R851948
REV:
2
Setpoints, Low
T
emp, Carel IR33+
controller
JNRZHSA
-Cust
B
y:
L
W
E
02.
11.
19
Hi
sto
ry
E
C
N
112324
Rev
B
y:
E
CN
Date:
1
L
W
E
112245
01.
30.
19
0
E
JG
96316
06.
17.
14
C
ode
B
lock
P
arameter
M
o
de
U
n
it
T
yp
e
M
in
.
M
ax.
Def.
New
/2
Pr
o
M
ea
su
re
m
en
t Sta
bilit
y
MS
C
-
C
1
15
4
/3
P
ro
P
robe
di
sp
la
y s
peed
M
S
C
-
C
0
15
0
/4
Pr
o
Vir
tu
al
p
robe
M
S
C
-
C
0
100
0
/5
Pr
o
S
el
ec
t C
o
r
F
(
0=C
)
MS
C
fla
g
C0
1
0
1
/6
P
ro
D
ec
im
al
p
oi
nt
(
0=dec
im
al
p
oi
nt
)
MS
C
fla
g
C0
1
0
1
/t
l
P
ro
S
ens
or
show
n
on
cont
rol
le
r
di
sp
la
y
MS
C
-
C
1
7
1
/tE
Pr
o
S
en
so
r sh
ow
n o
n
re
m
ote
d
is
pla
y
MS
C
-
C
0
6
0
/P
Pr
o
T
yp
e
of
p
robes
(
0=s
tandard
Carel
N
TC
)
MS
C
-
C
0
2
0
/A2
P
ro
Pr
ob
e 2
co
nfi
gurat
io
n
(e
g
2=eva
p, 3
=
co
nd
)
MS
C
-
C
0
4
2
-S
--
-
C
0
4
0
/A3
P
ro
Pr
ob
e 3
co
nfi
gurat
io
n
(e
g
2=eva
p, 3
-c
on
d)
MS
C
-
C
0
4
0
/A4
P
ro
Pr
ob
e 4
co
nfi
gurat
io
n
(e
g 0
=
ab
se
nt, 2
=
ev
ap
, 3
-c
on
d)
MS
C
-
C
0
4
0
/c1
P
ro
C
alib
ra
tio
n o
f
probe
1
M
S
C
C/
F
C
-20
20
0.
0
/c
2-4
P
ro
Cal
ib
rat
ion
of
p
robe
2-4
(c2
=
pr
ob
e 2
, c3
=
pr
ob
e 3
...
)
M
S
C
C
/F
C
-20
20
0.
0
St
C
tl
te
m
perat
ure
se
t
poi
nt
M
S
C
C
/F
F
r1
r2
0.
0
-9.
0
rd
Ct
l
C
ont
rol
le
r
di
ff
erent
ia
l
-S
C
C/
F
F
0.
1
20
2
4
m
C
tl
Dead
Z
one
(w
hen
us
ed
1
Heat
1
Cool
)
-S
C
C
/F
C
0
60
4
rr
Ct
l
R
evers
e
(heat
) d
iff in
dead
zone
cont
rol
-S
C
C/
F
C
0.
1
20
2
r1
Ct
l
M
in
im
um
S
et
P
oi
nt
a
llo
w
ed
M
S
C
C/
F
C
-50
r2
-50
-25.
0
r2
Ct
l
M
ax
im
um
S
et
P
oi
nt
a
llo
w
ed
M
S
C
C/
F
C
r1
200
60
80.
0
r3
Ct
l
M
ode
0=c
ool
w
ith
def
ros
t, 1
=
co
ol o
nl
y, 2
=
he
atin
g
-S
C
fla
g
C0
2
0
r4
Ct
l
V
al
ue
to
al
te
r
S
et
P
oi
nt
f
rom
D
ig
ita
l In
put
M
S
C
C
/F
C
-20
20
3.
0
r5
Ct
l
E
nabl
e
te
m
perat
ure
m
oni
to
rin
g
MS
C
fla
g
C0
1
0
rt
Ct
l
T
em
perat
ure
m
oni
to
rin
g
int
erval
M
S
C
hours
F
0
999
-
rH
C
tl
M
ax
te
m
perat
ure
rec
orded
duri
ngp
eri
od
rt
M
S
C
C
/F
F
-
-
-
rL
Ct
l
M
in
t
em
perat
ure
rec
orded
duri
ngp
eri
od
rt
M
S
C
C
/F
F
-
-
-
c0
C
nP
C
om
p a
nd
fa
n
sta
rt d
el
ay
a
t
pow
er
up
-S
C
m
in
C
0
15
0
c1
CnP
M
ini
m
um
t
im
e
bet
w
een
2
co
m
p sta
rt
s
-SC
m
in
C
0
15
0
2
c2
C
nP
M
in
im
um
co
m
pres
so
r
OF
F
t
im
e
-S
C
m
in
C
0
15
0
c3
C
nP
M
in
im
um
co
m
pres
so
r
ON
tim
e
-S
C
m
in
C
0
15
0
c4
C
nP
D
ut
y se
ttin
g
-S
C
m
in
C
0
100
0
c5
CnP
Durat
ion
of
c
ont
in
uous
c
yc
le
-S
C
hours
C
0
15
0
c6
C
nP
A
la
rm
b
yp
as
s
af
ter
co
nt
inuous
c
yc
le
-S
C
hours
C
0
15
2
c7
C
nP
M
ax
imu
m
P
um
p-Dow
n
(PD
) tim
e
-SC
se
c
C
0
90
0
0
c8
C
nP
C
om
p sta
rt d
el
ay
a
fte
r
op
eni
ng
Pu
m
p
D
ow
n
val
ve
-S
C
se
c
C
0
60
5
c9
CnP
E
nabl
e
aut
o-s
ta
rt
w
ith
P
um
p D
ow
n
op
er
at
io
n
-SC
fla
g
C0
1
0
c1
0
C
nP
Se
le
ct Pu
m
p-Dow
n
by
tim
e
or
p
re
ssu
re
sw
itch
-SC
fla
g
C0
1
0
c1
1
C
nP
Se
co
nd
co
m
pr
esso
r
sta
rt d
ela
y
-S
C
s
C
0
250
4
d0
dE
F
D
ef
ros
t
typ
e
(0
=
el
ec
/ te
m
p, 1
=
H
.G
as/te
m
p
-S
C
fla
g
C0
4
0
2=
el
ec
/ tim
e, 3
=
ho
t
ga
s / tim
e…
)
dl
dE
F
Int
erval
bet
w
een
def
ros
ts
(
if n
ot u
sin
g r
ea
l tim
e)
-S
C
hours
F
0
250
8
24
dt
1
dE
F
E
nd
def
ros
t
term
perat
ure
(if d
0=
0
o
r
1)
-S
C
C
/F
F
-50
200
4.
0
48.
0
dt
2
dEF
En
d
de
fr
os
t te
rm
perat
ure,
aux
e
va
p(
if
sel
ec
te
d)
-S
C
C
/F
F
-50
200
4.
0
dP
1
dE
F
M
ax
im
um
def
ros
t
durat
io
n
-S
C
m
in
F
1
250
30
46
dP
2
dEF
M
ax
im
um
d
ef
ro
st d
ur
at
io
n, a
ux
e
va
p
-S
C
m
in
F
1
250
30
d3
dE
F
D
ef
ros
t-
del
ay
sta
rt
in
g d
ef
ro
st a
fte
r
sto
pp
in
g co
m
p
-S
C
m
in
C
0
250
0
d4
dE
F
D
ef
ro
st a
t
pow
er
up(
0
=
n
o, 1
=
y
es
)
-S
C
fla
g
C0
1
0
PAG
E
1
of
2
F3: CONTROLLERS AND SETPOINTS
Summary of Contents for JNRBHSA
Page 2: ...ii ...
Page 33: ...B2 SEISMIC BRACKETS 5 BRACKETS ...
Page 34: ...C1 SPORLAN PRESSURE TEMPERATURE CHART ...
Page 38: ...Display Cases 5XIILQ 0LOO 5RDG RORQLDO HLJKWV 9 E3 ELECTRICAL WIRING DIAGRAM ...
Page 39: ...Display Cases 5XIILQ 0LOO 5RDG RORQLDO HLJKWV 9 E4 ELECTRICAL WIRING DIAGRAM ...
Page 46: ...G1 FASCIA FRAME ...
Page 47: ...G2 FASCIA FRAME ...
Page 48: ...G3 FASCIA FRAME ...
Page 49: ...G4 FASCIA FRAME ...
Page 50: ...G5 FASCIA FRAME OPTIONAL MOTION SENSOR INSTALLATION ...
Page 51: ...G6 FASCIA FRAME OPTIONAL MOTION SENSOR INSTALLATION ...
Page 53: ...G8 FASCIA FRAME JNRZHSA 5 BALLOON GUARD INSTALLATION ...
Page 55: ...I1 CASE LIFTING LOCATIONS Base Frame Lifting Locations for Forklift JNRBHSA JNRZHSA ...
Page 56: ...I2 CASE LIFTING LOCATIONS Base Frame Lifting Locations for Forklift JNRBHSA JNRZHSA ...
Page 57: ...v Ϯ Z Ͳ ϱ Z EZ v Ϯ Z Ͳ ϰ Z EZ v ϱ EZ J1 CONDENSING UNIT LOCATIONS ...
