350 kW High-Pressure pump for jetting and hydraulic-applications
With a driving power of 350 kW, the K 35000 high-pressure pump is very well suited for jetting and hydraulic applications. It is frequently used, for example, with large mobile jetting systems and has proved itself over many years with service providers in the chemical industry, as well as in mining for flow rates of between 400 and 600 l/min. In this case, the K 35000, with a forced-lubricated gear and with oil cooler, is suited to the demands of 24/7 operation. The K 35000 high-pressure pump is constructed in the classic KAMAT modular component system and as such offers a flexible adaptation to requirements such as operating pressure and medium. Therefore it is also frequently employed in the process-technology sector.
TECHNICAL DATA
Pump |
Q max. l/min |
p max. bar @ kW |
Head types |
|||
|
|
280 kW |
315 kW |
330 kW |
350 kW |
|
35018 |
47 |
3100 |
3500 |
- |
- |
A1 UHP |
35020 |
58 |
2500 |
2800 |
2950 |
3150 |
A1 UHP |
35022 |
70 |
2075 |
2335 |
2440 |
2500 |
A1 UHP |
35024 |
83 |
1750 |
1950 |
2050 |
2200 |
A1 UHP |
35026 |
98 |
1480 |
1670 |
1750 |
1880 |
A1 UHP |
35028 |
114 |
1280 |
1440 |
1540 |
1620 |
A1 UHP |
35030 |
131 |
1150 |
1300 |
1350 |
1440 |
A1 |
35032 |
149 |
1020 |
1150 |
1200 |
1365 |
A1 |
35036 |
188 |
815 |
905 |
950 |
1000 |
A1 / MCH |
35040 |
232 |
665 |
755 |
780 |
810 |
A1 / MCH |
35045 |
294 |
525 |
595 |
625 |
640 |
A1 / MCH |
35050 |
363 |
405 |
455 |
480 |
505 |
A1 / M1 / MCH |
35055 |
439 |
335 |
375 |
395 |
420 |
M1 / MC1 |
35060 |
523 |
280 |
315 |
330 |
350 |
M1 / MC1 |
35065 |
613 |
240 |
270 |
285 |
300 |
M1 / MC1 |
35070 |
711 |
205 |
230 |
245 |
260 |
M1 / MC1 |
35075 |
816 |
180 |
200 |
210 |
225 |
MC1 |
35080 |
928 |
160 |
180 |
185 |
195 |
MC1 |
35085 |
1049 |
140 |
160 |
165 |
175 |
MC1 |
35090 |
1175 |
125 |
140 |
150 |
155 |
MC1 |
35095 |
1310 |
110 |
125 |
130 |
140 |
MC1 |
n max. = 440 1/min
i = 3,39;4,05;5,25
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