77
proGraMMinG FloW cHart
Section 12 (continued)
100
su
BM
enu
Basic
settin
G
s
200
su
BM
enu
con
F
in
Ver
ter
300
su
BM
enu
re
G
ula
tion
400
su
BM
enu
sensor
500
su
BM
enu
se
Q
uence
cntr
100
su
BM
enu
Basic
settin
G
s
60
su
BM
enu
settin
G
s
200
su
BM
enu
con
F
in
Ver
ter
300
su
BM
enu
re
G
ula
tion
400
su
BM
enu
sensor
500
su
BM
enu
se
Q
uence
cntr
61
pass
W
ord
0000
105
M
ode
contr
oller
202
so
Ft
W
are
HV
V01.3
205
M
ax
. units
6
210
in
Ver
ter
all
215
ra
M
p 1
4 sec
225
ra
M
p 3
70 sec
260
FM
in
ti
M
e
0 sec
265
Boos
t
5 %
310
W
indo
W
10 %
510
a
ct
.V
al
.dec
2
psi
540
drop
F
re
Q
42.0 Hz
410
c
on
F
sensor
sensor 1
315
HY
steresis
80 %
515
ena
Ble
F
re
Q
48 Hz
545
o
Ver
Val
ue
disabled
415
sensor
t
Ype
analog
i 4-20m
a
320
re
G.
M
ode
normal
520
ena
Ble
dl
Y
5 sec
550
o
Ver
Val
dl
Y
0 sec
420
sens
. ran
G
e
300
psi
325
Fr
Q.
li
Ft
30.0 Hz
525
sW
it
cH
dl
Y
2 sec
555
sW
it
cH
int
V
24 hours
425
sens
. cur
Ve
line
ar
330
li
Ft
a
M
ount
0.0 %
530
disa
Ble
F
rQ
30.0 Hz
560
s
Ync
H.
li
M.
0.0 Hz
565
s
Ync
H.
W
in
.
2 Hz
570
M
stpriorit
Y
on
430
sens
1
cal
0
0 % = x,xx
psi
440
sens
2
cal
0
0 % = x,xx
psi
435
sens
1
cal
x
0 % = xx,xx
psi
445
sens
2
cal
x
0 % = xx,xx
psi
285
sK
ip
Fr
Q
ctr
0.0 Hz
270
K
nee
F
re
Q.
60 Hz
286
s
K
ip
Fr
Q
rn
G
60 Hz
275
po
W
er
red
.
o
FF
290
curr
. li
M
it
o
FF
280
sel
.s
W
.F
rQ.
a
uto
291
curr
. li
M
it
100 %
230
ra
M
p 4
70 sec
235
ra
M
p
FM
in
a
2 sec
240
ra
M
p FM
in
d
2 sec
245
M
ax
. F
re
Q
60 Hz
250
M
in
. F
re
Q
20 Hz
220
ra
M
p 2
4 sec
203
set
V
er
in
V
sel.
01
act.
01
106
pu
M
p
addr
1
110
set
p
ass
W
.
0066
115
l
oc
K F
unc
t.
0066
120
disp
. c
ontr
.
75 %
125
disp
. B
ri
GH
t
100 %
62
Jo
G
Hz
50
psi
305
Jo
G
Hz
50
psi
505
a
ct
.V
al
.inc
5
psi
535
disa
Ble
dl
Y
5 sec
405
di
M
ens
. unit
psi
255
c
on
F.
FM
in
F > 0