Palm AH9, Руководство пользователя

Страница: 18 / 24

- 18-
P02 AC temp differentia
2~15
℃，
minus differentia 2
℃
P03 Coil copper pipe temp to active defrost
-20~5
℃
0
℃
P04 water source side anti freeze temp (for Geo heat pump)
-20~5
℃
2
℃
P06 Coil copper pipe temp to stop defrost
10~35
℃
30
℃
P07 defrost time (defrost action lasting max time, will stop defrost if
longer than this value) 15~99 minutes 15
P08 defrost interval time ( time between 2defrosts, less than this value, it
will not defrost) 15~99 minutes 35
P09 ambient temp to activate hot water e-heater
-20~20
℃
0
℃
P10 ambient temp to activate AC e-heater
-20~20
℃
0
℃
P11 DHW frequency limitation percentage on max frequency.
(If heat pump max is 90HZ, p11=9, DHW only run 81hz)
2~10
，
(equal to the highest
frequency 20~100%)
10
P12 compressor discharge air protection temp (higher than the setting, it will
protect)
100~127
℃
115
℃
P13 defrost interval multiple times control
(if P08=35minutes, P13=2, interval between defrost will be
35*2=70Minutes)
0
：
no defrost
；
1~4
；
defrost interval
time multiple rate
1
P14 functional parameter ( to control seasonal valve and solar valve,
UK may not use it)
0
：
G3 is seasonal switching valve
；
1
：
G3is solar valve
；
0
P19 running with fixed frequency (for factory testing only) 10~100 HZ 50HZ
P20 running frequency setting ( for factory only)
0
：
manual frequency
；
1
：
auto running frequency
1
P21 EEV manually initial open degree (heating) /2 50~240 (Only valid when P23=3) 175
P22 EEV manually initial open degree (cooling)/2 50~240(Only valid when P23=3) 175
P23 EEV control mode
0—no
；
1—checking
；
2—manual
；
3—auto for factory only
0
P24 EEV Temp differential to stop the valve (heating)
-5~10
℃
for factory only 0
℃
P25 EEV temp differential to stop the valve (cooling)
-5~10
℃
for factory only 0
℃
P26 water pump working mode
0(no stop)
、
1
（
stop when reach temp
）、
2
（
running 1 minute every 15minutes
）
1
P27 second heat source validation
0
（
no
） 、
1
（
yes
）
0
P28 starting air temp for second heat source
-30~15
℃
(On when lower than this) -15
℃
P29 room target setting temp
10-28
℃
21
℃
( H )
P30 buffer tank highest temp
35-55
℃
45
℃
( G )
P31 buffer tank lowest temp
15-30
℃
25
℃
( L )
P32 water temp adjust range
1-5
℃
2
℃
( F )
P33 water temp adjust interval 20-255min 120min ( I )
P34 longest counting period 6-48H 24H ( J )
P35 target water temp modification value
-2
℃
-5
℃
2
℃
( E )
P36 ambient temp correction factor X100 10-200 75 ( C )
P37 starting ambient temp for calculation
-7-15
℃
7
℃
( B )
P38 temp differential to reduce frequency
4-15
℃
7
℃ （
T
）
P39 target of low frequency(when reach the setting of P38, it will
reduce to the P39/100 of the highest 15-90 15
（
U
）
P40 monitoring interval (to adjust frequency) 1-15min 2min
（
V
）
P41 temp interval (increase or decrease base on this setting. Every P40
minutes when reach P41 C/2, will change frequency)
1-4
℃
1
℃ （
W
）
P42 increase frequency adjustmentX100 2-50(%) 15
（
S
）
P43 decrease frequency adjustment X100 2-50 (%) 15
（
Y
）
P44 target temp tolerance
1-3
℃
2
℃ （
Z
）
P45 AC AU curve offset value (our weather compensation curve AU)
-15~15
℃
0
℃
P46 AC AU curve max temp value (our AU)
30~50
℃
45
℃
P47 night mode validation (night mode: DHW increase 3C,
AC temp reduce 2C)
0
（
off
） 、
1
（
on
）
0
P48 night mode starting point
0-23
（
time
）
22
P49 night mode ending point
0-23
（
time
）
6
Remarks:
1. The Parameter P21~P25 are different for different modles, it can
only be set during the production. You have to keep it during your