
1/2Hp, 3/4Hp, and 1Hp
use when pumping "brown" water,
sandy water, or water with small debris.
sandy water, or water with small debris.
Single-phase agitator pumps suspend solids when pumping sand and debris.
Available in manual or automatic operation. 2-inch or 3-inch discharge sizes.
Available in manual or automatic operation. 2-inch or 3-inch discharge sizes.
Equipped with a "High Chromium Iron" Impeller the HSD2.55S Sand
Pump is capable of resisting the extremely abrasive environment
associated with gritty, sandy water.

Heavily debris-laden water calls for rugged pumps. Multiquip submersible trash pumps can easily handle solids up to 1 inch in diameter. All pumps employ single phase electrical power, compact design, high performance impeller design, and trusted performance operations.
Model |
Pump Size |
Motor Hp |
GPM |
Max. Head |
Dimensions Diameter x Height |
Weight |
HS2.4S |
2" |
1/2 |
50 |
35 Feet |
10.0625" x 12.9375" |
25 Lbs. |
HSD.255S |
2" |
3/4 |
53 |
39 Feet |
9.75" x 15.375" |
33 Lbs. |
HSZ2.4S |
2" |
1/2 |
50 |
35 Feet |
13.5" x 17.5" |
42 Lbs. |
ST2010TCUL |
2" |
1/2 |
79 |
40 Feet |
10.3" x 24.5" |
77 Lbs. |
ST2040T |
2" |
1/2 |
95 |
45 Feet |
10.3" x 16.8" |
34 Lbs. |
HS3.75 |
3" |
1 |
74 |
59 Feet |
12.4375" x 15.25" |
47 Lbs. |
HSZ3.75S |
3" |
1 |
74 |
59 Feet |
13.5" x 17.5" |
42 Lbs. |
Trash Pump Facts
Submersible trash pumps equipped with a 2" discharge port can easily
handle solids up to one inch in diameter. Submersible trash pumps equiped
with a 3" discharge port can easily handle solids up to an inch and half in
diameter. A vortex action discharges solids away from the cast iron multi-vane
impeller to prevent clogging.
Solids (sticks, stones and debris) flow through without clogging making them ideal for the water conditions typically found on job sites. Trash pumps handle up to 25% suspended solids by volume.
Solids (sticks, stones and debris) flow through without clogging making them ideal for the water conditions typically found on job sites. Trash pumps handle up to 25% suspended solids by volume.