LOW FLOW sealless magnetic drive pumps with no leaks for safe processing and handling of hazardous chemicals
The KMLF is ideal for most corrosive or acidic applications in the chemical, specialty chemical and steel industries. Chemical process sealless magnetic drive non-metallic centrifugal end suction pump covers a wide range of sizes and includes standard external dimensions so that pumps manufactured by other suppliers are dimensionally interchangeable with highly reliable ANSIMAG sealless magnetic drive pumps without changing piping or baseplates. Our sealless magnetic drive pumps meet standard design specifications and materials of construction.
- Flows up to 40 GPM (9 m³/hr)
- TDH up to 170 ft (52 m)
- Temperature Range -20 to 250°F (-30 to 120°C)
APPLICATIONS
Chemical Processing
- Chlor-Alkali
- Pesticides
- Insecticides
- Herbicides
- Fertilizer
Hydrocarbon Processing
- Sour water
- Sulfuric acid
- Benzene
- Xylene
- Toluene
Upstream
- Produced water
- LACT
Aquatic and Marine
- Seawater
- Caustic
Battery Manufacturing
- Sulfuric acid
- Potassium hydroxide
Biofuels
- Bio-diesel
- Ethanol
Food and Beverage
- Fragrances
Mining
- Sodium cyanide
- Sulfuric acid
- Hydrochloric acid
Pharmaceutical
- Silicon oil (Heat transfer fluid)
Pulp and Paper
- Chlorine
- Sulfuric Acid
Semiconductor Manufacturing
- Hydrofluoric acid
- Sulfuric acid
Steel Finishing, Pickling, Etching and Plating
- Hydrochloric acid
Water and Wastewater Treatment
- Sodium hypochlorite
- Sodium hydroxide
- Sulfuric acid
- Ferric Chloride
Proven to be reliable, safe, compact and efficient, ANSIMAG sealless magnetic drive ETFE lined pumps provide a number of operational benefits:
- Magnetic Drive: this patented technology hermetically seals the inner magnets, isolating them from process fluid, which maintains magnet integrity for the life of the unit.
- Close Coupled Design: leverages off-the-shelf NEMA C Face or IEC-B5 Flange motors, and still provides a small footprint, quiet operation and low maintenance.
- Corrosion Protection: Powder Coat exterior is more durable and chemically resistant than Epoxy based paints.
- Easy Service: ANSIMAG Back Pull Out design enables the Drive End to be serviced without breaking into the Wet End.
- Sealless Containment: Lined Kevlar Fiber/Epoxy construction provides unsurpassed pressure handling capability.
- Radial Thrust: All ANSIMAG pumps feature a fully-supported shaft to eliminate radial shaft deflection at low flow operating conditions.
- Zero Leakage: A single, fully-contained O-ring eliminates possible leakage.
- Chemically Resistant Lining: Carbon Fiber reinforced ETFE is resistant to most chemicals.
- Durable Construction: Ductile iron exterior is designed for heavy-duty chemical applications.
- Axial Thrust Washers: increase the allowable operating range over thrust balanced methods. This increases the pump’s reliability through a positive thrust surface that is unaffected by cavitation, solids or transient suction conditions.
- Simple Sealless Design: Consisting of only 9 wetted parts, ANSIMAG pumps can be quickly and easily repaired in the field. Routine maintenance or repairs can be performed without the need for special tools or training.
- Replaceable Impeller: a single-piece replaceable impeller is attached to the inner magnet drive via ANSIMAG’s patented tongue & groove system. The separation provides a cost effective approach to warehouse spare parts management and re-rating operations.
- Run-for-Life Bushing: Silicon Carbide bushings provide near maintenance-free operation for the life of the pump.
- Fully-Encapsulated Inner Drive: provides unsurpassed resistance to chemical attack.
US 60 Hz
- Heads to 170 ft
- Flows to 40 gpm
- Maximum Motor Power 7.5 HP
- Temperature Range -20 to 250°F
- Maximum Case Working Pressure 150 psi
- Hydrotest Pressure 225 psig
- Maximum Viscosity 700 SSU
- Solids Range Concentration to 3% w/w Size: 1/16″ diameter
- Motor Details NEMA C-face and IEC B5
- Mounting Configuration Horizontal close coupled
- Number of Available Hydraulics 1
- Available Flanges Universal fits ASME / ANSI Class 150 RF
Metric 50 Hz
- Heads to 52 m
- Flows to 9 m3/hr
- Maximum Motor Power 5.5 kW
- Temperature Range -30 to 120°C
- Maximum Case Working Pressure 10.3 bar
- Hydrotest Pressure 15.5 bar
- Maximum Viscosity 150 centistokes
- Motor Details NEMA C-face and IEC B5
- Solids Range Concentration to 20% w/w Size: 1.6mm diameter
- Mounting Configuration Horizontal close coupled
- Number of available hydraulics. 3
- Available Flanges ISO PN16, and JIS 10 kg/cm2
- Carbon Fiber Reinforced ETFE
- Glass Fiber Reinforced PFA (impeller parts)
- ETFE or PFA lined ductile iron (casing)
POWER MONITOR
Installed in the Motor Control Center (MCC), a power monitor measures the power required to operate the pump. By setting High and Low trip points, the power monitor is the perfect solution for protecting your pump from:
- Dry running
- Low flow operation
- High flow operation
- Severe cavitation
- Magnet de-coupling
LONG COUPLED
Long coupled configurations conform to ANSI B73.3 dimensions for easy replacement of mechanically sealed pumps (utilizing same baseplate, coupling, guard and motor).
SECONDARY CONTROL & CONTAINMENT
ASME B73.3 compliant back-up to control or contain leakage in the event primary pressure containment is breached.
Solids Handling
With its generous internal clearances, ANISMAG pumps are designed to handle liquids with solids up to 20%+ w/w, 1/8 inch diameter.
Unlike competitive designs, ANSIMAG pumps do not rely on close fitting internally wetted Silicon Carbide wear rings (held in place with non-metallic snap rings) that can trap solids or lock-up the pump.
Frequently Handled Solids:
- Inorganic Salts
- Fine Sand
- Caustic Precipitates
- TiO2(Paints & Coatings)
- Slag (Steel Pickeling)
- Carbon Black
LIQUID LEAK DETECTOR
Solid state device for detecting liquid in the event of a leak in the primary containment shell.
DRY RUN RESISTANT BEARINGS>
Fitting an ANSIMAG pump with Carbon radial bushings reduces the coefficient of friction with the pump shaft extending the life of the pump during process upset or dry run operating conditions.
BASETEK® BASEPLATES
Baseplates pre-engineered, chemically resistant polymer concrete bases provide a superior foundation to channel steel alternatives.
