3/8" Light-Duty Cast Iron Rotary Gear Pump Head, Pedestal Design, 100 psi

Hover over image to magnify
Rotary Gear Pump Head, 3/8 In.,
Rotary Gear Pump Head, 3/8 In.,

#926511-4 | Pkg Qty: 1

$302.27 pkg | $302.27 ea
Item Number 926511-4
Scanner Description Rotary Gear Pump Head, 3/8 In.,
Inventory Status Drop Ship Item
Weight 7.2 lb
Brand DAYTON

Technical Specifications

Brand
DAYTON
Maximum Pressure
100 psi
Design
Pedestal
Maximum Temperature (Deg. F)
280
Duty Rating
Light
Maximum Viscosity
550 SSU
GPM @ 100 PSI
6.6
Mfr. Part Number
4KHJ6
GPM @ 25 PSI
6.9
O-Ring
Viton
GPM @ 50 PSI
6.8
Pack Quantity
1
GPM @ 75 PSI
6.7
Port Size
3/8 in.
GPM @ Freeflow
7
Pump Body Material
Cast Iron
GPM @ Freeflow @ 1725 RPM
7
Pump RPM
1725
Gear
Steel Spur
Recommended Motor HP
1-1/2
HP @ 100 PSI
1-1/2
Relief Valve
Without
HP @ 25 PSI
3/4
Seal
Viton Lip
HP @ 50 PSI
1
Shaft Diameter
0.63 in.
HP @ 75 PSI
1
Shaft Height
2-5/8 in.
HP @ Free Flow
3/4
Shaft Material
Steel
HP @ Free Flow @ 1725 RPM
3/4
Suction Lift
7.9 ft.
Height
3-5/8 in.
Suction Lift @ 1725 RPM
7.9 ft.
Item
Rotary Gear Pump Head
Temperature Range
32 deg. to 280 deg. F
Length
4 in.
Type
Light Duty
Manufacturers Warranty Length
1 Year
Width
5-3/8 in.

Product Description

Dayton rotary gear pump features self priming and positive displacement, designed to handle high viscous fluids. The rotary gear pump is used in wide variety of applications including industrial, agricultural, marine, domestic, and commercial apartments. In addition to being bidirectional, the cast iron pump is designed to handle oil-based fluids, not used with water-based fluid. The pump can be used for low speed operation and pulseless flow.

Compliance & Restrictions

Prop 65 WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.
Item Barcode
9265114
  Name Item Description
Grainger Dropship Grainger Dropship 4KHJ6 Rotary Gear Pump Head, 3/
UNSPSC CODES UNSPSC CODES 40151551
VMRS (ATA) CODES VMRS (ATA) CODES 053-006-009 Rotary Gear Pump Head, 3/

For more product information by email, click here