Table des Matières
Publicité
Les langues disponibles
Les langues disponibles
Report prepared for Guillaume Thibodeau-Fortin (Stove Builder International Inc.) on
6/8/2020 7:48:41 AM
103704002MTL-001 TEST REPORT REV 4
TEST REPORT FOR STOVE BUILDER INTERNATIONAL INC.
Report No.: 103704002MTL-001
Date: 11/16/18
V
m
V
mc
V
mi
V
m(std)
where:
K
1
where:
V
mc
V
mr
V
mr(std)
Where:
K
1
V
s
V
si
V
scent
V
strav
Y
ΔH
ΔP
avg
ΔP
i
where:
ΔP
i(b)
ΔP
i(e)
θ
10
13.6
100
Version: 05/10/17
Stove Builder International Inc. | 46345 | Rev: Apr 13 2020 12:33PM | Uncontrolled Copy
= Volume of gas sample as measured by dry gas meter, dcm (dcf).
= Volume of gas sampled corrected for the post test leak rate, dcm (dcf).
= Volume of gas sample as measured by dry gas meter during each 10-min interval, i, of
the test run, dcm.
= Volume of gas sample measured by the dry gas meter, corrected to standard
conditions.
V
= K
V
Y [(P
+ (ΔH/13.6))/T
m(std)
1
m
bar
= 0.3855 K/mm Hg for SI units and = 17.64 R/in. Hg for inch-pound units.
V
= K
V
Y [(P
+ (ΔH/13.6))/T
m(std)
1
mc
bar
= Vm– (Lp– La)u
= Volume of room air sample as measured by dry gas meter, dcm (dcf), and
= Volume of room air sample measured by the dry gas meter, corrected to standard
conditions.
V
= K
V
Y [(P
+ (ΔH/13.6))/T
m(std)
1
mr
bar
= 0.3855 K/mm Hg for SI units and = 17.64 R/in. Hg for inch-pound units, and
= Average gas velocity in the dilution tunnel.
V
= F
K
C
(√ΔP
)(√(T
/P
s
p
p
p
avg
s
s
= Average gas velocity in dilution tunnel during each 10-min interval, i, of the test run.
V
= F
K
C
(√ΔP
)(√(T
/P
M
si
p
p
p
i
si
s
= Average gas velocity at the center of the dilution tunnel calculated after the Pitot tube
traverse.
= Average gas velocity calculated after the multipoint Pitot traverse.
= Dry gas meter calibration factor.
= Average pressure at the outlet of the dry gas meter or the average differential
pressure across the orifice meter, if used, mm water (in. water).
= Average velocity pressure in the dilution tunnel, mm water (in. water).
= Velocity pressure in the dilution tunnel as measured with the Pitot tube during each
10-min interval, i, of the test run.
ΔP
= (ΔP
+ ΔP
)/2
i
i(b)
i(e)
= Velocity pressure in the dilution tunnel as measured with the Pitot tube at the
beginning of each 10-min interval, i, of the test run, mm water (in. water), and
= Velocity pressure in the dilution tunnel as measured with the Pitot tube at the end of
each 10-min interval, i, of the test run, mm water (in. water).
= Total sampling time, min.
= ten min, length of first sampling period.
= Specific gravity of mercury.
= Conversion to percent.
]
m
]
m
]
m
M
))
s
))
s
Page 12 of 21
(12 OF 21)
1829, 32nd Avenue
Lachine, Que,H8T 3J1
Telephone: 514-631-3100
Facsimile: 514-631-1133
www.intertek.com/building
GFT-OP-10c
Page 788 of 971
Publicité
Chapitres
Table des Matières
