Viessmann Vitotronic 11 CC1E Installation And Service Instructions Manual

Installation and service instructions

for contractors

VIESMANN

Vitotronic 100

Type CC1E

■Control unit for operation with constant boiler water temperature in a single

boiler system

■Control unit for operation with constant boiler water temperature in a multi boiler

system with higher ranking third party control unit

With BASE E control unit

VITOTRONIC 100

5863679 GB 10/2019 Please keep safe.

2

Please follow these safety instruc-

tions closely to prevent accidents

and material losses.

Safety instructions explained

Danger

This symbol warns against the risk

of injury.

!Please note

This symbol warns against the risk

of material losses and environmen-

tal pollution.

Note

Details identified by the word "Note"

contain additional information.

Target group

These instructions are exclusively inten-

ded for qualified contractors.

■Work on gas installations may only be

carried out by a registered gas fitter.

■Work on electrical equipment may only

be carried out by a qualified electrician.

■The system must be commissioned by

the system installer or a qualified per-

son authorised by the installer.

Regulations to be observed

■National installation regulations

■Statutory regulations for the prevention

of accidents

■Statutory regulations for environmental

protection

■Codes of practice of the relevant trade

associations

■Relevant country-specific safety regu-

lations

Safety instructions for working on the system

Working on the system

■Where gas is used as the fuel, close

the main gas shut-off valve and safe-

guard it against unintentional reopen-

ing.

■Isolate the system from the power sup-

ply, e.g. by removing the separate fuse

or by means of a mains isolator, and

check that it is no longer live.

■Safeguard the system against recon-

nection.

■Wear suitable personal protective

equipment when carrying out any work.

Safety instructions

5863679

3

Danger

Hot surfaces and fluids can lead to

burns or scalding.

■Before maintenance and service

work, switch OFF the appliance

and let it cool down.

■Never touch hot surfaces on the

boiler, burner, flue system or pipe-

work.

!Please note

Electronic assemblies can be dam-

aged by electrostatic discharge.

Prior to commencing work, touch

earthed objects such as heating or

water pipes to discharge static

loads.

Repair work

!Please note

Repairing components that fulfil a

safety function can compromise the

safe operation of the system.

Replace faulty components only

with genuine Viessmann spare

parts.

Auxiliary components, spare and

wearing parts

!Please note

Spare and wearing parts that have

not been tested together with the

system can compromise its func-

tion. Installing non-authorised com-

ponents and making non-approved

modifications or conversions can

compromise safety and may invalid-

ate our warranty.

For replacements, use only original

spare parts supplied or approved by

Viessmann.

Safety instructions

Safety instructions (cont.)

5863679

4

Safety instructions for operating the system

If you smell gas

Danger

Escaping gas can lead to explo-

sions which may result in serious

injury.

■Do not smoke. Prevent naked

flames and sparks. Never switch

lights or electrical appliances on

or off.

■Close the gas shut-off valve.

■Open windows and doors.

■Evacuate any people from the

danger zone.

■Notify your gas or electricity sup-

ply utility from outside the building.

■Have the power supply to the

building shut off from a safe place

(outside the building).

If you smell flue gas

Danger

Flue gas can lead to life threatening

poisoning.

■Shut down the heating system.

■Ventilate the installation site.

■Close doors to living spaces to

prevent flue gases from spread-

ing.

What to do if water escapes from the

appliance

Danger

If water escapes from the appliance

there is a risk of electrocution.

Switch OFF the heating system at

the external isolator (e.g. fuse box,

domestic distribution board).

Danger

If water escapes from the appliance

there is a risk of scalding.

Never touch hot heating water.

Condensate

Danger

Contact with condensate can be

harmful to health.

Never let condensate touch your

skin or eyes and do not swallow it.

Flue systems and combustion air

Ensure that flue systems are clear and

cannot be sealed, for instance due to

accumulation of condensate or other

external causes.

Ensure an adequate supply of combus-

tion air.

Inform system users that subsequent

modifications to the building characteris-

tics are not permissible (e.g. cable/pipe-

work routing, cladding or partitions).

Danger

Leaking or blocked flue systems, or

an inadequate supply of combus-

tion air can cause life threatening

poisoning from carbon monoxide in

the flue gas.

Ensure the flue system is in good

working order. Vents for supplying

combustion air must be non-seala-

ble.

Extractors

Operating appliances that exhaust air to

the outside (extractor hoods, extractors,

air conditioning units, etc.) can create

negative pressure. If the boiler is oper-

ated at the same time, this can lead to a

reverse flow of flue gas.

Safety instructions

Safety instructions (cont.)

5863679

5

Danger

The simultaneous operation of the

boiler and appliances that exhausts

air to the outside can result in life

threatening poisoning due to a

reverse flow of flue gas.

Fit an interlock circuit or take suita-

ble steps to ensure an adequate

supply of combustion air.

Safety instructions

Safety instructions (cont.)

5863679

6

1. Liability ................................................................................................................ 12

2. Information Disposal of packaging ............................................................................ 13

Symbols ................................................................................................. 13

Intended use .......................................................................................... 13

Product information ................................................................................ 14

System examples .................................................................................. 14

Spare parts lists ..................................................................................... 14

3. Installation sequence Installing the LON communication module (accessories) ...................... 15

Inserting the coding card ....................................................................... 15

Adjusting the high limit safety cut-out (if required) ................................. 15

■Example: Conversion to 100 °C ......................................................... 16

Adjusting the temperature controller (if required) .................................. 16

■Example: Conversion to 100 °C ......................................................... 16

Mounting control unit front ..................................................................... 17

Opening the control unit ......................................................................... 18

Inserting cables and applying strain relief .............................................. 18

4. Electrical connections Overview of electrical connections ........................................................ 19

Connecting the network module ............................................................ 21

Connecting sensors ............................................................................... 22

Connecting pumps ................................................................................. 22

■Pumps 230 V~ .................................................................................... 23

■230 V~ pumps with power consumption greater than 2 A or high effi-

ciency circulation pumps .................................................................... 23

■Pumps 400 V~ .................................................................................... 24

Connecting actuators ............................................................................. 24

Connecting a central fault message facility ........................................... 24

Connecting an AC burner ...................................................................... 25

■Pressure-jet oil/gas burner ................................................................. 25

■Viessmann MatriX burner for Vitocrossal ........................................... 26

Connecting a three-phase burner .......................................................... 27

■Potential-free safety chain .................................................................. 27

■Safety chain not potential-free ............................................................ 28

Connecting the modulating burner, single boiler system ....................... 29

■Connection to low temperature boiler with on-site modulation con-

troller ................................................................................................... 29

■Connection to Vitocrossal with on-site modulation controller ............. 29

Connecting the modulating burner, multi boiler system ......................... 30

■Connection to low temperature boiler with on-site modulation con-

troller ................................................................................................... 30

■Connection to Vitocrossal with on-site modulation controller ............. 31

Connecting external safety equipment .................................................. 32

Provisional burner operation .................................................................. 33

Making the LON connection .................................................................. 33

■Connection examples ......................................................................... 34

Power supply ......................................................................................... 35

■Control unit power supply ................................................................... 36

■Power supply for the control unit via a mains filter unit ...................... 36

5. External functions — sin-

gle boiler system

Overview of external functions ............................................................... 38

External changeover of multi stage/modulating burner ......................... 38

External blocking ................................................................................... 39

Connecting the external control unit ...................................................... 39

■Settings ............................................................................................... 39

■Boiler external demand via external EA1 extension ........................... 40

■External demand via switching contacts ............................................. 41

■Hooking up on-site control units via Vitogate ...................................... 42

Index

5863679

7

6. External functions — multi

boiler system

Overview of external functions ............................................................... 43

External changeover of multi stage/modulating burner ......................... 43

Connecting the external control unit ...................................................... 44

■Settings ............................................................................................... 44

■Boiler external demand via external EA1 extension ........................... 44

■External demand via switching contacts ............................................. 47

Hooking up on-site control units via Vitogate ......................................... 49

7. Commissioning Commissioning the system .................................................................... 50

■Repeating commissioning .................................................................. 50

Required parameters ............................................................................. 50

■Adjust control unit to 2-stage burner ................................................... 51

■Matching the control unit to the modulating burner ............................ 52

Integrating the control unit into LON ...................................................... 53

■Example of a single boiler system with Vitogate or Vitocom .............. 53

■Carrying out the LON subscriber check .............................................. 53

Testing the high limit safety cut-out ........................................................ 54

Checking outputs (actuator test) ............................................................ 54

8. Parameter levels Parameter levels .................................................................................... 56

Calling up parameter levels ................................................................... 56

■Parameter groups ............................................................................... 56

Resetting parameters to their delivered condition ................................. 56

9. Parameter General .................................................................................................. 57

■00 System scheme ! ........................................................................ 57

■01 Single and multi boiler systems ..................................................... 57

■02 Test display conditions ................................................................... 57

■03 Temperature display ...................................................................... 57

■05 Operation enabled/disabled. .......................................................... 57

■0B Set flow temperature for external demand ! ............................... 58

■14 Fault message module 1 ............................................................... 58

■15 Fault message module 2 ............................................................... 58

■16 Burner control unit connection ....................................................... 58

■1A Solar control unit ........................................................................... 58

■1B Pump module PM1 ........................................................................ 58

■20 Flow temperature sensor for low loss header ................................ 58

■22 Reset time, low loss header/buffer cylinder ................................... 59

■23 Controller delay low loss header/buffer cylinder ............................ 59

■24 Pump function with low loss header ! ......................................... 59

■2B Show energy consumption ! ....................................................... 59

■30 Extension AM1 .............................................................................. 60

■31 Function, output A1 at extension AM1 ........................................... 60

■32 Function, output A2 at extension AM1 ........................................... 60

■33 Run-on time for circulation pump, neutralising system at output 1

at AM1 extension ................................................................................ 60

■34 Run-on time for circulation pump, neutralising system at output 2

at AM1 extension ................................................................................ 61

■40 Extension EA1 ............................................................................... 61

■41 Function, output 157 at extension EA1 .......................................... 61

■42 Function, input DE1 at extension EA1 ........................................... 61

■43 Function, input DE2 at extension EA1 ........................................... 62

■44 Function, input DE3 at extension EA1 ........................................... 62

■45 EA1 extension demand ................................................................. 62

■46 Demand 0 to 10 V, EA1 extension ................................................. 62

■51 Sensor 17A .................................................................................... 62

■52 Sensor 17B .................................................................................... 63

■53 Connection at plug 20A1 ............................................................... 63

■54 Connection at plug 29 .................................................................... 63

Index

5863679

8

■55 Connection at plug 52A1 ............................................................... 63

■56 Runtime, servomotor, butterfly valve/return temperature con-

trol ! ................................................................................................. 63

■57 Run-on time, shunt pump, boiler circuit pump or distribution

pump ................................................................................................... 64

■76 Communication module ................................................................. 64

■77 LON subscriber number ! ........................................................... 64

■78 Communication LON ..................................................................... 64

■79 LON communication module: Fault manager ................................ 65

■7B LON communication module: Time ............................................... 65

■80 Fault messaging delay ................................................................... 65

■81 Automatic summer/wintertime changeover ! .............................. 65

■82 Summer time starts: Month ! ...................................................... 65

■83 Summer time starts: Week of the selected month ! .................... 66

■84 Summer time starts: Day of the selected week ! ........................ 66

■85 Winter time starts: Month ! ......................................................... 66

■86 Winter time starts: Week of the selected month ! ....................... 67

■87 Winter time starts: Day of the selected week ! ........................... 67

■93 Central fault message during emissions test function/service dis-

play ..................................................................................................... 67

■98 Viessmann system number ........................................................... 67

■9C LON subscriber monitoring ........................................................... 68

Boiler ...................................................................................................... 68

■02 Burner type ! ............................................................................... 68

■03 Boiler protection, gas/oil operation ! ........................................... 68

■04 Switching hysteresis burner ........................................................... 68

■05 Burner curve ! ............................................................................. 69

■06 Maximum boiler water temperature limit ! .................................. 69

■08 Maximum burner output in kW ! ................................................. 69

■09 Maximum burner output in 100 kW ! .......................................... 69

■0A Burner base load ! ...................................................................... 70

■0C Function butterfly valve ................................................................. 70

■0D Function therm control ! ............................................................. 70

■13 Shutdown differential ..................................................................... 70

■14 Minimum burner runtime ................................................................ 71

■15 Runtime servomotor mod. burner ! ............................................. 71

■16 Burner offset with start optimisation ............................................... 71

■1A Start optimisation .......................................................................... 71

■1B Time from burner ignition to the start of control ............................. 71

■1C Signal B4 at plug 41 ...................................................................... 72

■1F Flue gas temperature sensor ! ................................................... 72

■21 Interval in burner hours until the next service ! ........................... 72

■23 Interval until the next service ! .................................................... 72

■24 Service status ! ........................................................................... 72

■26 Burner fuel consumption (stage 1) ................................................ 72

■27 Burner fuel consumption (stage 1) ................................................ 73

■28 Burner interval ignition ................................................................... 73

■29 Burner fuel consumption (stage 2) ................................................ 73

■2A Burner fuel consumption (stage 2) ................................................ 73

■2B Max. preheating time of butterfly valve ......................................... 73

■2C Max. run-on time of butterfly valve ................................................ 73

■2D Shunt pump ................................................................................... 74

Domestic hot water ................................................................................ 74

■00 Tank heating ! ............................................................................. 74

■01 Selection of set DHW temperature ................................................ 74

■03 Additional function for increased DHW heating ............................. 74

■04 Cylinder heating: Set start point .................................................... 74

■05 Set flow temperature for cylinder heating ...................................... 75

■06 Differential, set boiler water temperature to set DHW temperature 75

■07 Circulation pump for cylinder heating ............................................ 75

Index

5863679

9

■08 Circulation pump run-on ................................................................ 75

■09 Frequency, auxiliary function for DHW heating .............................. 75

■0C For solar DHW heating: DHW temperature target ! ................... 76

■0D With 2 tank temperature sensors: Tank heating stop point ........... 76

■0E With 2 tank temperature sensors: Tank heating start point ........... 76

■0F Runtime, actuator, mixing valve, heat exchanger set, Vitotrans

222 ...................................................................................................... 76

■11 Runtime, primary cylinder loading pump, heat exchanger set ....... 76

Solar ...................................................................................................... 77

■00 Start temperature differential, solar circuit pump ........................... 77

■01 Stop temperature differential, solar circuit pump ........................... 77

■02 Speed control, solar circuit pump .................................................. 77

■03 Temperature differential for start of speed control ......................... 77

■04 Controller amplification of speed control ....................................... 77

■05 Min. speed, solar circuit pump ....................................................... 77

■06 Max. speed, solar circuit pump ...................................................... 78

■07 Interval function, solar circuit pump ............................................... 78

■08 Maximum cylinder temperature ..................................................... 78

■09 Maximum collector temperature .................................................... 78

■0A Stagnation time reduction ............................................................. 78

■0B Frost protection function for solar circuit ....................................... 78

■0C Delta T monitoring ......................................................................... 79

■0D Night DHW circulation monitoring ................................................. 79

■0E Calculation of solar yield ............................................................... 79

■0F Flow rate, solar circuit at max. pump speed .................................. 79

■10 Target temperature control ............................................................ 79

■11 Set DHW temperature, solar .......................................................... 79

■12 Minimum collector temperature ..................................................... 80

■20 Extended control function .............................................................. 80

■22 Start temperature differential for central heating backup ............... 80

■23 Stop temperature differential for central heating backup ............... 80

■24 Start temperature for thermostat function ...................................... 81

■25 Stop temperature for thermostat function ...................................... 81

■26 Priority for DHW cylinder ............................................................... 81

■27 Cyclical heating time ...................................................................... 81

■28 Cyclical pause time ........................................................................ 81

10. Diagnosis and service

scans

Calling up the service menu .................................................................. 82

Exiting the service menu ........................................................................ 83

Change passwords ................................................................................ 83

Resetting all passwords to their factory settings .................................... 83

Diagnosis ............................................................................................... 83

■Scanning operating data ..................................................................... 83

■Brief scan ............................................................................................ 84

LON service PIN .................................................................................... 85

Calling up WiFi information .................................................................... 85

Resetting the network module ............................................................... 85

Enabling the service interface for Vitosoft (WiFi) ................................... 85

■Deactivating the WiFi connection ....................................................... 86

Service display ....................................................................................... 86

■Acknowledging the service display ..................................................... 86

■Calling up acknowledged service messages ...................................... 86

■Resetting the service message .......................................................... 86

11. Troubleshooting Fault indicator ........................................................................................ 87

■Acknowledging the fault display ......................................................... 87

■Calling up acknowledged fault messages .......................................... 87

■Calling up messages from the message memory .............................. 87

Fault messages ..................................................................................... 87

■0F Service .......................................................................................... 87

Index

5863679

10

■30 Short circuit, boiler water temperature sensor ............................... 87

■38 Lead break, boiler water temperature sensor ................................ 88

■3A LAN hardware error ....................................................................... 88

■3B LAN system error .......................................................................... 88

■50 Short circuit, cylinder temperature sensor 1 .................................. 88

■51 Short circuit, cylinder temperature sensor 2 .................................. 88

■52 Short circuit, buffer temperature sensor ........................................ 88

■58 Lead break, cylinder temperature sensor 1 ................................... 89

■59 Lead break, cylinder temperature sensor 2 ................................... 89

■5A Lead break, buffer temperature sensor ......................................... 89

■60 Short circuit, temperature sensor 17A ........................................... 89

■68 Lead break, temperature sensor 17A ............................................ 90

■70 Short circuit, temperature sensor 17B ........................................... 90

■78 Lead break, temperature sensor 17B ............................................ 90

■90 Short circuit, sensor 7, solar control module, type SM1 ................ 90

■91 Short circuit, sensor 10, solar control module, type SM1 .............. 90

■92 Short circuit, collector temperature sensor .................................... 90

■93 Short circuit, return temperature sensor, collector ......................... 91

■94 Short circuit, cylinder temperature sensor, solar ........................... 91

■98 Lead break, sensor 7, solar control module, type SM1 ................. 91

■99 Lead break, sensor 10, solar control module, type SM1 ............... 91

■9A Lead break, collector temperature sensor ..................................... 91

■9B Lead break, return temperature sensor, collector ......................... 91

■9C Lead break, cylinder temperature sensor, solar ............................ 92

■9E Delta T monitoring, solar control unit ............................................ 92

■9F Solar control unit ........................................................................... 92

■A0 Fault message module 2: Safety equipment 1 .............................. 92

■A1 Fault message module 2: Safety equipment 2 .............................. 92

■A2 Fault message module 2: Safety equipment 3 .............................. 92

■A3 Fault message module 2: Safety equipment 4 .............................. 93

■A7 Fault clock module in programming unit ....................................... 93

■AA Configuration fault, TSA function .................................................. 93

■AB Configuration fault, heat exchanger set ........................................ 93

■AC Configuration fault, return temperature control ............................. 93

■AD Configuration fault, butterfly valve ................................................ 93

■B0 Short circuit, flue gas temperature sensor .................................... 94

■B1 Communication fault, programming unit ....................................... 94

■B5 EEPROM error .............................................................................. 94

■B6 Invalid application .......................................................................... 94

■B7 Coding card ................................................................................... 94

■B8 Flue gas temperature sensor disconnection ................................. 94

■BF Incorrect LON communication module .......................................... 95

■C1 External safety equipment on boiler .............................................. 95

■C2 Communication error, solar control unit ........................................ 95

■C3 Communication fault, extension AM1 ........................................... 95

■C8 Fault message module 1, input 1: Water level limiter ................... 95

■C9 Fault message module 1, input 2: Max. pressure 1 ...................... 95

■CA Fault message module 1, input 3: Min. pressure or max. pres-

sure 2 .................................................................................................. 96

■CB Fault message module 1, input 4: Max. pressure 2 ...................... 96

■CE Communication error, fault message module 1 ............................ 96

■CF Communication error, LON communication module ..................... 96

■D1 Burner fault, boiler ......................................................................... 96

■D2 Communication error, fault message module 2 ............................ 97

■D3 Communication error, EA1 extension ........................................... 97

■D4 High limit safety cut-out, boiler ...................................................... 97

■D6 Fault message at digital input 1, EA1 extension ........................... 97

■D7 Fault message at digital input 2, EA1 extension ........................... 97

■D8 Fault message at digital input 3, EA1 extension ........................... 97

■E0 LON subscriber fault ... ................................................................. 97

Index

5863679

11

■Faults without a fault display .............................................................. 98

Checking temperature sensors .............................................................. 98

■Boiler, cylinder, flow and buffer temperature sensors; temperature

sensor for low loss header; return temperature sensor (Therm-Con-

trol sensor) .......................................................................................... 98

■Flue gas temperature sensor .............................................................. 98

Checking the fuses ................................................................................ 99

12. Function description Boiler water temperature control ............................................................100

■Brief description .................................................................................. 100

■Control functions .................................................................................100

■Boiler protection function: Therm-Control (start-up control) ............... 100

■Boiler protection function: Raising the return temperature via shunt

pump or/and 3-way mixing valve ........................................................ 101

■Boiler protection function: Distribution pump ...................................... 103

■Control sequence ............................................................................... 103

DHW heating control (cylinder temperature control) ..............................104

■Brief description .................................................................................. 104

■Functions ............................................................................................ 104

■Control sequence ............................................................................... 104

Plug-in adaptor for external safety equipment (accessories) .................105

■Connecting one plug-in adaptor ......................................................... 105

■Connecting 2 plug-in adaptors ............................................................106

EA1 extension (accessories) ................................................................. 107

■Digital data inputs DE1 to DE3 ........................................................... 107

■Analogue input 0 – 10 V ..................................................................... 107

■Output aBJ ..........................................................................................108

AM1 extension (accessories) .................................................................109

■Functions ............................................................................................ 109

13. Connection and wiring dia-

grams

Connection and wiring diagram ............................................................. 110

■Overview ............................................................................................. 110

■PCB 230 V~ ........................................................................................ 111

■PCB, low voltage ................................................................................ 112

14. Specification ................................................................................................................ 114

15. Certificates Declaration of conformity ....................................................................... 115

16. Keyword index ................................................................................................................ 116

Index

Index (cont.)

5863679

12

No liability is accepted for loss of profit, unattained

savings, or other direct or indirect consequential losses

resulting from use of the Vitocom or the corresponding

internet services. No liability is accepted for losses

resulting from inappropriate use.

Liability is limited to typical damage arising if a funda-

mental contractual obligation is violated through slight

negligence, the fulfilment of which is essential for

proper execution of the contract.

The limitation of liability shall not apply if the damage

was caused deliberately or through gross negligence,

or if mandatory liability applies due to product liability

legislation.

The Viessmann General Terms and Conditions apply,

which are included in each current Viessmann pricelist.

Use of Vitoguide is subject to the Vitoguide data pro-

tection regulations and terms of use. Viessmann

accepts no liability for push notifications and email

services, which are provided by network operators.

The terms and conditions of the respective network

operators therefore apply.

Liability

5863679

Information

13

Please dispose of packaging waste in line with statu-

tory regulations.

Symbols

Symbol Meaning

Reference to other document containing

further information

1.

Step in a diagram:

The numbers correspond to the order in

which the steps are carried out.

Warning of material losses and environ-

mental pollution

Live electrical area

Pay particular attention.

■Component must audibly click into place.

or

■Acoustic signal

■Fit new component.

or

■In conjunction with a tool: Clean the sur-

face.

Dispose of component correctly.

Dispose of component at a suitable collec-

tion point. Do not dispose of component in

domestic waste.

Intended use

The device is intended to control only Viessmann

medium sized and industrial/commercial boilers with oil

or gas burners, in line with the intended use of those

appliances. Observe the relevant installation, service

and operating instructions.

Any usage beyond this must be approved by the man-

ufacturer in each individual case.

Incorrect usage or operation of the appliance (e.g. the

appliance being opened by the system user) is prohibi-

ted and will result in an exclusion of liability. Incorrect

usage also occurs if the components in the heating

system are modified from their intended function.

Information

Disposal of packaging

5863679

Information

14

The Vitotronic 100, type CC1E control unit is designed

for the control of single boiler systems with a constant

boiler water temperature.

The Vitotronic control unit is factory-configured as a

"Single boiler constant control".

During operation with a constant boiler water tempera-

ture, the boiler provides heating water at a constant

temperature, independent of the outside temperature.

In single boiler systems, central heating and DHW

heating are provided at a constant flow temperature.

The flow temperature corresponds to the set boiler

water temperature.

The Vitotronic control unit can alternatively be config-

ured as a "Boiler in the Cascade":

The Vitotronic control unit is then used to control the

boiler water temperature of a boiler in a multi boiler

system.

Note

This instruction manual describes the Vitotronic 100,

type CC1E for the following applications:

■In a single boiler system

■In a multi boiler system with higher third party control

unit

This instruction manual is not required for multi boiler

systems with Vitotronic 300 cascade control units from

Viessmann.

System examples

For available system examples, see www.viessmann-

schemes.com

Spare parts lists

Information about spare parts can be found on the

Viessmann spare parts app.

Information

Product information

5863679

Information

15

Fig. 1

Parameters to be configured during initial start-up: See

chapter "Connecting the control unit to the LON".

Inserting the coding card

Only use the boiler coding card supplied with the

boiler.

X7

Fig. 2

Note

Coding card to boiler assignment: See

www.vitotronic.info

Adjusting the high limit safety cut-out (if required)

The high limit safety cut-out is supplied with a factory

setting of 110 °C.

Installation sequence

Installing the LON communication module (accessories)

5863679

Installation

16

Example: Conversion to 100 °C

1.

2.

95

110

120

°C

3.

Fig. 3

Adjusting the temperature controller (if required)

The temperature controller is supplied with a factory

setting of 95 °C.

!Please note

Excessive DHW temperatures can damage the

DHW cylinder.

If the system is operated in conjunction with a

DHW cylinder, ensure that the maximum permis-

sible water temperature is not exceeded. If nec-

essary, install suitable safety equipment.

Example: Conversion to 100 °C

1.

3.

A

2.

Fig. 4

A Tab for adjustment 75 to 100 °C

1. Remove rotary selector "R".

2. Using a pair of pointed pliers, break tab A identi-

fied in the illustration out of the stop dial.

3. Fit rotary selector "R" so that the marking lies in

the centre of the selected range. Turn rotary selec-

tor "R" fully clockwise.

Installation sequence

Adjusting the high limit safety cut-out (if… (cont.)

5863679

Installation

17

3.

1.

2.

Fig. 5

!Please note

The use of tools to remove the programming

unit can cause scratching of the programming

unit.

With the control unit open, push the program-

ming unit out from the inside.

Installation sequence

Mounting control unit front

5863679

Installation

18

1.

3.

2.

Fig. 6

Inserting cables and applying strain relief

■Control unit fitted to the boiler:

Route cables from below through the boiler front

panel, into the control unit wiring chamber.

■Control unit fitted on the side of the boiler:

Route cables from below out of the cable channel

into the control unit.

A

B

Fig. 7

ACables with moulded strain relief

BOn-site cables; strip up to 100 mm insulation.

Installation sequence

Opening the control unit

5863679

Installation

19

Danger

Incorrect wiring can lead to serious injury from

electrical current and result in appliance dam-

age.

Take the following measures to prevent wires

drifting into the adjacent voltage area:

■Route LV leads < 42 V and > 42 V/230 V~

cables separately.

■Only strip the minimum of insulation from

cables as close as possible to the terminals

and bundle tightly to the corresponding termi-

nals.

■Secure cables with cable ties.

When connecting external switching contacts and on-

site components, observe the insulation requirements

of IEC/EN 60335-1.

!Please note

Electronic assemblies can be damaged by elec-

trostatic loads.

Before beginning work, touch an earthed object

such as a heating or water pipe to discharge any

static.

C D E

72 145

145

1

317

15

9/2

143

146

28 21 29 50 40 156 156156 150

41

90

151

5 A

5 B

17 A

B

A B

52 A1

20 A1

Fig. 8

APCB, low voltage

BPCB 230 V~

CLON communication module (accessories): See

page 15.

DNetwork module and programming unit connec-

tion: See page 19.

ECoding card: See page 15.

A Connections to the low voltage PCB

Plug Component Single boiler system Multi boiler system

§Boiler water temperature sensor X X

%AOne of the following temperature sensors:

■Cylinder temperature sensor X—

■Top cylinder temperature sensor in a cyl-

inder loading system

X—

%BCylinder temperature sensor (bottom) in a

cylinder loading system

X—

)/?The following temperature sensors:

■Temperature sensor, low loss header X—

■Buffer temperature sensor X—

aG Flue gas temperature sensor X X

aJAOne of the following temperature sensors:

■Therm-Control temperature sensor X X

■T1 return temperature sensor X X

Electrical connections

Overview of electrical connections

5863679

Installation

20

Plug Component Single boiler system Multi boiler system

aJBOne of the following temperature sensors:

■Temperature sensor cylinder loading sys-

tem

X—

■T2 return temperature sensor X X

aVD.1/

aVD.2

External demand X X

aVD.2/

aVD.3

External demand X X

aVG KM-BUS subscribers X X

aVH.1/

aVH.2

External changeover, stepped/modulating

burner

X X

aVH.2/

aVH.3

External demand X X

Additional external functions via EA1 extension:

■Single boiler system: See page 38.

■Multi boiler system: See page 43.

B Connections to the 230 V~ PCB

Plug Component Single boiler system Multi boiler system

sÖA1 One of the following circulation pumps:

■Primary cylinder loading pump for cylin-

der loading system

X—

■Circulation pump for flue gas/water heat

exchanger

X X

or

Switching output for flow rate reduction

(Therm-Control)

X X

sA One of the following circulation pumps:

■Circulation pump for cylinder heating X—

■Secondary cylinder loading pump for cyl-

inder loading system

X—

sL One of the following circulation pumps:

■Shunt pump X X

■Boiler circuit pump X X

■Boiler circuit pump with butterfly valve

function

X X

fÖ Power supply X X

fA Burner stage 1 X X

gÖ Central fault message facility X X

gSA1 One of the following functions:

■Motorised butterfly valve —X

■Mixing valve for return temperature con-

trol

X X

■Mixing valve, heat exchanger set X—

lÖ One of the following functions:

■Burner stage 2 X X

■Modulating burner X X

Electrical connections

Overview of electrical connections (cont.)

5863679

Installation

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Viessmann Vitotronic 11 CC1E Installation And Service Instructions Manual

Viessmann Vitotronic 11 CC1E Installation And Service Instructions Manual

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