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ModbusRTU

ModbusTCP

3x

W

GPRS E-MailTREND-VIEWER

via InternetHEATING

NETWORKVIEW

VIEWHEATING

NETWORK

ICONDISPLAY

3x control circuits

Device bus

1

Communication at a Competitive Pricefor Local and District Heating

SMART IN FLOW CONTROL.

HEATINGNETWORK

HEATINGNETWORK

HEATINGNETWORK

HEATINGNETWORK

VIEW

VIEW

VIEW

VIEW

ModbusRTU

ModbusTCP

6x

W

GPRS E-mail Internet

ModbusRTU

ModbusTCP

6x

W

GPRS E-mail

TREND-VIEWER

Internet

ModbusRTU

ModbusTCP

3x

W

GPRS E-mail

TREND-VIEWER

Internet

ModbusRTU

ModbusTCP

3x

W

GPRS E-mail

TREND-VIEWER

Internet

ALARM LIST

ALARM LIST

ALARM LIST

EVENT LIST

EVENT LIST

EVENT LIST

BLUETOOTH

BLUETOOTH

BLUETOOTH

BLUETOOTH

ICONDISPLAY

ICONDISPLAY

ICONDISPLAY

ICONDISPLAY

2x control circuits

2x control circuits

2x control circuits

3x control circuits

Device bus

2

Options

Options

Options

Options

Standard

Standard

Standard

Standard

55

73-0

55

73-1

55

73-1

15

578

Versatile and modular

3

TROVIS 5573-0/-1/-11 Systems with only one primary circuit:One primary heat exchanger circuit, one DHW storage tank in the secondary circuit, max. one direct heating circuit, and one supplementary heating circuitOne outdoor-temperature-controlled buffer storage tank control ciruit, solid-fuel boiler and/or solar circuitOne outdoor-temperature-controlled buffer storage tank control circuit, solar circuit, and max. one supplementary heating circuit

Systems with two primary circuits:One primary heating circuit and one primary DHW circuitTwo primary heating circuits

TROVIS 5578 Systems with only one primary circuit:One primary heat exchanger circuit, max. one secondary direct heating circuit, and two supplementary heating circuitsOne primary heat exchanger circuit, one secondary DHW storage tank, and max. two supplementary heating circuitsOne primary heat exchanger circuit, one secondary DHW circuit, max. one direct heating circuit, and one supplementary heating circuitOne outdoor-temperature-controlled buffer storage tank control circuit, solid-fuel boiler and/or solar circuit, and max. one supplementary heating circuit One outdoor-temperature-controlled buffer storage tank control circuit and max. one supplementary heating circuit

Systems with two primary circuits: One primary heat exchanger circuit, max. one secondary direct heating circuit, and one primary DHW circuitTwo primary heating circuitsSystems with three primary circuits:Two primary heating circuits and one primary DHW circuitThree primary heating circuits

TREND-VIEWER

ALARM LIST

EVENT LIST ICON

DISPLAY

4

Maximum transparency is granted on the customer

level, e.g. when viewing the weekly usage schedule.

Trend-Viewer to simultaneously display max. three

selectable operating values recorded over the past

14 days (in steps of one minute). Move along the

graphs using the rotary pushbutton to look up the

associated values and states.

Historical data can be saved to the data logging

module and transferred to a computer for analysis

using the Datalogging Viewer software.

The alarm and event lists, which can contain a maxi-

mum of 100 entries each, provide detailed information

on the last malfunctions and changed settings.

User-friendly and transparent

* sensors (code 44): SF1 VF1

* er PA1-P01 changed from 1.8 to 1.3 (flow gradient)

*

*

Σ

Σ

W

W

6x

W

3x

W

Device bus

5

Integrated M-bus interface for max. three M-bus

units (Fig. 1)

Heat meter data polled using M-Bus, which are

relevant for invoicing, can be accessed using Modbus.

Capacity and/or flow rate limitation can be

configured in up to two (TROVIS 5573-11) or three

(TROVIS 5578) control circuits.

Outdoor-temperature-controlled capacity or flow rate

limitation is possible in heating circuit 1.

An optional external meter bus/Modbus gateway for

max. six M-Bus units is available for the TROVIS 5573-0

and TROVIS 5573-1 Controllers.

To control more complex systems, additional controllers

can be connected over device bus (Fig. 2)

Device bus: RS-485 two-wire bus, independent of

polarity, max. 1200 m, 32 bus devices

Demand-driven control of the temperature of the

secondary distribution units

Each connected outdoor sensor can be assigned

to all heating circuits.

Priority for storage tank charging can be applied

to all controllers.

Control of the primary return flow temperature

limitation depending on the activities in the secondary

circuit (heating only, storage tank charging, or thermal

disinfection active)

Easy toconnect

Fig. 1 Fig. 2

* sensors (code 44): SF1 VF1

* er PA1-P01 changed from 1.8 to 1.3 (flow gradient)

VIEW

Gerätetyp: Heizungsregler TROVIS 5573Dateiname: Musteranlage.tro_55xx

Datenpunkt ist nicht editierbar Datenpunkt ist benutzerdefiniert Datenquelle

Datenpunkt ist editierbar Datenpunkt ist editierbar und lesbar Markierung zur Fehlerkennzeichnung

Datenpunkt ist ausführbar Programmhilfsdatenpunkt Wertebereich ist unterschritten/überschritten

Maximale Regelabweichung 2.0 °CCO2 - F14 Freigabe Rk2 an BE2

F14 AUSWahl bE Einschalten bei Pegel [1]

1.4. Trinkwasserkreis

CO4 - F01 Speichersensor SF1F01 EIN

CO4 - F02 Speichersensor SF2F02 AUS

CO4 - F03 Rücklaufsensor RüF2F03 AUSBegrenzungsfaktor 1.0

CO4 - F05 Vorlaufsensor VF4F05 AUS

CO4 - F06 PumpenparallellaufF06 AUSAbbruch Parallellauf bei Regelabweichung 10 minVorlauf-Grenztemperatur für Parallellauf 40.0 °C

CO4 - F07 ZwischenheizbetriebF07 EIN

CO4 - F08 Vorrang durch InversregelungF08 AUSAktivierung Vorrang bei Regelabweichung 2 minEinflussfaktor 1.0Regelkreisauswahl Vorrangbetrieb Rk2

CO4 - F09 Vorrang durch AbsenkbetriebF09 AUSAktivierung Vorrang bei Regelabweichung 2 minRegelkreisauswahl Vorrangbetrieb Rk2

CO4 - F10 Zirkulationspumpe in Tauscher eingebundenF10 AUS

CO4 - F11 Betrieb der Zirkulationspumpe bei SpeicherladungF11 AUS

CO4 - F12 Regelungsart 3-PunktF12 AUSKp 2.0 3-Punkt RegelungTn 120 s 3-Punkt RegelungTv 0 s 3-Punkt RegelungTy 45 s 3-Punkt RegelungSchaltdifferenz 5.0 °C 2-Punkt RegelungMinimale Einschaltzeit 2 min 2-Punkt RegelungMinimale Ausschaltzeit 2 min 2-Punkt Regelung

CO4 - F13 Begrenzung der Regelabweichung für AUF-SignalF13 AUSMaximale Regelabweichung 2.0 °C

CO4 - F14 Thermische DesinfektionF14 AUS

Datum, Uhrzeit: 27.08.2014 16:55 Seite 6/13 Kunde





CO1 - F16 Bedarfsverarbeitung 0 bis 10 V Eingang kl.11/12F16 AUSÜbertragungsbereichsanfang 0.0 °CÜbertragungsbereichsende 120.0 °C

CO1- F18 Maximalen Vorlaufsollwert mittels 0 bis 10 V anfordernF18 AUSÜbertragungsbereichsanfang 0.0 °CÜbertragungsbereichsende 120.0 °CÜberhöhung Vorlauftemperaturanforderung 0.0 °C

CO1 - F20 Externe Wärmeanforderung bei UnterversorgungF20 AUS

1.3. Heizkreis RK2

CO2 - F01 Raumsensor RF2F01 AUS

CO2 - F03 Rücklaufsensor RüF2F03 AUSBegrenzungsfaktor 1.0

CO2 - F04 KälteregelungF04 AUS

CO2 - F05 Fußbodenheizung, EstrichtrocknungF05 EINStarttemperatur 25.0 °CTemperaturanstieg Rk2 5.0 °C/24hMaximaltemperatur Rk2 45.0 °CHaltezeit Maximaltemperatur Rk2 4 TageTemperaturabsenkung Rk2 0.0 °C/24h

CO2 - F07 OptimierungF07 AUS

CO2 - F08 AdaptionF08 AUS

CO2 - F09 KurzzeitadaptionF09 AUSZykluszeit 20 minKp Verstärkung 0.0

CO2 - F11 4-Punkte-KennlinieF11 AUS

CO2 - F12 Regelungsart 3-PunktF12 EINKp 2.0 3-Punkt RegelungTn 120 s 3-Punkt RegelungTv 0 s 3-Punkt RegelungTy 45 s 3-Punkt RegelungSchaltdifferenz 5.0 °C 2-Punkt RegelungMinimale Einschaltzeit 2 min 2-Punkt RegelungMinimale Ausschaltzeit 2 min 2-Punkt Regelung

CO2 - F13 Begrenzung der Regelabweichung für AUF-SignalF13 AUS






1.2. Heizkreis RK1

CO1 - F01 Raumsensor RF1F01 EIN

CO1 - F02 Außensensor AF1F02 EIN

CO1 - F03 Rücklaufsensor RüF1F03 EINBegrenzungsfaktor 1.0

CO1 - F04 KälteregelungF04 AUS

CO1 - F05 Fußbodenheizung, EstrichtrocknungF05 AUSStarttemperatur 25.0 °CTemperaturanstieg Rk1 5.0 °C/24hMaximaltemperatur Rk1 45.0 °CHaltezeit Maximaltemperatur Rk1 4 TageTemperaturabsenkung Rk1 0.0 °C/24h

CO1 - F07 OptimierungF07 AUS

CO1 - F08 AdaptionF08 AUS

CO1 - F09 KurzzeitadaptionF09 AUSZykluszeit 20 minKp Verstärkung 0.0

CO1 - F11 4-Punkte-KennlinieF11 AUS

CO1 - F12 Regelungsart 3-PunktF12 EINKp 2.0 3-Punkt RegelungTn 120 s 3-Punkt RegelungTv 0 s 3-Punkt RegelungTy 45 s 3-Punkt RegelungSchaltdifferenz 5.0 °C 2-Punkt RegelungMinimale Einschaltzeit 2 min 2-Punkt RegelungMinimale Ausschaltzeit 2 min 2-Punkt Regelung

CO1 - F13 Begrenzung der Regelabweichung für AUF-SignalF13 AUSMaximale Regelabweichung 2.0 °C

CO1 - F14 Freigabe Rk1 an BE1F14 AUSWahl bE Einschalten bei Pegel [1]

CO1 - F15 Bedarfsverarbeitung in Rk1F15 AUS


6

All controller settings can be read using the TROVIS-

VIEW software and printed out for documentation

purposes (start-up protocol). This helps keep track of any

changes.

Data can either be read directly by connecting a

computer to the controller or indirectly by inserting a

memory module to copy data from the controller.

Alternatively, the new TROVIS 55Pro app can be used.

The controller's configuration data are saved to the

memory module. Afterwards, the data can be read

from the memory module using TROVIS-VIEW.

With the TROVIS 55Pro app, the controller configuration

data are available directly as a TROVIS-VIEW file.

Data can also be transferred to the controller, i.e. the

controller can be configured using TROVIS-VIEW and

the configuration can be transmitted to the controller

either directly or indirectly using a memory module or

smartphone. This facilitates the backup and restoring of

controller data..

Documentableand transparent

HEATINGNETWORK

Screeneinfügen

ModbusRTU

ModbusTCP

GPRS Internet BLUETOOTH

7

Optional external modules for wired or wireless (GPRS)

Modbus communication

Access over Internet and/or local networks

Ideal for service technicians and facility managers: from

remote setting of the entire controller to remote control

of all pumps and valves

Consistent operating scheme

Mobile access

TROVIS 55Home for private end users provides

restricted access to all essential data on the customer

level of the controller.

The TROVIS 55Pro app for technicians and engineers

provides access to all conceivable data points of up to

99 controllers through customizable lists. It is possible to

view trending data, read and write controller configura-

tions, and create TROVIS-VIEW files.

Smart networking in local and district heating

Using TROVIS HEATING NETWORK 60 for smaller

networks (e.g. 60 customers)

Using TROVIS HEATING NETWORK XL for larger

networks

On-site andremote access

SMART IN FLOW CONTROL.

2017

-02

· WA

326

EN

Production sites Subsidiaries

Communication at a Competitive Pricefor Local and District Heating

SAMSON AKTIENGESELLSCHAFT Weismuellerstrasse 3 · 60314 Frankfurt am Main, Germany Phone: +49 69 4009-0 · Fax: +49 69 4009-1507 E-mail: [email protected] · Internet: www.samson.de

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