The PHANTOM 60 is a sliding rotary pump and will pump any liquid be it low or high viscosity with maximum volumetric efficiency. Chemical compatibility presents very few problems as our modular design allows maximum flexibility in combining pumping elements of correct materials specifications to suit your specific duty requirements.

Specifications
Capacity: 550L/ Min (121 IGPM) at 750 RPM
Pressure: Maximum differential pressure 10 BAR (150 PSI)
Temperature: -30°C to + 250°C
Viscosity: Up to 100,000 Centistokes
Construction: Cast Iron. S.G. Iron, Stainless Steel, Bronze, Ni-Resist, Cast Steel, Nickel Alloy, Aluminium Bronze, Monel Hastalloy, Hygieniic Constuction.
Model Options: *Basic model comprises – Single Seal Design with Basic Pressure Relief Valve
Standard Model comprises – Two Mechanical Seals with Silicon Carbide wear plates and hygienic adjustable pressure relief valve.
Turbo Model comprises – as standard but additional features of varying vacuum capabilities dependent upon design and various Pressure
Pressure Relief Valve: Relief Valve options (Special orders will be made to suit your requirements.
Basic or Standard Hygienic
The PHANTOM 60 is a sliding rotary pump

Mechanical Seal Arrangement

Packed Gland Seal Arrangement

Phantom 60 is self priming positive displacements pump of a rotary sliding vane design. Each revolution will discharge a fixed volume.
As the rotor turns, the fluid is moved from the suction port to the discharge by the vanes which slide within the rotor. The force acting on the vanes are

  1. Hydraulic pressure behind the vane.
  2. Locating Rings (Standard Design) or Push Rods (Turbo Design)
  3. Centrifugal force.

Integral Pressure Relief Valve – Hygienic design (on all Standard and Turbo models)

PHANTOM 60 Maintains High Efficiency throughout services. Internal pump slip is reduced to a minimum as the vanes wear, they simply move out of the slots, maintaining the same fine clearance against the body. Therefore suction capability and discharge capability is unimpaired even after arduous services.

Typical Viscosities
Water: 1.0 CS
Milk: 1.13 CS
Glucose*: 880 – 22.000 CS
Phenol: 11.7 CS
Sulphuric Acid: 14.6 CS
SAE 40 Oil*: 15 – 210 CS
Fuel Oils*: 2 – 660 CS
Kerosene: 3 CS
Corn Oil: 8 – 29 CS
Sugar 62 Brix*: 216 at 70°F
Corn Starch 24 Baume*: 130 at 70°F
*Viscosities Dependant on Temperature
VISCOSITY CONVERSIONS

  • 1 Poise = 100 Centipoise (CP) (Dynamic)
  • 1 Stoke = 100 Centipoise (CS) (Kinematic)
  • Poise = Stoke x Products Specific Gravity
  • SSU = Poise x 455 (Approx)
  • SSU = Centistokes x 4.635 (for value over 70 CSI)
Model Pump Size Imp Gal per rev. Theoretical Lt.per rev Theoretical Max Rpm Imp. GPM M Maximum Lt/Min Maximum
Gem 20 0.00079 0.0036 750 0.59 2.7
Dart 20 0.018 0.081 750 13 60.75
Griffin 30 0.037 0.166 750 28 124.5
Tay 25 0.06 0.272 750 45 204
Spur/Eagle 40 0.09 0.408 750 67 306
Corniche 50 0.154 0.697 750 115 522.75
Phantom 60 0.162 0.735 750 121 551.25
Pegasus 75 0.3 1.36 600 180 816
Corniche 75 0.33 1.502 600 198 901.2
Mustang 75 0.37 1.71 600 226 1026
Corniche 100 0.579 2.633 500 290 1316.5
Olympus 100 1.649 2.949 500 325 1474.5
Corniche 150 1.719 7.819 250 430 1954.75

1 IMP GAL = 1.20 US GAL = 4.546 LITRE 1cm³ = 0.06 IN3 1 lb/ft = 1.36 Nm
1 m³ = 219.9 GAL IMP = 35.31 cu ft 1HP = 0.745 Kw 1 k = Kg = 20.205lb
KW = (TORQUE Nm x RPM) / 9550 bhp = (G.P.M x P.S.I) / (1428 x Efficiency) Head in ft = (Head in P.S.I x 2.31) / S.G