Warmhaus LAWA, Инструкция по установке и эксплуатации

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3.4. RECOMMENDATIONS FOR ECONOMICAL USE
OF COMBI
Your combi is adjusted at ECO mode for economic use, we
recommend not to change.
Correct Capacity Selection
Heat loss calculation of the combi location should be made correctly
and combi capacity should comply with this calculation. Devices not
having adequate capacity shall give late responses to heating requests,
devices with higher capacity may cause discomfort and more fuel
consumption as they more frequently opened and closed. Therefore,
combi capacities should be selected according to the place used.
Insulation
Insulation of your building is the most important item reducing the heat
loss and gas consumption. However, as your combi has the highest
thickness insulation of its class, heat loss is minimized.
Radiators
Ensure balancing our pressure distribution of your radiator installation
within the house by making reduction adjustments from radiator valves.
Placing furnitures in front of radiators prevents air circulation and causes
discomfort and more fuel consumption. Reducing radiator valves of
rooms not used for a long period or if thermostatic radiator valve is
used, bringing to the lowest position then, closing room doors will
provide saving.
Domestic Hot Water
Always adjust temperature of domestic hot water as low as possible.
Adjustment of temperature adjuster as low ensures a considerable
power saving. In addition, high domestic hot water temperatures cause
strong calcification and that negatively affects operation of the device
(for instance, longer heating periods, less flow rate).
Thermostatic Radiator Valves
You can both ensure efficiency and comfort balancing the heat
distribution around the house by using Thermostatic Radiator Valves.
Room Thermostats
Your combi will operate more economically as you will have the
chance to adjust requested room temperature according to comfort
and economy timings via room thermostats. Thus, you can adjust
temperature of your room as you wish, and also you can acquire
approximately 6% power saving with every degree of temperature
decrease.
Ventilation
Do not leave windows slightly open for ventilating room/rooms. In
such cases, continuous heat loss will occur. Fully opening windows
for a short period provides a better results should you require room
ventilation. Bring thermostatic radiator valves to lowest position when
ventilating rooms.
Cleaning And Maintenance
Attention: to preserve the boiler's integrity and keep the safety features,
performance and reliability, which distinguish it, unchanged over time,
you must at least execute maintenance operations on a yearly basis in
compliance with what is stated in the relative point at “annual check
and maintenance of the appliance”, in compliance with national,
regional, or local standards in force.
We recommend stipulating a yearly cleaning and maintenance contract
with an authorised local firm.
3.5. ISSUES REQUIRED TO BE TAKEN INTO
CONSIDERATION FOR WARRANTY CONDITIONS
This warranty given by Çelikpan does not cover elimination of failures
arising from abnormal use of the product and also out of the warranty
scope for below given situations:
1. Damages and failures occurring in devices which are not first started
by Warmhaus Authorized Services,
2. Damages and failures arising from use of the product
contrary to advice given in User Manual and using out of it’s intended
purpose.
3. Damages and failures arising from wrong type selection,
4. Damages and failures arising from maintenance and
repairs performed by persons other than our Authorized Services,
5. Damages and failures occurring due to transportation,
unloading, loading, storing, external physical (Crushing, scratches,
fractures) and chemical factors following delivery of the product,
6. Damages and failures arising from fire and lightning,
7. Damages and failures arising from false fuel use and fuel
characteristics
8. Low or excessive voltage; unearthed socket usage;
9. damages and failures arising from faulty electricity installations
10. Damages and failures arising from failing to perform timely annual
maintenance
11. Damage arising from external cleaning
12. Damages and failures those may occur in the device or usage area
due to other
products and accessories used in a system
with the device subject to the Warranty,
13. Damages and failures arising from frost/ice occurring due to using
in the outdoor places (open balcony, etc.).
14. Altering the Registry Label and Warranty Certificate,
15. Damages and failures arising from using water out of the water
values defined in device user guide,
Elimination of above mentioned failures shall be performed against
payment.
Dear Warmhaus Customer,
we believe the importance of providing good products to you as well
as rendering good services.
Recommendations and Data to be Followed:
1. When first start of your combi is done, please keep the technical
service document given by the Authorized Service and a copy
of device invoice and the Warranty Document approved by your
Authorized Dealer.
2. Use your product according to principles of installation and operation
guide.
3. Keep the "SERVICE DOCUMENT" if received from your service
technician following the service taken. The Service Document will be
beneficial for you in any problems those may occur in your device in
the future.
TECHNICAL DATA UNIT Lawa 24 & LawaPlus 24 Lawa 24 & LawaPlus 24
CE certificate CE-1015CR0543:16 CE-1015CR0543:16
Gas Circuit Natural Gas LPG
Gas Supply Pressure mbar 20 37,8
Gas consumption at maximum heat load* (Hu= 9,59 kWh/m3) m³/h 2,50 0,97
Gas consumption at minimum heat load* (Hu= 9,59 kWh/m3) m³/h 0.88 0,33
Central Heating Circuit
Maximum nominal CH Heat Output kW 23,2 21,74
Minimum nominal CH Heat Output kW 7,1 7
Maximum Heating Effiency % 93,9 93,77
Minimum Heating Effiency % 90,3 88,02
Temperature adjustment range °C 35 - 80 35 - 80
Maximum operating pressure bar 3 3
Minimum operating pressure bar 0.5 0.5
Expansion tank useful volume ℓitre 8 8
Pump Pressure (at 1000 l/h) mH2O 5,5 5,5
Pump Pressure (at 500 l/h) mH2O 5,8 5,8
Domestic Hot Water Circuit
Maximum Domestic Hot Water Heat Output kW 23,2 21,74
Minimum Domestic Hot Water Heat Output kW 7 7
Max. Domestic Hot Water flow rate (Δt: 30 °C) ℓ/min. 10,9 10,9
Min. Domestic Hot Water flow rate ℓ/min. 1,5 1,5
Maximum water pressure bar 10 10
Minimum water pressure bar 1,5 1,5
Temperature adjustment range oC 35 - 60 35 - 60
Electricity Circuit
Electricity Supply V AC – 50 Hz 230 V +%10; -%15 230 V +%10; -%15
Electricity Consumption Watt 112 112
Protection Index IP X5D X5D
Exhaust Gas Circuit
Nominal Exhaust Gas Temperature (DHW & CH) ºC 124,3 111,8
Minimal Exhaust Gas Temperature (DHW & CH) ºC 96,4 89,1
Overheat Combustion Products Temperature (DHW & CH) ºC 140 135
Max. Flue Mass Flow Rate (60/80°C - Qn) (DHW & CH) g/s 14,89 28,39
Min. Flue Mass Flow Rate (60/80°C - Qn) (DHW & CH) g/s 14,11 24,27
NOx Class 2 3
CO2 (60/80°C - Qn) (DHW & CH) % 6,6 7,4
General
Maximum/Minimum Ambient Temperature ºC +10 / +48 +10 / +48
Hydraulic Group Material Material Brass Brass
Dimensions (H x W X D) mm 725 x 420 x 288 725 x 420 x 288
Device Weight kg 29,3 29,3
Packed Device Weight kg 32.5 32.5
Type C12, C32, B22, C12, C32, B22,
Category I2H (G20 = 20 mbar)
I3P (G31 = 37 mbar)