VR
8104
, VR
820
4 AN
D VR
8304
I
N
T
E
R
M
IT
TEN
T PI
LO
T CO
M
B
IN
A
T
IO
N
G
A
S CO
N
T
R
O
L
S
69
-122
5—4
2
a
Avai
la
b
le onl
y on C
E
V
R
82
04 m
odel
s.
T
a
bl
e 4.
VR
820
4A,
H
/V
R
8
304A
,H
,U
CE
.
a The VR
82
04U
use
s
s
tan
dar
d U
.S.
c
onst
ru
ct
ion.
I
n
le
t
a
nd out
le
t por
ts
ar
e 1/
2 i
n
. N
P
T
, and
t
he pi
lo
t conne
ct
ion i
s
t
he
st
and
ar
d 7
/1
6
i
n
. t
h
read
f
o
r a
1/
4
in
.
pi
lo
t
tu
b
e
.
E
u
ro
pean
-s
ty
le
i
n
le
t
an
d o
u
tl
et
p
re
ssur
e
ta
p
s
a
re
ava
ilabl
e.
CA
UTION
E
qui
pm
e
n
t D
a
m
a
ge
H
a
zar
d
.
Im
pr
op
er
u
se
can
da
m
a
ge
eq
ui
pm
ent
.
R
ead
t
he
in
st
ru
ct
io
ns
bef
or
e u
s
e.
T
h
is
cont
ro
l
m
u
st
be i
n
s
tal
le
d
in
accor
da
nce w
it
h
t
he r
u
le
s
in
f
o
rc
e
.
T
a
b
le 3.
M
o
del
N
u
m
b
er
S
u
ff
ix Le
tt
er
Des
ig
nat
ion.
Mo
d
e
l No
.
S
u
ffi
x
L
e
tt
e
r
Am
b
ie
n
t
T
e
m
p
er
at
ur
e
Ra
n
g
e
Pr
es
sur
e
Reg
ul
at
or
T
y
pe
A
0
°F
to
1
7
5
°F
(-
18
°C
t
o
+
79°
C)
St
anda
rd
C
S
tep-
ope
ni
n
g
H
S
lo
w
-op
eni
n
g
U
a
N
o
n
re
gul
at
ing
(o
n
-o
ff
)
K
-40°F
t
o
+
175°
F
(-
40
°C
t
o
+
79°
C)
Sl
ow-
op
enin
g
M
S
tanda
rd
P
S
tep-
ope
ni
n
g
QT
w
o
-S
ta
g
e
RC
o
n
v
e
rt
ib
le
S
p
eci
fi
c
a
ti
o
n
s
V
R8
204A
,H
(
C
E M
ode
l O
n
ly
)
V
R8
304A
,H
(
C
E M
o
d
e
l O
n
ly
)
M
a
in
val
ve
co
nnect
ions (
If
N
P
T
,
the val
ves m
u
st
be
se
rv
ic
ed by
the app
liance m
anu
fa
ct
ur
er
.
1/
2 i
n
. I
S
O
, 7/
1
in
te
rnal
t
h
read
(
B
S
P
,
NP
T
.
1/
2
in
.,
3/
4
i
n
. I
S
O
, 7/
1
i
n
te
rn
al t
h
re
a
d
(
B
SP
,
PL
) or
1
/2 i
n
.,
3/
4
i
n
.
N
P
T
.
V
a
lv
e
C
las
si
fi
ca
ti
on
B
+
D
C
+
D
C
apa
ci
ty
(
1
kW =
3.
4
1
BT
U
H
)
2
9
kW at
2
.5 m
B
a
r
43
kW
at
5
.0
m
B
a
r
fo
r 1/
2 i
n
.,
70
kW at
2.
5
m
B
a
r
99 kW at
5.
0 m
B
ar
.
For
3/
4
in
.,
87 kW at
2.
5 m
B
ar
:
121
kW
at
5
.0
m
B
a
r.
S
uppl
y V
o
lt
a
g
e
2
4
V
a
c,
50/
60
H
z
.
F
lan
ges
N
one.
C
lo
s
in
g
t
im
e
Le
ss t
han
1
sec
ond.
O
pen
in
g
T
im
e
S
tan
dar
d open
in
g
(
A
):
l
e
ss t
h
an 2 second
s.
S
low
o
peni
ng (
H
):
l
e
ss t
h
a
n
6
se
cond
s.
S
peci
al
f
a
st
op
eni
n
g
(
U
):
l
e
s
s
t
han
1 seco
nd.
S
u
it
ed
f
o
r g
a
s f
a
m
ili
es
2H
,
2L
,
and
3.
O
u
tl
e
t Pr
ess R
ange
(E
x
c
ept
u
n
re
gul
at
ed
m
o
del
s)
N
a
tu
ra
l gas:
7.
5
t
o
12.
5 m
B
ar
(
3
t
o
5
i
n
.
w
c
).
N
a
tu
ra
l gas:
12.
5
to
17.
5 m
B
ar
(
5
t
o
7 i
n
. w
c
).
LP
g
a
s:
20
t
o
30 m
B
ar
(
8
t
o
12 i
n
. w
c
).
M
a
n
ual
ly
oper
at
ed val
ve
op
er
at
ions
10
,0
0
0
c
ycl
es
f
o
r m
a
n
ual
val
ves;
200,
000
cycl
es
fo
r
au
to
m
a
ti
c
va
lv
es.
A
m
bien
t
te
m
per
at
ur
e r
a
n
g
e
-20°
C
to
+
7
0
°C
(
-4
°F
t
o
+
158°
F)
.
Ma
x
imu
m
in
le
t p
re
s
s
u
re
6
0
mB
a
r (2
4
i
n
. w
c
).
S
c
reen
Fi
ne m
esh on i
n
le
t.
Pi
lo
t c
o
n
n
e
c
ti
o
n
a
M
1
1 x 1
fo
r 6
m
m
out
si
de
d
iam
et
er
t
u
b
e
.
G
round
t
e
rm
ina
l
a
6.
3 m
m
.
P
re
ssur
e t
a
p
s
a
9 m
m
O
D
f
o
r
bo
th
i
n
le
t and ou
tl
et
.
A
ppr
oval
C
E
-006
3AU
1215
.
®
U
.S
. Re
gi
stere
d T
radem
ark
Cop
yright ©
2000
H
oneywell In
c.
A
ll R
ights
R
e
serve
d
INST
A
L
LAT
ION I
N
ST
R
U
C
TIONS
69
-1
22
5-
4
VR8104, VR8204, and
VR8304
Intermitten
t Pilo
t Combination
Gas Controls
APPLICAT
IO
N
The
se i
n
te
rm
itt
e
nt
p
ilo
t ga
s cont
ro
ls
ar
e use
d i
n
ga
s-
fir
e
d
appl
ia
nces wi
th
u
p
t
o
415
f
t3
/h
r capa
cit
y at
1 in
. wc
pr
essur
e dr
op (
8
.5
m
3
/h
r at
0.
25 kPa
) on
na
tu
ra
l g
a
s.
The
y i
n
cl
ude
saf
et
y sh
ut
of
f,
a
m
anu
al
val
ve,
t
w
o
aut
om
at
ic
ope
ra
to
rs
,
a
p
res
sur
e
re
g
u
la
to
r and a pi
lo
t
adj
ust
m
e
nt
.
Th
ese gas con
tr
ol
s
a
re ava
ilabl
e
in
a r
a
n
ge of
va
lv
e
cap
aci
ti
es,
see
T
a
bl
e
1.
(
Ta
b
le
2 pr
ovi
des gas
cap
aci
ty
con
ver
si
on
f
a
ct
or
s.
)
The
su
ff
ix
le
tt
er
indi
cat
es
te
m
per
at
ur
e r
a
nge and
r
egu
la
to
r
ty
pe
, see T
a
b
le 3.
Fo
r C
E
-appr
ove
d m
o
del
s,
t
h
e r
e
le
va
nt
sect
io
ns of
t
hese
in
st
ru
c
tions and
T
a
b
le 4 ar
e appl
ic
a
b
le
.
T
a
bl
e 1.
V
a
lv
e
C
a
pa
ci
ty
a
a
C
apa
ci
ty
b
a
sed
on
10
00
Bt
u/
ft
3
, 0.
64 sp gr
n
a
tu
ra
l gas at
1
in
.
w
c pr
e
ssur
e dr
op (
3
7.
3
M
J/
m
3
, 0.
64 sp gr
na
tu
ra
l gas
at
0.
25 kPa pressu
re
dr
op
).
b
C
apa
ci
ty
is
r
e
duced
by 5 per
cen
t wh
en usi
ng an out
le
t scr
een.
c
V
a
lv
e
s
a
re gu
ar
ant
eed at
o
n
ly
77 pe
rc
e
n
t of
t
h
e
r
a
ting
.
d
M
ini
m
u
m
r
e
gul
at
ion f
o
r
LP
g
a
s i
s 15,
000
B
tu
h
.
e
M
ini
m
u
m
r
e
gul
at
ion f
o
r
LP
g
a
s i
s 40,
000
B
tu
h
.
f
M
ini
m
u
m
r
e
gul
at
ion f
o
r
LP
g
a
s i
s 50,
000
B
tu
h
.
T
a
bl
e 2.
G
a
s
C
a
p
aci
ty
C
onv
er
si
on Fac
to
r.
CE-O
nly Mod
els
Th
ese gas con
tr
ol
s
a
re use
d in app
lia
nces up t
o
121kW
or
415 kB
TU
H
on nat
ur
al
ga
s
an
d appr
oved
o
n
E
N
1
26,
w
h
ic
h
co
nsis
ts
of
o
ne aut
om
at
ic
saf
et
y
sh
ut
o
ff
valve
,
C
lass
B
or
C
, on
e ser
vo-
oper
at
ed shu
to
ff
v
a
lv
e
, C
lass D
,
pr
essu
re
go
ver
nor
, C
lass
C
, m
anua
lly-
o
per
at
ed val
ve,
w
ith
or
w
ithou
t pil
ot
o
u
tlet
. O
n
ly
t
he A,
H and U
m
odel
s
ar
e avai
la
bl
e
C
E
-app
ro
ved.
Ta
b
le
4
show
s
th
e a
ddi
tional
s
peci
ficat
ions
f
o
r t
he
C
E
-onl
y m
o
del
s
.
M
ode
l
Si
ze
In
le
t-O
u
tle
t
(i
n
.)
AG
A C
e
rt
if
ie
d Ca
pa
c
it
y
fo
r
Na
tu
ra
l Ga
s
A
G
A
Ce
rt
ifi
e
d
M
in
imu
m
R
e
gul
at
ion f
o
r
N
a
tu
ra
l G
a
s
AG
A C
e
rti
fie
d
Ma
x
imu
m
R
e
gu
la
ti
on f
o
r
Na
tu
ra
l G
a
s
ft
3
/h
r
m
3
/h
r
ft
3
/h
r
m
3
/h
r
ft
3
/h
r
m
3
/h
r
V
R
8
104
1/
2 x
1/
2
8
5
2
.3
10
d
0.
4
1
2
0
3.
4
V
R
8
204
1
5
0
4
.2
20
e
0.
6
2
0
0
5.
7
V
R
8
304
b,
c
24
0
6
.8
30
f
0.
8
3
4
0
9.
6
V
R
8
304
b,
c
1/
2 x
3/
4
2
70
7
.6
3
70
1
.0
5
V
R
8
304
b,
c
3/
4 x
3/
4
3
00
8
.5
4
15
11
.8
G
a
s
S
pe
ci
fi
c G
rav
it
y
M
u
lt
ip
ly
L
is
te
d
Ca
p
a
c
ity
B
y
M
a
nu
fa
ct
ur
e
d
0.
6
0
0
.51
6
M
ix
e
d
0
.7
0
0
.7
6
5
P
ro
pane
1
.53
1.
6
2
