High Burn air control open Use t...

Page 172: ...t from the wood If you are unsure how well your heater is burning look at the chimney cap to monitor visible emissions Burning Your Heater Starting a Fire There are many ways to start a fire and you will become adept as you become familiar with the way your heater burns Before you start make sure your burn rate setting air control is all the way open and the by pass if equipped is open Starting a ...

Page 173: ...rn 1 Move the air control to high burn and let the stove become hot burn for approximately 15 minutes 2 Load as much wood as possible Use large pieces if possible 3 Let the stove burn on high for 15 minutes to keep the stove hot and then turn the air control to low 4 In the morning the stove should still be hot with embers in the coal bed Stir the coals and load small pieces of wood to re ignite t...

Page 174: ...e and creates less creosote Split wood stored in a dry area will be fully dry within a year This insures dry wood If purchasing wood for immediate use test the wood with a moisture meter Some experienced wood burners can measure wood moisture by knocking pieces together and listening for a clear knock and not a thud Testing Wood Moisture Split a piece of wood down the middle and test the center us...

Page 175: ...s paints or paint thinners or asphalt products 6 Materials containing asbestos 7 Construction or demolition debris 8 Railroad ties or pressure treated wood 9 Manure or animal remains 10 Salt water driftwood or other previously salt water saturated materials 11 Unseasoned wood or 12 Paper products cardboard plywood or particleboard The prohibition against burning these materials does not prohibit t...

Page 176: ...e cases a small amount of smoke may enter the home Adding more piping or a draft inducing cap may help Stove Does Not Burn Hot Enough Wood is Wet see the section Selecting Wood on page 24 for details on wood Make sure the air control is all the way open Slide the control back and forth to insure the control is not stuck Insufficient Draft Chimney height and outside conditions can negatively affect...

Page 177: ...ontainer until all cinders have thoroughly cooled Ash removal is not required once it builds up 1 2 to 1 of ash may be desirable because it slows the burn rate Generally remove ash once it has built up over 1 Follow the directions below to remove ash 1 Let the stove cool completely at least two hours after the last coal has extinguished 2 Place a cloth or cardboard protector over the hearth to cat...

Page 178: ...idue accumulates on the flue lining When ignited this creosote makes an extremely hot fire The chimney and chimney connector should be inspected at least once every two months during the heating season to determine if a creosote buildup has occurred If creosote has accumulated it should be removed to reduce the risk of a chimney fire If you are not certain of creosote inspection contact your deale...

Page 179: ... creating odors The optional blower should be vacuumed every year to remove any buildup of dust lint etc Firebrick and Baffle Inspection Use the illustration on page 31 as a reference for checking the following items Make sure the appliance is cool before proceeding Baffle Firebricks check the bricks along the ceiling of the firebox to make sure they are intact and have no gaps between them Slide ...

Page 180: ...ss to prevent cracking Do not over tighten the glass clips See Door Shell Installation pg Error Bookmark not defined for details on removing the door handle and shell NOTE The glass gasket is placed in the grove along the inside perimeter of the door retainer Make sure the glass clip screws are all fully tightened they must be flush with the door retainer for the door shell to install Replacing th...

Page 181: ...0342 8 Gasket Damper Plate 1 91001701 9 Damper Yoke 1 98900325 10 Damper Extension Rod with Pull Ring 1 98900332 11 Brick 9 x 4 5 un cut 18 251 00000 12 Brick Cut 9 x 2 125 2 251 00055 13 Brick Cut 9 x 3 687 4 251 00022 Floor and Side Firebrick Removal Replacement Do not pry firebrick they chip and crack easily Remove the floor firebricks first The side firebricks are removed later because they ar...

Page 182: ...disconnected from the bypass damper Slide the damper forward and remove The bypass support is removed by sliding it forward and rotating it downwards the bypass holder fits very snug inside the firebox and is very heavy making it difficult to remove The bypass gasket rests on the side and rear air channels Try not to damage it when removing the bypass holder Air Tube Removal Replacement Baffle Fir...

Page 183: ...mproper chimney venting installation 7 Exclusions to this 7 Year Warranty include injury loss of use damage failure to function due to accident negligence misuse improper installation alteration or adjustment of the manufacturer s settings of components lack of proper and regular maintenance damage incurred while the appliance is in transit alteration or act of God 8 This 7 Year warranty excludes ...

Page 184: ...34 Optional Equipment Travis Industries 2 25 2019 1507 Endeavor II Listing Label ...

Page 185: ...ions below for attaching the upper section of the air boot with gasket to the stove 5 Slide the lower section down until it contacts the hearth Attach the two sections together following the directions below Adjusting the Burn Rate 21 Air Tube Removal Replacement 32 The cover plate has a clip which attaches it underneath the air control Remove the two screws on the cover plate to remove the piece ...

Page 186: ...e Direct Connection 17 Hearth Stove Positive Connection 16 Heating Specifications 6 Hints for Burning 24 Important Information 2 Installation Options 6 Interior or Exterior Masonry Chimney 17 Introduction 2 Listing Label 34 Mobile Home Requirements 14 Monthly Maintenance 28 Normal Operating Sounds 23 Opening the Door 19 Optional Blower Operation 23 Outside Air Boot Installation 39 Outside Air Requ...

Page 187: ...Travis Industries Inc Model Endeavor Report Number 0028WS062E OMNI Test Laboratories Inc Appendix A Alt 125 E3053 Letter ...

Page 188: ...pproval to use the procedures and specifications found in ASTM Method E3053 17 a cord wood test method titled Standard Test Method for Determining Particulate Matter Emissions from Wood Heaters using Cordwood Test Fuel in conjunction with ASTM E2515 1 l and Canadian Standards Administration CSA Method CSA B415 1 10 which are specified in 40 CFR 60 534 We understand that Hearthstone is also request...

Page 189: ...1 The filter temperature must be maintained between 80 and 90 degrees F during testing 2 Filters must be weighed in pairs to reduce weighing error propagation see ASTM 2515 11 Section 10 2 1 Analytical Procedure 3 Sample filters must be Pall TX 40 or equivalent Teflon coated glass fiber and of 47 mm 90 mm 100 mm or 110 mm in diameter 4 Only one point is allowed outside the 10 percent proportionali...

Page 190: ...s regarding this approval please contact Michael Toney of my staff at 919 541 5247 or toney mike epa gov cc Amanda Aldridge EPA OAQPS OID Adam Baumgart Getz EPA OAQPS OID Rafael Sanchez EPA OECA Michael Toney EPA OAQPS AQAD 229 of 229 ...

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