Whirlpool ACCESS AWM 9100-B Руководство по эксплуатации - Страница 3

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Whirlpool ACCESS AWM 9100-B Руководство по эксплуатации
S E R V I C E
Technical data
Inlet valve cold/hot fill
Water temperature max.
Rated flow >1 bar
Pressure range
Nominal voltage
Frequency
Starting voltage
<6 bar
6 - 10 bar
Nominal current
Nominal power
Nominal resistor (20 ˚C)
Drain pump (synchronous)
Nominal voltage
Nominal current
Nominal consumption
Frequency
Resistor (coil)
Motor protection
Capacity (1.25m height)
Flowmeter
Nominal voltage
Nominal current:
nominal
maximal
Pressure area
Line to be recognized
Distribution actuator
Motor:
Nominal voltage
Nominal current
Nominal resistance (20 ˚C) 6.5
Contacts:
Nominal current
Nominal voltage
Electronic complete
Basic
Programmed
Nominal voltage
Frequency
Programmes
Cold fill
Hot fill
Flowmeter
Speed
Ambient temperature
Storage temperature
Whirlpool Europe
Customer Service
60
˚C
8
l/min
0.5 - 10
bar
220/240
V
50
Hz
160
V
170
V
35
mA
6
VA
3.4 - 4.5
kΩ
220(-15%)-240(+6%) V
0.35
A
45
W
50 ± 3
Hz
Ω ± 7%
98
yes
31 ± 2
l/min
5
V
1
mA
20
mA
0.5 - 10
bar
209 - 220
pulse/l
230 +10%, -15% V
13
mA
kΩ ± 10%
1
mA
24
V
4619 702 16013
4619 702 14644
230
V
50
Hz
9
yes
yes
yes
1000
rpm
up to 60
˚C
up to 85
˚C
AWM 9100-B
8570 083 72001
Spin speed reduction
Extra high
High
Medium
Low
Extra low
No spin
Temperature selection (Wash/Rinse)
Extra hot/cold
Hot/cold
Warm/warm
Warm/cold
Cold/cold
Tap cold/cold
Programs
1.
2.
3.
4.
5.
6.
7 .
8.
9.
Output
Pump (on)
Valve cold (on)
Valve hot (on)
Heating (on)
Motor distributor (on)
Pressostat
- empty
- full (L1)
Motor
Type
Resistance contacts:
1 - 2
1 - 3
2 - 3
4 - 5
01.09.2006 / Page 3
Doc. No: 4812 722 25971
1000
900
800
600
300
0
70/0
˚C
60/0
˚C
40/40
˚C
40/0
˚C
25/0
˚C
0/0
Sanitary
Whitest Whites
Heavy Duty
Normal/Casual
Express Wash
Delicate
Silk
Wool
UltraHandwash
DP2.1 - DP .2.2
230 V
VCH7 .1 - VCH7 .3 230 V
VCH7 .5 - VCH7 .7 230 V
HE2.1 - HE2.2
230 V
DI6.1 - DI6.3
230 V
PR6.4 - (Vcc)
24 V
PR6.6 - (Vcc)
24 V
PR6.5 - (Vcc)
24 V
CIM 2/55 - 132/WH
i = 1:13.4
Ω ± 7%
5.96
Ω ± 7%
5.96
Ω ± 7%
5.96
Ω ± 7%
115.4