The safest device to stop boiler operation and warn of gas leakage when gas is exploded or wastegas (burned gas) is leaked
Primary heat/secondary heat-integrated typecondensing heat exchanger made of advancedcorrosion-resistant stainless
You can use various functions including leave, bath, schedule, etc. through very intuitive room controller.
Energy saving hot-water heating system to install and integrate multiple water heaters and boilers with smallcapacity instead of one hot-water heating boiler in large capacity, control hot water supply or heating room withone integrated temperature controller, and provide hot water or heating just as much as required
Standard cascade system piping diagram for K1 Condensing Gas Water Heater (ex)
In existing medium-large boiler and water heater system,you should the whole medium-large boiler and water heatereven if you want just a little bit of heating and/or hot water.However, since cascade system lets you design capacityorganization when installing, you can operate the boiler orwater heater up to the required capacity. It helps you saveenergy expenses and management expenses such asmaintenance and troubleshooting.
If you install a medium-large boiler, you should bear excessivetransportation charge and wastefulness expenses and needwide space. If you install Kiturami cascade system withmultiple compact wall-mount type boilers, you can make thebest use of space without special space limitations.
In the cascade system, multiple products are connected inparallel. If a product is broken, you can use the systemcontinuously because the rest will work normally.
The cascade central control system lets you manipulate theproduct easily and conveniently through the computer screen.Because one temperature controller is enough to control thesystem, you don't need to ask for help from a qualified boilertechnician.
Corrosion-proof and durable stainless (ASTM-316L) heatexchanger equipped with heat/secondary heat-integratedoval type fire tube and exported to North America
※ ASME H certified heat exchanger: achieved quality and system certificationby product according to ASME CODE SECTION Ⅳ of American Society ofMechanical Engineers (ASME) which was made to ensure safety for boilerand pressure vessel used in whole industries.
Eco-friendly technology which emits log- NOx and CO andspecial ceramic mat to prevent transformation or crack
The safest device to stop boiler operation and warn of gas leakagewhen gas is exploded or waste gas (burned gas) is leaked
By adopting exhaust gas back draft damper to prevent externalair inhaled when not in use, headwind prevention function andfreeze-protection function are built in (got approval to installcomplex exhaust pipe from Korea Gas Safety Corporation).Because the storage type heat exchanger (13L) has moreirrigation capacity than that of a tankless heat exchanger(approximately 1L), you don't need to worry about overheatingor boiling.
Storage type heat exchanger structure has half of less pressuredrop than that of tankless type structure and circulates morequantity of heat to heat up the room with much load ofirrigation quickly.
• High-efficiency operation through the use of condensation technology
• Partial operation via control system
• Easy to install and efficient to maintain
• Easy to add boiler if hot water supply or heating load is increased
• Cheaper equipment price if considering heat quantity
• Easy to move and install in narrower place thanks to small size
• Growing boiler capacity efficiently
• Quick hot water supply to prevent water pollution
• Integrated modular type to reduce construction period
• Improved construct ability by small equipment and PVC flue
• Comfort living environment according to quiet operation
• Easy to use by using front controller and cabled\ remote control
|Central Heating Circuit||ㅡ||Closed type|
|Installation / Flue(Exhaust & Intake) type||Type||Wall hung, FF, FE|
|Max. Gas consumption||kW||59||60.40|
|Nominal inlet Gas pressure||kPa
|town gas(LNG 13A) : 2.0 + 0.5, -1.0(200 + 50, -100)
LPG : 2.8 ± 0.5 (280 ± 50)
|Max. operating pressure (Heating)||kPa (kgf/㎠)||980(10)|
|Outer case dimension||W X H X D||mm||500 X 814 X 425|
|Exhaust Max. Temp||℃||105|
|Multiple Exhaust(Max. Temp
|Connections||Gas inlet connection||A||15 (PT 1/2")|
|Central heating return and outlet||A||25|
|Flue connections||Φ||Intake 75, Exhaust 70|
|Electric Supply||ㅡ||AC 220V X 60㎐|
|Circulation pump||ㅡ||External pump|
|No file is added.|