Sale!
Hypro-SLV10-AA40-Prod

SHURflo SLV10 Series

$66.02$106.23

Clear selection
$66.02$106.23
$66.02$106.23
SKU: N/A Categories: , Brand:

Product Description

SHURflo SLV10 Series Automatic Demand Pumps

The SHURflo SLV is ideal for low volume, intermittent-duty applications requiring a compact pump with low power consumption. Unique design has no metals in the fluid path for maximum chemical resistance.

 

 

Key Features

♦ Pump features include automatic demand operation and elastomers that handle a wide variety of chemicals. Perfect for low volume spraying and transfer.
♦ Cost effective yet with high performance and reliability; the SLV offers tremendous value.
♦ Automatic demand; 25 PSI [1.72 bar] on/40 PSI [2.8 bar]
♦ Self-priming up to 2.5 vertical feet [.76 m]
♦ Long-life pressure switch
♦ Thermally-protected ball bearing motor with splash-proof housing
♦ Internal fan radiates heat; external heat sink not required
♦ Integral on/off switch optional

Performance

Hypro-SLV10-AA40-PerfHypro-SLV10-AB41-Perf

Options

Option Model Description Max.
GPM
Max.
PSI
Port Size Max.
Draw
A SLV10-AA40 Viton® valves, Santoprene® diaphragm, 40 PSI demand switch, Integral on/off switch included, 12VDC 1.0 30 3/8″ Barb 2.5
B SLV10-AA41 Viton® valves, Santoprene® diaphragm, 40 PSI demand switch, 12VDC 1.0 30 3/8″ Barb 2.5
C SLV10-AA46 Viton® valves, Santoprene® diaphragm, 40 PSI demand switch, with AG plug, 12VDC 1.0 30 3/8″ Barb 2.5
D SLV10-AA46BX Viton® valves, Santoprene® diaphragm, manual switch, 12VDC 1.0 30 3/8″ Barb 2.5
E SLV10-AA48 Viton® valves, Santoprene® diaphragm, 40 PSI demand switch, Manual switch and 2 pin connector, 12VDC 1.0 30 3/8″ Barb 2.5
F SLV10-AA48AB LOW FLOW PMP 12DVC 1.0 30 3/8″ Barb 2.5
G SLV10-AB41 Viton® valves, Santoprene® diaphragm, 40 PSI demand switch, 24VDC 1.0 30 3/8″ Barb 1.23
H SLV10-HA01 VViton® valves, Geolast® diaphragm, No demand switch, 12VDC 1.0 30 3/8″ Barb 2.5

Additional Information

Weight 6 lbs
Options

Option A, Option B, Option C, Option D, Option E, Option F, Option G, Option H