Specifications

Copyright Jetstream of Houston, LLP © 2011
Effective 2/2011
PUMPS &
FLUID ENDS
Jetstream of Houston, LLP
Phone: US & Canada: 800-231-8192 or 813-590-1300
Web Site: www.waterblast.com
B-5
PUMPS & FLUID ENDS
UP TO 15,000 PSI (1000 BAR)
UNx
®
BARESHAFT PUMP
MODEL 4215HF
The Jetstream model 4215HF waterblast pump is
capable of power input of up to 325 horsepower
(242 kW). It is the most advanced and efficient water-
blast pump of its size in the industry. Combining the
strength and durability of a proven power end
workhorse with the unparalleled simplicity, serviceability
and versatility of the UNx fluid end design, Jetstream
bareshaft pumps are the best choice for those building
their own system or replacing a complicated, worn or
unreliable pump.
• Up to 325 horsepower (242 kW)
• Flow: 32.5 gpm (123 lpm) at 15,000 psi (1000 bar)
40.2 gpm (152 lpm) at 12,500 psi (850 bar)
50.4 gpm (191 lpm) at 10,000 psi (700 bar)
62.9 gpm (238 lpm) at 8,000 psi (550 bar)
• Three Plunger (triplex) design
UNx Fluid End
Features
• Superior performance
• Greater flexibility in the field
• Reduced downtime and maintenance
• See UNx Features and Benefits on page B-1
UNx Power End Features
• Ductile iron power frame is the strongest in the industry
• 4200HD crankshaft machined from high-tech alloy for
superior performance at higher power input
• Largest bearings of any comparable pump on the market
Plungers Connection Types*
in mm
3 4.25 108 3/4" NPT Fml 1/2" NPT Fml 150 – 520
Discharge
Ports
Top Ports
(Accessory)
Pump
Speed
Range
RPM
Stroke
#
* See details on all connection types beginning on page I-2.
General Specs
Max.
Power
Input
Power
End
4200 260 194 15,000 66700
4200HD 325 242 17,750 78950
1,800 820 80W-90 9 34
Total
Weight
Capacity
Pump Oil
gal I
hp kW
Maximum
Frame Load
Type
lb N
lb kg
Power End Specs
Pump
Part
No.
Power
End
Model
Plunger Size
Power
Input
Flow at Specified Pump Speeds**
Max. Flow / Pressure
Diameter
No.
Fluid End Specs
400 RPM 500 RPM300 RPM200 RPM150 RPM Flow** Pressure
** Flow values represented refer to “theoretical” flow, neglecting inefficiency resulting from compressibility of water and expansion of
pressure-bearing components.
in mm gpm lpm gpm lpm gpm lpm gpm lpm gpm lpm hp kW gpm lpm psi bar
52130 4200 #10 .980 24.89 6.2 24 8.3 32 12.5 47 16.7 63 20.8 79 210 157 21.7 82 15,000 1000
52135 4200 #11 1.100 27.94 7.9 30 10.5 40 15.7 60 21.0 79 26.2 99 260 194 26.9 102 15,000 1000
55095 4200HD #12 1.200 30.48 9.4 35 12.5 47 18.7 71 25.0 95 31.2 118 325 242 32.5 123 15,000 1000
52140 4200 #12 1.200 30.48 9.4 35 12.5 47 18.7 71 25.0 95 31.2 118 260 194 32.2 122 12,500 850
55090 4200HD #13 1.335 33.91 11.6 44 15.5 59 23.2 88 30.9 117 38.6 146 325 242 40.2 152 12,500 850
52145 4200 #13 1.335 33.91 11.6 44 15.5 59 23.2 88 30.9 117 38.6 146 260 194 40.2 152 10,000 700
55085 4200HD #15 1.500 38.10 14.6 55 19.5 74 29.3 111 39.0 148 48.8 185 325 242 50.4 191 10,000 700
52150 4200 #15 1.500 38.10 14.6 55 19.5 74 29.3 111 39.0 148 48.8 185 260 194 50.4 191 8,000 550
55080 4200HD #16 1.670 42.42 18.1 69 24.2 92 36.3 137 48.4 183 60.5 229 325 242 62.9 238 8,000 550
53335 4200 #16 1.670 42.42 18.1 69 24.2 92 36.3 137 48.4 183 60.5 229 260 194 62.0 235 6,500 450