lndseries378_420

Cisco Boiler Service Inc., Co

Industrial Combustion Burners

LND/Series Product Information
Burner Sizes 378, 420

Back to main page:

Back to LND Series Burners General Information

To: LND Series Dimensions For Burner Sizes 378, 420


42, 54, 63

84S, 84P, 105

145S, 145P, 175

210, 252, 300

315, 336









Capacities and Specifications Burner Size
378 420
Oil Input (U.S.G.P.H.)(See Note 1) 240 270
Gas Input (M.BT/HR.)(See Note 2) 33,600 37,800
Boiler Horsepower @ 80% EFF. (See Note 3) 800 900
Maximum Steam Capacity @ 80% EFF. 212 Deg F (LBS./HR.)(See Note 3) 27,609 31,060
Oil Metering Unit Motor H.P. - 3Phase 1 1
Air Compressor Module Motor H.P. - 3 Phase 15 15
Nozzle Line Heater. LNDM, LNDMG, LNDE, LNDEG 10 KW 10 KW
Circulating Loop Oil Pressure Requirements (P.S.I.G.) 15 15
Standard Gas Train Size (Inches) 3-H117 3-H117
Minimum Gas Pressure Requirements (Inches W.C.)(See Note 4) Train Inlet 10 PSI 10 PSI
Manifold 34.1 38.3
Blower Motor Horsepower Model "P" (See Note 5) 60 60
FGR Line Piping Size (Inches) 10 10
Recommended Combustion Chamber Dimensions (Inches) Length 152 160
Width 86 92
Centerline Height 34 36
Approx. Shipping Weight 3,700 3,950
Notes
1. Oil input based on No.2 oil at 140,000 Btu/gal
2. Gas input based on natural gas at 1,000 Btu/cu.ft and 0.60 specific gravity
3. Boiler overall efficiency of 80% estimated. Industrial Combustion does not guarantee overall boiler efficiency.
4. Gas pressures based on zero furnace pressure with standard U.L. train inlet. For total pressure required, add furnace pressure.
5. Impeller and motor H.P. is based on altitudes up to 2000 feet above see level. For impellers and motor sizes at higher altitudes, and 50 cycle applications, consult factory. For higher furnace pressures, consult factory. Standard motor voltages are 208-230-460/3/60.



Type of fuel determines the model designation.
Model Fuel
LNDG Gas
LNDL No. 2 Oil
LNDLG Gas/No. 2 Oil
LNDM No. 2 - 5 Oil
LNDMG Gas/No. 2 - 5 Oil
LNDE No. 2 - 6 Oil
LNDEG Gas No. 2 - 6 Oil



To Top of Page: