NCIWEB

Model ML 3" 316SS

3" Model ML in 316SS Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 30-35% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model ML 3" BRZ

3" Model ML in Bronze Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 30-35% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model ML 3" CS

3" Model ML in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...

Model MLE 3" CS

3" Model MLE in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...

Model MLH 3" 316SS

3" Model MLH in Carbon Steel Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model MLH 3" BRZ

3" Model MLH in Bronze Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model MLH 3" CS

3" Model MLH in Carbon Steel Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model SG 3" 316SS

3" Model SG in 316SS Motive: Steam / Air Motive Pressure: 15-250 PSIG Pressure Recovery: 15-20% Maximum Suction Lift: -20ft. Maximum Required NPSH: 13ft.  

Model SG 3" CS

3" Model SG in Carbon Steel Motive: Steam / Air Motive Pressure: 15-250 PSIG Pressure Recovery: 15-20% Maximum Suction Lift: -20ft. Maximum Required NPSH: 13ft.  

Model SL 3" 316SS

3" Model SL in 316SS Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 10-15% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model SL 3" BRZ

3" Model SL in Bronze Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 10-15% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model SL 3" CS

3" Model SL in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...