Centrometal CM2K-P Manuel du propriétaire

Technical instructions

TUPLT-02-2015_ver 2.65-ENG

HEATING TECHNIQUE

Centrometal d.o.o. - Glavna 12, 40306 Macinec, Croatia, tel: +385 40 372 600, fax: +385 40 372 61 1

Module for control

of two heating circuits

CM2K-P (boiler PelTec, PelTec-lambda)

( PelTec / PelTec-lambda)for boilers

for connecting and use of additional equipment

Part 1 (installation instructions)

PART 1

INSTALLATION INSTRUCTIONS

Only authorized persons are permitted for installation of this product

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Delivery content CM2K-P

DELIVERY CONTENT CM2K-P

Technical instructions CM2K-P (PelTec / PelTec-lambda)

CM2K-P

Main ﬂow sensor

UTP cable L=5m

DODATNA OPREMA (za modul CM2K-P)

Room corrector „CSK“

Note:

On module for control two heating circuits CM2K-P can be connected only room corrector „CSK“ maded

by Centrometal d.o.o. factory. On CM2K-P can be connected two room correctors „CSK“, one per each

heating circuit.

CM2K-P

ADDITIONAL EQUIPMENT (for module CM2K-P)

Outside temperature sensor

Connecting

1.0 CONNECTING CM2K MODUL TO THE BOILER

Connecting CM2K module with boiler PelTec / PelTec-lambda is done by using UTP cable.

12 3 4

1 2 34

Boiler

Reserve

UTP

S1S2S3S4S5S6

S7S8S9S10 S11 S12

UTP

CM2K PelTec / PelTec-lambda

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Connecting the components on CM2K modul

2.0 CONNECTING THE COMPONENTS ON CM2K-P MODUL

1 2 3456 7

1 2 31212

Reserve

2. circuit

1 2 3456 7

1 2 3

Room corrector

(1. circuit)

Main flow

temperature

sensor

(1.circuit)

1. circuit

4567

1.KRUG

2.KRUG

4567

External

temperature

sensor

*External sensor can be connected

on the module CM2K-P or

on the boiler PelTec / PelTec-lambda

Room corrector

(2. circuit)

Main flow

temperature

sensor

(2.circuit)

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Connecting the components on CM2K-P modul

4567

1.KRUG

2.KRUG

4567

PHASES (L) COMMON NEUTRAL (N)

COMMON GROUND ( )

1 2 3456 7

L L L

Power Supply 230V

L L L L

PHASE

Pump circuit 1

Mixing valve circuit 1

opening/closing

COMMON NEUTRAL

N N N

Power Supply 230V

N N N N

Pump circuit 1

Mixing valve circuit 1

Pump circuit 2

Mixing valve circuit 2

COMMON GROUND

Power Supply 230V

Pump (circuit 1)

Pump (circuit 2)

* *

Pump circuit 2

* *

Mixing valve circuit 1

opening/closing

Mixing valve circuit 2

opening/closing

Mixing valve circuit 2

opening/closing

Connecting the phases for

opening or closing mixing valve

depends on the method of mixing

valve installation

Technical instructions CM2K-P (PelTec / PelTec-lambda)

LED Indicators

3.0 LED INDICATORS

3.1 EXAMPLES

Power

Pump (1.circuit) Pump (2.circuit)

Mixing valve closes (1.circuit)

Mixing valve opens (1.circuit)

Mixing valve

opens (2.circuit)

Mixing valve

closes (2.circuit)

1.Circuit

Idle

2.Circuit

Idle

1.Circuit

Pump is working

Mixing valve closes

2.Circuit

Idle

1.Circuit

Mixing valve opens

2.Circuit

Pump is working

Mixing valve closes

1.Circuit

Pump is working

Mixing valve closes

2.Circuit

Pump is working

Mixing valve closes

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Configuration of 2.heating circuits

4.0 CONFIGURATION (Only authorized person can access the configuration)

Two heating circuits module can be used only in conﬁgurations that include accumulation tank or

hidraulic crossover

Conﬁguration in which is possible to use two heating circuits module CM2K

- conﬁguration BUF (accumulation tank)

- conﬁguration DHW ǀǀ BUF (domestic hot water ǀǀ accumulation tank)

- conﬁguration BUF--IKG (accumulation tank -- indirect heating circuit)

- conﬁguration DHW ǀǀ BUF -- IHC (DHW ǀǀ accumulation tank -- indirect heating circuit

- conﬁguration BUF--DHW (accumulation tank--domestic hot water)

- conﬁguration BUF--IHC ǀǀ DHW (accumulation tank -- indirect heating circuit ǀǀ DHW

- conﬁguration CRO (Hidraulic crossover)

- conﬁguration CRO/BUF (hidraulic crossover or accumulation tank)

- conﬁguration BUF--IHCx2 (accumulation tank -- 2 indirect heating circuits

Configuration schemes and display you can find in technical

instructions for using of regulation PelTec / PelTec -lambda

Operation

Installation

Temperature Error list

Date & Time

Schedule

Display

Info

File

Statistic

05:08

OFF

Maintenance

Enter PIN

* * * *

10. Installation

Configuration

Begining phase

Stabilization phase

Working phase

Ending phase

Temperature

Photocell

Cleaning

10.1. Configuration

Configuration

10.1.1 Configuration

4.BUF

Factory:

2. DHC

DHW

DHC

DHC ǀǀ DHW

BUF

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Activating the module

Only authorized persons can activate CM2K module over button "installation" by entering a PIN.

ACTIVATING THE MODULE

Enter PIN

* * * *

10. Installation

F.g. emission measur.

13.

Pellets weighing

14.

Alarm

15.

Other

16.

Regulator

17.

10.17. Regulator

Regulator

1.circuit

2.circuit

10.17.1 Regulator

ON Factory:

OFF

When is CM2K regulator turned ON, icon of regulator will appear on the main display. By that icon

user will be able to review and change some settings.

Operation

Installation

Temperature Error list

Date & Time

Schedule

Display

Info

File

Statistic

05:08

OFF

Maintenance

Operation

Installation

Temperature Error list

Date & Time

Schedule

Display

Info

File

Statistic

05:08

OFF

Maintenance

Regulator

Technical instructions CM2K-P (PelTec / PelTec-lambda)

Display

80°C

120°C

1700

30%

60°C

05:08

OFF

58°C

45°C

It is possible to graphically monitor the operation of both heating circuits.

To open the graphical window of 2 heating circuits, it is necessary to press the .

75°C

52°C

05:08

OFF

20°C +3.0°C

22°C

22.0°C +0.0°C

21°C

For each heating circuit can be speciﬁcally select items.

For example, you can Include / exclude heating circuits, turn on/off room corrector, choose heating

type in each circuit (radiators / ﬂoor), choose the mode (day / night).

40.0°C

39°C

45°C

53.0°C

8.a

1. Mixing valve (1.circuit)

2. The calculated ﬂow temperature to

achieve the the required room temperature

(1.circuit)

3. Current measured ﬂow temperature

(1.circuit)

4. Heating type on 1. circuit (radiators or

ﬂoor heating)

5. Room corrector „CSK“ on 1. circuit (if turned off,

icon disappears)

6. The desired temperature + deviation

by room corrector (1.circuit)

7. Current measured room temperature

(shown only if the room corrector is

turned on) in 1.circuit

8. Mode (1.circuit)

(day / night)

Items 1a - 8a have the same meaning as items 1-8 (described above)

which only relate to 2. heating circuit.

Technical instructions CM2K-P (PelTec / PelTec-lambda)

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