THZ - Thermozyklus
THZ - Thermozyklus
THZ - Thermozyklus
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3°<br />
°18°<br />
New Design –<br />
New Performances<br />
Thermo-cyclic<br />
individual room<br />
control<br />
4 Heat<br />
Individually controlled<br />
Saves energy<br />
4 Comfort<br />
Simply switch on<br />
and relax<br />
4 Intelligence<br />
Adapts instantly to a<br />
change in conditions
Heat + Comfort + Intelligence: The <strong>THZ</strong> system<br />
This thermo-cyclic individual room control,<br />
which is compatible with all modern heating<br />
systems, is based on a revolutionary control<br />
method. It was developed with the aim of<br />
“saving energy whilst at the same time offering<br />
greater comfort”, patented on<br />
27 January 2000 and successfully launched<br />
to the European market. Tests carried<br />
out at the Technical University of<br />
Dresden's institute of thermodynamics<br />
and building systems engineering<br />
have now been backed up<br />
by practical experience and the definitive<br />
conclusion is: High energy<br />
savings compared to conventional<br />
thermostat controls.<br />
+ Greater comfort<br />
+ Lower energy consumption:<br />
= Greater user satisfaction!<br />
The benefits at a glance:<br />
4 Easy to install<br />
4 No need to set thermal characteristics<br />
4 Simple BUS cabling protected against<br />
polarity reversal<br />
4 Maintenance-free/no need for<br />
re-adjustments<br />
4 Automatic ventilation<br />
4 Suitable for all energy types of energy<br />
generation (oil/gas/pellets/bio/etc.)<br />
4 Compatible with radiators, underfloor<br />
heating, skirting board heating, radiant<br />
ceiling heating, panel heating, etc.<br />
4 Can be connected to a building<br />
management system BMS<br />
4 Data export interface thermal behavior<br />
analysis<br />
4 Modular design: up to 30 rooms/zones<br />
can be controlled per central unit<br />
4 Supports any radio link/BUS connection<br />
combination<br />
4 Integrated FB cooling<br />
4 Energy-saving<br />
All you need is…<br />
…switch on the system and relax!<br />
The control is able to quickly set<br />
the desired room temperature by<br />
means of micro-oscillations in increments<br />
of ±0.15°C.<br />
White:<br />
Set temperature<br />
Yellow:<br />
Actual temperature<br />
Red:<br />
Heating on<br />
24°<br />
23°<br />
22°<br />
21°<br />
20°<br />
19°<br />
18°<br />
17°<br />
The <strong>THZ</strong> control starts learning from the moment you switch on and ensures optimum comfort everywhere, throughout all<br />
zones and rooms. The system is modular. At its heart is the ZE central unit, which is connected to the 240 V mains supply<br />
via a mains adapter. As soon as it is switched on, the system automatically tests and scans for all connected system modules.<br />
Wired and wireless system components can be combined in any way you want. Central units with a Mod-BUS interface<br />
are available as an option for networking purposes.<br />
<strong>THZ</strong> – RG & RS room units<br />
The RG and RS room units are<br />
connected to the system via<br />
a 2-wire BUS. They measure<br />
the room temperature and<br />
continually transmit this data<br />
to the central unit.<br />
You use the RG to set the<br />
temperature you want in increments<br />
of 0.5°C. Both the set<br />
and actual temperatures are<br />
displayed.<br />
16°<br />
The RS unit is designed to<br />
prevent any unwanted adjustment<br />
of the set temperature,<br />
which can only be set via the<br />
ZE central unit. Particularly<br />
suitable for public buildings,<br />
schools, offices, nurseries, etc.<br />
<strong>THZ</strong> – ZE central unit<br />
<strong>THZ</strong> – RF wireless room unit<br />
The RF room unit transmits<br />
the set and actual temperatures<br />
to the FE radio receiver<br />
wirelessly (frequency: 868 MHz).<br />
The current room temperature<br />
is displayed. The set-point value<br />
can be displayed at the touch of<br />
a button. Thus, there is no longer<br />
any need for cables, which<br />
is a major bonus where retrofitting<br />
and renovation are concerned.<br />
The RF can be installed<br />
free-standing or wall-mounted.<br />
The ZE central unit, which is<br />
at the heart of the <strong>THZ</strong> system,<br />
processes the incoming data<br />
stream and calculates the future<br />
temperature profile for each room.<br />
The ZE controls the valves on the<br />
heating circuit distributors and<br />
heating appliances predictively<br />
and at precisely the right time in<br />
conjunction with the ST switching<br />
step, via the SF radio actuator or<br />
the BUS-cabled SK actuator, and<br />
in both directions, driving open<br />
or closed.<br />
<strong>THZ</strong> – DL data logger PCi-Software<br />
The integrated DL data logger writes<br />
measured data collected over an extensive<br />
period to a standard SD card that is<br />
configured by the <strong>THZ</strong>. The PCi-software allows<br />
the user to program and visualize all<br />
functions of one or more related <strong>THZ</strong>-Systems<br />
with a connected PC. Schedule for<br />
schools or offices are programmable.<br />
The integrated Data SD-card can be<br />
analysed with the <strong>THZ</strong>-Analysis software<br />
provided by <strong>THZ</strong>. A benefit for installers and<br />
end-users: reducing average temeperature<br />
by 1° saves 6% of energy!<br />
2 -18°<br />
The optional VR flow control<br />
<strong>THZ</strong> – FV radio amplifier<br />
<strong>THZ</strong> – FE radio receiver<br />
<strong>THZ</strong> - SF2 wireless<br />
valve operating mechanism<br />
FV radio amplifiers (up to a<br />
max. of 6 per ZE) are available<br />
as an option to optimize<br />
receiving radio signal in<br />
particularly difficult buildings.<br />
The FE radio receiver forms<br />
the interface between the radio<br />
components and the central unit<br />
to which the FE is connected via<br />
the bus cable. This means that<br />
it can be installed anywhere. If<br />
reception conditions are poor,<br />
up to 4 FE units can be used.<br />
The SF valve operating<br />
mechanism, which is wireless<br />
and battery-operated, is installed<br />
on the heating unit instead of a<br />
thermostatic valve. When it receives<br />
the relevant command<br />
from the central unit, it activates<br />
and shuts off the heating unit<br />
at exactly the right moment. Up<br />
to 30 wireless valve operating<br />
mechanisms can be controlled<br />
by a single central unit.<br />
Not only is the SF wireless valve<br />
operating mechanism ideal to<br />
renovate old installations, but it<br />
also allows existing <strong>THZ</strong><br />
systems to be expanded with<br />
ease. Adapters for the most<br />
common types of valve are on<br />
demand. Radio-frequency:<br />
868 MHz.<br />
<strong>THZ</strong> – VR flow control<br />
<strong>THZ</strong> – ST/SK switching steps<br />
assumes complete control of the<br />
boiler. This assumes control of the<br />
boiler, two mixing valves, the recirculating<br />
pumps and domestic water.<br />
It adjusts the flow temperature in such a<br />
way that all the rooms connected to the<br />
system have their thermal requirements met<br />
without any loss of energy as a result of excessive<br />
temperatures. How you benefit: No<br />
need to set thermal characteristics.<br />
The ST switching<br />
step, connected to<br />
the central unit via<br />
the <strong>THZ</strong> bus, is responsible for up to four<br />
controlled rooms or zones. It uses internal<br />
relays to open or close the motor valves/<br />
thermal actuators, etc. The ST is installed in<br />
the vicinity of the heating circuit distributor<br />
(see left). Hydraulic equilibration now<br />
available in automatic mode with new<br />
actors SF2 and SK.<br />
The <strong>THZ</strong> control automatically adapts to ambient conditions and the habits of users. It functions in a predictive manner and just goes on learning and learning....<br />
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Principle behind the intelligent <strong>THZ</strong> control<br />
What’s new? What’s so different about it?<br />
Conventional individual room controls are sluggish. They take too long to react to the measured room temperature<br />
resulting in delayed switching. As a result, it is always either too hot or too cold. Conventional controls also pay too<br />
little attention to the stored energy within the room, the building fabric and the heating system. Following the brief<br />
opening of a window or a door, this stored energy can bring the room back up to the required temperature without<br />
additional heating taking place. Users of underfloor heating are likely to notice the deficiencies of such temperature<br />
controls more acutely than others because of this sluggish response.<br />
By contrast, the patented <strong>THZ</strong> control is intelligent, fast and efficient: It calculates in advance when the control valve<br />
or heating appliance needs to be switched on and off. This is possible thanks to a revolutionary and totally unique<br />
control method, which can automatically assimilate information about (and adapt to) the intricacies of any heating<br />
system and take the relevant<br />
predictive action.<br />
So how does it actually work?<br />
It is almost impossible to maintain<br />
a constant temperature when<br />
rooms have windows and doors<br />
and are occupied by people.<br />
Energy is constantly transferred to<br />
and from these rooms: doors and<br />
windows get opened and closed,<br />
people enter and leave, fires and<br />
candles get lit, the room gets<br />
flooded with sunshine or it rains.<br />
Consequently, the actual room<br />
temperature changes all the time<br />
and is invariably never stable. The<br />
various prevailing heat conditions<br />
at different times of the day can<br />
often increase these temperature<br />
fluctuations by several ˚C.<br />
Inevitably, this creates a rather<br />
unpleasant environment, which<br />
we have been accepting for far<br />
too long! On the other hand,<br />
changes in temperature can<br />
provide information about system<br />
constants and ambient conditions<br />
(room orientation/climate/usage).<br />
This is where the <strong>THZ</strong> control comes into effect, as it uses this information to keep oscillation values at an absolute<br />
minimum. Defined and familiar motions are evaluated continually and keep the control updated in real time. In fact,<br />
the <strong>THZ</strong> control owes its very name to a German term associated with these micro-oscillations: Thermozyklische<br />
Regelung (= thermo-cyclic control), which means heat oscillation control.<br />
The ability to perform the complex calculations on which the system depends on is all down to the latest microprocessor<br />
technology. That is why all the components that make up the <strong>THZ</strong> control are built around a microprocessor, which<br />
collects, stores and processes the acquired data and uses it consistently during heating and non-heating periods<br />
alike, whilst continuing learning all the time. The user simply sets the desired thermal confort temperature on the<br />
central unit or any room unit, decides on a time period for a night setback temperature or how the system is to<br />
operate at weekends, and the control gets to work straight away. No further settings are necessary.<br />
The user’s comfort is paramount, come rain or shine. In summer, the <strong>THZ</strong> can also provide a cooling function.<br />
The installer is given access to special programs, which can be activated on a customer-specific basis. Additional<br />
information may be required depending on parameters (preheating, blocking temperature setting on the RF/RG,<br />
connecting to a building automation system, etc.).<br />
Brand new: Hydraulic equilibration is now available in automatic mode with new components SF2 and SK.<br />
1<br />
1
7°°<br />
6° 2<br />
2<br />
Single-occupancy house (new<br />
building): Underfloor heating and<br />
radiators with solar panels<br />
Multi-family house with under floor<br />
heating and cooling from heat<br />
pump – large volumes<br />
Old barn - fully converted:<br />
Underfloor heating on 3 floors<br />
with 17 rooms<br />
Public building-University of<br />
architecture<br />
150 zones with ceiling heating<br />
Nursery: Large windows –<br />
floor heating.<br />
No more overheating with <strong>THZ</strong><br />
Renovation and new: schoolbuilding<br />
containing more than<br />
100 rooms with skirting board<br />
heating<br />
The ThermoZYKLUS system can be found in family homes, apartment blocks,<br />
nurseries, schools, town halls, office blocks, hotels, operation rooms, labs, workshops,<br />
chalets, shops, garages, plus many other applications. Compatible energy sources:<br />
gas, oil, electricity, wood, bio-materials, heat pumps, and solar collectors.<br />
Compatible heating emitters: underfloor heating systems, fan coils, radiators, panel<br />
heating systems or radiant ceiling heating, skirt board heating, and reversible systems.<br />
Our partner in your country – in your area:<br />
www.thermozyklus.com • info@thermozyklus.com<br />
Public building-social center with<br />
ceiling heating and radiators<br />
Renovation – monastery with old<br />
cast iron radiators / radio solution:<br />
ROI: 1,8 years!<br />
Public and private building with<br />
multiple occupational patterns /<br />
radio solution and central control<br />
Subject to technical changes without notice . 04.12