Water Feature Pumpsliterature.puertoricosupplier.com/009/CB8663.pdf · PN - Series Manual Slide...
6
(Amenities From Technology) For People & The Earth ACCREDITED BY THE DUTCH COUNCIL FOR CERTIFICATION REG No 24 ACCREDITED BY THE DUTCH COUNCIL FOR CERTIFICATION REG No 24 ISO 9001 TSURUMI PUMP TSURUMI PUMP TSURUMI PUMP Water Feature Pumps Water Feature Pumps Water Feature Pumps High Efficiency High Efficiency High Efficiency Continuous Duty Continuous Duty Continuous Duty Environmentally Friendly Environmentally Friendly Environmentally Friendly
Transcript of Water Feature Pumpsliterature.puertoricosupplier.com/009/CB8663.pdf · PN - Series Manual Slide...
(Amenities From Technology) For People & The Earth
ACCREDITED BY
THE DUTCH COUNCIL
FOR CERTIFICATION
REG No 24
ACCREDITED BY
THE DUTCH COUNCIL
FOR CERTIFICATION
REG No 24
ISO 9001
TSURUMI PUMPTSURUMI PUMPTSURUMI PUMP
Water Feature PumpsWater Feature PumpsWater Feature Pumps
High EfficiencyHigh EfficiencyHigh Efficiency
Continuous Duty Continuous Duty Continuous Duty Environmentally FriendlyEnvironmentally FriendlyEnvironmentally Friendly
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Ceramic Bottom Faces
Environment Friendly White Oil Seal Lubricant
Solids Handling Semi-Vortex Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Ceramic Bottom Faces
Environment Friendly White Oil Seal Lubricant
Solids Handling Semi-Vortex Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Ceramic Bottom Faces
Environment Friendly White Oil Seal Lubricant
Solids Handling Semi-Vortex Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components
ManualManualAutomaticAutomatic
PMU- Series SpecificationsPMU- Series Specifications
Pump ModelDischarge Dia.
NPTHp. RPM Volts Hz. Full Load Amps
Power InputWatts
50PMU2.15S 2" 1/5 3600 115 60 2.01 230.9
GPH Minimum Total HD. Max GPH @ BEPTotal HD.@ BEP
GPH MaxTotal HD.Minimum
Operating CostPer/MO. @ BEP
Operating CostPer/MO. @Max GPH
810 15' 1620 11.5' 3000 3.7' $13.28* $16.86*
Duty Max TempSolids
Handling Dia.CableLength
CONTINUOUS 1400F 1.38" 20'
*Based on $.10 Per kW HR and 24 hours per day, 7 days per week operation.
B.E.P. = Best Hydraulic Efficiency on pump curve.
PMU- SeriesPMU- Series
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Ball type air Relief valve
Solids Handling Semi-Vortex Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components)
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Ball type air Relief valve
Solids Handling Semi-Vortex Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components)
PN - SeriesPN - Series
ManualManual Slide Rail MountedSlide Rail Mounted AutomaticAutomaticAutomatic
PN- Series SpecificationsPN- Series Specifications
Pump ModelDischargeDia. NPT
Hp. RPM Volts Hz.Full
LoadAmps
PowerInputWatts
GPHMin.
TotalHD.Max
GPH@
BEP
TotalHD. @BEP
GPHMax
TotalHD.Min.
OperatingCost
Per/MO.@ BEP
OperatingCost
Per/MO.@ MaxGPH
50PN2.25S 2" 0.34 3600 115 60 4.8 479 1200 23' 2400 16.4' 3630 6.5' $34.98* 34.98*
50PN2.4S 2" 0.54 3600 115 60 6.4 655 1440 31.5' 2820 22.5' 4740 6.5' $46.08 $47.34
50PN2.75S 2" 1.00 3600 115 60 8.33 924 1770 41' 3540 30.5' 5520 11.0' $64.46* 67.41*
80PN21.5 3" 2.00 3600 230** 60 8.9** 1846** 2550 49' 5100 36.5' 10800 3.5" $112.12* 130.68*
Duty Max TempSolids
HandlingDia.
CableLength
CONTINUOUS 1400F 0.787 32'
*Based on $.10 Per kW HR and 24 hours per day, 7 days per week operation.** Requires 1 ph inverterB.E.P. = Best Hydraulic Efficiency on pump curve.
PSF - SeriesPSF - Series
Pump ModelDischargeDia. NPT
Hp. RPM Volts Hz.Full
LoadAmps
PowerInputWatts
GPHMin.
TotalHD.Max
GPH@
BEP
TotalHD. @BEP
GPHMax
TotalHD.Min.
OperatingCost
Per/MO.@ BEP
OperatingCost
Per/MO.@ MaxGPH
50PSF2.25S 2" 0.34 3600 115 60 4.8 479 600 36' 1200 26' 1620 16.5' $30.66* $31.15*
50PSF2.4S 2" 0.54 3600 115 60 6.4 655 705 47' 1410 34.5' 1740 22' $40.42* $40.42*
50PSF2.75S 2" 1.00 3600 115 60 8.33 924 1320 51' 2640 39' 3804 18' $52.03* $57.52*
80PSF21.5 3" 2.00 3600 230** 60 9.2** 1860** 2790 63.5' 5580 49' 10980 3.5" $130.79* $132.29*
Duty Max TempSolids
HandlingDia.
CableLength
CONTINUOUS 1400F 0.375 32'
*Based on $.10 Per kW HR and 24 hours per day, 7 days per week operation.** Requires 1 ph inverterB.E.P. = Best Hydraulic Efficiency on pump curve.
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Ball type air Relief valve
Enclosed High Head Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components)
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Ball type air Relief valve
Enclosed High Head Impeller
Recyclable FRP, (Fiberglass Reinforced Plastic Components)
ManualManual Slide Rail MountedSlide Rail Mounted AutomaticAutomaticAutomatic
PSF- Series SpecificationsPSF- Series Specifications
AABB AB-Series AB-SeriesWatertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor (Inverter Duty Rated)
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Oil Lifter (2 Hp.)
High Flow Low Head, Cast Iron Axial Flow Propeller
Watertight Cable Entrance With Anti-wicking Block
Permanently Lubricated Sealed Ball Bearings Rated B-10 60,000 Hours
Built In Motor Protection
Continuous Duty Air Filled Copper Wound Highly Efficient Motor (Inverter Duty Rated)
Corrosion Resistant Stainless Steel Motor Casing, Fasteners And Shaft
Dual Inside Mechanical With Silicon Carbide Vs. Silicon Carbide Bottom Faces
Oil Lifter (2 Hp.)
High Flow Low Head, Cast Iron Axial Flow Propeller
AB- Series SpecificationsAB- Series Specifications
Pump ModelDischargeDia. NPT
Hp. RPM Volts Hz.Full
LoadAmps
PowerInputWatts
GPHMin.
TotalHD.Max
GPH@
BEP
TotalHD. @BEP
GPHMax
TotalHD.Min.
OperatingCost
Per/MO.@ BEP
OperatingCost
Per/MO.@ MaxGPH
100AB2.4S-61 4" 0.54 3600 115 60 7.9 772 4830 8.6 9660 6' 12660 3.2' $56.23* $53.09*
125AB2.75-61 5" 1.00 3600 230** 60 5.7 1151 5550 12.3' 11100 8.2' 17400 4' $82.24* $83.51
150AB41.5-61 6" 2.00 1750 230** 60 10.7 1783 12600 10.5 25200 7' 39900 1.5' $115.42* $106.91
Duty Max TempSolids
HandlingDia.
CableLength
CONTINUOUS 1400F 0.33 32'
*Based on $.10 Per kW HR and 24 hours per day, 7 days per week operation.** Requires 1 ph inverterB.E.P. = Best Hydraulic Efficiency on pump curve.
.54 HP..54 HP. 2 HP.2 HP.
It is a well know fact that three phase motors offer the following advantages over single phase motors.
Three phase motors are more efficient than single phase motor, (often higher than 30%).
Three phase motors are more reliable than single phase motors, (frequently lasting 10 times longer).
Three phase motors are generally less expensive than single phase motors.
The table below is an operational cost comparison between a Tsurumi three phase unit with phase inverter and two other manufactures single phase submersible pumps.
It is a well know fact that three phase motors offer the following advantages over single phase motors.
Three phase motors are more efficient than single phase motor, (often higher than 30%).
Three phase motors are more reliable than single phase motors, (frequently lasting 10 times longer).
Three phase motors are generally less expensive than single phase motors.
The table below is an operational cost comparison between a Tsurumi three phase unit with phase inverter and two other manufactures single phase submersible pumps.
Inverter PanelInverter Panel
In addition to cost of operation savings the Tsurumi Single Phase Inverter Panel provides the following advantages:
1. The pump speed can be adjusted for the desired effect or, ( with the addition of other components), can be set to run at a reduced speed during certain time periods.
2. The pump speed can be adjusted in order to supply the minimum filtering requirement and adjusted to supply flow required for higher flow requirements such as waterfalls. (A SECOND PUMP IS NOT REQUIRED!) ADJUSTING THE FLOW BY MEANS OF A VALVE, WASTES ENERGY. ADJUSTING THE FLOW BY SPEED SAVES ENERGY.
3. Provides superior electronic overload protection.
4. Allows for "soft start" with negligible inrush current thereby extending motor life.
5. When maximum amperage draw is close to maximum supply, adjustment of the pump speed can be set to the maximum amperage draw, allowed by the supply.
6. Takes place of multi-speed motors.
7. Takes the place of pump control panels.
9. No loss of torque or higher power consumption as is the case with other phase conversion methods.
½ HP PUMPSWATT CALCULATIONI = Full Load Amps
E= VoltageSINGLE PHASE W = I X E X pf
pf = Power Factor
PUMP MODELCOMPARABLE
PERFORMANCE
RATED
HORSEPOWER
RATED
AMPSVOLTAGE
POWER
FACTOR
POWER
INPUT
WATTS
*ACTUAL
HORSEPOWER
CONSUMPTION
AVERAGE
COST PER
KWH
OPERATING
COST PER
MO.
OPERATING
COST PER
YEAR
COMPETITOR G 3600 GPH @ 14.5' 4/10 8.3 115 0.9796 935.0 1.3 0.10$ 68.26$ 819.08$COMPETITOR E 3600 GPH @14' ½ 8.3 115 0.98 935.4 1.3 0.10$ 68.28$ 819.42$Tsurumi 50PN2.4 3600 GPH @ 16.8' ½ 1.5 230** 0.791 481.6 0.6 0.10$ 35.15$ 421.84$
CORRECTION FOR INVERTER = 1.73*ACTUAL HP. CONSUMPTION IS AT RATED AMPS, FOR TSURUMI THIS IS ALSO FULL LOAD AMPS.COST OF OPERATION PER YEAR = WATTS X HOURS OF OPERATION X AVERAGE COST PER KILOWATT HOUR
**REQUIRES INVERTER PANEL
