BSA 14000 SHP-D 7"

This unit has the proven performance of pumping the world’s tallest building. The Putzmeister BSA 14000 SHP-D 7” was designed for this project, topping out the Burj Khalifa in Dubai at a world record pumping height of 1,988 feet. It has maximum output of 93 cubic yards per hour at 3,190 psi with 7-inch x 83-inch material cylinders. The frame and hopper are reinforced to withstand enormous pressures for such challenging jobs.

Description

This unit has the proven performance of pumping the world’s tallest building. The Putzmeister BSA 14000 SHP-D 7” was designed for this project, topping out the Burj Khalifa in Dubai at a world record pumping height of 1,988 feet. It has maximum output of 93 cubic yards per hour at 3,190 psi with 7-inch x 83-inch material cylinders. The frame and hopper are reinforced to withstand enormous pressures for such challenging jobs.

Specifications:

Performance

Maximum theoretical output* - rod     93 yd³/hr (71m³/hr)
Maximum theoretical output*^ - piston     47 yd³/hr (36m³/hr)
Maximum theoretical pressure* - rod     3,190 psi (220 bar)
Maximum theoretical pressure*^ - piston     3,626 psi
(250 bar)

Technical Information

Material cylinders     7" x 83" (180x2,100mm)
Variable volume     0 to full
Chromed cylinders     Standard
Hydraulic system     FFH-EL
Hydraulic system pressure     CF
Hydraulic cylinders     7.9" x 5.5" (200x140mm)
Outlet diameter     5.5" (140mm)
Maximum size aggregate     2.5" (63mm)

Valve & Hopper

S-Valve     S 1812
Hopper model     RS 905 SHP F
Hopper capacity     21.2 ft³ (600L)
Hopper height     51" (1,295mm)
Maximum strokes per minute - rod     22
Maximum strokes per minute - piston     11

Dimensions

Trailer type     Tandem axles
Length     294" (7,478mm)
Width     88" (2,229mm)
Height     118" (3,005mm)
Approximate weight     23,800 lbs (10,800kg)

* Specifications subject to change without prior notice. Maximum theoretical values listed above. Maximum output and pressure cannot be achieved simultaneously.
^ Special equipment configurations required to operate on piston side.

Minimum slump and maximum aggregate size are dependent upon concrete mix design, site conditions and pipeline diameter. Special equipment configurations required to operate on piston side.
Photos and drawings are for illustrative purposes only. For available options, please contact the factory.