Download ReFreeX user manual for H411V6

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RF
H411V6
User manual
doc H411V6
Contents
Contents
2
1 Parameter list
3
2 Parameter remarks
11
3 Alarm list
11
4 Slave alarm list
12
5 Button list
12
6 Led list
12
7 Soft command list
13
8 How to ...
13
9 Shortcut list
13
10 Led and push button location
14
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
page 2\14
doc H411V6
1
Parameter list
Rem. Parameter
S__
St_
_t0
_db
dbd
_tH
_tL
_td
SMM
SMd
SA_
1
SAH
dA6
dA7
2
dA8
SAh
dAF
SAo
S2H
S2r
S2Y
3
S2S
S2d
Fd_
4
Fd0
Fdd
Fdg
FdE
2
FdP
FF_
FFh
FFd
5
FFo
FP_
6
FPt
7
8
9
10
11
12
13
14
15
16
Description
Minimum Maximum Default Unit
Functions about storage
Functions about storage temperature
storage room temperature
-55.0
145.0
12.0 ◦ C
dead band
0.0
50.0
0.0 K
differential
0.0
50.0
0.2 K
safety maximum room temperature
-55.0
45.0
21.0 ◦ C
safety minimum room temperature
-55.0
45.0
10.0 ◦ C
safety temperature differential
0.0
50.0
0.2 K
storage room humidity
0.0
100.0
90.0 %
differential
0.0
50.0
5.0 %
Functions about air renew during storage
enable air renew during storage - reset timers
oFF
_on
oFF /
immediate delay before first air renew
0 194 4:20:15
0 dd hh:mm:ss
on-time duration in the air renew cycle
0 194 4:20:15
30:00 dd hh:mm:ss
period of air renew cycle
0 194 4:20:15 12:00:00 dd hh:mm:ss
enable forced air renew by keyboard short cut
oFF
_on
_on /
forced air renew duration
0 194 4:20:15
30:00 dd hh:mm:ss
start / stop forced air renew
oFF
_on
oFF /
enable air renew control by CO2 concentration
oFF
_on
oFF /
enable it also during ripening
oFF
_on
oFF /
enable it also when rYA is set
oFF
_on
oFF /
CO2 concentration set point
0.0
100.0
100.0 %
CO2 concentration differential
0.0
50.0
5.0 %
Functions about defrost duration and timing
immediate delay before next defrost
0 194 4:20:15
0 dd hh:mm:ss
on-time duration of the defrost
0 194 4:20:15
30:00 dd hh:mm:ss
dripping time after defrost
0 194 4:20:15
2:00 dd hh:mm:ss
evaporator fan activation delay after the defrost
0 194 4:20:15
15:00 dd hh:mm:ss
overall period of the defrost
0 194 4:20:15 4:00:00 dd hh:mm:ss
Functions about forced defrost
enable forced defrost by keyboard short cut
oFF
_on
_on /
forced defrost duration
0 194 4:20:15
30:00 dd hh:mm:ss
start immediate forced defrost
oFF
_on
oFF /
Functions about defrost preference
defrost type: 0=none / 1=pause / 2=air / 3=electric / 4=hot gas / 5=heat pump /
0
255
2 /
6=heat pump by hp
Ft_
Functions about defrost temperature
Ftt
defrost stop temperature
-55.0
146.0
6.0 ◦ C
r__
Functions about ripening
rH_
Enable ripening functions and short cut
rrH enable ripening functions - reset timers
oFF
_on
oFF /
rrh
enable toggling between ripening and storage by keyboard short cut
oFF
_on
_on /
rt_
Functions about ripening temperature and humidity
_d0 immediate delay before starting ripening
0 194 4:20:15
0 dd hh:mm:ss
_t1 ripening temperature nr. 1
-55.0
45.0
16.5 ◦ C
_d1 duration of temperature nr. 1
0 194 4:20:15 4 0:00:00 dd hh:mm:ss
_t2 ripening temperature nr. 2
-55.0
45.0
15.5 ◦ C
_d2 duration of temperature nr. 2
0 194 4:20:15 1 0:00:00 dd hh:mm:ss
_t3 ripening temperature nr. 3
-55.0
45.0
14.5 ◦ C
_d3 duration of temperature nr. 3
0 194 4:20:15
0 dd hh:mm:ss
_t4 ripening temperature nr. 4
-55.0
45.0
14.5 ◦ C
_d4 duration of temperature nr. 4
0 194 4:20:15
0 dd hh:mm:ss
_t5 ripening temperature nr. 5
-55.0
45.0
14.5 ◦ C
rMM ripening humidity
0.0
100.0
90.0 %
rMd ripening humidity differential
0.0
50.0
5.0 %
rY_
Functions about ethylene
rYH enable ethylene injection - reset timers
oFF
_on
oFF /
YYb use ethylene probe to control injections
oFF
_on
oFF /
rYY ripening ethylene concentration
0.0
99.0
25.0 10*ppm
rYd ripening ethylene concentration differential
0.0
99.0
5.0 10*ppm
dY0 immediate delay before starting ripening
0 194 4:20:15
0 dd hh:mm:ss
_tY minimum temperature before injecting ethylene
-55.0
45.0
16.0 ◦ C
dY2 first ethylene injection duration
0 194 4:20:15
30:00 dd hh:mm:ss
_nY number of following ethylene cycles of injection
0
255
0 /
dY3 delay between first ethylene injections end and following cycles
0 194 4:20:15 1 0:00:00 dd hh:mm:ss
dY4 on-time duration of following ethylene injection cycles
0 194 4:20:15
30:00 dd hh:mm:ss
dY5 period of following ethylene injection cycles
0 194 4:20:15 12:00:00 dd hh:mm:ss
rYh enable forced ethylene injection by keyboard short cut
oFF
_on
_on /
dYF forced ethylene injection duration
0 194 4:20:15
30:00 dd hh:mm:ss
rYo start / stop forced ethylene injection
oFF
_on
oFF /
rYA first ethylene injection performed but air renew not yet
oFF
_on
oFF /
rA_
Functions about air renew during ripening
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doc H411V6
Rem. Parameter
rAH
_nA
14
dA3
dA4
15
dA5
rAh
rAF
rAo
H__
HP_
HPP
HFP
n__
nU_
nUS
nUr
nUH
nU0
nUd
17
nS0
nS1
nS2
nS3
nr1
nr2
nr3
nH1
nH2
nH3
nv1
nv2
nv3
18
nvM
nvP
nvd
nvE
19
nU1
nU2
nU3
20
17
21
22
23
nUE
nUF
nUA
nUb
n1A
n1b
n2A
n2b
n3A
n3b
nUU
nUL
nUt
nE_
nEH
nEM
nE0
nA_
nAF
nA1
nA2
nA3
nAE
P__
Pd_
PdM
PdS
Pd2
PO_
PO2
c__
cO_
Description
Minimum Maximum Default Unit
enable air renew cycles during ripening - reset timers
oFF
_on
oFF /
number of air renew cycles
0
99
8 /
delay between first ethylene injection end and first air renew end
0 194 4:20:15 1 0:00:00 dd hh:mm:ss
on-time duration in the air renew cycle
0 194 4:20:15
30:00 dd hh:mm:ss
period of air renew cycle
0 194 4:20:15 12:00:00 dd hh:mm:ss
enable forced air renew by keyboard short cut
oFF
_on
_on /
forced air renew duration
0 194 4:20:15
30:00 dd hh:mm:ss
start / stop forced air renew
oFF
_on
oFF /
Heating
Heating preference
heating method: 0=none / 1=electric / 2=hot gas / 3=heat pump / 4=intern heat
0
255
2 /
pump / 5=ihp2
force heating during defrost
oFF
_on
oFF /
Functions about fans
Functions about depression fans
number of depression fans during storage
0
3
2 /
number of depression fans during ripening
0
3
3 /
number of depression fans during heating
0
3
3 /
number of depression fans when refrigeration is required but does not work
0
3
1 /
delay before establishing that refrigeration does not work
0 194 4:20:15
30:00 dd hh:mm:ss
speed regulation of depression fans when refrigeration does not work
0
255
32 /
speed regulation of depression fan nr. 1 during storage
0
255
128 /
speed regulation of depression fan nr. 2 during storage
0
255
128 /
speed regulation of depression fan nr. 3 during storage
0
255
128 /
speed regulation of depression fan nr. 1 during ripening
0
255
255 /
speed regulation of depression fan nr. 2 during ripening
0
255
255 /
speed regulation of depression fan nr. 3 during ripening
0
255
255 /
speed regulation of depression fan nr. 1 during heating
0
255
255 /
speed regulation of depression fan nr. 2 during heating
0
255
255 /
speed regulation of depression fan nr. 3 during heating
0
255
255 /
speed regulation of depression fan nr. 1 during reverse rotation
0
255
32 /
speed regulation of depression fan nr. 2 during reverse rotation
0
255
32 /
speed regulation of depression fan nr. 3 during reverse rotation
0
255
32 /
speed reversal mode: 0=none / 1=once / 2=auto / 3=also in storage
0
255
2 /
period of automatic speed reversal
0 194 4:20:15 1:00:00 dd hh:mm:ss
duration of automatic speed reversal
0 194 4:20:15
5:00 dd hh:mm:ss
duration of forced speed reversal
0 194 4:20:15
10:00 dd hh:mm:ss
control of fan nr. 1: 0=not installed / 1=on-off / 2=on-board / 3=M-Max VFD /
0
255
1 /
4=DE1
control of fan nr. 2: 0=not installed / 1=on-off / 2=on-board / 3=M-Max VFD /
0
255
1 /
4=DE1
control of fan nr. 3: 0=not installed / 1=on-off / 2=on-board / 3=M-Max VFD /
0
255
1 /
4=DE1
enable automatic fan regulation
oFF
_on
oFF /
pass at manual speed during heating
oFF
_on
_on /
low quality reference for speed regulation
0
100
50 /
high quality reference for speed regulation
0
100
100 /
maximum speed regulation of fan nr. 1, attained at low quality
0
255
255 /
minimum speed regulation of fan nr. 1, attained at high quality
0
255
32 /
maximum speed regulation of fan nr. 2, attained at low quality
0
255
255 /
minimum speed regulation of fan nr. 2, attained at high quality
0
255
32 /
maximum speed regulation of fan nr. 3, attained at low quality
0
255
255 /
minimum speed regulation of fan nr. 3, attained at high quality
0
255
32 /
quality factor
0
255
100 /
room load factor
0
255
100 /
speed regulation smoothing
0
255
100 /
Functions about evaporator fans
force evaporator fans when refrigeration is off
oFF
_on
oFF /
force evaporator fans when humidification is on
oFF
_on
oFF /
enable evaporator fans when refrigeration is required but does not work
oFF
_on
oFF /
Functions about electric power
get depression fan power from VFD/inverter
oFF
_on
oFF /
power of depressure fan nr. 1
0.000
65.535
0.000 kW
power of depressure fan nr. 2
0.000
65.535
0.000 kW
power of depressure fan nr. 3
0.000
65.535
0.000 kW
evaporator fan power
0.000
65.535
0.000 kW
Functions about master preferences
Functions about network address
master address for global network communication
0
254
1 /
number of slaves connected to this master
1
2
2 /
number of auxiliary masters connected to this master
0
2
2 /
Output assignment
assign out-2 relay to: 0=alarm / 1=humidifier / 2=defrost / 3=OUT-1
0
255
1 /
Functions about door and light
Functions about door
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page 4\14
doc H411V6
Rem. Parameter Description
24
cOh enable door operation from keyboard
25
cOF enable door flashing light in case of alarm
26
cOd delay between pushing button and door opening or closure
cOH enable door automatic closure
cCd delay of door automatic closure
cOU enable depressure, refrigeration and other output when door is not closed
cOY enable door opening after first ethylene injection and before first air renew
cI_
Functions about light
27
cIO switch on the light during door operation
cIH switch on the light when the door is open and off when closed
28
cIo
switch off the light automatically if it has been switched on from outside
cId
delay of light automatic switch off
cc_
Functions about curtain operation
29
cch enable curtain operation from keyboard
30
ccc
keyboard in curtain mode
27
ccO enable curtain operation when door is not open
27
ccI
enable curtain operation when light is off
v__
Functions about electronic expansion valve
vP_
Functions about electronic expansion valve preference
31
vPH enable electronic expansion valve
vPP refrigerant gas type: 0=R134A / 1=R404A / 2=R507A / 3=R22 / 4=R407C
32
vPd network originating address of the pressure broadcast
vPS synchronize the liquid solenoid start with the central unit
vP0 delay before establishing that not enough info is received from the central unit
vt_
Functions about electronic expansion valve temperature
33
vtt
wanted overheating (similar to Danfoss thermostatic overheating spring regulation)
34
vtH maximum overheating
35
vtL minimum overheating
vtU maximum pressure allowed in the suction line (similar to Danfoss MOP)
vd_
Functions about electronic expansion valve timing
36
vd1 on-off duty cycle duration
37
vd2 on duty cycle duration at refrigeration start (set to 0 for previous stop value)
38
vdd on duty cycle adaptation speed (low value for slow adaptation and small swinging)
vF_
Functions about turbo mode (forcing-on the expansion valve)
39
vFP turbo mode: 0=off / 1=on / 2=auto
vFd turbo mode delay
vFH suction pipe overheating for turbo mode activation
vFt difference between product and set point required for turbo mode
vb_
Functions about cooling capacity boost (raising a flag for the central unit)
vbP boost mode: 0=off / 1=on / 2=auto
vbd boost mode delay
40
vbH product descent ramp, per hour, under which boost mode is activated
vbt
difference between product and set point required for boost mode
vC_
Functions about cooling capacity reduction
41
vCH cooling capacity reduction
19
vCA fixed cooling capacity limit
19
vCb variable cooling capacity limit
vCP product descent ramp, per hour, required to allow capacity reduction
b__
Functions about probe calibration
b1_
Probe nr. 1
b1C calibration offset
b1A use probe to calculate product average temperature
b1S use probe for safety temperature
b1L use probe for alarm temperature
b2_
Probe nr. 2
b2C calibration offset
b2A use probe to calculate product average temperature
b2S use probe for safety temperature
b2L use probe for alarm temperature
b3_
Probe nr. 3
b3C calibration offset
b3A use probe to calculate product average temperature
b3S use probe for safety temperature
b3L use probe for alarm temperature
b4_
Probe nr. 4
b4C calibration offset
b4A use probe to calculate product average temperature
b4S use probe for safety temperature
b4L use probe for alarm temperature
b5_
Probe nr. 5
b5C calibration offset
b5A use probe to calculate room humidity
b6_
Probe nr. 6
b6C calibration offset
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
Minimum Maximum
oFF
_on
oFF
_on
0 194 4:20:15
oFF
_on
0 194 4:20:15
oFF
_on
oFF
_on
Default
_on
_on
2
oFF
30
oFF
_on
Unit
/
/
dd hh:mm:ss
/
dd hh:mm:ss
/
/
oFF
_on
oFF
_on
oFF
_on
0 194 4:20:15
_on
_on
_on
30
/
/
/
dd hh:mm:ss
oFF
oFF
oFF
oFF
_on
_on
_on
_on
oFF
oFF
oFF
oFF
/
/
/
/
oFF
_on
0
255
0
255
oFF
_on
0 194 4:20:15
_on
0
0
oFF
5:00
/
/
/
/
dd hh:mm:ss
8.0
99.0
6.0
10.0
K
K
K
(gauge) bar
0.0
0.0
0.0
0.0
99.0
99.0
99.0
30.0
0 194 4:20:15
0 194 4:20:15
0
255
8 dd hh:mm:ss
5 dd hh:mm:ss
8 /
0
255
0 194 4:20:15
0.0
99.0
0.0
99.0
2
30:00
12.0
1.0
/
dd hh:mm:ss
K
K
0
255
0 194 4:20:15
0.0
99.0
0.0
99.0
2
1:00:00
0.5
2.0
/
dd hh:mm:ss
K
K
oFF
0
0
0.0
_on
255
255
99.0
_on
10
30
0.2
/
/
/
K
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
_on
_on
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
_on
_on
_on
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
_on
_on
_on
K
/
/
/
-9.0
oFF
9.0
_on
0.0 %
_on /
-9.0
9.0
0.0 10*ppm
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doc H411V6
Rem. Parameter
b6A
b7_
b7C
b7A
b8_
b8C
b8A
b8S
b8L
b9_
b9C
b9A
b_1
b11
11C
11A
11S
11L
b12
12C
12A
12S
12L
b13
13C
13A
13S
13L
b14
14C
14A
14S
14L
b15
15C
15A
b16
16C
16A
b17
17C
17A
b18
18C
18A
18S
18L
b_2
b21
21C
21A
21S
21L
b22
22C
22A
22S
22L
b23
23C
23A
23S
23L
b24
42
24C
24A
24S
24L
b25
43
25C
25A
b26
26C
26A
Description
use probe to calculate room ethylene
Probe nr. 7
calibration offset
use probe to calculate suction pressure
Probe nr. 8
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 9
calibration offset
use probe to calculate CO2 concentration
Functions about probe calibration - auxiliary master 1
Probe nr. 1
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 2
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 3
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 4
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 5
calibration offset
enable probe
Probe nr. 6
calibration offset
enable probe
Probe nr. 7
calibration offset
enable probe
Probe nr. 8
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Functions about probe calibration - auxiliary master 2
Probe nr. 1
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 2
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 3
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 4
calibration offset
use probe to calculate product average temperature
use probe for safety temperature
use probe for alarm temperature
Probe nr. 5
calibration offset
enable probe
Probe nr. 6
calibration offset
enable probe
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
Minimum
oFF
Maximum
_on
Default Unit
oFF /
-9.0
oFF
9.0
_on
0.0 bar
_on /
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
_on
_on
_on
-9.0
oFF
9.0
_on
0.0 %
oFF /
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
9.0
_on
0.0 %
oFF /
-9.0
oFF
9.0
_on
0.0 %
oFF /
-9.0
oFF
9.0
_on
0.0 %
oFF /
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
oFF
oFF
9.0
_on
_on
_on
0.0
oFF
oFF
oFF
K
/
/
/
-9.0
oFF
9.0
_on
0.0 %
oFF /
-9.0
oFF
9.0
_on
0.0 %
oFF /
K
/
/
/
page 6\14
doc H411V6
Rem. Parameter
b27
27C
27A
b28
44
28C
28A
28S
28L
L__
Lt_
45
LtL
46
LtH
Ltd
LC_
LCL
LCH
LCd
Lo_
47
Loo
d__
dF_
dF6
I__
IA_
IA1
IA2
IA3
IA4
IA5
IA6
IA7
IA8
3
IA9
Id_
Id1
Id2
Id3
Id4
Id5
OA_
OA1
OA2
Od_
Od1
Od2
Od3
Od4
Od5
Od6
Od7
Od8
OS_
Ido
Idc
Idh
IdP
Ib7
Ib8
In1
In2
In3
OS0
OS1
OS2
OS3
OS4
OS5
OS6
OS7
40
OS8
OSr
OSt
OSY
Description
Minimum Maximum
Probe nr. 7
calibration offset
-9.0
9.0
enable probe
oFF
_on
Probe nr. 8
calibration offset
-9.0
9.0
use probe to calculate product average temperature
oFF
_on
use probe for safety temperature
oFF
_on
use probe for alarm temperature
oFF
_on
Functions about alarm and stand-by
Temperature alarm
low temperature alarm set point
-55.0
145.0
high temperature alarm set point
-55.0
145.0
alarm delay
0 194 4:20:15
CO2 alarm
low CO2 level alarm set point
0.0
100.0
high CO2 level alarm set point
0.0
100.0
alarm delay
0 194 4:20:15
On / stand-by status
actual status: stand-by or on
oFF
_on
Functions about delays
Delay from previous stop
delay from request to activation of OUT-6: heating
0 194 4:20:15
Functions about input-output and machine state (read only)
Analog inputs
analog input 1 (temperature)
-55.0
145.0
analog input 2 (temperature)
-55.0
145.0
analog input 3 (suction temperature)
-55.0
145.0
analog input 4 (temperature)
-55.0
145.0
analog input 5 (humidity)
0.0
100.0
analog input 6 (ethylene)
0.0
999.0
analog input 7 (low pressure)
0.0
999.0
analog input 8 (temperature)
-55.0
145.0
analog input 9 (CO2)
0.0
100.0
Digital input
digital input 1 (ethylene hardware safety)
oFF
_on
digital input 2 (evaporator hardware safety)
oFF
_on
digital input 3 (heating hardware safety)
oFF
_on
digital input 4 (unused)
oFF
_on
digital input 5 (phase-1 software safety )
oFF
_on
Analog output
analog output "FAN"
0
255
analog output "I out"
0
255
Digital output
digital output 1 (refrigeration solenoid)
oFF
_on
digital output 2 (steam producer)
oFF
_on
digital output 3 (air renew)
oFF
_on
digital output 4 (ethylene)
oFF
_on
digital output 5 (evaporator)
oFF
_on
digital output 6 (heating)
oFF
_on
alarm - eventually connected to relay nr. 2
oFF
_on
defrost - eventually connected to relay nr. 2
oFF
_on
Machine status
door fully open
oFF
_on
door fully closed
oFF
_on
door safety
oFF
_on
door is presumed to be closed, combining history of door closure and safety
oFF
_on
button B8 is pressed
oFF
_on
button B7 is pressed
oFF
_on
safety of depressure fan 1
oFF
_on
safety of depressure fan 2
oFF
_on
safety of depressure fan 3
oFF
_on
actual set point
-55.0
145.0
low pressure (LP)
0.0
999.0
refrigerant saturation temperature corresponding to the low pressure
-55.0
145.0
refrigerant overheating at the evaporator outlet
-999.0
999.0
product average temperature
-55.0
145.0
product temperature standard deviation
0.0
999.0
air average temperature
-55.0
145.0
air temperature standard deviation
0.0
999.0
product descent ramp, per hour
-999.0
999.0
ripening status: 0=off / 1=immediate delay / 2=t1 / 3=t2 / 4=t3 / 5=t4 / 6=t5
0
255
ripening timer (in countdown-mode)
0 194 4:20:15
ethylene status: 0=off / 1=immediate delay / 2=waiting for temperature / 3=first on
0
255
/ 4=first over / 5=following on / 6=following pause / 7=ended / 8=forced
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
Default Unit
0.0 %
oFF /
0.0
oFF
oFF
oFF
K
/
/
/
-2.0 ◦ C
14.0 ◦ C
30:00 dd hh:mm:ss
0.0 %
100.0 %
30:00 dd hh:mm:ss
oFF /
3:00 dd hh:mm:ss
-55.0
-55.0
-55.0
-55.0
0.0
0.0
0.0
-55.0
0.0
oFF
oFF
oFF
oFF
oFF
◦C
◦C
◦C
◦C
%
10*ppm
(gauge) bar
◦C
%
/
/
/
/
/
0 /
0 /
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
/
/
/
/
/
/
/
/
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
-55.0
0.0
-55.0
-999.0
-55.0
-999.0
-55.0
-999.0
-999.0
0
0
0
/
/
/
/
/
/
/
/
/
◦C
(gauge) bar
◦C
K
◦C
K
◦C
K
K
/
dd hh:mm:ss
/
page 7\14
doc H411V6
Rem. Parameter
OSU
OnY
OSb
OSv
OnA
OSA
OSX
OSS
OSF
OSd
OSE
LLA
OSn
Odo
Odc
OdF
OdL
Ocu
Ocr
On1
On2
On3
Onn
On0
Ot1
Ot2
Ot3
OvM
Ovt
Ov0
Ov1
OSC
Onv
OnH
OnF
Onb
OC_
OC0
OC1
OC2
OC3
OCE
OCC
OU_
OUn
OUd
OUI
OUO
OUU
OUC
Ov_
Ovd
OvI
OvO
OvU
OvC
I1A
IA1
IA2
IA3
IA4
IA5
IA6
IA7
IA8
I1d
Id1
Id2
Id3
Id4
Id5
O1A
OA1
Description
Minimum Maximum
ethylene timer (in countdown-mode)
0 194 4:20:15
remaining following-ethylene-cycles-of-injection, including the one eventually running
0
255
ripening air renew status: 0=off / 1=waiting for ethylene / 2=first pause / 3=on /
0
255
4=pause / 5=ended / 6=forced
ripening air renew timer (in countdown-mode)
0 194 4:20:15
remaining air-renew-cycles, including the one eventually running
0
255
storage air renew status: 0=off / 1=immediate delay / 2=on / 3=pause / 4=forced
0
255
storage air renew timer (in countdown-mode)
0 194 4:20:15
defrost status: 1=normal / 2=defr / 3=drip / 4=fan delay / 5=forced / 6=wait
0
255
defrost timer (in countdown-mode)
0 194 4:20:15
auxiliary master 1 status: 0=off / 1=ok / 2=check / 3=reconnect / 4=none / 5=lost
0
255
auxiliary master 2 status: 0=off / 1=ok / 2=check / 3=reconnect / 4=none / 5=lost
0
255
actual alarm - read only (0 means no alarm)
0
255
evaporator fan stopped by door opening or manual control
oFF
_on
door is opening
oFF
_on
door is closing
oFF
_on
door light is flashing
oFF
_on
room lighting
oFF
_on
curtain is unrolling
oFF
_on
curtain is rolling
oFF
_on
depressure fan 1
oFF
_on
depressure fan 2
oFF
_on
depressure fan 3
oFF
_on
all of the installed depressure fans are rotating
oFF
_on
refrigeration is required but not working
oFF
_on
speed regulation of depressure fan 1
0
255
speed regulation of depressure fan 2
0
255
speed regulation of depressure fan 3
0
255
fan speed reversal in progress
oFF
_on
timer for speed reversal (in countdown-mode)
0 194 4:20:15
timer for not enough info (in countdown-mode)
0 194 4:20:15
not enough info is received from the central unit
oFF
_on
cooling capacity reduction
oFF
_on
liquid refrigerant required from the central unit
oFF
_on
hot gas required from the central unit
oFF
_on
turbo mode
oFF
_on
boost mode
oFF
_on
Functions about power and consumption
total electric power
0.000
65.535
power of depressure fan nr. 1
0.000
65.535
power of depressure fan nr. 2
0.000
65.535
power of depressure fan nr. 3
0.000
65.535
evaporator fan power
0.000
65.535
total historical consumption
0.00
655.35
Functions about ripening quality during previous cycle
ripening serial number
0
65535
ripening duration in hours, summing from _d1 to _d4
0
255
initial product quality - ripening input
0
100
final product quality - ripening output
0
100
ripening process quality
0
100
ripening process consumption
0
65535
Functions about ripening quality during actual cycle
ripening duration in hours, summing from _d1 to _d4
0
255
initial product quality - ripening input
0
100
final product quality - ripening output
0
100
ripening process quality
0
100
ripening process consumption
0
65535
Analog inputs - auxiliary master 1
analog input 1 (temperature)
-55.0
145.0
analog input 2 (temperature)
-55.0
145.0
analog input 3 (temperature)
-55.0
145.0
analog input 4 (temperature)
-55.0
145.0
analog input 5 (percentage of sensor range)
0.0
100.0
analog input 6 (percentage of sensor range)
0.0
100.0
analog input 7 (percentage of sensor range)
0.0
100.0
analog input 8 (temperature)
-55.0
145.0
Digital input
digital input 1
oFF
_on
digital input 2
oFF
_on
digital input 3
oFF
_on
digital input 4
oFF
_on
digital input 5
oFF
_on
Analog output
analog output "FAN"
0
255
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
Default
0
0
0
0
0
0
0
0
0
0
0
0
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
oFF
0
0
0
oFF
0
0
oFF
oFF
oFF
oFF
oFF
oFF
0.000
0.000
0.000
0.000
0.000
0.00
Unit
dd hh:mm:ss
/
/
dd
/
/
dd
/
dd
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/
/
dd
dd
/
/
/
/
/
/
hh:mm:ss
hh:mm:ss
hh:mm:ss
hh:mm:ss
hh:mm:ss
kW
kW
kW
kW
kW
MWh
0
0
0
0
0
0
/
/
/
/
/
kWh
0
0
0
0
0
/
/
/
/
kWh
-55.0 ◦ C
-55.0 ◦ C
-55.0 ◦ C
-55.0 ◦ C
0.0 %
0.0 %
0.0 %
-55.0 ◦ C
oFF
oFF
oFF
oFF
oFF
/
/
/
/
/
0 /
page 8\14
doc H411V6
Rem. Parameter
OA2
O1d
Od1
Od2
Od3
Od4
Od5
Od6
I2A
IA1
IA2
IA3
IA4
IA5
IA6
IA7
IA8
I2d
Id1
Id2
Id3
Id4
Id5
O2A
OA1
OA2
O2d
Od1
Od2
Od3
Od4
Od5
Od6
v1_
48
v1F
v1U
v1v
v1A
v1t
v1S
v1L
v2_
v2F
v2U
v2v
v2A
v2t
v2S
v2L
v3_
v3F
v3U
v3v
v3A
v3t
v3S
v3L
E__
Ed_
EdS
EY_
EYY
EYS
EYr
E0_
E0d
E0E
E1_
E1d
E1t
E1E
E2_
E2d
E2t
Description
analog output "I out"
Digital output
digital output 1
digital output 2
digital output 3
digital output 4
digital output 5
digital output 6
Analog inputs - auxiliary master 2
analog input 1 (temperature)
analog input 2 (temperature)
analog input 3 (temperature)
analog input 4 (temperature)
analog input 5 (percentage of sensor range)
analog input 6 (percentage of sensor range)
analog input 7 (percentage of sensor range)
analog input 8 (temperature)
Digital input
digital input 1
digital input 2
digital input 3
digital input 4
digital input 5
Analog output
analog output "FAN"
analog output "I out"
Digital output
digital output 1
digital output 2
digital output 3
digital output 4
digital output 5
digital output 6
Status of VFD / inverter nr. 1
output frequency
current to the motor
tension to the motor
power input to the motor
VFD temperature
VFD status: 0=off / 1=ok / 2=check / 3=reconnect / 4=none / 5=lost
VFD alarm
Status of VFD / inverter nr. 2
output frequency
current to the motor
tension to the motor
power input to the motor
VFD temperature
VFD status: 0=off / 1=ok / 2=check / 3=reconnect / 4=none / 5=lost
VFD alarm
Status of VFD / inverter nr. 3
output frequency
current to the motor
tension to the motor
power input to the motor
VFD temperature
VFD status: 0=off / 1=ok / 2=check / 3=reconnect / 4=none / 5=lost
VFD alarm
Functions about slave preferences
Functions about network address
slave address for local network communication
Functions about display
input to show on display: 0=average temperature / 1=AN1 / 2=AN2 / ...
value set by shortcut, during ripening: 0=_t0 / 1=_t1 / . . . / 5=_t5 / 6=current
enable display rotation: 0=off / 1=all / 2=selected
Functions about display rotation, when EYr=1
duration of label display during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each parameter)
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each parameter)
duration of label display during rotation
label text during rotation
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
Minimum
0
Maximum
255
Default Unit
0 /
oFF
oFF
oFF
oFF
oFF
oFF
_on
_on
_on
_on
_on
_on
-55.0
-55.0
-55.0
-55.0
0.0
0.0
0.0
-55.0
145.0
145.0
145.0
145.0
100.0
100.0
100.0
145.0
oFF
oFF
oFF
oFF
oFF
_on
_on
_on
_on
_on
0
0
255
255
oFF
oFF
oFF
oFF
oFF
oFF
_on
_on
_on
_on
_on
_on
oFF
oFF
oFF
oFF
oFF
oFF
-327.68
0.00
0.0
0.000
-55.0
0
0
327.67
655.35
6553.5
65.535
145.0
255
255
-327.68
0.00
0.0
0.000
-55.0
0
0
Hz
A
V
kW
◦C
/
/
-327.68
0.00
0.0
0.000
-55.0
0
0
327.67
655.35
6553.5
65.535
145.0
255
255
-327.68
0.00
0.0
0.000
-55.0
0
0
Hz
A
V
kW
◦C
/
/
-327.68
0.00
0.0
0.000
-55.0
0
0
327.67
655.35
6553.5
65.535
145.0
255
255
-327.68
0.00
0.0
0.000
-55.0
0
0
Hz
A
V
kW
◦C
/
/
1
254
1 /
0
0
0
255
6
2
0 /
6 /
0 /
0
0
255
255
1 /
2 /
0
000
0
255
yyy
255
1 /
rM= /
4 /
0
000
255
yyy
1 /
X1= /
oFF
oFF
oFF
oFF
oFF
oFF
/
/
/
/
/
/
-55.0 ◦ C
-55.0 ◦ C
-55.0 ◦ C
-55.0 ◦ C
0.0 %
0.0 %
0.0 %
-55.0 ◦ C
oFF
oFF
oFF
oFF
oFF
/
/
/
/
/
0 /
0 /
/
/
/
/
/
/
page 9\14
doc H411V6
Rem. Parameter
E2E
E3_
E3d
E3t
E3E
E4_
E4d
E4t
E4E
E5_
E5d
E5t
E5E
E6_
E6d
E6t
E6E
E7_
E7d
E7t
E7E
E8_
E8d
E8t
E8E
E8b
E8d
E8t
E8E
E9_
E9d
E9t
E9E
F0_
F0d
F0t
F0E
F1_
F1d
F1t
F1E
F2_
F2d
F2t
F2E
F3_
F3d
F3t
F3E
F4_
F4d
F4t
F4E
F5_
F5d
F5t
F5E
F6_
F6d
F6t
F6E
F7_
F7d
F7t
F7E
Eb_
EbH
Eh_
Ehc
EF_
EFF
Description
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about display rotation, when EYr=2 (repeated for each
duration of label display during rotation
label text during rotation
duration of value display during rotation
Functions about buzzer
enable buzzer
Functions about keyboard
B6 action on the curtain: 0=unrolls / 1=rolls
Functions about slave default
reload slave default parameters from EEPROM, at next restart
Minimum
0
Maximum
255
Default Unit
4 /
0
000
0
255
yyy
255
1 /
SU= /
0 /
0
000
0
255
yyy
255
1 /
X2= /
4 /
0
000
0
255
yyy
255
1 /
rH= /
4 /
0
000
0
255
yyy
255
1 /
Et= /
0 /
0
000
0
255
yyy
255
1 /
LP= /
0 /
0
000
0
255
yyy
255
1 /
X3= /
0 /
0
000
0
255
yyy
255
1 /
c2= /
0 /
0
000
0
255
yyy
255
1 /
_t= /
4 /
0
000
0
255
yyy
255
1 /
LP= /
0 /
0
000
0
255
yyy
255
1 /
Lt= /
0 /
0
000
0
255
yyy
255
1 /
oh= /
0 /
0
000
0
255
yyy
255
1 /
Av= /
4 /
0
000
0
255
yyy
255
1 /
vr= /
0 /
0
000
0
255
yyy
255
1 /
AA= /
0 /
0
000
0
255
yyy
255
1 /
vA= /
0 /
0
000
0
255
yyy
255
1 /
MP= /
0 /
0
1
1 /
0
1
0 /
0
1
0 /
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
parameter)
The LATEX source of this document has been automatically produced by 4_13_22 on 2015-11-27
page 10\14
doc H411V6
2
Parameter remarks
Nr.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
3
Remark
During off-time counters continue to count and output is disabled. At reset command they stop and their value is reset. They are restarted by
on command. The minus sign on display ("-") means that you already reset timers.
The period of each cycle includes on-time + off-time, that is the overall duration of the cycle.
In percentage over the sensor range
Defrost is not performed twice in case safety switches of mc or evaporator are not ok.
Following defrost cycles will be aligned to the end of forced one.
Add 100 to FPt parameter to enable the outer defrost drive on INP-4. The defrost is initiated by INP-4 closure; after defrost and until INP-4
is closed, the instrument does not leave the dripping mode, to coordinate with eventual other instruments.
In case of hot gas defrost, both IA2 and IA3 must reach Ftt.
The "oFF" command disables the ripening functions and enables the storage. The ripening timers continue however to run also if their output
is disabled. To restart the ripening timers, please do the "rES" (reset) command. The "on_" command enables the ripening functions without
restarting the timers. To begin a new ripening cycle, please do the "rES" command. The minus sign on display ("-") means that you have
already reset the timers.
At the end of the ripening cycle the temperature is set to t5 until the manual reset of the ripening cycle.
The stop command resets forced operation counter.
In case of probe control, ethylene timers and settings are not used. You can still activate forced injections. In case of disabled probe, rYY is
used to control curtain string motor when curtain is idle.
To synchronize ethylene injection and ripening start, set dY0 = _d0.
First ethylene injection is delayed until room temperature reaches _tY. _tY has no effect over following ethylene injections.
To synchronize the beginning of further ethylene injections and air renews, set dY3=dA3.
To synchronize the cycles of further ethylene injections and air renews, set dY3=dA3.
Set by the microcontroller - can be manually overwritten.
For variable-frequency drive (also named VFD or inverter), all of the speed regulation values are integer numbers expressing the output frequency
in Hz; do not exceed 50 Hz unless you are instructed so. For thyristor on-board regulation, instead, the speed values range between 0 and 255,
where 255 is the maximum speed.
Add 10 to suspend reversal during air renew; add 5 to regulate fan speed during reversal.
The description of this command is a mnemonic; further detail is available on demand.
Under low quality reference, the fans rotate at maximum value; over high quality reference, the fans rotate at minimum value; in the middle,
the fans rotate at the interpolated value.
The reference is 100; increase it for higher quality; decrease it for lower consumption.
Set it to 100 when the room is fully loaded, at full pallet capacity; reduce it in proportion to the effective number of loaded pallets, for partial
load.
Use higher values for lower adaptation rapidity.
Door operation disables every other keyboard operation.
The first pressure of push button inside the room - near the door - switches on the light, the second one opens the door, the third one activates
the "man in room" alarm.
During the delay the flashing light is on.
For your safety, do not modify this parameter. This setting is supposed to be used just in case of emergency or testing.
No action if the light is switched on from inside the room.
Curtain operation disables every other operation keyboard operation.
For safety reason, door operation is disabled when curtain is enabled. Unrolling can be started also by a push button located near the depressure
box, inside the room.
When off, the refrigeration solenoid is steadily on during cooling, as long as overheating is higher then vtL or b3A is off.
The address of the central unit who is broadcasting pressure (usually 1). Use 0 for previous application H425V1 with no origin specification.
Caution! Low overheating causes liquid return and compressor damage.
Overheating over the maximum forces valve anticipated opening.
Overheating under the minimum delays valve opening.
Caution! Short duty cycle reduces valve life.
Caution! Low overheating causes liquid return and compressor damage.
Caution! High adaptation speed causes swing in the suction line and damage to the compressor.
In turbo mode, the liquid refrigerant solenoid opens over vtt overheating, and closes at vtL.
Positive values mean temperature descent.
Activate it to increase product color uniformity. The refrigeration capacity is then modulated according to the product requirement.
In H411V6, starting from revision 09, when the value of this parameter 23C is non-zero, while 23A, 23S, and 23L are all off, use this value
as alarm threshold for the absolute difference between set point temperature and whichever product probe, use LCd as alarm delay, share the
timer with the low CO2 alarm, and generate alarm A29, excessive set distance.
In H411V6, starting from revision 09, when the value of this parameter 24C is non-zero, while 24A, 24S, and 24L are all off, use this value,
instead of _tL, as safety minimum temperature for product probes, and use this value, instead of LtL, as low-temperature alarm threshold for
product probes; use Ltd as alarm delay, share the timer with the low temperature alarm, and generate alarm A28, low product temperature.
Keep _tL as safety minimum temperature for air probes, and keep LtL as low-temperature alarm threshold for air probes.
In H411V6, starting from revision 09, when the value of this parameter 28C is non-zero, while 28A, 28S, and 28L are all off, use this value as
alarm threshold for product probe spread, use Ltd as alarm delay, share the timer with the high temperature alarm, and generate alarm A27,
excessive probe spread.
The low temperature differential is fixed, and alarm status stops at 0.2 ◦ C above the set point.
The high temperature differential is fixed, and alarm status stops at 0.2 ◦ C under the set point.
Passing from stand-by to on and at power on, there is a 5 second delay spent in a virtual stand-by.
Negative values mean reverse rotation.
Alarm list
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Display
A01
A02
A03
A04
A05
A06
A07
A08
A09
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
4
Push
B1
B2
B3
B4
B5
B6
B7
B8
6
Low temperature limit has been reached.
High temperature limit has been reached.
The ethylene safety device has disconnected.
Evaporator thermal relay, or other evaporator safety device has disconnected.
The heating safety device has disconnected.
Time limit for door opening has been reached.
Heating overload/thermal relay disconnected, or missing mains phase - manual reset.
Depressure fan overload/thermal relay disconnected.
Depressure fan overload/thermal relay disconnected.
Depressure fan overload/thermal relay disconnected.
Somebody remained trapped inside the room.
Memory loss of real time clock [RTC] - timer reset.
EEPROM invalid.
EEPROM read start failure
EEPROM read end failure
EEPROM write start failure.
EEPROM write end failure.
EEPROM failure - reached the maximum number of writing attempts.
Low CO2 limit has been reached.
High CO2 limit has been reached.
Missing or lost connection for the VFD / inverter nr. 1.
Missing or lost connection for the VFD / inverter nr. 2.
Missing or lost connection for the VFD / inverter nr. 3.
Error, alarm, or fault on the VFD / inverter nr. 1.
Error, alarm, or fault on the VFD / inverter nr. 2.
Error, alarm, or fault on the VFD / inverter nr. 3.
Excessive difference between minimum and maximum temperatures among product probe set.
Low temperature limit in product has been reached.
Excessive difference between temperature set point and whichever product probe.
Slave alarm list
Display
A96
A97
A98
A99
5
Alarm
low temperature
high temperature
ethylene alarm
evaporator alarm
heating alarm
door open
phase alarm
fan 1 alarm
fan 2 alarm
fan 3 alarm
man in room alarm
RTC memory loss
EEPROM invalid
EEPROM read start
EEPROM read end
EEPROM write start
EEPROM write end
EEPROM write max
low CO2
high CO2
inverter-1 no-link
inverter-2 no-link
inverter-3 no-link
inverter-1 error
inverter-2 error
inverter-3 error
excessive probe spread
low product temperature
excessive set distance
Alarm
slave EEPROM
out of range
no link
lost link
Failed write operation onto the slave EEPROM.
The slave address EdS might be out of the master range, the latter going from 1 to PdS.
The slave does not receive any message from the master.
The slave lost the communication with the master.
Button list
button
esc - stop - silence
up - open
on / stand-by
left - light - roll
down - close
right-menu-set-unroll
light - door - alarm
curtain
Function
Exit without saving from any menu - door/curtain stop - alarm buzzer silence.
Up navigation in the menu - door opening.
Toggle between on and stand-by.
Left navigation in the menu - switch the light on and off - roll the curtain.
Down navigation in the menu - door closure.
Right navigation in the menu - display and modify set point - enter the menu - unroll the curtain.
Remote button near to the door inside the room: switch on the light, open the door, and trigger man-in-room alarm.
Remote button near to the depressure box inside the room: switch on and off the curtain unrolling.
Led list
Led
L1
L2
L3
L4
L5
L6
cooling
depressure
humidity
air renew
heating
ethylene
L7
light
Function
On during cooling.
On when all depressure fans are running.
On when humidification is active.
On during air renew - blinking slowly during pause and delay.
On during heating - blinking slowly during activation delay.
On during ethylene injection - blinking slowly when waiting for three events: temperature threshold (_tY), following injections
(_nY), first air renew (rYA).
On when lighting is on - blinking slowly during deactivation delay.
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7
Soft
1
2
3
7
8
9
10
11
12
8
Soft command list
command
new ripening
end ripening
store green
reset rip serial nr
reset consumption
reset VFD 1
reset VFD 2
reset VFD 3
fan reversal
Function
Start a new ripening. Save the one in progress, if any. Reset the ripening counter.
End the ripening in progress, if any, and save it. Go to final temperature _t5. Do not cancel planned air renew.
Execute end ripening command, then go to green product storage.
Reset to zero the counter of ripening serial number, loosing the total number of ripenings.
Reset to zero the total consumption counter, loosing the accumulated value.
Reset the alarms of VFD / inverter nr. 1.
Reset the alarms of VFD / inverter nr. 2.
Reset the alarms of VFD / inverter nr. 3.
When the mode of depression fan reversal is set to "auto", toggle rotation between normal and reverse. When the mode
is set to "off" or "once", toggle the mode itself.
How to ...
How to ...
Switch between on and stand-by.
Program the menu.
Show or change temperature set.
Reset timers.
Enter ripening mode.
Enter storage mode.
Door operation.
Curtain operation.
9
Function
Keep pressed B3 button, to activate and deactivate stand-by. In stand-by every output is disabled except light,
leds from L1 to L6 blink, timers continue to count.
Keep pressed B6 to enter the menu. Navigate up and down with B2 and B5. Select the submenu by B6.
Change the parameter by B2 and B5, press B6 to confirm, or B4 to go back without saving. The changes
will have effect after the exit from programming pressing B4 repeatedly. Press B1 to exit immediately without
saving any parameter.
Press shortly B6 - the display shows the current set point - change it by B2 and B5, and confirm it by B6. As
alternative, enter the menu program as explained above, modify the parameter _t0, then confirm it.
For the resettable controls in the menu program, confirming "rES", then confirming "on_" or "oFF", has the
joint effect of resetting timers and going into the enabled or disabled status.
Keep pressed B6+B3. As alternative, enter the menu program as explained above, set the parameter rrH,
reset it in case it is a new ripening, then confirm it.
Keep pressed B6+B1. As alternative, enter the menu program as explained above, set to oFF the parameter
rrH, then confirm it.
Push B2 to open, B5 to close, and B1 to stop. If you are inside the room and the door is closed, press B7 once
to switch on the light, press again to open the door, and again to trigger the man in room alarm. During door
operation display shows "OPE" or "CLO". By default, when the door is open, the light is on and every other
output is off. By default, door operation is disabled after the first ethylene injection and before subsequent
air renew.
For safety reason, the curtain can be operated only when the door is fully open and the light is on. To activate
the keyboard for the curtain, keep pressed B6+B4, then press shortly B6 or B8 to unroll, B4 to roll, B1 to
stop, and again B1 to exit curtain mode. During curtain operation, every output is disabled. The display
shows "Cur" with the curtain idle, "Unr" during unrolling, and "rOL" during rolling.
Shortcut list
Buttons to press
B6+B3
B6+B1
B6+B4
B6+B2
B6+B5
Shortcut description - keep pressed 5 seconds
Enter ripening mode.
Enter storage mode.
Activate the keyboard for curtain operation.
Force an immediate air renew.
Force an immediate ethylene injection.
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Led and push button location
ReFreeX
L1 L2 L3 L4 L5 L6
B1
B2
B3
B4
B5
B6
L7
Set
doc A112X1
10
80% refrigerant reduction – full digital control – reduced winter consumption
80% di riduzione del refrigerante – controllo digitale completo – consumi invernali ridotti
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