Unitary Products Group
3
246681-YTG-B-0607
YORK UERV MODEL NOMENCLATURE
*
C
FM is
E
R
V w
h
eel rat
ing
. This
ma
y vary depe
nding
o
n
u
n
it
cabi
net
p
ressure dro
p
.
**
T
h
ese
CFM rang
es
a
re depe
ndant
upon
b
lower mot
o
r select
ion.
**
*
O
nly opt
ions availab
le fo
r
V
R
074 & VR12
2.
Di
g
it
E
xam
ple
Model #
Model
Desc
ri
ptio
n
Opti
ons
1
V
Pro
duct
Cat
ego
ry
V
=
V
ent
ilat
o
r
2
R
Whee
l T
y
p
e
R= Roof
top
S
ta
tio
nary
H= Horizon
tal
O
=
S
tand Alo
ne Over and
Und
e
r,
S
tat
iona
ry
S
=
S
ta
nd Alon
e Side
by Side
P
=
Roo
fto
p
Pivot
ing
(03
6
-060
&
07
8-15
0
only)
U= Up
flo
w
3, 4 & 5
0
28
CFM*
0
06= 300 t
o
550
0
1
1= 6
00
to
10
00
0
20= 1
100 t
o
1
700
0
28= 2200
t
o
2800
**
1
500 t
o
2
200*
*
0
36= 2800
t
o
3600
0
46= 3400
t
o
4600
0
62= 5500
t
o
6200
**
48
00 to
5
600*
*
0
74= 6000
t
o
8000
122= 800
0 to 13
000
6, 7 & 8
A
12
Y
o
rk Roof
to
p
Cabin
e
t
A
05= D*
NA
/NH/NP
0
18-0
6
0
B
05= D*E
B
/E
H/E
M
0
18-0
60 & B*
H
A
/HH/
HP 018-
060
A
06= DM/DF/
DH
03
6-072
&
B
Q
036-0
6
0
A
12= DM/DF/
DH
/D
J
0
78-1
50 & BP07
8
-15
0
A
15= DM/DH 180 & BP 18
0
A
25= DM/DH 240-
300,
DJ18
0-30
0, DR180
-300 & BQ
2
4
0
A
40=
B
12=
S
tan
d A
lone
N0
0= No
ne
Y
o
rk
Furna
c
e
/
A
ir
Hand
ler Cabin
e
t
Z02
=
P*
DH/P*
XD-
V
1
0
-03
7
Z03
=
P*
UR/P*
XU/
P
X
U
-V
8-03
7
X
03=N*
AH/
N
*VS
B
--G
2FD 16
-024
S,0
30S,
0
3
6
S
Z04
=
P*HU/P*DU/P*D
U
-V
/P
*HU-L
/P
*DU-L
16
-064
,08
0
Z04
=
P*
UR/P*
XU/
P
X
U
-V
10-0
5
5
Y
04=N*
AH/
N
*VS
B
--G
2FD 16
-036
S,0
42S,
0
4
8
S
Z05
=
P*HU/P*DU/P*D
U
-V
/P
*HU-
L
/P
*DU-L
20
-064
,08
0
,092
Z05
=
P*
UR/P*
XU/
P
X
U
-V
16-0
7
5
Z05
=
P*
UR/P*
XU/
P
X
U
-V
20-0
9
5
Y
05=P*
UR/
P*
XU/P
XU-V 20
1
1
2,
130
X
05=P*
DH/
P*
XD-V 20-
075
V
05=N*
AH/
N
*VS
B
--G
2FD 14
/20
-048
S,
060S
,06
1
H
Z03
=
P*
H
U
/P
*DU/P
*DU-V
/P
*HU/
P*
DU-L
12-0
32,
0
48,
06
0
Y
03=P*
DH/P
*X
D
-V 12-
055,
075
W
0
3
=
G
*C
12
-0
50
,0
7
5
Z04
=
P*H
U
/P*DU/P
*DU-V
/P
*HU-L
/P
*DU-L 12
-080
Z
0
4=
P
*U
R
/P
*X
U
/P
X
U
-V
12
-0
75
X
04=G*
C 16-0
75,
100
Z05
=
P*H
U
/P*DU/P
*DU-V
/P
*HU-L
/P
*DU-L 16
-092
Z
0
5=
P
*U
R
/P
*X
U
/P
X
U
-V
14
-0
95
Y
05=P*HU/P
*DU/P*DU-V/
P*
HU-L/
P*
DU-L 20-1
0
4
X
05=P*
DH/P
*X
D
-V 16-
075
W0
5=P*
DH/P
*X
D
-V
20-1
1
2
U05
=
G*
C 20
-100
,1
25,
150
9
H
Blo
w
er S
peed
H = H
igh S
peed
**
M = Mediu S
pee
d*
*
V
= V
a
ria
b
le S
peed
(
V
R074 on
ly)
L
= Const
a
n
t V
o
lume (V
R
1
22)
10
4
V
olt
a
ge
1=
1
1
0v
-1
p
h
2
=
20
8/
230v-3
ph
4
=
46
0v-3ph
5
=
57
5v-3ph
8
=
46
0v-1ph
9
=
20
8/3
20v-1p
h
1
1
W
D
uct
T
y
pe
A
=
n
o
sel
e
ctio
n o
n
Ro
of
top
Unit
s
W
= W
a
ll
S
leeve (Up
flow
Only)
D
= Ducte
d
S
y
stem
12 & 13
L
2
Ad
dit
ional
O
p
ti
ons
AA
= No
Op
tio
n
L1
=
Lo
w
Am
b
ie
n
t
K
it
(L
A
K
) *
L
2
=
L
AK & Mot
o
riz
e
d
O
u
ts
ide Air
(
M
O
A
) *
L
3
=
L
AK,
MOA & S
to
p
-S
ta
rt
-Job
(S
SJ) (
not us
ed on P models
) *
L
4
=
L
AK,
MOA,
S
S
J
&
P
res
s
u
re Se
ns
or (
PS) (n
ot used on P
)
L
5
=
L
AK & SS
J (
not used
on P models
) *
L
6
=
L
AK,
SSJ
& PS (
not use
d
on P models
)
L
7
=
L
AK & PS
L
8
= L
AK,
MO
A
and
PS
M1
= Mot
o
ri
z
e
d O
u
ts
ide
A
ir
(MOA)
*
M2
=
MOA
, and
S
top S
tar
t-Jog
(S
SJ) (
not u
s
ed on P mode
ls
) *
M3
=
MOA
, SS
J
and
P
ressure Sen
s
o
r (PS)
(
not used on
P models
)
M4
= MOA
a
nd
PS
S
1
= S
top-
S
tart
-Job
(SS
J
) (
n
o
t used on P m
odels
) *
S
2
= S
S
J a
nd
Pre
s
sur
e
S
ensor
(PS
)
(
not u
s
ed on P mode
ls
)
P
1
=
P
ressure Se
nsor (PS)
14
1
P
ro
duct
G
ener
ati
o
n
1
= 1st
G
ene
rat
ion
