Solids Handling Dry Prime Compressor-Assisted (JSC) The industry leading compressor-assisted pump series. JSC Enviroprime System® pumps provide automatic priming, solids handling up to 4 inches, and is ideal for sewer by-pass pumping applications, emergency flood response, and any other applications that require the transfer of liquids that contain solids. The durable construction and the highly efficient pump ends provide longer life and economical operations resulting in lower fuel costs. Applications Waste Treatment: Force main pumping, sewer bypasses, mud or solids in suspension, dosing neutralizing liquids, pumping out settled sludge C onstruction: Wellpoint installation, equipment wash down,pilings, pre-wet operations Industrial: Water jetting and blasting, piping system surcharging and pressure testing, waste pumping, flood drainage, fire fighting, transfer of clean or dirty liquids, mud or solids in suspension Mining: Wash-down operations, tailings, high head/high volume applications Features • xclusive Enviroprime System® Compressor E Assisted priming systems on all models • apability of dry priming and automatic re-priming C • arge solids-handling capability L • igh pressure capability for force main pumping H Marine: Barge cleaning and wash down, pile jetting, docks and seawall installation • High capacity performance Agricultural: Irrigation, dust abatement • Heavy-duty cast iron casing and brackets Note: Alternate pump end materials available for corrosive liquids • Stress-proof stainless steel shaft sleeves • End-suction centrifugal pump end • Cast Iron impeller and wear rings • brasion-resistant tungsten carbide A Consult engineering data for exact maximum performance RPM • Discharge priming valves • Suction and discharge fittings • Safety shutdown controls • Available as diesel, electric, or alternative fuel driven • Available with auto start controls The Enviroprime System® priming system, unlike most automatic priming systems, prevents product blow-by of pumpage, such as sewage, effluent and waste, from being discharged onto the ground or through hoses that carry the pumpage back to the source, making it environmentally friendly.