Travis Industries Medium Flush Wood Hybrid Fyre Insert, Manual

Page: 63 / 236

OMNI-Test Laboratories, Inc.
Run: 1
Travis Industries PM Control Modules:
Medium Flushwood Dilution Tunnel MW(dry): 29.00 lb/lb-mole Avg. Tunnel Velocity: #DIV/0! ft/sec.
2301 80 min Dilution Tunnel MW(wet): 28.78 lb/lb-mole Initial Tunnel Flow: 221.1 scfm Technician Signature:________________________________
0028WN118E Recording Interval: 1 min Dilution Tunnel H2O: 2.00 percent Average Tunnel Flow: #DIV/0! scfm
01-Aug-18 Dilution Tunnel Static: -0.231 "H2O Post-Test Leak Check (1): cfm @ in. Hg
Beginning Clock Time: 08:57 Background Sample Volume: cubic feet Tunnel Area: 0.19635 ft2 Post-Test Leak Check (2): cfm @ in. Hg
Pitot Tube Cp: 0.99 Average Test Piece Fuel Moisture: 21.60 Dry Basis %
Meter Box Y Factor: 0.983 (1) 0.974 (2) (Amb)
Barometric Pressure: Begin Middle End Average Pt.1 Pt.2 Pt.3 Pt.4 Pt.5 Pt.6 Pt.7 Pt.8 Center
30.05 29.96 30.01 0
Initial dP 0.076 0.084 0.088 0.080 0.072 0.090 0.092 0.088 0.082
"H2O
OMNI Equipment Numbers:
Temp: 70 70 70 70 70 70 70 70 70
°F
V
strav
19.14
ft/sec V
scent
18.98
ft/sec F
p
1.009
Particulate Sampling Data
Elapsed
Time (min)
Gas
Meter 1
(ft
3
)
Gas
Meter 2
(ft
3
)
Sample
Rate 1
(cfm)
Sample
Rate 2
(cfm)
Orifice
dH 1
("H
2
O)
Meter 1
Temp
(°F)
Meter 1
Vacuum
("Hg)
Orifice
dH 2
("H
2
O)
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
Catalyst
Exit
Stack Filter 1
Dryer
Exit 1
Filter 2
Dryer
Exit 2
Ambient
Draft
("H
2
O)
CO
2
(%)
CO
(%)
Wood Heater Test Data
Efficiency Data
Test Date:
Stack Gas Data Fuel Weight (lb) Temperature Data (°F)
Velocity Traverse Data
Manufacturer:
Model:
Tracking No.: Total Sampling Time:
Project No.:
Export to
35 9.0 915 120 200 468 429 426 907 613 71 -0.095 13.49 0.64
36 8.7 921 120 201 472 432 429 910 613 69 -0.096 13.57 0.56
37 8.5 926 120 203 475 437 432 910 614 70 -0.095 13.69 0.59
38 8.2 931 121 205 480 441 436 914 614 71 -0.095 13.92 0.6
39 8.0 934 121 206 486 447 439 922 614 71 -0.096 13.82 0.51
40 7.8 937 122 208 491 452 442 928 613 70 -0.096 13.82 0.47
41 7.5 939 122 209 494 456 444 934 614 70 -0.096 13.94 0.45
42 7.3 939 123 210 500 460 446 939 614 70 -0.096 13.98 0.45
43 7.0 942 123 212 506 465 450 939 616 70 -0.095 13.88 0.51
44 6.8 941 123 214 512 471 452 936 616 72 -0.096 14.26 0.47
45 6.5 942 124 216 518 477 455 934 614 71 -0.095 14.31 0.43
46 6.3 944 124 218 523 486 459 935 616 71 -0.095 14.48 0.45
47 6.0 944 125 220 527 492 462 936 616 71 -0.096 14.47 0.47
48 5.8 944 125 222 532 499 464 934 616 71 -0.096 14.38 0.48
49 5.5 944 125 224 537 505 467 930 616 70 -0.095 14.37 0.47
50 5.3 944 126 226 541 512 470 928 615 70 -0.092 14.25 0.44
51 5.1 945 126 228 546 518 473 927 615 70 -0.093 14.34 0.4
52 4.8 946 127 231 548 523 475 923 613 70 -0.092 14.12 0.46
53 4.6 946 127 233 552 528 477 916 612 71 -0.093 13.96 0.41
54 4.4 952 128 235 556 533 481 914 610 72 -0.092 14 0.26
55 4.2 954 128 237 559 538 483 909 605 71 -0.093 13.63 0.18
56 3.9 952 129 240 563 542 485 901 601 72 -0.092 13.39 0.13
57 3.8 945 130 242 565 542 485 898 598 73 -0.092 13.36 0.1
58 3.5 946 130 243 568 544 486 903 594 71 -0.090 13.24 0.1
59 3.4 947 131 245 572 544 488 912 592 71 -0.090 13.36 0.08
60 3.1 943 131 247 576 544 488 917 591 71 -0.092 13.4 0.07
61 2.9 940 132 248 581 543 489 926 590 72 -0.093 13.42 0.09
62 2.7 940 132 250 584 545 490 934 588 72 -0.092 13.51 0.18
63 2.5 939 132 252 586 545 491 934 586 72 -0.092 13.21 0.07
64 2.3 938 133 253 590 547 492 930 584 73 -0.092 13.08 0.04
65 2.2 935 134 255 593 547 493 927 581 72 -0.091 13.18 0.03
66 1.9 929 134 256 595 549 493 928 580 72 -0.091 13.04 0.02
67 1.8 916 134 257 598 553 492 922 576 74 -0.091 12.51 0.01
68 1.6 907 135 259 598 556 491 911 573 74 -0.092 12.35 0
69 1.5 899 136 261 600 562 492 899 569 72 -0.091 12.23 -0.01
Control No. P-SSAR-0003 Page 4 of 8 Run 1 Efficiency Test
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