Origin |
China |
Model Number |
F-1600 |
Brand Name |
RONGLI |
Fuel |
Diesel |
Power |
Electric |
Pressure |
High Pressure |
Standard or Nonstandard |
Standard |
Structure |
Piston Pump |
Theory |
Reciprocating Pump |
Usage |
Oil |
Rongli F1600 mud pump is designed and manufactured to optimize structure to achieve the highest precision and deliver maximum performance and efficiency.
Feature:
u Welded steel plate frame with high strength, good rigidity and light weight assure smooth operation at high power drive.
u Rigid monobloc casted alloy steel crankshaft furnished with herringbone gear, connecting rod and bearing by shrink fits.
u Discharge manifolds are single piece alloy steel forged, machined for maximum strength and life.
u Heat-treated alloy steel, interchangeable fluid cylinders, the fluid expendable are compatible with other major brands F series pumps.
u Combined lubricating system of forced lubrication ad splash lubrication, with oil pump to feed working parts.
u Complete piston drenching and lubrication system.
F series Option:350hp,500hp,800hp,1000hp 1600hp,2200hp pumps and customization is available.
Technical Parameter
|
Item
|
RLF1600
|
|
PowerRating, HP(kw)
|
1600 (1193)
|
|
Stroke Rating, SPM
|
120
|
|
Stroke Length, in /mm
|
12”/305
|
|
Gear Ratio
|
4.206
|
|
Suction Inlet Dia.
in/mm
|
12”/305
|
|
Discharge Inlet in
|
5-1/8” Flange
5000psi
|
|
Valve
|
API7#
|
|
Max. Liner in/mm
|
7”/180
|
|
Overall Dim.
L*W*H mm
|
4615*3276
*2688
|
|
Approx. Weight, kg
|
24791
|
|
Stroke
per
minute
|
Liner size (mm) and Pressure Rating(Mpa) /(psi)
|
|
7
|
6-3/4
|
6-1/4
|
6
|
5-1/2
|
5
|
|
24.19
3508
|
25.46
3692
|
29.66
4300
|
32.16
4663
|
34.5
5000
|
35
5075
|
|
Displacement (L/S) /(gpm)
|
|
120
|
45.41
720
|
42.23
669
|
36.20
574
|
33.36
529
|
28.04
444
|
23.17
367
|
|
110
|
41.63
660
|
38.71
614
|
33.19
526
|
30.58
485
|
25.70
407
|
21.24
337
|
|
100
|
37.84
600
|
35.19
558
|
30.17
478
|
27.80
441
|
23.36
370
|
19.31
306
|
|
90
|
34.06
540
|
31.67
502
|
27.15
430
|
25.02
397
|
21.03
333
|
17.38
275
|
|
Based on 100% volumetric efficiency and 90% mechanical efficiency
|
|