*(It need to check the boiler condition annually and every non eletric part annually.
Celsius Classic P-V 35 solid boiler
These boilers are easy and economical to operate. Their firebox is made of 5 mm thick steel by welding folded edges. The 3 boiler doors are made of cast iron to satisfy all necessary operational functions (filling, cleaning, air control). These boilers have one firebox behind the middle door.
Advantages of Celsius V and P-V classic solid boilers:
- The classic boilers provide even heat distribution in a Celsius Heating System, whether used on its own or with open fireplaces or stoves.
- Uses renewable energy.
- Classic boilers produce useable energy from dry non-woody biomass.
- If required, coal can be used as a source of fuel.
- Firebox and internal frame are 5 mm thick resistant steel for durability and high pressure tolerance.
- Operation is easy and economical.
- Able to heat with other boiler or heat source (maximum of 2 bar pressure) in the one heating system.
- Suitable for radiator, underfloor or combined heating system.
- Able to produce drinkable hot water with domestic hot water package.
- These boilers are easy and economical to operate. Their firebox is made of 5 mm thick steel by welding folded edges. The 3 boiler doors are made of cast iron and satisfy all necessary operational functions (filling, cleaning, air control). These boilers have one firebox behind the middle door.
RECOMMENDED FUELS:
• Non-woody biomass
ACCESSORIES:
• Boiler thermometer
• Filling/draining tap
• Fire grates (grills)
OPTIONAL ACCESSORIES:
- Automatic draught regulator
- Security valve (2 bar)
- Pump heating system in case of pump system controller
- Heating system controllers
- Celsius anticondensing unit package up to 65 kW
- Celsius safety heat exchanger (to avoid overheating)
- Stainless steel chimney system
- Slag scraper, ashpan
TECHNICAL SPECIFICATIONS |
Modul |
P-V 35 |
Firing door size (mm) |
300*300 |
Maximum heat output (kW) |
32 |
Heating-system dependant heatable air-space(m3) |
400-750 |
Fuel-dependant efficiency (%) |
78-82 |
Heating water connection (") |
2 |
Uptake connection (mm) |
150 |
Height (mm) |
1150 |
Width (mm) |
450 |
Depth (mm) |
600 |
Weight (kg) |
213 |
Water volume (l) |
60 |
Max. operating pressure (bar) |
2 |
Max. operating temperature (°C) |
90 |
Test pressure (bar) |
4 |
Firebox size (mm) (height*width*depth) |
500*355*455
|
Mark
|
Description
|
A
|
Height of boiler
|
B
|
Width of boiler
|
C
|
Depth of boiler
|
D
|
Cleaning door
|
E
|
Firing door
|
F
|
Secondary draught regulator slot
|
G
|
Ash removal door (primary draught regulator)
|
I
|
Forward water connection
|
J
|
Return water connection
|
K
|
Uptake connection
|
L
|
Automatic draught regulator connection
|
M
|
Manual and automatic draught regulator option
|
N
|
Filling/draining tap connection
|
O
|
Boiler thermometer connection
|
F-Celsius anticondensing package to 65 kW
Boiler protection unit to prevent condensation
Condensation is an often experienced phenomenon during the use of the solid fuel boilers which is always harmful, will cause lifespan shorthening, efficiency drop, and higher heating costs.
Content of equipment:
- circulation pump (Grundfos UPM3 25-70 Hybrid)
- pump hollander (ball tap) 1 piece
- Celsius boiler protection valve
- to 65kW KVS 7,2
Principle of operation:
1. Starting the system (heating the boiler)
After the launching of the boiler, the thermic valve is fully closed towards the user (gate A) and remains in this condition until the fluid is warmed up by the heating source, gets the opening temperature of the thermic valve (corresponding to the calibration value, f.i. 55°C). During this step the fluid sent by the boiler fully recycles through the by-pass (gate B) so the boiler temperature rises very quickly.
2. Loading the system (heating the tank)
Reaching the opening temperature (f.i. 55C), gate A proportionally starts to open while gate B proportionally starts to close. The boiler temperature slowly rises, giving energy to the end user, but the returning temperature will not decrease below the calibrated temperature (f.i. 55°C).
3. System operation
Starting from point 2, the flow temperature progressively increases to fully open gate valve A. This will correspondingly close gate valve B. This happens at approximately circa 10k higher than the calibration or opening temperature (therefore in this example at 65c). Now the installation is fully operational the supply fluid temperature can increase to set value.
For example, if the valve opening temperature is 55°C, then it is totally opened in the direction of A → AB in case of +10°C.
Celsius safety heat exchanger
It protects the boiler and environment if the boiler is overloaded and the heating system can not heat distribute (There is not buffer tank and irregular usage).
Content of equipment:
- Celsius safety heat exchanger
- Vent valve
- Thermostatic security valve (opening temperature 98°C)
- Pressure security valve (2bar)
Applicable to the following boiler types:
Celsius classic, Celsius C and Celsius Combi boiler
Celsius insulated buffer tank
Celsius buffer tanks:
To maximise the efficiency of a solid fuel heating system a buffer tank should be installed. When the boiler has produced energy to satisfy the heat demand, excess energy produced by fuel in the combustion chamber can be captured and stored in the buffer tank. The exception to this is when using wood pellets, where the pellet burner will automatically stop when the heat demand has been satisfied.
When the heating system have surplus heat ,the buffer tank stores it, therefore the wood boiler doesen't need an automatic draft regulator which ruins the burning efficiency.
Advantages of Celsius insulated buffer tank:
- High quality insulation (C energy rating, EU complaint)
- More economical burning
- Lower pollutant emissions
- Aesthetic design
- Guaranteed continuous heating (for example: It can heat all night)
- Hot domestic water modul can be connected
Sizes:
Motorized 3-way zone valve
Motorized 3-way zone valve with spring return for closed hydraulic systems.
Technical features:
- Area of use: heating, conditionning and solar thermal (glycol max. 50%).
- Power supply 230 VAC, 50Hz, absorbed power: 6W
- Protection IP22
- Nominal pressure PN10
- Room temperature Max. 60°C
- Fluid temperature: 5÷120°C; short time: 150°C;
- Nominal opening time: 20 s. Springclosing: 6 s.
- Kvs value 12,6
- Without power AB->B
- Weight 1,3 kg/piece
Euroster 813 controller
Operating principle:
The EUROSTER 813 control unit is a universal microprocessor controller with graphical display. The controller is responsible for the pump to operate on the basis of the difference between the set temperatures. It is possible to set up in the control an automatic disinfection function.
The control is responsible to turn on the pump on the basis of the difference between the set temperatures to ensure that the container is warmed by only the surplus heat, thus making energy savings.
The controller has a variety of automatic emergency circuit options.
You can set the emergency value of solar ebullience. There's an automatic vacation mode available, which takes care of cooling the storage to the set value, overheated by the solar system. This mode is important, if the storage is not used on a daily basis and ebullience of the solar panel will be induced. The keyboard of the control unit is lockable in the purpose of protection of your set parameters, which can cause an error.
The controller has a security sensor testing, if sensor sings, it will automatically trigger the pumps, preventing the ebullience. The controller has a sensor calibration mode, which allows you to avoid false temperature measurement by the long lines.
Treatment of controller
The graphics display of the EUROSTER 813 controller makes it easy to set up the controller. The options of setting the controller:
- Pressing the +/- buttons at the same time you can reach the menu.
- Pressing the -/ok buttons at the same time you can lock the keyboard.
- Pressing the +/ok buttons at the same time you can reach the manual mode, pressing the /+ button you can select the manually accessible devices.
After entering the menu you can set the following values:
- time
- disinfection (on/off)
- modes
- maximum emergency starting temperature of collector or boiler
- minimal starting temperature of pump
- maximum temperature of storage
- starting and shutdown temperature of solar delta T
- temperature of storage/hysteresis
- calibration of solar sensor
- calibration of storage sensor
Controller can be applied to:
In the case of Vacuum-tube control plane collector, mixed-fired boilers and buffers.
The pump must not be interrupted by other equipment!
Operating voltage
|
230V, 50Hz
|
Rated vattage
|
1,6W
|
Output load of circuit pump
|
200W
|
Emergency starting temp
|
60-190°C
|
Min. starting temperature of pump
|
15-40°C
|
Storage max. temperature
|
0-100°C
|
Delta T pump starting (on)
|
3-20°C
|
Delta T pump shutdown
|
1-18°C
|
Storage temperature
|
10-100°C
|
Storage hysteresis
|
2-20°C
|
Protection
|
IP40
|
Display
|
LCD
|
Cables and sensors of E 813 controller: