GHP Group GWS-2200 Manual Download Page 87

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GHP Group, Inc.
Model: Large Wood Stove
Report Number:0418WS018E

OMNI-Test Laboratories, Inc.

Calibrations

ASTM E2515, ASTM E3053

ID #

Lab Name/Purpose

Log Name

Attachment Type

132

10 lb Weight

Weight Standard, 10 lb.

Calibration Certificate

16-
140TT029

Platform Scale

United 1000 lb.

Calibration Certificate

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

265

Vaneometer

Dwyer Vaneometer

Equipment Record

592

Thermohygrometer

Omega Digital
Thermohygrometer

Calibration Log

594

Combustion Gas
Analyzer

CAI Gas Analyzer

See Run Sheet

637

Milligram Balance

Analytical Balance - Mettler -
Toledo

Calibration Certificate

87 of 142

Summary of Contents for GWS-2200

Page 1: ...eriod May 5 2020 May 6 2020 Report Issued June 22 2020 Report Number 0418WS018E All data and information contained in this report are confidential and proprietary to GHP Group 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...

Page 2: ..._______ Bruce Davis Testing Manager Reviewer ___________________________ Alex Tiegs President __ _ _ _ _ _ _ _ _ _ ___ __ __ __ __ __ __ __ __ __ ____ __ __ __ __ __ __ __ __ __ __ ____ __ __ __ __ __ __ __ __ __ _ __ __ __ __ __ __ __ __ __ __ __ __ __ _ _ _ _ _ _ _ _ _ ____ _ _ _ _ _ _ ___ __ __ __ __ __ __ __ __ __ ___ _ _ _ _ _ _ __ __ ____ __ __ __ __ __ __ ____ __ __ __ __ __ __ ___ _ B D i ...

Page 3: ...uel 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 11 Fuel Photographs 13 Appliance Description 17 Model Similarities 18 3 TEST DATA BY RUN 19 Run 1 27 Run 2 47 Run 3 57 Run 4 66 4 QUALITY ASSURANCE QUALITY CONTROL 75 Sample Ana...

Page 4: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E Section 1 Sampling Procedures and Test Results 4 of 142 ...

Page 5: ...are limited to the item submitted SAMPLING PROCEDURE The Large Wood Stove wood stove was tested in accordance with the U S EPA 40 CFR Part 60 Subpart AAA Standards of Performance for New Residential Wood Heaters using ASTM E2515 EPA Alt 125 and ASTM E3053 Particulate emissions were measured using sampling trains consisting of two Teflon coated 47mm filters front and back See Appendix B for details...

Page 6: ...e calculated using a hot to hot burn cycle a coal bed generated by the high burn procedure was used No sampling anomalies occurred this test run was determined to be valid for inclusion in the weighted average Run 3 Test procedures followed to produce a high burn rate with a primary air setting of fully open Observed burn rate was calculated at 4 84 kg hr Burn rate was calculated using data from t...

Page 7: ...ams per hour Note 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 5 49 2 5 24 4 3 32 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 70 045 71 8 77 0 2 73 37 91 3 357 2 16 461 75 8 81 ...

Page 8: ... 50 50 2 76 75 29 35 29 45 50 50 3 68 78 29 74 29 74 50 50 4 77 77 29 74 29 76 50 50 Table 5 Kindling and Start up Fuel Description Summary Cherry Cordwood Note Test 3 was a high burn used to create a coal bed for test number 4 no particulate sampling occurred during this test Run Kindling Weight Wet Basis lbs Start up Fuel Weight Wet Basis lbs Residual Start up fuel weight lbs 1 4 00 6 0 2 2 3 3 ...

Page 9: ... During Test Dry Basis lbs Piece Length in 1 20 6 2 00 10 3 16 86 8 56 21 2 3 15 0 2 16 0 2 25 1 2 00 12 6 20 6 20 6 3 15 0 3 16 0 3 19 6 2 00 9 8 16 03 8 05 20 1 3 15 0 2 16 0 4 25 1 2 00 12 6 20 6 20 6 3 15 0 3 16 0 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 ...

Page 10: ...seconds then turned to high for remainder of test Bypass Not used Fully open for first 5 minutes 36 seconds then set to half open At 12 minutes 14 seconds set to 0 03 from full closed 3 Fuel Loading Kindling and start up fuel loaded together a torch was used for 30 seconds to establish a fire At 41 minutes placed fuel load into the firebox and closed the loading door Loading required less than 1 m...

Page 11: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Section 2 Photographs Appliance Description Drawings 11 of 142 ...

Page 12: ...roup Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc GHP Group Inc Model Large Wood Stove Test Dates May 5 2020 May 6 2020 Front Left View Rear View Front Right View 12 of 142 ...

Page 13: ...arge Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc GHP Group Inc Model Large Wood Stove Run 1 Kindling and start up fuel Run 1 Kindling and start up fuel Run 1 Ignition of kindling Run 1 Fuel load 13 of 142 ...

Page 14: ... Number 0418WS018E OMNI Test Laboratories Inc GHP Group Inc Model Large Wood Stove Run 1 Test Fuel Load In Stove Run 1 Remaining Coal After Test Run 2 Test Fuel Load Run 2 Test Fuel Loaded into Stove Note Photo not available for report 14 of 142 ...

Page 15: ...p Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 2 Remaining Coal After Test Run 3 Kindling and start up fuel Run 3 Test Fuel Load Run 3 Test Fuel Loaded into Stove 15 of 142 ...

Page 16: ...p Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 3 Remaining Coal After Test Run 4 Test Fuel Load Run 4 Test Fuel Loaded into Stove Run 4 Remaining Coal After Test 16 of 142 ...

Page 17: ... firebox through openings located on the bottom of the firebox Combustion Control Mechanisms Combustion air control mechanism is a single slide plate that covers two 1 25 x 0 75 openings A single 0 18 round opening is always open regardless of air slide position Combustor N A Internal Baffles A two piece vermiculite baffle is located above the secondary air tubes a sliding vermiculite panel used a...

Page 18: ...Stove Pedestal GWS 2200 PH2200WS GWS 2200 B PH2200WS B WSL 2200 SWS 2200 WSL 2200 B SWS 2200 B LWS 2200 HWS 2200 WS 2200 HWS 2200 B WS 2200 B PWS 2200 B Besides Leg vs Pedestal parts for the base all models have exactly the same firebox design and overall dimensions The different model numbers are used for different sales channels 18 of 142 ...

Page 19: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Section 3 Test Data by Run 19 of 142 ...

Page 20: ...uel The start up fuel consists of ten pieces of equal size with a total weight of 5 5lbs 0 5lbs and a length of 15 17 Test Fuel The test fuel consists of five pieces with a nominal length of 16 Follow the fuel sheet guideline for specific weights of the core and remainder loads Test fuel Start up Procedure The start up fuel is comprised of six layers as follows All kindling pieces are placed in be...

Page 21: ...ieces East West 4th Two kindling and two start up pieces North South 5th Two kindling and two start up pieces East West Top A pile of small kindling pieces in the middle as shown in the picture below 4 5 Layers Kindling and Start up Open the by pass and use a torch for 30 seconds to one minute to ignite the fuel focusing the torch on the top middle portion of the load Shut the door and by pass as ...

Page 22: ... smaller of the test pieces to gently level the remaining fuel Use the by pass if needed Three of the smaller pieces cut at 15 are to be placed in a north south direction on the bottom with gaps between the pieces The remaining two pieces are on top in an east west direction with gaps between fuel See test fuel picture below for an example The door should be open around one and a half to two and a...

Page 23: ...be large pieces of fuel left after the high burn as soon as the high burn has been complete move the larger raw pieces toward the middle of the firebox stacked up for best combustion Load the test fuel at the very low end of the coal bed within 0 2lbs This allows more room to place the fuel Fuel Loading Settings Level the coal bed before you start sampling If there happens to be any raw pieces lef...

Page 24: ...l six to seven minutes then shut the control half way between the high and low setting until 15 of the fuel load has been consumed or if you see the combustion getting noticeably dirtier set the control at the desired setting The setting for the low is closed to the stop The setting for the medium burn is 0 030 open from the low setting Moving Fuel Load It may be necessary to move the fuel load at...

Page 25: ...106 0 6 402 0 32 97 0 7 337 0 33 94 0 8 258 0 34 88 0 9 197 0 35 82 0 10 140 0 36 77 0 11 109 0 37 73 0 12 94 0 38 73 0 13 400 9 39 172 7 14 466 0 40 336 0 15 316 0 41 296 0 16 321 0 42 322 0 17 355 0 43 328 0 18 327 0 44 351 0 19 252 0 45 245 0 20 256 0 46 375 0 21 451 0 47 324 0 22 266 0 48 261 0 23 316 0 49 366 0 24 421 0 50 243 0 25 304 0 Technician Signature ___________________________ GHP Gr...

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Page 27: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 1 High Burn 1 minute data Emissions Results Cold to Hot Cycle 27 of 142 ...

Page 28: ... 0 090 100 100 6 9 0 3 592 67 103 106 127 199 484 86 61 86 61 79 0 101 12 95 0 19 14 2 287 2 420 0 16 0 17 2 26 74 0 44 1 77 73 2 7 145 0 090 101 100 6 6 0 3 619 68 108 113 135 209 498 85 60 86 61 79 0 102 13 6 0 19 15 2 451 2 592 0 16 0 17 2 25 74 0 41 1 75 73 2 6 148 0 090 101 100 6 3 0 3 644 70 112 121 143 218 511 86 59 86 60 79 0 102 13 88 0 19 16 2 615 2 764 0 16 0 17 2 22 74 0 34 1 73 73 2 7...

Page 29: ...319 0 16 0 16 1 38 78 10 17 0 93 77 13 8 150 0 090 96 90 19 4 0 38 553 254 220 341 368 347 473 84 53 82 53 78 0 103 12 69 0 94 49 7 987 8 426 0 12 0 11 1 26 78 14 31 1 20 77 12 2 155 0 090 75 62 19 0 0 4 615 260 215 343 371 361 512 84 53 81 54 78 0 106 12 75 1 08 50 8 105 8 599 0 12 0 17 2 18 78 10 55 1 74 77 2 6 161 0 090 73 101 18 6 0 44 669 267 213 344 374 373 545 83 54 83 54 78 0 106 12 67 1 2...

Page 30: ...03 412 309 412 520 491 561 86 56 87 57 78 0 103 13 52 0 08 85 13 877 14 678 0 17 0 18 2 23 83 0 27 1 80 81 3 9 156 0 090 101 101 7 3 0 2 798 417 313 415 524 493 556 86 57 87 57 78 0 103 13 36 0 08 86 14 042 14 853 0 16 0 17 2 20 83 0 75 1 80 81 3 6 155 0 090 100 101 7 1 0 2 790 422 318 418 528 495 551 86 57 86 57 78 0 102 13 33 0 07 87 14 206 15 030 0 16 0 18 2 19 83 0 6 1 81 81 3 6 154 0 090 100 ...

Page 31: ... 094 9 84 0 110 18 031 19 104 0 17 0 18 2 29 86 0 47 1 85 84 3 5 132 0 090 100 101 3 1 0 1 621 509 389 477 578 515 462 83 60 83 62 77 0 094 9 7 0 111 18 199 19 283 0 17 0 18 2 32 86 0 37 1 85 84 3 2 131 0 090 100 100 3 0 0 1 612 511 382 479 577 512 457 83 60 83 62 78 0 093 9 46 0 112 18 367 19 462 0 17 0 18 2 30 86 0 6 1 86 84 3 5 130 0 090 100 100 2 9 0 1 605 512 377 480 575 510 453 83 60 83 62 7...

Page 32: ...le Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T226BP 188 1 183 8 4 3 B Rear filter catch Filter T246S 101 5 99 1 2 4 C Probe catch Probe OES 6 113711 9 113711 2 0 7 D Filter seals catch Seals R975 3576 6 3576 1 0 5 Total Particulate mg 7 9 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg Tare mg Particulate mg A Front...

Page 33: ... hour Emissions Factor 0 99 g kg 0 99 g kg 3 04 g kg Difference from Average Total Particulate Emissions 0 02 grams 0 02 grams Complete Test Run Total Particulate Emissions ET 9 54 grams Particulate Emission Rate 4 65 grams hour Emissions Factor 0 99 grams kg First Hour Emissions Total Particulate Emissions ET 5 49 grams Particulate Emission Rate 5 49 grams hour Emissions Factor 3 04 grams kg 7 5 ...

Page 34: ... Ave MC wet basis 18 1 Core of Total Wt 60 In Range 45Ͳ65 Total Test Load Weight dry basis 16 86 lb 7 65 kg Remainder of Total Wt 40 In Range 35Ͳ55 Actual Load of Nominal Target 103 In Range 95Ͳ105 Kindling Moisture Ͳdry basis Actual Fuel Load Density 10 3 lb ft3 11 5 11 9 11 1 11 5 In Range 3 59 lb 1 63 kg Kindling and StartͲup Fuel StartͲup Fuel Moisture Readings Ͳdry basis Maximim Kindling Wt 2...

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Page 37: ...up Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 1 High Burn 1 minute data Efficiency and Heat Output Results Kindling and start up fuel removed from calculations 37 of 142 ...

Page 38: ... 616 87 53 86 54 78 0 109 13 09 1 21 11 14 3 0 4 831 295 208 345 390 414 622 87 53 86 54 78 0 110 6 96 0 75 12 13 9 0 4 834 298 207 345 393 415 627 87 53 86 54 78 0 110 16 14 1 16 13 13 5 0 4 847 302 209 346 397 420 629 87 53 86 54 78 0 111 16 08 1 04 14 13 2 0 3 852 305 209 347 402 423 627 87 53 86 54 78 0 109 15 78 0 93 15 12 8 0 4 855 308 211 348 406 426 625 87 53 86 54 78 0 109 15 58 0 75 16 1...

Page 39: ... 86 57 86 57 78 0 102 13 32 0 06 43 4 6 0 3 785 431 324 424 535 500 544 86 57 86 57 78 0 102 13 2 0 07 44 4 4 0 2 776 436 327 427 539 501 541 86 57 86 58 78 0 101 13 03 0 06 45 4 2 0 2 769 441 329 430 543 502 536 86 57 86 58 78 0 101 12 93 0 04 46 4 0 0 2 761 445 335 433 547 504 532 85 58 85 58 78 0 101 12 87 0 04 47 3 8 0 2 756 450 339 436 552 507 530 85 58 85 58 78 0 101 12 79 0 05 48 3 6 0 2 74...

Page 40: ... 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 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 E3053 ASTM E2515 Test Date Stack Gas Data...

Page 41: ...rams 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 Factor DIV 0 grams kg First Hour Emissions Total Particulate Emissions ET DIV 0 grams Particulate Emission Rate DIV 0 grams hour Emissions Factor DIV ...

Page 42: ...0 045 Btu h Burn Rate kg h 5 31 11 71 lb h Input kJ h 102 769 97 487 Btu h Test Load Weight dry kg 6 91 15 23 dry lb MC wet 18 14461119 MC dry 22 17 Particulate g DIV 0 CO g 262 Test Duration h 1 30 Emissions Particulate CO g MJ Output DIV 0 2 73 g kg Dry Fuel DIV 0 37 91 g h DIV 0 201 43 lb MM Btu Output DIV 0 6 34 Air Fuel Ratio A F 8 88 VERSION 2 2 12 14 2009 Test Results in Accordance with CSA...

Page 43: ... Ave MC wet basis 18 1 Core of Total Wt 60 In Range 45Ͳ65 Total Test Load Weight dry basis 16 86 lb 7 65 kg Remainder of Total Wt 40 In Range 35Ͳ55 Actual Load of Nominal Target 103 In Range 95Ͳ105 Kindling Moisture Ͳdry basis Actual Fuel Load Density 10 3 lb ft3 11 5 11 9 11 1 11 5 In Range 3 59 lb 1 63 kg Kindling and StartͲup Fuel StartͲup Fuel Moisture Readings Ͳdry basis Maximim Kindling Wt 2...

Page 44: ...s Inc 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 44 of 142 ...

Page 45: ...81 75 2 8 127 0 090 100 100 3 6 1 5 528 139 171 257 277 274 403 86 53 84 54 78 0 087 7 39 0 29 40 6 568 6 953 0 17 0 17 2 26 77 0 36 1 79 76 2 8 121 0 090 100 99 2 6 1 456 202 212 315 333 304 366 85 52 83 53 77 0 081 7 46 0 39 50 8 105 8 599 0 15 0 16 2 18 78 10 55 1 74 77 2 6 161 0 090 96 97 18 6 15 96 669 267 213 344 374 373 545 83 54 83 54 78 0 106 12 67 1 2 60 9 760 10 331 0 17 0 17 2 27 79 0 ...

Page 46: ... Emission Rate 0 00 grams hour 4 69 grams hour 4 68 grams hour 5 57 grams hour Emissions Factor 1 00 g kg 1 00 g kg 3 08 g kg Difference from Average Total Particulate Emissions 0 02 grams 0 02 grams Complete Test Run Total Particulate Emissions ET 9 60 grams Particulate Emission Rate 4 68 grams hour Emissions Factor 1 00 grams kg First Hour Emissions Total Particulate Emissions ET 5 57 grams Part...

Page 47: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 2 Medium Burn 47 of 142 ...

Page 48: ...1 80 85 2 9 115 0 100 101 100 11 6 0 8 692 480 206 355 405 428 388 86 66 88 68 79 0 092 11 73 0 19 70 11 646 12 288 0 17 0 18 2 25 87 0 29 1 81 85 2 8 115 0 100 100 101 10 8 0 8 684 476 208 357 409 427 383 87 66 88 68 80 0 092 11 91 0 2 75 12 479 13 175 0 17 0 18 2 25 88 0 3 1 80 86 2 7 114 0 090 105 106 10 0 0 8 678 472 210 363 412 427 381 87 67 87 69 80 0 091 11 99 0 27 80 13 312 14 062 0 17 0 1...

Page 49: ...2 84 71 85 72 81 0 054 5 24 0 84 240 39 982 42 552 0 17 0 18 2 24 88 0 18 1 82 87 2 7 92 0 100 98 99 2 6 0 0 277 440 227 337 363 329 180 85 71 85 72 80 0 053 5 25 0 82 245 40 815 43 444 0 17 0 18 2 24 88 0 3 1 81 87 2 9 91 0 100 98 99 2 5 0 1 274 437 226 334 361 326 180 84 72 85 72 80 0 054 5 23 0 81 250 41 648 44 336 0 17 0 18 2 23 88 0 22 1 82 87 2 8 91 0 100 98 99 2 4 0 1 272 435 225 333 359 32...

Page 50: ...17 0 18 2 30 86 0 32 1 83 84 2 6 86 0 100 99 99 0 7 0 1 222 364 211 299 306 280 154 83 55 84 58 78 0 048 3 81 0 79 395 66 131 70 182 0 17 0 18 2 31 85 0 14 1 83 84 2 7 86 0 100 99 99 0 7 0 0 223 362 209 298 305 279 154 83 54 84 57 78 0 048 3 71 0 79 400 66 975 71 073 0 17 0 18 2 30 85 0 17 1 83 84 2 9 85 0 100 99 99 0 7 0 0 220 360 209 297 303 278 153 83 54 84 56 77 0 048 3 65 0 79 405 67 819 71 9...

Page 51: ...TRAIN 2 Sample Component Reagent Filter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T225BP 182 0 180 0 2 0 B Rear filter catch Filter 0 0 C Probe catch Probe 8 115598 7 115598 1 0 6 D Filter seals catch Seals R977 3400 9 3398 9 2 0 Total Particulate mg 4 6 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg Tare mg Particulate mg A Front filter c...

Page 52: ...0 grams 5 24 grams Particulate Emission Rate 0 00 grams hour 0 90 grams hour 0 77 grams hour 5 24 grams hour Emissions Factor 0 77 g kg 0 65 g kg 1 11 g kg Difference from Average Total Particulate Emissions 0 53 grams 0 53 grams Complete Test Run Total Particulate Emissions ET 6 63 grams Particulate Emission Rate 0 84 grams hour Emissions Factor 0 71 grams kg First Hour Emissions Total Particulat...

Page 53: ...7 353 16 461 Btu h Burn Rate kg h 1 18 2 61 lb h Input kJ h 22 880 21 704 Btu h Test Load Weight dry kg 9 37 20 64 dry lb MC wet 17 75940056 MC dry 21 59 Particulate g 0 84 CO g 533 Test Duration h 7 92 Emissions Particulate CO g MJ Output 0 01 3 88 g kg Dry Fuel 0 09 56 86 g h 0 11 67 27 lb MM Btu Output 0 01 9 01 Air Fuel Ratio A F 14 86 VERSION 2 2 12 14 2009 Test Results in Accordance with CSA...

Page 54: ...Range 24 4 18 3 18 6 20 4 In Range 2 49 lb 1 13 kg 3 3 50 lb In Range 23 21 1 20 21 4 In Range 2 88 lb 1 31 kg Remainder Load Piece Weight Ratio Ͳ Small Large 56 In Range ч 67 Total Load Ave MC dry basis 21 6 In Range Remainder Load Tot Wt Act 11 90 lb In Range Total Load Ave MC wet basis 17 8 Total Load Wt Actual 25 10 lb In Range Total Test Load Weight dry basis 20 64 lb 9 36 kg Core of Total Wt...

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Page 57: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 3 High Burn 1 minute data Non Sampling High Burn 57 of 142 ...

Page 58: ...094 10 7 3 0 2 452 59 89 81 97 156 402 3218 59 77 63 71 0 095 11 7 1 0 2 472 60 93 86 104 163 417 3218 59 78 63 71 0 098 12 6 8 0 3 509 61 96 92 113 174 437 3218 59 79 64 71 0 099 13 6 5 0 3 536 62 99 98 121 183 448 3218 59 80 64 71 0 101 14 6 3 0 2 554 63 102 104 130 191 460 3218 60 81 64 72 0 101 15 6 0 0 3 582 64 105 111 138 200 471 3218 60 82 64 72 0 101 16 5 7 0 3 596 66 109 119 145 207 478 3...

Page 59: ... 307 400 67 63 85 67 76 0 101 43 18 6 0 4 533 203 226 312 347 324 481 68 63 85 67 76 0 107 44 18 1 0 5 601 211 220 318 352 340 530 69 63 85 67 77 0 109 45 17 7 0 4 665 218 215 323 357 356 566 70 63 85 67 78 0 110 46 17 2 0 4 718 225 211 327 361 368 592 72 63 85 67 79 0 111 47 16 8 0 4 758 232 209 331 365 379 615 73 63 85 67 79 0 112 48 16 4 0 4 789 238 207 334 370 388 624 74 63 85 67 79 0 112 49 1...

Page 60: ... 7 5 0 3 721 463 270 459 488 480 530 83 67 78 0 102 78 7 3 0 2 716 471 272 464 490 483 527 82 67 77 0 103 79 7 1 0 2 712 477 278 470 494 486 523 82 67 78 0 102 80 6 9 0 2 709 484 280 476 496 489 520 82 67 77 0 101 81 6 7 0 2 703 490 284 481 498 491 516 82 67 78 0 101 82 6 5 0 2 702 496 284 487 500 494 512 82 68 78 0 100 83 6 3 0 2 698 502 288 492 502 496 510 83 68 78 0 101 84 6 0 0 3 694 508 288 4...

Page 61: ...s 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 Firebox Back Firebox Left Firebox Right Avg Stove Surface Stack Filter 1 Dryer Exit 1 Filter 2 Dryer Exit 2 Ambient Draft H2O CO...

Page 62: ...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 Factor DIV 0 grams kg First Hour Emissions Total Particulate Emissions ET DIV 0 grams Particulate Emission Rate DIV 0 grams hour Emissions Factor DIV...

Page 63: ...l Load Ave MC wet basis 18 2 Core of Total Wt 62 In Range 45Ͳ65 Total Test Load Weight dry basis 16 03 lb 7 27 kg Remainder of Total Wt 38 In Range 35Ͳ55 Actual Load of Nominal Target 98 In Range 95Ͳ105 Kindling Moisture Ͳdry basis Actual Fuel Load Density 9 8 lb ft3 6 2 11 2 10 8 9 4 In Range 3 47 lb 1 58 kg Kindling and StartͲup Fuel StartͲup Fuel Moisture Readings Ͳdry basis Maximim Kindling Wt...

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Page 66: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Run 4 Low Burn 66 of 142 ...

Page 67: ...416 436 412 258 81 59 82 60 74 0 069 9 18 0 18 140 23 139 24 424 0 17 0 17 2 26 84 0 23 1 77 82 3 1 92 0 100 99 99 4 4 0 4 423 517 251 411 434 407 246 83 59 85 60 75 0 066 8 48 0 32 150 24 794 26 167 0 17 0 17 2 25 84 0 09 1 77 81 2 8 91 0 100 99 99 4 1 0 3 384 511 255 405 429 397 229 84 59 86 61 75 0 062 6 76 0 82 160 26 448 27 908 0 17 0 17 2 24 84 0 23 1 77 81 3 90 0 100 99 99 3 9 0 2 354 500 2...

Page 68: ...9 98 1 2 0 1 227 389 218 300 301 287 154 82 69 84 69 74 0 046 4 13 0 83 370 61 134 64 392 0 17 0 17 2 28 82 0 24 1 76 80 2 8 82 0 100 99 98 1 1 0 1 224 383 214 298 299 284 155 82 69 84 69 74 0 045 4 28 0 87 380 62 793 66 123 0 17 0 17 2 27 82 0 28 1 76 79 2 8 82 0 100 99 98 1 0 0 1 221 379 207 298 298 281 154 82 69 84 70 74 0 046 4 28 0 87 390 64 450 67 854 0 17 0 17 2 25 82 0 37 1 75 79 2 8 82 0 ...

Page 69: ...lter Probe Weights or Dish Final mg Tare mg Particulate mg A Front filter catch Filter T232BP 200 6 199 6 1 0 B Rear filter catch Filter 0 0 C Probe catch Probe 11 114188 6 114188 6 0 0 D Filter seals catch Seals R979 4118 7 4116 9 1 8 Total Particulate mg 2 8 AMBIENT Sample Component Reagent Filter or Weights Probe Final mg Tare mg Particulate mg A Front filter catch Filter 0 0 Total Particulate ...

Page 70: ...67 grams 3 32 grams Particulate Emission Rate 0 00 grams hour 0 60 grams hour 0 46 grams hour 3 32 grams hour Emissions Factor 0 52 g kg 0 39 g kg 0 67 g kg Difference from Average Total Particulate Emissions 0 58 grams 0 58 grams Complete Test Run Total Particulate Emissions ET 4 25 grams Particulate Emission Rate 0 53 grams hour Emissions Factor 0 45 grams kg First Hour Emissions Total Particula...

Page 71: ... 282 16 394 Btu h Burn Rate kg h 1 17 2 57 lb h Input kJ h 22 556 21 397 Btu h Test Load Weight dry kg 9 33 20 56 dry lb MC wet 18 07009558 MC dry 22 06 Particulate g 0 53 CO g 640 Test Duration h 8 00 Emissions Particulate CO g MJ Output 0 00 4 63 g kg Dry Fuel 0 06 68 62 g h 0 07 80 03 lb MM Btu Output 0 01 10 76 Air Fuel Ratio A F 13 47 VERSION 2 2 12 14 2009 Test Results in Accordance with CSA...

Page 72: ... Range 23 4 22 19 7 21 7 In Range 2 55 lb 1 16 kg 3 3 50 lb In Range 27 2 18 6 18 5 21 4 In Range 2 88 lb 1 31 kg Remainder Load Piece Weight Ratio Ͳ Small Large 55 In Range ч 67 Total Load Ave MC dry basis 21 9 In Range Remainder Load Tot Wt Act 12 20 lb In Range Total Load Ave MC wet basis 18 0 Total Load Wt Actual 25 10 lb In Range Total Test Load Weight dry basis 20 59 lb 9 34 kg Core of Total...

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Page 75: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Section 4 Quality Assurance Quality Control 75 of 142 ...

Page 76: ... x To perform 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 to p...

Page 77: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Sample Analysis Analysis Worksheets Tared Filter Probe and O Ring Data 77 of 142 ...

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Page 87: ...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 265 Vaneometer Dwyer Vaneometer Equipment Record 592 Thermohygrometer Omega Digital Thermohygrometer Calibration Log 594 Combustion Gas An...

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Page 92: ...ters 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 0 90 Initial Reference Meter 644 9 636 8 631 5 Final Reference Meter 650 008 644 805 636 604 Initial DGM 0 0 0 Final DGM 5 112 8 045 5 184 Temp Ref Meter F Tr 76 0 79 0 75 0 Temperature DGM F Td 79 0 75 0 78 0 Time min 26 3 49 3 50 3 Net Volume Ref Meter Vr 5 108 8 005 5 104 Net Volume DGM Vd 5 112 ...

Page 93: ... 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 _1 13 2020__ Reviewed by Date ______ Range of Calibration Point ƎWC Digital Manometer Input ƎWC Pressure Gauge Response ƎWC Difference Input Response Error of Full Span 0 20 Max Range 0 0 4 0 068 0 073 0 005 0 25 20 4...

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Page 95: ...ters Run 1 Run 2 Run 3 Reference Meter Pressure H2O Pr 0 00 0 00 0 00 DGM Pressure H2O Pd 2 00 1 00 0 80 Initial Reference Meter 663 4 672 9 682 6 Final Reference Meter 672 8 682 505 688 3 Initial DGM 0 0 0 Final DGM 9 416 9 712 5 872 Temp Ref Meter F Tr 74 0 74 0 75 0 Temperature DGM F Td 76 0 76 0 77 0 Time min 53 8 30 3 51 8 Net Volume Ref Meter Vr 9 400 9 605 5 700 Net Volume DGM Vd 9 416 9 71...

Page 96: ... 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 _1 13 2020__ Reviewed by Date ______ Range of Calibration Point ƎWC Digital Manometer Input ƎWC Pressure Gauge Response ƎWC Difference Input Response Error of Full Span 0 20 Max Range 0 0 4 0 018 0 017 0 001 0 05 20 4...

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Page 100: ... 0 0001 89 9995 90 0005 g g 3E 04 120 00000 120 0000 0 0000 119 9995 120 0005 g Remarks Many factors may cause the unit to drift out of calibration 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 ...

Page 101: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Example Calculations 101 of 142 ...

Page 102: ...ed 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 ASTM E3053 E2515 GHP Group GHP Large 2 are provided for each equation The raw data and printout results from a sample run are also provided for Equations us...

Page 103: ...ries Inc BR dry burn rate kg hr ASTM E2780 equation 5 60 MFTAdb ș Where ɽ Total length of test run min Sample Calculation MBdb 9 36 kg ɽ 475 min 60 x 9 36 BR 1 18 BR 475 kg hr BR Control No P SSAR 0003 Medium Burn Run 2 ...

Page 104: ...atic 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 20 48 21 42 96 9 1 2 Vs 0 956 x 85 49 x 0 99 x 0 314 x 0 26 13 6 Vs 20 62 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 als...

Page 105: ...area 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 26 13 6 96 9 460 Qsd 13295 6 dscf hr 29 92 20 62 x 0 196 x 528 x 29 4 Qsd 3600 x 1 0 02 x std s avg s std s ws sd P P T ...

Page 106: ...ing site in Hg ѐH Average pressure differential across the orifice meter in H2O Tm Absolute average dry gas meter temperature R Sample Calculation Using equation for Train 1 2 27 Vm std 17 64 x 79 621 x 0 988 x 13 6 87 0 460 Vm std 74 992 dscf Using equation for Train 2 1 82 Vm std 17 64 x 84 432 x 0 985 x 13 6 85 5 460 Vm std 79 417 dscf Using equation for ambient train 0 00 Vm std 17 64 x 0 00 x...

Page 107: ...atter from filters mg mg mass of particulate matter from filter seals mg Sample Calculation Using equation for Train 1 first hour mn 0 0 3 7 0 0 mn 3 7 mg Using equation for Train 1 post first hour mn 0 8 1 4 2 0 mn 1 4 mg Train 1 aggregate mn 3 7 1 4 mn 5 1 mg Using equation for Train 2 mn 0 6 2 2 mn 4 6 mg g f p n m m m m Control No P SSAR 0003 Medium Burn Run 2 ...

Page 108: ...g mg mn Total 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 5 1 74 99 Cs 0 00007 g dscf For Train 2 4 6 79 42 Cs 0 00006 g dscf For Ambient Train 0 0 0 Cr 0 g dscf Cs 0 001 x Cs 0 001 x Cr 0 001 x 2 std m n s V m K C u Control No P SSAR 0003 Medium Burn Run 2 ...

Page 109: ...el gas flow rate dscf hr ɽ Total time of test run minutes Sample calculation For Train 1 ET 0 000068 0 x 13295 6 x 475 60 ET 7 16 g For Train 2 ET 0 000058 0 x 13295 6 x 475 60 ET 6 10 g Average E 6 63 g Total emission values shall not differ by more than 7 5 from the total average emissions 7 5 of the average 0 50 Train 1 difference 0 53 Train 2 difference 0 53 T u u std r s T Q c c E Control No ...

Page 110: ...elocity 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 1 475 x 0 808 x ...

Page 111: ...run g hr ASTM E2780 equation 6 PMR 60 ET ɽ Where ET Total particulate emissions grams ɽ Total length of full integrated test run min Sample Calculation ET Dual train average 6 63 g ɽ 475 min PMR 60 x 6 63 475 PMR 0 84 g hr Control No P SSAR 0003 Medium Burn Run 2 ...

Page 112: ... Particulate emission factor for test run g dry kg of fuel burned ASTM E2780 equation 7 PMF ET MFTAdb Sample Calculation ET Dual train average 6 63 g MBdb 9 36 kg PMF 6 63 9 36 PMF 0 71 g kg Control No P SSAR 0003 Medium Burn Run 2 ...

Page 113: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Appendix A Manufacturer s Installation Operation Instructions Labels ...

Page 114: ...ter in a manner inconsistent with the operating instructions in the owner s manual Ce poêle à bois nécessite une inspection et en entretien périodiques pour bien fonctionner Consultez le manuel du propriétaire pour obtenir plus d informations La réglementation fédérale interdit d utiliser ce poêle à bois en infraction avec le mode d emploi décrit dans le manuel du propriétaire Este calefactor de l...

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Page 126: ...e 6OLGH DIÀH 5RG VKRZQ LQ 23 1 SRVWLWLRQ 3 START UP FUEL CONFIGURATION 4 START UP FUEL CONFIGURATION Light the kindling sticks with a match 5 1 Leave the door open 12 in and allow the start up fuel to burn until the kindling and starter pieces are burning 2 Close the door and slide baffle rod and allow the fire to burn until there is a layer of coals over the bottom of the stove 1 2 Large Kindling...

Page 127: ... CLOSED position after the Door is closed to activate the Efficiency and Fuel Saving design of this stove DO NOT leave the stove unattended with the door open Starting a fire may not require an open door to draft The air control should supply adequate draft Pull Rod Handle out to rotate between CLOSED and OPEN position PUSH Rod Handle in to lock in position RQJUDWXODWLRQV RXU ZRRG VWRYH LV UHDG IR...

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Page 133: ... blower impellers The chimney and chimney cap must be inspected for soot and creosote every two months during the burn season or more frequency if chimney exceeds or is under 14 16 ft 4 3m 4 8m measured from bottom of appliance This will prevent pipe blockage poor draft DQG FKLPQH UHV Always burn dry wood to help prevent cap blockage and creosote build up Keep door and glass gasket in good shape t...

Page 134: ...5 21 182 2 3 Glass 17 00 W x 9 75 and Gasket 1 75 21 514 3 1 8 Glass Gasket 4 5 8 Door Gasket 5 1 5 Spring Handle 1 6 Air Control Sprint Handle 1 7 Glass Clip 6 8 Screw 6 9 Hinge Pin 2 0 LT 5V LZJYPW PVU 8 7HY 5V 10 Push Nut 2 11 PYLIYPJR 3 _ _ 4 12 PYLIYPJR 3 _ _ 15 13 PYLIYPJR 3 _ _ 1 14 PYLIYPJR 3 _ _ 1 15 Firebrick for Ash Drawer 1 16 Ash Drawer Assembly 1 17 Leg Assembly 4 18 QVXODWLRQ DIÁH 1...

Page 135: ... or construction provided that such parts have been subjected to normal conditions of use and service after a said defect has been confirmed by GHP Group or an authorized representative s inspection Defective parts must be shipped back at GHP Group discretion transportation prepaid to the manufacturer Credits will be issued upon receipt of return of the defective product to GHP Group 5 GHP Group a...

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Page 137: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Appendix B Alt 125 E3053 Letter ...

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Page 141: ...GHP Group Inc Model Large Wood Stove Report Number 0418WS018E OMNI Test Laboratories Inc Appendix C Firebox Volume ...

Page 142: ... OF 1 1 8 GHP GROUP INC 6440 W Howard St Niles IL 60714 MATERIAL TOLERANCES X XXX 0 030 X XX 0 060 X X 0 125 ANGLES 2 Degrees 20 75 2 5 2 0 16 9 Usable Firebox Volume 2020 Large Wood Stove 2 7 V1 20 75 x 10 25 x 16 90 1728 2 08 cuft V2 2 7 x 1 0 x 20 75 1728 0 03 cuft V3 2 0 x 2 5 x 20 75 1728 0 06 cuft Total Usable Volume 2 08 0 03 0 06 2 0 cuft 10 25 1 0 ...

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