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LaBour - LPLA/LHLA

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OLD vs NEW STUFFING BOX DESIGN. LHLA/LPLA. DHL/DPL. L3/d4 (widely accepted is 60 max) ... DPL/DHL Wet End' LHLA/LPLA Features. Considerably larger trap volume ... – PowerPoint PPT presentation

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Title: LaBour - LPLA/LHLA


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
LHLA/LPLA
DHL/DPL
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
LaBours 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)
Big Bore
Taper Bore
15
Self Priming Cycle
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
C
D
A
B
24
E
B
F
D
C
A
25
20Hg
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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