Hillphoenix JNRBHSA, Owner'S Installation & Operations Manual

Page: 41 / 59

F2: CONTROLLERS AND SETPOINTS
R853340 REV:
3
S
etpoints, M
edium T
emp, Car
el IR33+
contr
o
ller
JNRBHSA
-Cust
C
ode
B
lock
P
ar
am
eter
M
ode
U
n
it
Ty
pe
M
in.
M
ax.
D
ef
N
ew
C
ode
B
lock
P
ar
am
eter
M
ode
U
nit
T
yp
e
M
in.
M
ax.
D
ef
N
ew
d5
dE
F
D
efrost del
ay
on pow
er up (i
d d4=
1)
-S
C
m
in
C
0
250
0
H
dh
C
nF
A
n
ti-sw
eat heater control
offset
M
S
C
C
/F
C
-50
200
0
d6
dE
F
D
is
pl
ay
duri
ng def (0=
dF (fl
ash),
-S
C
-
C
0
2
1
0
HrL
C
nF
E
nabl
e rem
ote i
nd. Of l
ight status
M
S
C
flag
C
0
1
0
1=lock
ed, 2=dE
F
)
HrA
C
nF
E
nabl
e rem
ote i
nd. Of aux
status
M
S
C
flag
C
0
1
0
dd
dE
F
D
rippi
ng ti
m
e after defrost
-S
C
m
in
F
0
15
2
0
H
sA
C
nF
E
nabl
e al
arm
s on netw
ork
devi
ces
M
S
C
fla
g
C
0
1
0
d8
dE
F
B
ypass al
arm
s after defrost
-S
C
hours
F
0
15
1
In
C
nF
S
tandard c
ontrol
of m
aster or sl
ave
M
S
C
fla
g
C
0
6
0
d9
dE
F
D
efrost pri
ori
ty
over com
pressor protectors
-S
C
flag
C
0
1
0
H
A
n/HFn
HcP
N
um
ber of events HA
/HF occurred
M
S
C
-
C
0
15
-
d/1/
dE
F
D
is
pl
ay
defrost probe tem
p d/1=
def P
1,
M
S
C
C/F
F
-
-
-
H
A
/HF
H
cP
Date/ti
m
e of m
ost recent HA
/HF
M
S
C
-
C
-
-
-
/d/2
d/2=def P
2
dC
dE
F
T
im
e base for defrost (0=
hr/m
in, 1=
m
in
/sec)
-S
C
fla
g
C
0
1
0
d10
dE
F
C
om
pressor run ti
m
e for dem
and defrost
-S
C
m
in
C
0
250
0
d11
dE
F
C
om
p. run ti
m
e tem
p set for dem
and defrost
-S
C
C/F
C
-20
20
1.0
d12
dE
F
A
dvance deforst enabl
e
-S
C
-
C
0
3
0
dn
dE
F
N
om
inal
defrost durati
on (sm
art defrost)
-S
C
-
C
1
100
65
dH
dE
F
P
roporti
onal
factor for vari
ati
on i
n'dl
'
-S
C
-
C
0
100
50
(sm
art DF)
A
0
A
Ln
A
larm
and fan di
fferenti
al
M
S
C
C
/F
C
0.1
20
2.0
A
1
A
Ln
T
ype of al
arm
for A
L and A
H
(0=
rel
ati
ve
M
S
C
fla
g
C
0
1
0
1=
absol
ute)
A
L
A
Ln
Low
al
arm
tem
p (see A
1 for abs.or rel
ati
ve)
M
S
C
C/F
F
-50
200
0.0
6.0
A
H
A
Ln
Hi
gh al
arm
tem
p (see A
1 for abs.or rel
ati
ve)
M
S
C
C/F
F
-50
200
0.0
30.0
A
d
A
Ln
Low
and H
igh tem
perature al
arm
del
ay
M
S
C
m
in
F
0
250
120
A
4
A
Ln
C
onfi
gurati
on of di
gi
tal
input 1
-S
C
-
C
0
15
0
(S
et to 8 if using pressure S
W
)
A
5
A
Ln
C
onfi
gurati
on of di
gi
tal
input 2
M
S
C
-
C
0
15
0
A
6
A
Ln
Duty
setting from
com
p for digital in alarm
-S
C
m
in
C
0
100
0
A
7
A
Ln
E
xternal alarm
delay
if u
si
ng di
gi
tal
in
put
-S
C
m
in
C
0
250
0
A
8
A
Ln
E
nabl
e al
arm
s E
d1 and E
d2
-S
C
flag
C
0
1
0
(defrost end on ti
m
e)
A
do
A
Ln
door sw
itch l
ight m
anagem
ent m
ode
M
S
C
flag
C
0
1
0
A
c
A
Ln
H
igh condenser tem
perature al
arm
set poi
nt
-S
C
C
/F
C
0.0
20
07
0.
0
A
E
A
Ln
H
igh condenser tem
p. al
arm
di
fferenti
al
-S
C
C
/F
C
0.1
20
10.
0
A
cd
A
Ln
H
igh condenser tem
perature al
arm
del
ay
-S
C
m
in
C
0
250
0
A
F
A
Ln
Light sensor off tim
e
-S
C
s
C
0
250
0
A
LF
A
Ln
A
nti
freez
e al
arm
set poi
nt
M
S
C
C
/F
C
-50
200
-5
A
dF
A
Ln
A
nti
freez
e al
arm
del
ay
M
S
C
m
in
C
0
15
1
F0
Fan
F
an M
anagem
ent (0=
usi
ng F2,F3,Fd
---C
flag
C
0
2
0
0
1= am
b - evap, 2 = evap tem
p (S
t + F1)
F1
Fan
F
an start tem
perature
---C
C
/F
F
-50
200
5.0
5.0
F2
Fan
F
ans cy
cl
e w
ith com
pressor (0=
no, 1=
yes)
---C
flag
C
0
1
1
0
F3
Fan
F
ans i
n defrost (0 =
on, 1 =
off)
---C
flag
C
0
1
1
0
F4
Fan
C
ondensor fan off tem
perature
M
S
C
C
/F
C
-50
200
40.0
F5
Fan
C
ondensor fan di
fferenti
al
M
S
C
C
/F
C
0.1
20
5.0
Fd
Fan
F
ans del
ay
after dri
ppi
ng
---C
m
in
F
0
15
1
H
0
C
nF
S
eri
al
address
M
S
C
-
C
0
207
1
H1
CnF
F
uncti
on of rel
ay
4 (0,1=
al
arm
,2=
aux
,3=
light.)
M
S
C
fla
g
C
0
11
1
H2
CnF
K
ey
pad and I
R
lock
ing
M
S
C
fla
g
C
1
6
1
H
3
C
nF
R
em
ote control
enabl
in
g code
M
S
C
-
C
0
225
0
H
4
C
nF
B
uz
ze
r (0=
enabl
ed, 1=
di
sabl
ed)
M
S
C
fla
g
C
0
1
0
H
5
C
nF
F
uncti
on of rel
ay
5 (I
R
33D
IN
&
M
S
C
flag
C
0
11
1
P
ow
erC
om
pact)
H6
CnF
B
uttons to lock
w
hen k
ey
pad lock
ed
M
S
C
-
C
0
255
0
H8
CnF
S
el
ect output to acti
vate w
ith ti
m
e band
M
S
C
flag
C
0
1
0
H
P
r
C
nF
P
rin
t profi
le
M
S
C
-
C
0
15
0
H9
CnF
E
nabl
e set poi
nt change w
ith ti
m
e
M
S
C
fla
g
C
0
1
0
H
dn
C
nF
num
ber of defaul
t param
eter sets
M
S
C
fla
g
C
0
6
0
PAG
E 2
o
f 2