Hearth and Home Technologies Expedition-I Manual Download Page 144 | Manualshive

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Calibration Certificate ID

072731-239-041621-ACC-USI

Software Version: 1.23.0.77
Report Version: 2.13.4

© METTLER TOLEDO

This is an original document and may not be partially reproduced without the

written permission of the issuing calibration laboratory.

Page 5 of 5

Measurement Uncertainty of the Weighing Instrument in Use

Stated is the expanded uncertainty with k=2 in use. The formula shall be used for the estimation of the uncertainty under consideration of
the errors of indication. The value R represents the net load indication in the unit of measure of the device.

Temperature coefficient for the evaluation of the measurement uncertainty in use:

10.0 · 10

-6

/ K

Temperature range on site for the evaluation of the measurement uncertainty in use:

10 K

Linearization of Uncertainty Equation

Range

As Found

As Left

d

Max

1

0.02 lb

N/A

U

1

= 0.023 lb + 0.0000986 lb/lb · R

1000 lb

To optimize the stability of the linearization, besides of the zero load only increasing measurement points with a test load of 5% of the
measurement range or larger are taken for the calculation of the linear equation.

Absolute and Relative Measurement Uncertainty in Use for Various Net Indications (Examples)

Net Indication

As Found

As Left

1.00 lb

N/A

N/A

0.023 lb

2.3%

10.00 lb

N/A

N/A

0.024 lb

0.24%

100.00 lb

N/A

N/A

0.033 lb

0.033%

500.00 lb

N/A

N/A

0.072 lb

0.014%

1000.00 lb

N/A

N/A

0.12 lb

0.012%

As Found

As Left

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Summary of Contents for Expedition-I

Page 1: ...n I AKA Gifford CB Gifford BM Type Single Burn Rate Wood Fired Heater June 18 2021 ASTM E2780 10 Standard Test Method for Determining Particulate Matter Emissions from Wood Heaters Contact Mr Corie Podschelne 352 Mountain House Road Halifax PA 17032 610 506 7338 PodschelneC hearthnhome com Prepared by Sebastian Button Laboratory Supervisor ...

Page 2: ...Project 21 661 Model Expedition I Page 1 This page intentionally left blank ...

Page 3: ...1 8 Run 2 8 Test Conditions Summary 9 Appliance Operation and Test Settings 9 Appliance Description 10 Appliance Dimensions 10 Appliance Rear 13 Test Fuel Properties 14 Sampling Locations and Descriptions 15 Sample Points 15 Sampling Methods 16 Analytical Methods Description 16 Calibration Quality Control and Assurances 16 Appliance Sealing and Storage 16 Sealing Label 16 Sealed Unit 17 List of Ap...

Page 4: ...y the U S Environmental Protection Agency for the certification and auditing of wood heaters pursuant to subpart AAA of 40 CFR Part 60 New Source Performance Standards for Residential Wood Heaters and subpart QQQQ of 40 CFR Part 60 Standards of Performance for New Hydronic Heaters and Forced Air Furnaces Methods 28R 28WHH 28 WHH PTS and all methods listed in Sections 60 534 and 60 5476 PFS TECO ho...

Page 5: ...g 50 hours of conditioning was performed by the manufacturer in accordance with ASTM E2780 Prior to start of testing the dilution tunnel was cleaned with a steel brush A 1st hour emissions sample train was pulled for all test runs The blower assembly on this appliance is integral to the design and not provided optionally therefore no fan confirmation test was performed A total of 2 test runs were ...

Page 6: ... Manufacturer Hearth Home Technologies Catalyst No Variable Burn Rate No Heat exchange blower Integral Type Wood Stove Style Insert Testing Period Start Thursday May 13 2021 Finish Thursday May 13 2021 Test Location PFS TECO 11785 SE Hwy 212 Suite 305 Clackamas OR 97015 Elevation 131 Feet above sea level Test Technician s Sebastian Button Observers Bud Fongeallaz of HHT ...

Page 7: ...iption 189 Mettler Toledo 3 x3 floor scale w digital weight indicator 132 Digiweigh DWP 440 Platform Scale 129 APEX XC 50 DIR Digital Emissions Sampling Box A 130 APEX XC 50 DIR Digital Emissions Sampling Box B 187 California Analytical ZRE CO2 CO O2 IR ANALYZER 064 Digital Barometer 109A B Troemner 100mg 200mg Audit Weights 107 Sartorius Analytical Balance 051 10 lb audit weight 148 Dewalt Tape M...

Page 8: ...532 c Detailed individual run data can be found in Appendix A submitted with this report Summary Table Run 1 Run 2 Date 5 13 2021 5 13 2021 Run Number 1 2 Emission Rate g hr 1 64 2 12 Burn Rate kg hr 2 29 1 99 Heat Output Btu hr 27 361 23 747 Overall Efficiency HHV 64 3 64 9 CO Emissions g MJ Output 5 53 5 80 CO Emissions g kg Dry Fuel 70 46 74 49 CO Emissions g min 2 66 2 42 Emissions Rate First ...

Page 9: ...omalies and all test criteria were met Run 2 Run 2 was performed on 5 13 2021 in accordance with the procedures specified in ASTM E2780 for a single burn rate appliance The total test time was 112 minutes The particulate emissions rate for the test was 2 12 g hr the burn rate was 1 99 kg hr with an HHV efficiency of 64 9 The Train A sample assembly was changed at 1 hr to determine 1st hour emissio...

Page 10: ...n Appendix A submitted with this report Pre Burn Air Setting Test Run Air and Fan Settings Run 1 Automatic Combustion Control ACC Activated upon fuel loading fan on high Automatic Combustion Control ACC Activated upon fuel loading fan on high Run 2 Automatic Combustion Control ACC Activated upon fuel loading fan on high Automatic Combustion Control ACC Activated upon fuel loading fan on high Runs ...

Page 11: ... the sides and is orificed into a series of 3 stainless steel secondary air tubes Start up air is activated by the Automatic Combustion Control ACC which is meant to be activated during fuel loading A gated orifice allows air to enter the front air channel in the bottom of the firebox through two orifices directed at the coal bed The ACC is controlled by a timer mechanism which slowly closes off t...

Page 12: ...Project 21 661 Model Expedition I Page 11 Firebox Volume ...

Page 13: ...Project 21 661 Model Expedition I Page 12 Appliance Front Appliance Left ...

Page 14: ...Project 21 661 Model Expedition I Page 13 Appliance Right Appliance Rear ...

Page 15: ...on I Page 14 Test Fuel Properties Test fuel used was dimensional Douglas fir lumber in 2 x 4 nominal Test fuel was air dried to the specified moisture range of 19 25 dry basis A typical fuel load is pictured below Typical Fuel Load ...

Page 16: ...escriptions Sample ports are located 16 5 feet downstream from any disturbances and 1 foot upstream from any disturbances Flow rate traverse data was collected 12 feet downstream from any disturbances and 5 5 feet upstream from any disturbances See below Sample Points ...

Page 17: ...ir housings dessicated for a minimum of 24 hours and then weighed at 6 hour intervals to a constant weight per ASTM E2515 11 Section 10 Calibration Quality Control and Assurances Calibration procedures and results were conducted per EPA Method 28R ASTM E2515 11 and ASTM E2780 Test method quality control procedures leak checks volume meter checks stratification checks proportionality results follow...

Page 18: ...Project 21 661 Model Expedition I Page 17 Sealed Unit ...

Page 19: ...tted electronically in conjunction with this report Appendix A Test Run Data Technician Notes Sample Analysis and Alternate Test Method Approval Appendix B Labels and Manuals Appendix C Equipment Calibration Records Appendix D Design Drawings CBI Report Only Appendix E Manufacturer QAP CBI Report Only ...

Page 20: ... MC between 19 25 3 6lbs single burn rate MC between 19 25 5 1lbs single burn rate MC between 19 25 2 1lbs single burn rate MC between 19 25 9 6lbs single burn rate MC between 19 25 8 1lbs single burn rate MC between 19 25 3 6lbs single burn rate MC between 19 25 2 1lbs single burn rate MC between 19 25 10 5lbs single burn rate MC between 19 25 5 4lbs single burn rate MC between 19 25 8 1lbs singl...

Page 21: ...l Preburn should consist of two 17 pieces loaded parallel to door with five or six 9 pieces loaded perpendicularly on top Total preburn fuel weight should be about the same weight at the test fuel load Once fuel is loaded close door immediately activate ACC turn fan onto high You should be in coal bed range right at the hour mark Test Fire Level coal bed ensuring Lower Primary Air Orifices are cle...

Page 22: ...WOOD STOVE TEST DATA PACKET ASTM E2780 E2515 Run 1 Data Summary Client Model Job HHT Expedition 1 21 661 100 5 13 2021 6 14 2021 Techician Signature Date Tracking Test Date PFS TECO Page 1 of 17 ...

Page 23: ...tal Sample Volume dscf Average Tunnel Temperature F Total Sample Volume ft 3 Average Gas Velocity in Dilution Tunnel ft sec 21 661 SJB HHT Expedition 1 8 7 Burn Rate kg hr 5 13 2021 100 Final Average Results 1 Average Gas Flow Rate in Dilution Tunnel dscf hr 2 57 1 64 Total Particulate Emissions g Particulate Emission Rate g hr 94 Total Time of Test min 22571 5 102 4 Particulate Emission Rate g hr...

Page 24: ... 361 Btu h Burn Rate kg h 2 27 4 99 lb h Input kJ h 44 887 42 580 Btu h Test Load Weight dry kg 3 55 7 82 dry lb MC wet 17 73 MC dry 21 55 Particulate g 2 57 CO g 250 Test Duration h 1 57 Emissions Particulate CO g MJ Output 0 06 5 53 g kg Dry Fuel 0 72 70 46 g h 1 64 159 65 g min 0 03 2 66 lb MM Btu Output 0 13 12 86 Air Fuel Ratio A F 13 14 VERSION 2 2 12 14 2009 Test Results in Accordance with ...

Page 25: ...2 12 8 Observed 29 6 6 55 N A N A OK Coal Bed Range 20 25 Quality Checks Requirement Result Fuel Density Loading Density 2x4 Fuel Mix 25 36 lbs ft3 DB 6 3 7 7 lbs ft 3 WB 35 65 of total weight OK Total Wet Fuel Weight with spacers lbs Total Dry Weight no spacers lbs Total Dry Weight with spacers lbs 1 50 1 63 Firebox Volume ft 3 Spacer Moisture Readings DB 6 11 7 90 WOODSTOVE FUEL DATA ASTM E2780 ...

Page 26: ... 11 0 018 101 12 0 010 101 Center 0 020 101 Static Pressure 0 062 in H2O Fuel Type D Fir HHV kJ kg 19 810 C 48 73 Firebox Back H 6 87 O 43 9 Ash 0 5 MC DB 21 6 Room Air Velocity ft min Scale Audit lbs Traverse Data DILUTION TUNNEL FLOW Dilution Tunnel H2O Meter Box γ Factor Meter Box γ Factor Induced Draft Check in H2O Smoke Capture Check Date Flue Pipe Last Cleaned Sample Train Post Test Leak Che...

Page 27: ...72 22 7 3 0 100 293 245 283 452 187 291 9 622 71 23 7 1 0 100 294 246 285 455 187 293 4 630 72 24 6 9 0 100 295 247 288 456 187 294 6 636 72 25 6 7 0 100 297 248 291 463 188 297 1 641 72 26 6 5 0 100 298 249 293 466 188 298 6 642 72 27 6 4 0 100 299 250 295 469 189 300 4 643 72 28 6 2 0 100 301 251 298 474 189 302 7 643 72 29 6 0 0 100 303 253 300 474 190 303 9 643 72 30 5 8 0 100 304 255 302 481 ...

Page 28: ...493 203 334 7 589 72 48 3 2 0 090 349 311 329 491 203 336 6 581 72 49 3 1 0 090 351 315 332 490 204 338 3 576 72 50 3 0 0 090 354 319 336 487 205 340 3 565 72 51 2 9 0 090 356 323 339 485 206 341 8 552 72 52 2 8 0 090 359 326 344 477 206 342 6 538 72 53 2 7 0 080 361 330 347 473 207 343 6 530 72 54 2 6 0 080 363 333 347 467 207 343 4 517 72 55 2 6 0 080 364 337 346 458 208 342 6 503 73 56 2 5 0 08...

Page 29: ...7 0 019 1 92 76 2 104 6 7 0 25 114 811 83 77 14 3 183 0 227 0 019 1 92 76 2 104 6 5 0 24 117 849 84 77 15 3 408 0 225 0 019 1 91 76 2 103 6 2 0 24 119 875 85 77 16 3 633 0 225 0 019 1 91 77 2 103 6 0 0 26 119 862 85 77 17 3 859 0 226 0 020 1 90 77 2 101 5 7 0 25 118 837 85 77 18 4 085 0 226 0 020 1 91 77 2 101 5 5 0 25 118 825 86 78 19 4 310 0 225 0 020 1 91 77 2 100 5 2 0 24 118 816 86 78 20 4 53...

Page 30: ... 43 9 732 0 230 0 020 1 94 82 2 100 1 3 0 04 105 537 88 80 44 9 959 0 227 0 020 1 94 82 2 99 1 3 0 04 104 516 88 79 45 10 189 0 230 0 021 1 94 82 2 98 1 2 0 03 102 498 88 80 46 10 419 0 230 0 021 1 95 82 2 98 1 2 0 03 102 482 88 80 47 10 647 0 228 0 021 1 94 83 2 97 1 2 0 03 101 468 88 80 48 10 877 0 230 0 020 1 95 83 2 100 1 2 0 03 100 456 87 80 49 11 106 0 229 0 021 1 95 83 2 97 1 1 0 03 100 447...

Page 31: ...79 75 17 165 0 237 0 021 2 02 87 2 99 0 5 0 02 92 356 81 79 76 17 399 0 234 0 020 2 02 87 2 100 0 4 0 03 92 354 82 79 77 17 634 0 235 0 021 2 02 87 2 98 0 4 0 02 92 352 82 79 78 17 870 0 236 0 021 2 03 87 2 98 0 4 0 03 91 351 82 79 79 18 105 0 235 0 021 2 02 87 2 98 0 4 0 02 91 348 82 79 80 18 341 0 236 0 021 2 02 87 2 98 0 3 0 03 91 348 82 79 81 18 576 0 235 0 021 2 02 87 2 98 0 3 0 01 91 346 82 ...

Page 32: ... 82 0 110 14 98 0 76 14 3 209 0 228 2 04 76 2 103 83 0 110 15 82 0 51 15 3 437 0 228 2 04 76 2 104 84 0 110 16 46 0 25 16 3 664 0 227 2 04 77 2 103 84 0 110 16 24 0 31 17 3 890 0 226 2 03 77 2 100 85 0 110 15 29 0 61 18 4 116 0 226 2 03 77 2 100 85 0 110 14 99 0 76 19 4 343 0 227 2 03 78 2 100 86 0 110 14 93 0 78 20 4 570 0 227 2 03 78 2 103 86 0 110 14 86 0 68 21 4 797 0 227 2 03 78 2 100 86 0 11...

Page 33: ...6 0 07 43 9 813 0 235 2 12 82 2 102 88 0 080 6 88 0 11 44 10 045 0 232 2 12 82 2 100 88 0 080 6 45 0 15 45 10 280 0 235 2 12 82 2 99 88 0 080 6 33 0 18 46 10 512 0 232 2 12 82 2 98 88 0 070 6 12 0 23 47 10 747 0 235 2 12 82 2 99 88 0 070 5 92 0 29 48 10 980 0 233 2 12 82 2 101 88 0 070 5 84 0 31 49 11 215 0 235 2 13 82 2 99 88 0 070 5 79 0 34 50 11 448 0 233 2 11 82 2 100 88 0 070 5 77 0 37 51 11 ...

Page 34: ...9 0 69 75 17 295 0 236 2 12 83 2 99 86 0 060 5 12 0 68 76 17 529 0 234 2 13 83 2 100 86 0 060 5 01 0 74 77 17 763 0 234 2 12 83 2 98 86 0 060 4 97 0 75 78 17 998 0 235 2 12 83 2 98 86 0 060 4 95 0 75 79 18 232 0 234 2 13 83 2 98 86 0 060 4 91 0 79 80 18 468 0 236 2 13 83 2 98 86 0 060 4 88 0 81 81 18 701 0 233 2 13 83 2 97 86 0 060 4 84 0 84 82 18 937 0 236 2 13 83 2 101 86 0 050 4 79 0 86 83 19 1...

Page 35: ...min Gas Meter ft3 Sample Rate cfm Orifice dH in H2O Meter Temp F Meter Vacuum in Hg Pro Rate Filter F Flue Draft in H2O CO2 CO Expedition 1 1 Flue Gas Data Particulate Sampling Data 5 13 2021 100 BOX B TEST DATA ASTM E2780 ASTM E2515 21 661 SJB HHT PFS TECO Page 14 of 17 ...

Page 36: ... 289 620 200 352 9 N A 24 334 323 293 626 199 354 9 N A 25 335 323 294 622 199 354 6 N A 26 336 324 302 627 198 357 4 N A 27 337 325 304 627 198 358 1 N A 28 339 326 310 630 197 360 2 N A 29 340 327 310 630 197 360 7 N A 30 342 329 313 632 196 362 5 N A 31 344 331 320 634 196 365 1 N A 32 346 333 321 640 196 367 0 N A 33 349 335 324 636 196 368 0 N A 34 352 338 328 638 195 370 1 N A 35 355 340 335...

Page 37: ...92 337 195 324 5 N A 66 402 396 291 331 194 322 7 N A 67 401 395 289 328 194 321 4 N A 68 401 395 287 323 193 319 9 N A 69 399 393 286 320 193 318 3 N A 70 399 393 285 318 192 317 2 N A 71 398 392 283 316 192 316 2 N A 72 397 391 282 313 192 314 7 N A 73 396 388 280 309 191 313 0 N A 74 394 388 279 307 191 311 9 N A 75 394 388 277 303 190 310 4 N A 76 393 387 276 304 190 309 6 N A 77 392 386 274 3...

Page 38: ...lter G0040 120 3 120 3 120 3 0 0 Placed in Dessicator on 242 4 5 14 14 20 242 4 5 17 9 09 Train A Probe 1st hr 116808 7 5 14 14 21 116808 7 5 17 9 10 Train A O Rings 1st hr 3612 7 5 14 14 22 3612 7 5 17 9 11 Train A Filters Remainder 239 9 5 14 14 20 239 8 5 17 9 09 Train A Probe Remainder 117138 6 5 14 14 21 117138 6 5 17 9 10 Train A O Rings Remainder 3569 1 5 14 14 22 3569 2 5 17 9 11 Train B F...

Page 39: ...l bed and zeroed scale in preparation of fuel loading Test Notes Test Burn Start Time 12 03 Test Fuel Loaded by 45 seconds Door Closed 80 seconds Air Control Set at 0 seconds Other Loading Notes N A Time Notes 0 min 60 min 94 min Loaded test fuel activated ACC fan on high Changed 1st hour filter train End of test Test Burn End Time 13 37 Flue Gas Concentration Measurement Calibration Gas Values Sp...

Page 40: ...nt HHT Job Number 21 661 Tracking 100 Model Expedition 1 Run Number 1 Test Date 5 13 2021 Technician Signature Date 5 13 21 Page 2 of 2 Test Fuel Side View Test Fuel Iso View N A Single Burn Rate Stove Test Fuel Loaded in Stove Air Setting ...

Page 41: ...WOOD STOVE TEST DATA PACKET ASTM E2780 E2515 Run 2 Data Summary Client Model Job HHT Expedition 1 21 661 100 5 13 2021 6 14 2021 Techician Signature Date Tracking Test Date PFS TECO Page 1 of 19 ...

Page 42: ...al Sample Volume dscf Average Tunnel Temperature F Total Sample Volume ft 3 Average Gas Velocity in Dilution Tunnel ft sec 21 661 SJB HHT Expedition 1 8 7 Burn Rate kg hr 5 13 2021 100 Final Average Results 2 Average Gas Flow Rate in Dilution Tunnel dscf hr 3 96 2 12 Total Particulate Emissions g Particulate Emission Rate g hr 112 Total Time of Test min 22761 5 102 2 Particulate Emission Rate g hr...

Page 43: ... 747 Btu h Burn Rate kg h 1 95 4 29 lb h Input kJ h 38 584 36 601 Btu h Test Load Weight dry kg 3 64 8 01 dry lb MC wet 17 73 MC dry 21 55 Particulate g 3 96 CO g 271 Test Duration h 1 87 Emissions Particulate CO g MJ Output 0 08 5 80 g kg Dry Fuel 1 09 74 49 g h 2 12 145 09 g min 0 04 2 42 lb MM Btu Output 0 20 13 47 Air Fuel Ratio A F 14 95 VERSION 2 2 12 14 2009 Test Results in Accordance with ...

Page 44: ... 1 Observed 31 2 6 74 N A N A OK Coal Bed Range 20 25 Quality Checks Requirement Result Fuel Density Loading Density 2x4 Fuel Mix 25 36 lbs ft3 DB 6 3 7 7 lbs ft 3 WB 35 65 of total weight OK Total Wet Fuel Weight with spacers lbs Total Dry Weight no spacers lbs Total Dry Weight with spacers lbs 1 64 1 56 Firebox Volume ft 3 Spacer Moisture Readings DB 6 44 8 17 WOODSTOVE FUEL DATA ASTM E2780 Mois...

Page 45: ... 11 0 018 101 12 0 010 101 Center 0 020 101 Static Pressure 0 062 in H2O Fuel Type D Fir HHV kJ kg 19 810 C 48 73 Firebox Back H 6 87 O 43 9 Ash 0 5 MC DB 21 6 Room Air Velocity ft min Scale Audit lbs Traverse Data DILUTION TUNNEL FLOW Dilution Tunnel H2O Meter Box γ Factor Meter Box γ Factor Induced Draft Check in H2O Smoke Capture Check Date Flue Pipe Last Cleaned Sample Train Post Test Leak Che...

Page 46: ... 77 22 7 5 0 090 321 302 221 467 184 299 0 610 77 23 7 3 0 090 321 302 223 468 184 299 7 608 77 24 7 2 0 090 320 303 224 467 185 299 7 608 77 25 7 0 0 090 320 304 226 466 185 300 0 609 77 26 6 8 0 090 321 305 227 467 186 301 1 612 77 27 6 7 0 090 320 305 228 468 186 301 5 611 78 28 6 5 0 090 321 306 229 469 187 302 3 611 77 29 6 4 0 090 322 307 231 471 187 303 7 613 78 30 6 2 0 090 323 308 231 470...

Page 47: ...456 206 332 0 494 80 57 3 1 0 080 370 368 284 447 206 335 2 478 80 58 3 0 0 070 372 370 317 436 207 340 5 467 79 59 3 0 0 070 374 373 301 425 208 336 0 456 80 60 2 9 0 070 376 375 270 414 209 328 6 447 80 61 2 9 0 070 377 376 330 404 209 339 4 438 80 62 2 9 0 070 379 378 328 397 210 338 5 430 80 63 2 8 0 070 381 379 326 388 211 337 0 421 80 64 2 8 0 070 382 381 324 381 212 336 0 414 80 65 2 8 0 07...

Page 48: ...24 0 020 1 87 81 3 103 7 2 0 25 112 691 85 79 14 3 159 0 223 0 020 1 87 82 3 102 6 9 0 26 113 697 85 79 15 3 382 0 223 0 020 1 87 82 3 102 6 7 0 23 113 701 85 79 16 3 604 0 222 0 020 1 86 82 3 102 6 4 0 24 114 708 86 79 17 3 827 0 223 0 020 1 86 82 3 102 6 2 0 23 114 710 86 79 18 4 051 0 224 0 020 1 86 82 3 103 6 0 0 22 114 708 86 79 19 4 274 0 223 0 021 1 86 82 3 100 5 8 0 21 114 707 86 79 20 4 4...

Page 49: ...9 605 0 222 0 021 1 84 85 3 98 1 8 0 08 109 579 86 79 44 9 827 0 222 0 021 1 85 85 3 98 1 7 0 07 108 559 86 79 45 10 049 0 222 0 021 1 85 85 3 98 1 7 0 06 107 539 86 79 46 10 271 0 222 0 021 1 85 86 3 98 1 6 0 06 106 521 86 80 47 10 493 0 222 0 021 1 85 86 3 98 1 6 0 05 105 502 85 79 48 10 714 0 221 0 021 1 84 86 3 98 1 5 0 04 105 488 85 80 49 10 935 0 221 0 021 1 84 86 3 98 1 5 0 03 104 475 85 79...

Page 50: ...16 783 0 227 0 021 1 90 88 3 99 0 8 0 03 96 361 83 80 76 17 010 0 227 0 020 1 90 89 3 101 0 8 0 03 96 359 83 80 77 17 237 0 227 0 020 1 90 89 3 101 0 8 0 02 95 358 83 80 78 17 462 0 225 0 020 1 90 89 3 100 0 7 0 02 95 357 83 80 79 17 689 0 227 0 020 1 90 89 3 101 0 7 0 02 95 354 83 80 80 17 916 0 227 0 020 1 91 89 3 101 0 7 0 02 95 353 83 80 81 18 143 0 227 0 020 1 90 89 3 101 0 7 0 03 95 353 84 8...

Page 51: ...5 0 226 0 021 1 90 91 3 98 0 2 0 02 93 336 85 81 101 22 671 0 226 0 020 1 90 90 3 100 0 2 0 02 93 334 85 81 102 22 898 0 227 0 021 1 90 91 3 98 0 2 0 02 93 332 85 81 103 23 126 0 228 0 020 1 90 91 3 101 0 2 0 02 93 331 85 81 104 23 351 0 225 0 020 1 90 91 3 100 0 2 0 02 93 329 85 81 105 23 578 0 227 0 021 1 90 91 3 98 0 1 0 02 93 328 85 81 106 23 806 0 228 0 020 1 90 91 3 101 0 1 0 02 93 327 85 81...

Page 52: ...0 100 12 47 1 55 14 3 087 0 218 1 91 80 3 103 85 0 100 12 74 1 38 15 3 305 0 218 1 91 80 3 103 86 0 100 12 85 1 11 16 3 523 0 218 1 91 80 3 103 86 0 100 13 12 0 80 17 3 740 0 217 1 91 80 3 102 86 0 100 13 07 0 65 18 3 958 0 218 1 91 81 3 103 87 0 100 13 14 0 60 19 4 176 0 218 1 90 81 3 100 87 0 100 12 79 0 69 20 4 395 0 219 1 90 81 3 103 87 0 100 12 87 0 76 21 4 613 0 218 1 90 81 3 100 87 0 100 12...

Page 53: ...90 9 31 0 10 43 9 388 0 218 1 89 84 3 99 88 0 080 8 68 0 13 44 9 605 0 217 1 89 84 3 99 87 0 080 8 15 0 09 45 9 822 0 217 1 89 84 3 99 87 0 080 7 55 0 11 46 10 038 0 216 1 89 84 3 98 87 0 080 7 03 0 10 47 10 255 0 217 1 89 84 3 98 87 0 080 6 65 0 12 48 10 472 0 217 1 90 84 3 98 87 0 070 6 49 0 11 49 10 691 0 219 1 89 84 3 99 87 0 070 6 30 0 14 50 10 907 0 216 1 89 84 3 98 86 0 070 6 02 0 18 51 11 ...

Page 54: ... 49 75 16 354 0 219 1 90 84 3 98 86 0 060 5 14 0 54 76 16 573 0 219 1 91 84 3 101 86 0 060 5 07 0 57 77 16 792 0 219 1 90 84 3 101 86 0 060 5 03 0 60 78 17 010 0 218 1 90 84 3 100 86 0 060 5 02 0 64 79 17 229 0 219 1 90 84 3 101 86 0 060 4 96 0 66 80 17 447 0 218 1 90 84 3 100 86 0 050 4 93 0 67 81 17 665 0 218 1 90 84 3 100 86 0 060 4 92 0 68 82 17 883 0 218 1 90 84 3 100 86 0 050 4 91 0 68 83 18...

Page 55: ...1 817 0 218 1 90 85 3 98 87 0 050 4 47 0 88 101 22 036 0 219 1 91 85 3 101 87 0 050 4 44 0 91 102 22 256 0 220 1 91 85 3 98 87 0 050 4 34 0 96 103 22 475 0 219 1 91 85 3 100 87 0 050 4 30 0 96 104 22 695 0 220 1 91 85 3 101 87 0 050 4 32 0 96 105 22 915 0 220 1 91 85 3 99 87 0 050 4 19 0 98 106 23 134 0 219 1 91 85 3 100 86 0 050 4 17 1 00 107 23 353 0 219 1 91 85 3 100 87 0 050 4 13 1 00 108 23 5...

Page 56: ... 239 553 208 331 1 N A 24 334 322 240 558 207 332 2 N A 25 334 323 243 558 206 332 8 N A 26 334 323 244 565 206 334 2 N A 27 334 323 246 569 205 335 4 N A 28 334 324 250 573 204 337 0 N A 29 335 324 252 575 204 338 2 N A 30 337 326 253 576 204 339 1 N A 31 338 327 256 577 203 340 4 N A 32 339 328 258 581 203 341 7 N A 33 341 330 260 582 203 343 2 N A 34 342 331 263 583 202 344 3 N A 35 344 333 264...

Page 57: ... 300 337 210 329 7 N A 66 400 401 297 334 210 328 3 N A 67 399 400 295 330 211 327 0 N A 68 398 400 294 327 211 325 9 N A 69 396 400 292 323 211 324 6 N A 70 395 400 290 323 212 323 9 N A 71 394 400 289 317 211 322 3 N A 72 393 399 288 317 211 321 6 N A 73 393 399 287 312 211 320 4 N A 74 392 398 285 312 211 319 7 N A 75 392 398 284 308 210 318 7 N A 76 391 398 283 310 210 318 4 N A 77 390 398 282...

Page 58: ... 193 295 7 N A 99 378 373 258 272 192 294 6 N A 100 377 372 257 271 192 293 6 N A 101 376 370 256 270 191 292 6 N A 102 375 370 255 269 190 291 8 N A 103 375 368 254 268 190 290 9 N A 104 374 367 253 265 189 289 6 N A 105 373 366 252 264 188 288 6 N A 106 372 365 250 264 188 287 7 N A 107 371 364 249 262 187 286 7 N A 108 370 363 248 261 187 285 6 N A 109 369 362 247 259 186 284 5 N A 110 368 361 ...

Page 59: ...nd Filter G0047 119 7 119 7 119 7 0 0 Placed in Dessicator on 241 5 5 17 9 12 241 5 5 18 8 23 Train A Probe 1st hr 117496 2 5 17 9 13 117496 1 5 18 8 23 Train A O Rings 1st hr 3396 5 5 17 9 14 3396 6 5 18 8 24 Train A Filters Remainder 240 9 5 17 9 12 240 8 5 18 8 23 Train A Probe Remainder 117024 2 5 17 9 13 117024 4 5 18 8 24 Train A O Rings Remainder 3366 2 5 17 9 14 3366 2 5 18 8 24 Train B Fi...

Page 60: ...nd zeroed scale in preparation of fuel loading Test Notes Test Burn Start Time 15 59 Test Fuel Loaded by 40 seconds Door Closed 80 seconds Air Control Set at 0 seconds Other Loading Notes N A Time Notes 0 min 60 min 112 min Loaded test fuel activated ACC fan on high Changed 1st hour filter train End of test Test Burn End Time 17 51 Flue Gas Concentration Measurement Calibration Gas Values Span Gas...

Page 61: ...nt HHT Job Number 21 661 Tracking 100 Model Expedition 1 Run Number 2 Test Date 5 13 2021 Technician Signature Date 5 14 21 Page 2 of 2 Test Fuel Side View Test Fuel Iso View N A Single Burn Rate Stove Test Fuel Loaded in Stove Air Setting ...

Page 62: ......

Page 63: ......

Page 64: ......

Page 65: ......

Page 66: ...onditions dscf mn Total particulate matter collected mg MSdb Weight of test fuel spacers dry basis kg MCdb Weight of test fuel crib excluding nails and spacers dry basis kg DCdb Density of fuel crib excluding spacers and nails dry basis lbs ft3 MFTAdb Total weight of fuel crib excluding nails dry basis kg BR Dry burn rate kg hr Sample Calculations ASTM E2780 E2515 HHT Expedition 1 1 Equations used...

Page 67: ...1 MSdb MSwb 100 100 FMS Where FMS average fuel moisture of test fuel spacers dry basis MSwb weight of test fuel spacers wet basis kg Sample Calculation FMS 15 7 MSwb 2 1 lbs 0 4536 Conversion factor from lbs to kg MSdb 2 1 x 0 4536 100 100 15 7 MSdb 0 82 kg PFS TECO Page 2 of 15 ...

Page 68: ...Where MCPnwb weight of each test fuel piece n in fuel crib excluding nails and spacers wet basis kg FMCPn Average fuel moisture of test fuel n in fuel crib dry basis Sample Calculation test fuel piece 1 MCPnwb 1 81 FMCPn 19 2 1 8 100 100 19 2 1 5 lbs 6 11 lbs MCdb 2 77 kg Total dry crib weight excluding spacers PFS TECO Page 3 of 15 ...

Page 69: ...b excluding spacers and nails dry basis lbs ft 3 ASTM E2780 equation 3 DCdb MCdb VC Where VC Volume of fuel crib ft 3 Sample calculation VC 357 in3 1728 conversion from in 3 to ft 3 DCdb 6 11 357 1728 29 56 lbs ft3 PFS TECO Page 4 of 15 ...

Page 70: ...Run 1 xlsm MFTAdb Total weight of fuel crib excluding nails dry basis kg ASTM E2780 equation 4 MFTAdb MSdb MCdb Sample calculation MFTAdb 0 82 2 77 3 59 kg PFS TECO Page 5 of 15 ...

Page 71: ...Run 1 xlsm BR dry burn rate kg hr ASTM E2780 equation 5 60 MFTAdb θ Where θ Total length of test run min Sample Calculation MBdb 3 59 kg θ 94 min 60 x 3 59 BR 2 29 kg hr BR BR 94 PFS TECO Page 6 of 15 ...

Page 72: ... in Hg Pg Static pressure of tunnel in H20 in Hg in H20 13 6 Ms Sample calculation 8 61 9 65 102 4 1 2 Vs 0 893 x 85 49 x 0 99 x 0 142 x 0 06 13 6 Vs 8 66 ft s The dilution tunnel wet molecular weight Ms 28 78 assuming a dry weight of 29 lb lb mole The ASTM test standard mistakenly identifies Ms as the dry molecular weight It should be the wet molecular weight as indicated in EPA Method 2 Fp 0 893...

Page 73: ...ional 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 06 13 6 102 4 460 Qsd dscf hr 22571 5 30 00 Qsd 3600 x 1 0 02 x 8 66 x 0 7854 x 528 x 29 92 std s avg s std s ws s...

Page 74: ... site in Hg 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 95 Vm std 17 64 x 21 640 x 1 003 x 13 6 81 8 460 Vm std 21 300 dscf Using equation for Train 2 2 08 Vm std 17 64 x 21 758 x 0 999 x 13 6 80 4 460 Vm std 21 395 dscf Using equation for ambient train 0 00 Vm std 17 64 x 16 69 x 1 ...

Page 75: ...tter from filters mg mg mass of particulate matter from filter seals mg Sample Calculation Using equation for Train A first hour mn 0 1 1 0 0 2 mn 1 3 mg Using equation for Train A post first hour mn 0 1 0 1 0 2 mn 0 4 mg Train A aggregate mn 1 3 0 4 mn 1 7 mg Using equation for Train B mn 0 1 1 1 0 2 mn 1 4 mg g f p n m m m m PFS TECO Page 10 of 15 ...

Page 76: ...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 1 7 21 30 Cs 0 00008 g dscf For Train 2 1 4 21 40 Cs 0 00007 g dscf For Ambient Train 0 0 16 56 Cr 0 000000 g dscf Cs 0 001 x Cs 0 001 x Cr 0 001 x 2 std m n s V m K C PFS TECO Page 11 of 15 ...

Page 77: ... gas flow rate dscf hr θ Total time of test run minutes Sample calculation For Train 1 ET 0 000080 0 000000 x 22571 5 x 94 60 ET 2 82 g For Train 2 ET 0 000065 0 000000 x 22571 5 x 94 60 ET 2 31 g Average E 2 57 g Total emission values shall not differ by more than 7 5 from the total average emissions 7 5 of the average 0 19 Train 1 difference 0 25 Train 2 difference 0 25 std r s T Q c c E PFS TEC...

Page 78: ...s Average 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...

Page 79: ...t run g hr 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 2 57 g θ 94 min PMR 60 x 2 57 94 PMR 1 64 g hr PFS TECO Page 14 of 15 ...

Page 80: ...F 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 2 57 g MBdb 3 59 kg PMF 2 57 3 59 PMF 0 72 g kg PFS TECO Page 15 of 15 ...

Page 81: ...Do not connect this unit to a chimney serving another appliance DANGER Risk of electrical shock Disconnect power supply before servicing Route power cord away from unit Do not route cord under or in front of appliance Electrical Rating 115 VAC 1 4 AMPS 60 Hz Do not use grate or elevate fire Build wood fire directly on hearth firebrick Do not overfire If heater or chimney connector glows you are ov...

Page 82: ... or any other appliance Do not over fire If heater or chimney connector glows you are over firing Over firing will void your warranty Comply with all minimum clearances to combustibles as specified Failure to comply may cause house fire If the information in these instructions is not followed exactly a fire may result causing property damage personal injury or death WARNING HOT SURFACES Glass and ...

Page 83: ...ys 15 I Masonry Chimney 15 J Metal Heat Circulating Masonry 16 K Prefabricated Metal Chimney 16 L Ovalizing Round Stainless Steel Liners 17 M Altering the Fireplace 17 N Zero Clearance Fireplace 17 TABLE OF CONTENTS Safety Alert Key DANGER Indicates a hazardous situation which if not avoided will result in death or serious injury WARNING Indicates a hazardous situation which if not avoided may res...

Page 84: ...t Recommended Wood Length 17 inches Fuel Seasoned Cord Wood Weighted average LHV Low Heating Value efficiency using Douglas Fir dimensional lumber and data collected during EPA emission tests in accordance with the requirements of CSA B415 1 LHV assumes the moisture is already in a vapor state so there is no loss in energy to vaporize Weighted average HHV High Heating Value efficiency using Dougla...

Page 85: ...om The size of the room must be at least 50ft per 1 000 Btu hr stove input I California Prop65 WARNING This product and the fuels used to operate this product wood and the products of combustion of such fuels can expose you to chemicals including carbon black which is known to the State of California to cause cancer and carbon monoxide which is known to the State of California to cause birth defec...

Page 86: ...rence needed to vent appliances successfully When a appliance is drafting successfully all combustion byproducts are exiting the home through the chimney Considerations for successful draft include Preventing negative pressure Location of appliance and chimney To be sure that your appliance burns properly During the burn the chimney draft static pressure should be approximately 0 07 inch water col...

Page 87: ...ressure Install the outside air kit with the intake facing prevailing winds during the heating season Ensure adequate outdoor air for all combustion appliances and exhaust equipment Ensure furnace and air conditioning return vents are not located in the immediate vicinity of the appliance Avoid installing the appliance near doors walkways or small isolated spaces Recessed lighting should be a seal...

Page 88: ... responsible for use and operation Hearth Home Technologies recommends the following Photographing the installation and copying this checklist for your file That this checklist remain visible at all times on the appliance until the installation is complete Comments Further description of the issues who is responsible Installer Builder Other Trades etc and corrective action needed Comments communic...

Page 89: ... 6 Front View with Large Flat Surround with Cast Trim CT2 5134 26 3 8 670 mm 24 610 mm 16 406 mm 2 3 8 60 mm Figure 8 2 Front View with Small Flat Surround SP2 4331 50 3 4 1289 mm 34 864 mm Figure 8 3 Front View with Large Flat Surround SP2 5134 A Dimensions NOTE Flue Collar size is 6 inch 152mm diameter ID Figure 8 1 Top View with Flat Surround 31 787 mm 9 3 8 237 mm 17 7 8 455 mm 42 3 4 1086 mm ...

Page 90: ...e View with Cast Surround and Optional 15 Degree Adapter DV 6DLR E15ADSS Figure 9 2 Side View with Flat Surround and Optional 15 Degree Adapter DV 6DLR E15ADSS 21 3 8 544 mm 12 1 4 311 mm 12 1 2 318 mm 22 5 8 575 mm Figure 9 6 Side View with Cast Surround and Optional 15 Degree Adapter DV 6DLR E15ADSS Figure 9 3 Side View with Flat Surround and Optional 15 Degree Adapter DV 6DLR E15ADSS 13 1 4 337...

Page 91: ...27 686 C Back Width 24 1 2 622 D Depth Steel Surround 16 406 Depth Cast Surround 15 1 4 387 NOTE Clearances may only be reduced by means approved by the regulatory authority having jurisdiction To calculate mantel height requirement multiply the depth of the mantel by 0 78 inches then add 38 375 inches to the total NOTE If trim measurement is over 3 4 in 19mm in depth use mantle or side clearances...

Page 92: ...alue The R value is a measure of a material s resistance to heat transfer R value is convenient when more than one material is used since you can add the R values together whereas you can not do this for k value The HIGHER the R factor means less heat is being conducted through the non combustible material to the combustible material beneath it The R value of a material must be equal or larger the...

Page 93: ...sed by the building envelope This helps to produce more draft especially during lighting and die down of the fire Penetrate the highest part of the roof This minimizes the affects of wind turbulence and down drafts Consider the appliance location in order to avoid floor and ceiling attic joists and rafters Locate termination cap away from trees adjacent structures uneven roof lines and other obstr...

Page 94: ...plugged by snow or other material Must terminate at least 3 feet 91cm above the roof and at least 2 feet 61cm above any portion of the roof within 10 feet 305cm Must be located away from trees or other structures NOTICE Chimney performance may vary Trees buildings roof lines and wind conditions affect performance Chimney height may need adjustment if smoking or overdraft occurs NOTICE Locating the...

Page 95: ...eed to be increased by 2 3 per each 1000 feet above sea level It is not recommended to use offsets or elbows at altitudes above 4000 feet above sea level or when there are other factors that affect flue draft LINER CONNECTOR FLUE GAS DIRECTION CRIMPED END TOWARDS STOVE Figure 14 1 G Securing Chimney Components All joints should be secured with 3 sheet metal screws or rivets per pipe manufacturers ...

Page 96: ...structions for Maximum Liner Extension Above Chimney Maximum 30 Degrees Offset in Chimney Combustible Floor Figure 15 1 Generic Insert Model Shown in Illustration NOTE In Canada this fireplace insert must be installed with a continuous chimney liner of a 6 inch 152mm diameter extending from the fireplace insert to the top of the chimney The chimney liner must conform to the Class 3 requirements of...

Page 97: ...t must not reduce the air flow for the existing air cooled chimney system Figure 16 1 Generic Insert Model Shown in Illustration Minimum 8 203mm Masonry Thickness in Front of Smoke Chamber Damper Plate Removed or Fastened in Open Position Seal with Non Combustible Material Minimum Clearance in Accordance with Insert Listing Floor Protection in Accordance with Insert Listing Combustible Floor Airti...

Page 98: ...rmit may be required for installations final approval is contingent of the authority having local jurisdiction Consult insurance carrier local building fire officials or authorities having jurisdiction about restrictions installation inspection and permits Inspect the existing fireplace and chimney for any damage or flaws such as burnouts metal or refectory warping Inspection to a minimum of NFPA ...

Page 99: ...ir plates are located in component pack Re install outer covers Figure 18 2 3 Level outer can and install appliance After installing the appliance in the outer can seal the fireplace opening and trim package with insulation to prevent air leakage into the room 5 5 Appliance Set Up Fire Risk Asphyxiation Risk Do not draw outside combustion air from Wall floor or ceiling cavity Enclosed space such a...

Page 100: ...o how to create an optional 30 elbow installation The 15 elbow may be secured directly to the flue collar Follow the pipe manufacturer s instructions for using screws or rivets for attachment Most pipe manufacturer s 6 inch 152mm diameter flue liners may be attached directly to the top of the 15 elbow Figure 19 2 30 30 degree Vertical 5 16 Nuts Attachment Bar 5 16 Bolts Figure 19 3 D Appliance to ...

Page 101: ...a protective surface Figure 20 2 3 Remove face from front of appliance and set aside laying it onto a protective surface Figure 20 2 4 Lift surround to front of appliance Figure 20 3 5 Reinstall face to front of appliance and then the door Figure 20 2 Figure 20 3 E Power Cord The power cord is shipped assembled to the appliance You may route the power cord either to the left or right side dependin...

Page 102: ...34 SP1 5134 TRIMKIT 5134 NL NOTE May need to pull appliance away from fireplace to clear mantle as you slide the trim over the flat surround 7 If needed push appliance back into fireplace 8 Reinstall face to front of appliance Figure 20 2 on page 20 9 Reinstall the door to the face of the appliance Figure 20 2 on page 20 6 Install two steel springs on each side of the flat surround towards the bot...

Page 103: ...ly half way at first to allow for adjustments After adjustment tighten the 2 screws in each cast footer first and then work your way around to the rest 10 Slide surround and trim over the top of the insert into place matching the mounting tabs on the metal sides with the slots on the insert Figure 22 4 11 Align the 2 screws in the top metal surround piece to the 2 alignment holes on the appliance ...

Page 104: ...nent penetrates to the exterior of the structure 7 Follow the chimney and chimney connector manufacturer s instructions when installing the flue system for use in a mobile home 8 Burn wood only Other types of fuels may generate poisonous gases e g carbon monoxide 9 If unit burns poorly while an exhaust blower is on in home i e range hood increase combustion air 10 Installation shall be in accordan...

Page 105: ...ch Power Cord Figure 24 1 A Wiring Harness Service Part SRV7000 891 7 7 Reference Materials 1 1 1 1 1 1 1 1 3 2 2 2 2 2 Figure 24 2 Placement Dimensions Qty Required 1 9 x 4 5 x 1 25 8 2 7 x 4 5 x 1 25 5 3 9 x 2 x 1 25 1 B Brick Diagram Service Part SRV7094 022 ...

Page 106: ...25 04 21 7094 802A C Service and Maintenance Log Date of Service Performed By Description of Service ...

Page 107: ...26 04 21 7094 802A Date of Service Performed By Description of Service ...

Page 108: ...27 04 21 7094 802A D Accessories ...

Page 109: ...28 04 21 7094 802A ...

Page 110: ...29 04 21 7094 802A ...

Page 111: ... maintenance instructions included Read understand and follow these instructions for safe installation and operation Leave this manual with party responsible for use and operation of this appliance We recommend that you record the following pertinent information for your heating appliance Date purchased installed Serial Number Location on appliance Dealership purchased from Dealer Phone 1 Notes Th...

Page 112: ...y of this or any other appliance Do not over fire If heater or chimney connector glows you are over firing Over firing will void your warranty Comply with all minimum clearances to combustibles as specified Failure to comply may cause house fire If the information in these instructions is not followed exactly a fire may result causing property damage personal injury or death WARNING HOT SURFACES G...

Page 113: ...fore servicing Route power cord away from unit Do not route cord under or in front of appliance Electrical Rating 115 VAC 1 4 AMPS 60 Hz Do not use grate or elevate fire Build wood fire directly on hearth firebrick Do not overfire If heater or chimney connector glows you are overfiring Operate only with doors closed Open only to add fuel to the fire Replace glass only with 5mm ceramic available fr...

Page 114: ...ation 7 C BTU Efficiency Specifications 7 D Mobile Home Approved USA only 8 E Glass Specifications 8 F Sleeping Room 8 G California Prop65 8 2 Operating Instructions A Your Wood Appliance 9 B Fire Safety 9 C Over firing 9 D Combustible Non combustible Materials 10 E Seasoned Wood 10 F Burning Process 10 G Automatic Combustion Control ACC 11 H Burn Rate and Operating Efficiency 11 I Wood Fuel 12 J ...

Page 115: ...curs earlier However the Warranty coverage shall commence no later than 24 months following the date of Product shipment from HHT regardless of the installation or occupancy date The term Lifetime in the table below is defined as 20 years from the beginning date of warranty coverage for gas appliances and 10 years from the beginning date of warranty coverage for wood and pellet appliances These ti...

Page 116: ...r forced air furnaces or other such causes 6 use of fuels other than those specified in the operation instructions 7 installation or use of components not supplied with the applicable Product or any other components not expressly authorized and approved by HHT 8 modification of the appliance not expressly authorized and approved by HHT in writing and or 9 interruptions or fluctuations of electrica...

Page 117: ... for normal operation Warning Risk of Fire Close and securely latch the door after the fire has started and after refueling to prevent Spillage of smoke flame and carbon monoxide Spillage of sparks coals and logs Over firing DO NOT leave the appliance unattended with the door open Starting a fire may not require an open door for draft ACTIVATE Start Up Air Control ACTIVATE Start Up Air Control LOA...

Page 118: ...ents of CSA B415 1 LHV assumes the moisture is already in a vapor state so there is no loss in energy to vaporize Weighted average HHV High Heating Value efficiency using Douglas Fir dimensional lumber and data collected during EPA emission tests in accordance with the requirements of CSA B415 1 HHV includes the energy required to vaporize the water in the fuel Arange of BTU outputs calculated usi...

Page 119: ...of California to cause cancer and carbon monoxide which is known to the State of California to cause birth defects or other reproductive harm For more information go to WWW P65Warnings ca gov Improper installation adjustment alteration service or maintenance can cause injury or property damage For assistance or additional information consult a qualified installer service agency or your dealer Hear...

Page 120: ...ording to operating instructions could cause fire or injury WARNING B Fire Safety To provide reasonable fire safety the following should be given serious consideration 1 Install at least one smoke detector on each floor of your home to ensure your safety They should be located away from the heating appliance and close to the sleeping areas Follow the smoke detector manufacturer s placement and ins...

Page 121: ...e and vent pipe inspected for any damage Do not use your appliance until the chimney professional informs you it is safe to do so NOTICE Improper operation can turn any wood appliance into a smoldering environmental hazard Splitting wood before it is stored reduces drying time Wood should be stacked so that both ends of each piece are exposed to air since more drying occurs through the cut ends th...

Page 122: ...n Control ACC When using the Automatic Combustion Control ACC system you do not have to continually monitor the fire Once you set the ACC system it will control the fire for you Follow the instructions below to learn how to operate your appliance with ease H Burn Rate and Operating Efficiency For maximum operating efficiency Burn dry well seasoned wood Follow these burn rate instructions below Bur...

Page 123: ...ow air to circulate freely around and through woodpile Elevate wood pile off ground to allow air circulation underneath Smaller pieces of wood dry faster Any piece over 6 in 152 mm in diameter should be split Wood whole or split should be stacked so both ends of each piece are exposed to air More drying occurs through the cut ends than the sides Store wood under cover to prevent water absorption f...

Page 124: ...gh 7 will maintain a continuous fire Fuel reloading 1 This appliance has a large door with an exceptional view of the fire Door opens 26 inches 660mm which goes beyond the standard size hearth pad covering the floor in front of the appliance May want to use a hearth rug in front of the hearth pad to protect the flooring from ash spillage and continuous cleaning of carpet etc 2 Open door slowly so ...

Page 125: ...bjects on mantel or hearth Heat may damage these objects Figure 14 2 Maintain 4 ft 1 22m clearance to combustible in front of appliance NOTICE Do NOT operate a circulating fan within close proximity approximately 4 ft 1 2m of appliance Can reverse air flow blowing hot air into appliance cavity Can damage appliance blower due to overheating 2 The blower is equipped with five setting switch Increase...

Page 126: ... of combustion fumes soot and carbon monoxide Appliance needs to draft properly for safety WARNING To minimize the effects of negative air pressure Install the outside air kit with the intake facing prevailing winds during the heating season Ensure adequate outdoor air for all combustion appliances and exhaust equipment Ensure furnace and air conditioning return vents are not located in the immedi...

Page 127: ...reosote build up Firebrick Ash Removal WEEKLY or after every 25 loads of wood Ashes must be cool before you can dispose of the ashes in a non combustible container Firebrick is designed to protect your firebox After ashes are removed inspect the firebrick and replace firebricks that are crumbling cracked or broken Door Glass Assemblies WEEKLY or after every 25 loads of wood Keep door and glass gas...

Page 128: ...terial WARNING Handle glass assembly with care When cleaning glass Glass Assembly CAUTION Avoid striking scratching or slamming glass Do NOT clean glass when hot Do NOT use abrasive cleaners Use a hard water deposit glass cleaner on white film Use commercial oven cleaner on heavier deposits Remove all residue of oven cleaner or will permanently stain glass on next firing Refer to maintenance instr...

Page 129: ...G Fire Risk Ashes could contain hot embers WARNING Fire Risk Disposal of Ashes Ashes should be placed in metal container with tight fitting lid Do not place metal container on combustible surface WARNING Ashes should be retained in closed container until all cinders have thoroughly cooled Fire Risk Do not use chimney cleaners or flame colorants in your appliance Will corrode chimney pipe WARNING C...

Page 130: ...of the unit D Correct Baffle Blanket Placement NOTE These are generic drawings and may not represent your specific model NOTE A missing damaged or improperly positioned baffle is dangerous and may cause damage and poor efficiency It will also void your warranty WARNING Fire Risk Firebox damage due to improper baffle placement is not covered by warranty Operate the wood burning appliance with the b...

Page 131: ...ht Rise and Run on page 14 in the Installation manual Open window below the appliance towards the wind Wood condition is too wet too large Use dry seasoned wood refer to Seasoned Wood on page 10 Bed of coals not established before adding wood Start with paper kindling to establish bed of coals refer to Building a Fire on page 12 Flue blockage such as birds nests or leaves in termination cap Have c...

Page 132: ...21 7094 803A 04 21 A Service and Maintenance Log Date of Service Performed By Description of Service 5 5 Reference Materials ...

Page 133: ...22 7094 803A 04 21 Date of Service Performed By Description of Service ...

Page 134: ...23 7094 803A 04 21 B Service Parts List ...

Page 135: ...24 7094 803A 04 21 ...

Page 136: ...25 7094 803A 04 21 ...

Page 137: ...26 7094 803A 04 21 ...

Page 138: ...27 7094 803A 04 21 ...

Page 139: ... maintenance instructions included Read understand and follow these instructions for safe installation and operation Leave this manual with party responsible for use and operation of this appliance We recommend that you record the following pertinent information for your heating appliance Date purchased installed Serial Number Location on appliance Dealership purchased from Dealer Phone 1 Notes Th...

Page 140: ...minal Asset No N A Range Max Capacity Readability d 1 1000 lb 0 02 lb Procedure Calibration Guideline ASTM E898 20 METTLER TOLEDO Work Instruction 30260953 This calibration certificate including procedures and uncertainty estimation also complies with EURAMET cg 18 v 4 0 This calibration certificate contains measurements for As Found and As Left calibrations The sensitivity span of the weighing in...

Page 141: ...5 N A 500 00 lb 6 N A 500 00 lb N A 0 008 lb Standard Deviation The results of this graph are based upon the absolute values of the differences from the mean value As Left The d in the graph represents the readability of the range interval in which the test was performed As Found Eccentricity Test Load 325 lb Position As Found As Left 1 325 00 lb 325 00 lb 2 325 00 lb 325 00 lb 3 325 00 lb 325 00 ...

Page 142: ... 500 00 lb 0 00 lb 0 10 lb 2 4 750 lb 750 00 lb 0 00 lb 0 15 lb 2 5 1000 lb 1000 02 lb 0 02 lb 0 17 lb 2 05 6 750 lb 750 00 lb 0 00 lb 0 15 lb 2 7 500 lb 500 00 lb 0 00 lb 0 10 lb 2 8 250 lb 250 00 lb 0 00 lb 0 051 lb 2 9 0 lb 0 00 lb 0 00 lb 0 023 lb 2 28 The calculated uncertainty was replaced by the CMC Calibration and Measurement Capabilities value because the calculated uncertainty was smalle...

Page 143: ...rds The weights were calibrated and certified by an accredited calibration laboratory Weight Set 1 NIST NIST F Weight Set No 182 50 s 25 s Date of Issue 25 Jun 2019 Certificate Number OR 19 186 F Calibration Due Date 30 Jun 2021 Remarks Equipment condition Good Calibration after installation The recording of false fictitius or fradulent statements or entries on this document may be punishable as a...

Page 144: ...t for the evaluation of the measurement uncertainty in use 10 0 10 6 K Temperature range on site for the evaluation of the measurement uncertainty in use 10 K Linearization of Uncertainty Equation Range As Found As Left d Max 1 0 02 lb N A U1 0 023 lb 0 0000986 lb lb R 1000 lb To optimize the stability of the linearization besides of the zero load only increasing measurement points with a test loa...

Page 145: ...44 Test Load From To Tolerance 0 00 lb 0 00 lb 0 005 lb 0 02 lb 10 00 lb 0 01 lb 10 02 lb 40 00 lb 0 02 lb 40 02 lb 80 00 lb 0 03 lb 80 02 lb 1000 00 lb 0 05 lb As Found As Left Tolerance Eccentricity and Repeatability Test Test Load Tolerance As Found As Left Max Error Range Result Max Error Range Result 325 lb Eccentricity Max Error 0 05 lb 0 00 lb 0 00 lb 325 lb Eccentricity Range 0 1 lb 0 00 l...

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Page 147: ...993 9 613 6 477 5 147 9 868 6 720 1 002 1 006 0 999 γ Factor Deviation From Average 1 002 1 006 0 999 Calculations 1 Deviation Average value for all runs current run value 2 γ Vstd x γStd x Pbar Pstd 13 6 x TDGM 460 VDGM x Tstd 460 x Pbar PDGM 13 6 Standard Reference Meter is calibrated to NIST traceable standards Uncertainty of measurement is 0 5 3 15 2021 Dry Gas Meter Calibration Apex XC 50 DIR...

Page 148: ...ng inH2O Difference Reference UUT Error of Full Range 0 0 0 6 0 45 0 51 0 06 2 0 0 6 1 2 1 01 1 06 0 05 1 7 1 2 1 8 1 59 1 63 0 04 1 3 1 8 2 4 2 06 2 12 0 06 2 0 2 4 3 0 2 78 2 84 0 06 2 0 Acceptable tolerance is 4 Technican Signature Date 3 16 2021 Uncertainty is 0 4 inH2O based on minumum uncertainity ration of 4 1 between standard reference meter and unit under test 3 16 2022 3 16 2021 Pressure...

Page 149: ...0 0 9 0 9 0 9 1 2 1 3 0 8 0 5 200 4 0 199 0 199 0 199 0 198 8 198 7 199 1 199 4 400 4 0 399 0 398 9 399 0 398 8 398 6 399 1 399 3 600 4 5 599 0 598 9 599 0 598 8 598 7 599 2 599 4 800 6 0 799 0 798 9 799 0 798 7 798 7 799 1 799 4 Reference Temperature F Acceptable Error F Thermocouple Location Ambient Filter A Filter B Meter A Meter B Dilution Tunnel 0 4 0 1 3 0 7 0 0 1 0 1 2 0 3 200 4 0 198 6 199...

Page 150: ... 156 5 975 8 161 5 347 6 249 0 999 1 001 0 996 γ Factor Deviation From Average 0 999 1 001 0 996 Calculations 1 Deviation Average value for all runs current run value 2 γ Vstd x γStd x Pbar Pstd 13 6 x TDGM 460 VDGM x Tstd 460 x Pbar PDGM 13 6 Standard Reference Meter is calibrated to NIST traceable standards Uncertainty of measurement is 0 5 3 15 2021 Dry Gas Meter Calibration Apex XC 50 DIR 130 ...

Page 151: ...ng inH2O Difference Reference UUT Error of Full Range 0 0 0 6 0 55 0 58 0 03 1 0 0 6 1 2 1 12 1 15 0 03 1 0 1 2 1 8 1 77 1 81 0 04 1 3 1 8 2 4 2 13 2 16 0 03 1 0 2 4 3 0 2 88 2 94 0 064 2 1 Acceptable tolerance is 4 Technican Signature Date 3 16 2021 Uncertainty is 0 4 inH2O based on minumum uncertainity ration of 4 1 between standard reference meter and unit under test 3 16 2022 3 16 2021 Pressur...

Page 152: ...0 C Barometer mbar 6 2E 01 1013 0 1005 8 ü 1005 1021 mbar 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 PFS TECO 11785 SE Hwy 212 Suite 305 Clackamas OR 97015 Calibration Uncertainties include the effects of the unit Inspector Rev Issued 15 03 25 2021 Reviewer 3 This in...

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Page 160: ...6 0 6 0 6 0 6 0 Calibration Due Notes Tape Measure Calibration Tape in Tension Tape in Compression Body Length 147 1 3 2023 1 23 2020 AK Rule Equipment ID Std Gage Block ID Cal Expiration Date Std Surface Plate ID Cal Expiration Date 148 146 Within Tolerance Body not intended as part of measuring apparatus 1 7 2023 N A Within Tolerance 1 23 2021 Technician Signature Imperial Metric Pass Fail Pass ...

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Page 162: ...s and Technology Three point mounting dual leveling adjustment and circular level vial assure rapid setup Durablock precision machined acrylic plastic gage body Sensitive 0 50 microamp D C meter acts as a detector and also indicates battery and probe condition Heavy 2 thick steel base plate provides steady mounting Top quality glass epoxy circuit board and solid state integrated circuit electronic...

Page 163: ... a free run ning multivibrator operating at a frequency of approximately two kilohertz Completion of the A C circuit activates a bridge rectifier which provides the signal for indication on a sensitive 0 to 50 microamps D C microam meter 2 LOW PRESSURE FLUID LEVEL OFF ON On indication of contact the operator stops lowering the point and reads the micrometer which indicates one half the applied pre...

Page 164: ...the point out of the fluid by turning the micrometer barrel counter clockwise to a reading of 010 or more Again watch the meter and this time lower the point by turning the micrometer barrel The point position where the meter pointer begins to move up scale is the zero position This position should correspond to the zero read ing on the micrometer Adjust the point in rela tion to the micrometer ba...

Page 165: ...on continues to be sluggish replace the size AA 1 5 volt battery Replace the battery at least once a year to avoid deterioration of battery and damage to gage Leakproof alkaline battery is recom mended To replace the battery remove center screw Item 10 located in the back of the electronic enclosure Cover Item 9 will come off exposing the battery Pull the old battery out and push a new battery int...

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