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LaBour - LPLA/LHLA

LaBour - LPLA/LHLA. Self Primer Pump. LPLA/LHLA Design. How it all started. Hydrobalance. LHLA/LPLA is Born. +. =. Why change “the perfect pump”. Mechanical Seal development Stricter shaft tolerances Larger stuffing box Ease of maintenance Back Pull Out Design

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LaBour - LPLA/LHLA

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  1. LaBour - LPLA/LHLA Self Primer Pump

  2. LPLA/LHLA Design

  3. How it all started

  4. Hydrobalance

  5. LHLA/LPLA is Born + =

  6. Why change “the perfect pump” • Mechanical Seal development • Stricter shaft tolerances • Larger stuffing box • Ease of maintenance • Back Pull Out Design • Shaft stiffness (L3/d4) • Bearing design (7000 series duplex)

  7. OLD vs NEW STUFFING BOX DESIGN DHL/DPL LHLA/LPLA

  8. L3/d4(widely accepted is 60 max) d L

  9. Group S Comparison

  10. Discharge Arrangement LPLA LHLA H = Horizontal P = Perpendicular

  11. Models LHLA LPLA With Trap Less Trap

  12. Features & Benefits - LPLA/LHLA Liquid End Heavy Duty 316SS or higher Alloy Shaft Lip Seals Standard (Optional Lab. Seals) External Impeller adjustment using jack bolts AND shims Duplex Angular Thrust Bearing LaBour’s HYDRO-BALANCE guarantees suction lifts of up to 25 feet DPL/DHL ‘Wet End’ ANSI (LVA/TFA ) Back Pull Out Power End

  13. LHLA/LPLA Features • Considerably larger trap volume • Modular construction (you only replace what is worn). • Pump designed as a self primer (not an ANSI pump with trap) • Circular casing design (eliminating air pockets) • All pumps tested for 20” vacuum minimum

  14. Features & BenefitsStuffing Box Options (with or without Spiral Trac) Standard Bore Big Bore Taper Bore

  15. Self Priming Cycle 4. Air is expelled thru discharge. 5. Liquid re-enters casing/trap thru second throat to priming chamber. 6. Cycle continues until all air is evacuated from line. 3. Mixture of Air/Liquid is expelled into the separator. 2. Start pump, impeller pulls liquid from trap 1. Fill pump with initial priming charge.

  16. Competition • Gorman Rupp (industrial applications) • Flowserve (Durco) • Goulds • ANSI Mag (lined mag drive)

  17. Competition Comparison

  18. LHLA/LPLA Pump Applications • Vacuum Filtration (Komline Sanderson, Siemens, US Filter) • Sumps • Tank Car Unloading • Day Tank Transfer • Mine de-watering

  19. Tank Car Unloading

  20. Tank Unloading

  21. Komline Sanderson Vacuum Drum Filter

  22. Vacuum Filtration Systems

  23. ‘E’ ‘D’ ‘C’ ‘A’ ‘B’

  24. ‘E’ ‘B’ ‘F’ ‘D’ ‘C’ ‘A’

  25. 20”Hg ‘C’ ‘F’ ‘A’ ‘E’ ‘D’ ‘B’

  26. Trouble Shooting Self Priming Pumps • No Initial Priming Charge • Wrong Direction of Rotation • Air leaks in the suction line • Discharge Check Valve without bleed line • Suction lift too high (high S.G. or friction loss) • Loss of Priming Charge • Low speed • Foaming liquid (does not release air well) • Packing type not designed for vacuum service • Wear or Corrosion

  27. LaBour was the FIRST (and still is the) Premier Self Priming Pump Manufacturer. Questions? Opportunities?

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