WNS0.7-0.7/95/70-Y/Q ... WNS14-1.25/115/70-Y/Q
WNS Series Horizontal Oil/Gas Pressurized Hot Water Boiler
- Rated output
- 700 - 14,000 kW
- Rated pressure
- 0.7 MPa; 1.0 MPa; 1.25 MPa
- Fuel
- Oil / Gas
Hot Water Boilers
Compare hot water boiler models for heating and hot-water circulation systems. Selection depends on heat demand, supply and return temperatures, system pressure and available energy.
Models and specifications
CWNS0.35-Y(Q) ... CWNS2.8-Y(Q)
CWNS Series Horizontal Atmospheric Hot Water Boiler
- Rated output
- 350 - 2,800 kW
- Rated pressure
- Atmospheric
- Fuel
- Oil / Gas
CLHS0.12-85/65-Y(Q) ... CLHS0.7-85/65-Y(Q)
CLHS Vertical Atmospheric Hot Water Boiler
- Rated output
- 120 - 700 kW
- Rated pressure
- Atmospheric
- Fuel
- Oil / Gas
ZKS0.35 ... ZKS4.2
ZKW Series Low Nitrogen Vacuum Hot Water Boiler
- Rated output
- 350 - 4,200 kW
- Rated pressure
- -0.02 MPa
- Fuel
- Gas / Oil
CWDR0.21-85/60 ... CWDR2.8-85/60
CWDR Horizontal Electric Heating Hot Water Boiler
- Rated output
- 210 - 2,800 kW
- Rated pressure
- Atmospheric
- Fuel
- Electricity
Confirm the selected model, operating conditions, scope of supply and destination requirements in the quotation. Efficiency and consumption depend on the fuel, load and test conditions; catalog figures alone are not a performance guarantee.
What to specify for your project
Specify heat demand in kW or MW, supply and return temperatures, system pressure, fuel or electrical supply and installation country.
Confirm the selected model, operating conditions, scope of supply and destination requirements in the quotation. Efficiency and consumption depend on the fuel, load and test conditions; catalog figures alone are not a performance guarantee.
Related buying guides
All articlesHot Water Boiler Selection: Heat Load, Temperatures and System Pressure
Specify the heating duty, supply and return temperatures, hydraulic arrangement and fuel supply for a commercial or industrial hot water boiler.
Understanding Boiler Efficiency: Net vs. Gross
Compare boiler efficiency on the same heating-value basis, load and equipment boundary, with a worked example for evaluating supplier quotations.