Condensate Removal Pump: 110/240V AC, No Tank, 1/16 hp, 2.5 gph, 33 ft Max. Head
In Stock
$386.00
/each
Earn 386 points with this purchase
Request quantity discount pricing
Compliance & Restrictions
Hazardous Material
Contains hazardous waste materials
You're Viewing
LITTLE GIANT Condensate Removal Pump: 110/240V AC, No Tank...
Item 45LW02
$386.00
Customers Also Viewed
No related products found.
Product Details
| Brand | LITTLE GIANT |
| Maximum Flow Rate @ 20 Feet of Head | 1.2 gph |
| For Discharge Pipe Diameter | 1/4 in |
| Inlet Standard | Open |
| Maximum Flow Rate @ 1 Foot of Head | 2.5 gph |
| For Inlet Pipe Diameter | 3/4 in, 1/2 in, 5/8 in |
| Nameplate Voltage | 110/240V AC |
| Maximum Flow Rate @ 15 Feet of Head | 1.3 gph |
| Discharge Standard | Barbed |
| Number of Inlets | 1 |
| Includes Tubing | No Tubing Included |
| Media Temperature - Maximum | 120 Degrees F |
| Tank Opacity | Translucent |
| Electrical Connection Type | Hardwired |
| Series | EC-1K-DV |
| Standards | CE, cCSAus |
| Tank Capacity | 0 gal |
| Includes Safety Switch | No Safety Switch Included |
| Maximum Flow Rate @ 5 Feet of Head | 1.8 gph |
| Shut Off Level | 0.37 in |
| Turn On Level | 0.45 in |
| Tank Material | Plastic |
| Plenum Rated | No |
| Product Type | Mini-Split Condensate Removal Pump |
| Feet of Head - Maximum | 33 ft |
| For HVAC Heating Energy Size | 34,000 BTU |
| Horsepower | 1/16 hp |
| Maximum Flow Rate @ 10 Feet of Head | 1.5 gph |
| Mfr. Model # | 553517 |
| Country of Origin | Mexico (subject to change) |
| UNSPSC | 40151510 |
Description
Condensate Removal Pump, Discharge Connection Style Barbed, Horsepower 1/16 hp, Includes Air Conditioner Trim, Inlet Filter, Line Set Kit, Wall Fasteners, Intake Connection Style Open, Maximum Feet of Head 60 ft, Maximum Flow Rate @ 10 Feet of Head 1.5 gph, Maximum Flow Rate @ 15 Feet of Head 1.3 gph, Maximum Flow Rate @ 1 Foot of Head 2.5 gph, Maximum Flow Rate @ 20 Feet of Head 1.2 gph, Maximum Media Temperature 120 Degrees F, Nameplate Voltage 110/240V AC, Plenum Rated No