Viessmann VITOTRONIC 300-K Instructions d'exploitation Page 59
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- Table des matières
- DEPANNAGE
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
59
5693 976 - 04
Vitotronic 200 and 300-K Installation and Service
“Solar” Group
Only in conjunction with solar control module, type SM1.
Coding
Coding in the factory set condition Possible change
00:8 The solar circuit pump starts when the
collector temperature exceeds the actual
DHW temperature by 8 K.
00:2
to
00:30
The differential between the actual DHW
temperature and the start point for the solar
circuit pump can be adjusted from 2 to 30 K.
01:4 The solar circuit pump stops when the
differential between the collector temperature
and the actual DHW temperature is less than
4 K.
01:1
to
01:29
The differential between the actual DHW
temperature and the stop point for the solar
circuit pump can be adjusted from 1 to 29 K.
02:0 Solar circuit pump (multi stage) without speed
control by solar control module SM1.
02:1 Solar circuit pump (multi stage) is speed-
controlled with wave pack control.
02:2 Solar circuit pump is speed-controlled with
PWM control.
03:10 The temperature differential between the
collector temperature and actual DHW
temperature is regulated to 10 K.
03:5
to
03:20
The differential temperature control between
collector temperature and actual DHW
temperature can be adjusted from 5 to 20 K.
04:4 Controller amplification of the speed control
4%/K.
04:1
to
04:10
Controller amplification adjustable from
1 to 10%/K.
05:10 Minimum speed of the solar circuit pump
10% of the maximum speed.
05:2
to
05:100
Minimum speed of the solar circuit pump
is adjustable from 2 to 100%.
06:75 Maximum speed of the solar circuit pump
75% of the maximum possible speed.
06:1
to
06:100
Maximum speed of the solar circuit pump
is adjustable from 1 to 100%.
07:0 Interval function of the solar circuit pump
switched off.
07:1 Interval function of the solar circuit pump
switched on.
To capture the collector temperature more
accurately, the solar circuit pump starts
for short cycles.
08:60 The solar circuit pump stops when the actual
DHW temperature reaches the maximum
DHW tank temperature 140°F (60°C).
08:10
to
08:90
The maximum DHW tank temperature
can be adjusted from 50 to 194°F
(10 to 90°C).
09:130 The solar circuit pump stops if the collector
temperature reaches 266 50 to 194°F
(130°C) (maximum collector temperature
to protect the system components).
09:20
to
09:200
The temperature can be adjusted from
68 to 392°F (20 to 200°C).
0A:5 To protect the system components and heat
transfer medium:
The speed of the solar circuit pump is reduced
if the actual DHW tank temperature is 5 K
below the maximum DHW tank temperature.
0A:0 Stagnation time reduction disabled.
0A:1
to
0A:40
Value for stagnation time reduction adjustable
from 1 to 40 K.
0B:0 Frost protection function for solar circuit
switched off.
0B:1 Frost protection function for solar circuit
switched on (not required with Viessmann
heat transfer medium).
0C:1
nt monitoring switched on.
No flow rate captured in the solar circuit,
or flow rate too low.
0C:0
nt monitoring switched off.
0D:1 Night circulation monitoring switched on.
Unintentional flow rate is captured in the solar
circuit (e.g. at night).
0D:0 Night circulation monitoring switched off.
Coding 2 Vitotronic 300-K
- IMPORTANT 1
- Product Information 2
- Table of Contents 3
- About these Instructions 5
- For your Safety 6
- System Example 7
- System Example (continued) 8
- Installation Sequence 10
- Mounting the Control Unit 15
- Connecting Sensors 16
- Connecting Pumps 17
- 120V External Connection 18
- Connecting Actuators 19
- Making the LON Connection 23
- Power Supply 25
- Opening the Control Unit 26
- Changing the Language 27
- Set Time and Date 27
- Commissioning 28
- Coding 1 Vitotronic 200 34
- “General” Group 35
- “Boiler” Group 35
- Coding 1 Vitotronic 300-K 36
- “Cascade” Group 38
- “DHW” Group 38
- “Solar” Group 39
- Coding 2 Vitotronic 200 44
- Coding 2 Vitotronic 300-K 49
- “General” Group (continued) 51
- “Cascade” Group (continued) 56
- “DHW” Group (continued) 58
- “Solar” Group (continued) 60
- Calling up the Service Level 67
- Scanning Operating Data 68
- Brief Scan Vitotronic 200 69
- Brief Scan Vitotronic 300-K 70
- Fault Display Vitotronic 200 71
- Troubleshooting 72
- 5693 976 - 04 78
- Cascade Control 79
- Cascade Control (continued) 80
- Heating Circuit Control 82
- Set room temperature 83
- DHW Tank Temperature Control 85
- Components 90
- Mixing Valve Motor Kit 92
- Parts List 94
- Specification 95
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(172 pages)
(136 pages)
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