Share
Print
DAYTON
1/3-HP Self Priming Centrifugal Pump, 32 ft. Max. Head, 3/8" Max. Dia. Solids, Cast Iron
#912172-6 | Pkg Qty: 1
$595.14 pkg | $595.14 ea
Drop Ship Item
Shipping to 60045
Technical Specifications
Key Specifications
Agency Compliance
c CSA us
Maximum Head
32 ft.
Amps
7.0/3.5
Maximum Liquid Temperature
180°F
Bearing Type
Ball
Maximum Pressure
13.9 psi
Best Efficiency GPM @ Head
17 gpm @ 20 ft.
Maximum Specific Gravity
1
Best Efficiency Range GPM @ Head
12 to 33 GPM @ 25 to 15 ft.
Mfr. Part Number
4YKP5
Brand
DAYTON
Mfr. Warranty Length
1 yr.
Drain Plug
Easily Accessible
Minimum GPM @ Head
2 gpm @ 31 ft.
Duty
Continuous
Motor Design
Capacitor-Start/Run
Frame
56J
Motor Enclosure
ODP
GPM @ 10 PSI
14.1
Motor RPM
3450
GPM of Water @ 10 Ft. of Head
33
Motor Type
Capacitor-Start, Capacitor-Run
GPM of Water @ 15 Ft. of Head
21
NEMA/IEC Frame
56J
GPM of Water @ 150 Ft. of Head
21
Outlet
1-1/2 in. NPT
GPM of Water @ 2 Ft. of Head
37
Outlet Size
1-1/2 in. NPT
GPM of Water @ 20 Ft. of Head
17
Package Quantity
1
GPM of Water @ 25 Ft. of Head
12
Phase
1
GPM of Water @ 30 Ft. of Head
6
Port Rotation
4 Position Increments
GPM of Water @ 5 Ft. of Head
35
RPM
3450
Height
10 in.
Screw Material
Carbon Steel
Horsepower
1/3
Seal Application
Non-Flammable Liquids Compatible with Pump Components
Housing Material
Cast Iron
Seal Material
304 Stainless Steel, Carbon, Ceramic, Viton
Hz
60
Seal Type
Mechanical
Impeller Material
Cast Iron
Self-Priming
Yes
Impeller Type
Semi Open
Service Factor
1.35
Inlet
1-1/2 in. NPT
Shaft Material
Stainless Steel
Inlet Pressure
71.1 psi
Shipping Weight
39 lb.
Item
Centrifugal Pump
Suction Lift
25 ft.
Length
16-3/4 in.
Type
Transfer, Self Priming
Maximum Case Pressure
85 psi
Voltage
115/230 VAC
Maximum Diameter Solids
3/8 in.
Volute Material
Cast Iron
Maximum Fluid Viscosity
31 SSU
Wetted Materials
304 Stainless Steel, Cast Iron, Ceramic, Viton,Carbon
Maximum GPM @ Head
36 gpm @ 2 ft.
Width
7-5/16 in.
General
Application
For General Purpose Chemical Transfer From Drums or Storage Tanks.
Impeller Design
Semi-Open
Best Efficiency Flow
36 gpm
Intake Type
NPT
Best Efficiency Head
15 to 25 ft
Intake and Discharge Size
1 1/2 in , 1 1/2 in
Compatible Discharge Pipe Size
1 1/2 in
Maximum Feet of Head
32 ft
Compatible Intake Pipe Size
1 1/2 in
Minimum Media Temperature
40 Degrees F
Compatible with Media Type
Non-Abrasive Liquids, Non-Flammable Liquids
Motor Enclosure Type
ODP
Discharge Rotation
90 Degrees Increments
Motor Frame Designation
56J
Discharge Type
NPT
Nameplate Voltage
115/230V AC
Feet of Head (Minimum)
2 ft
Nominal Voltage
115/230V AC
Flow Rate @ 10 ft of Head (Maximum)
33 gpm
Pump Housing Material
Cast Iron
Flow Rate @ 15 ft of Head (Maximum)
21 gpm
Shut Off Pressure (Maximum)
13.9 psi
Flow Rate @ 20 ft of Head (Maximum)
17 gpm
Solid Diameter (Maximum)
0.38 in
Flow Rate @ 30 ft of Head (Maximum)
6 gpm
Specific Gravity (Maximum)
1
Flow Rate @ 5 ft of Head (Maximum)
35 gpm
Suction Lift (Maximum)
25 ft
For Use With
Non-Flammable/Non-Abrasive Liquids Compatible with Pump Wetted Materials
Wetted Material
304 Stainless Steel, Carbon, Cast Iron, Ceramic, Viton
Product Description
Dayton transfer pump is designed for transferring liquids from drums or storage tanks. The pumps are designed to pump non-abrasive liquids which are compatible with pump component materials. Handles liquids from 40°F and up. This is a manual unit, no controls are supplied.
Expertly Selected Product Pairings
$30.94 pkg | $30.94 ea
$11.39 pkg | $11.39 ea
Item Barcode
Transfer Pump, 1/3 Hp, Cast
Name | Item | Description | |
---|---|---|---|
Grainger Dropship | 4YKP5 | Transfer Pump, 1/3 HP, | |
UNSPSC CODES | 40151503 | ||
VMRS (ATA) CODES | 053-006-009 | Transfer Pump, 1/3 HP, |
All information contained herein is the property of Imperial Supplies LLC, and is published here for your use only. Any reproduction or distribution of this information without prior written consent from Imperial Supplies LLC is strictly prohibited.
Imperial Supplies LLC does not provide services and products outside the United States
For more product information by email, click here