TECHNICAL SPECIFICATION
Characteristics
Pump large volume flows with five cylinders without cavitation
With an input power of 800 kW, the K 80000 high-pressure pump is an extremely powerful pump. As a five-cylinder pump (quintuplex), it offers the possibility to pump in many applications without inlet boost pressure. Its special five-cylinder design allows large volume flows without cavitation in the pump. Similar to its smaller counterpart the K 50000, it is used for large jetting or hydraulic tasks. It is used especially as a high-end pump in mining, as a work-horse in water hydraulics and in steelworks, as well as in large systems of the oil and gas industry. The gearbox with oil forced lubrication and oil cooler enables a secure, continuous, operation of the high-pressure pump.
TECHNICAL DATA
Pump |
Q max. l/min |
p max. bar @ kW |
Head types |
|||
|
|
400 kW |
500 kW |
630 kW |
800 kW |
|
80022 |
117 |
1775 |
2220 |
2800 |
3500 |
A1 UHP |
80026 |
163 |
1270 |
1590 |
2000 |
2545 |
A1 UHP |
80028 |
190 |
1095 |
1370 |
1725 |
2190 |
A1 UHP |
80032 |
248 |
840 |
1050 |
1320 |
1675 |
A1 UHP |
80036 |
313 |
660 |
830 |
1045 |
1325 |
A2 |
80040 |
387 |
535 |
670 |
845 |
1075 |
A2 / MCH |
80045 |
490 |
425 |
530 |
665 |
845 |
A2 / MCH |
80050 |
604 |
340 |
430 |
540 |
685 |
A2 / MCH |
80055 |
731 |
280 |
355 |
445 |
565 |
M1/ MCH |
80060 |
870 |
235 |
295 |
375 |
475 |
M1/ MCH |
80065 |
1022 |
205 |
255 |
320 |
405 |
M1 / MC1 |
80070 |
1185 |
175 |
215 |
275 |
350 |
M1 / MC1 |
80075 |
1360 |
150 |
190 |
240 |
305 |
MC1 |
80080 |
1547 |
130 |
165 |
210 |
265 |
MC1 |
80085 |
1747 |
115 |
145 |
185 |
235 |
MC1 |
80090 |
1958 |
100 |
130 |
165 |
210 |
MC1 |
80095 |
2182 |
95 |
115 |
150 |
190 |
MC1 |
80100 |
2417 |
90 |
110 |
135 |
175 |
MC2 |
80110 |
2925 |
70 |
90 |
110 |
145 |
MC2 |
80120 |
3482 |
60 |
75 |
85 |
125 |
MC2 |
n max. = 440 1/min
i = 3,40; 4,10; 4,69; 5,19; 6,03
API 674 = max. 290 1/min
UHP = Ultra High Pressure
Technical data is based on 100% volumetric efficency and 20°C ambient temperature
The right to technical changes is reserved
1 bar = 0,1 MPa = 14,5 PSI
1 l/min = 0,2642 US-GPM
1 kW = 1,36 HP