Wacker PTS 4V 4in/100mm Centrifugal Trash Pump

Heavy duty centrifugal trash pump designed to keep your jobsite dry

Wacker Neuson's self-priming, high performance centrifugal trash pumps have proven themselves on jobsites around the world. Featuring electric start and a thread-on mixed flow impeller design, this trash pump has redefined the quality and durability standards of self-priming centrifugal trash pumps.

• Self-priming, high performance pump capable of handling solids up to 2 inches, ideal for jobsites requiring fast dependable dewatering on command.
• Hardened ductile iron impeller and volute, with patented volute insert, provides a rugged, easy to maintain pump that will stay on the job longer.
• Thread-on mixed flow impeller design produces higher volume and head for increased pump performance.
• Heavy-duty frame with central lifting point and pneumatic tires combine pump and engine protection with easy transport.
• Mechanical seal runs in oil bath to reduce maintenance and protect seal in dry-run conditions.

Standard Package – PTS 4V

Include universal tool, strainer, t-bolt clamp, operator's manual and parts book. Battery is sold separately.

Description Metric Imperial Suction & discharge diameter 100 mm 4 in Length x width x height 915 x 875 x 875 mm 36 x 35 x 35 in Operating weight 163 kg 360 lb Shipping weight (including packaging) 150 kg 330 lb Shipping size 945 x 650 x 850 mm 37 x 25 x 34 in Max. head 32 m 106 ft Max.discharge 160 l/min 705 US gpm Max.discharge 2.667 l/min 705 US gpm Max. suction lift 7,6 m 25 ft Solid size capacity 50 mm 2 in Engine Type air-cooled, 4-cycle, twin cylinder, gasoline engine Briggs & Stratton Vanguard with electric start Displacement 480 cm3 29.3 in3 Max. Rated Power at Rated Speed* 11.9 kW at 3600 rpm 16 hp at 3600 rpm Operating speed 3.600 1/min 3,600 rpm Power Rating Specification SAE J1995 SAE J1995 Fuel tank capacity 17 l 4.5 US gal Max. fuel consumption 4,8 l/h 1.3 US qt/h

Specifications may change due to continuous product development. * Actual power output may vary due to conditions of specific use.