KC For Pressure Feeding of Dehydrated CakePowerful dewatered sludge transfer pump with innovative structure

MONAS-KC Series significantly improves the conveying capability of dehydrated sludge cake

  • Large and low wide inlet prevents bridges and improves easy intake of cake
  • Large screw enables strong mixing and press-suction of cake
  • Multi-stage mono pump display strong discharge performance and the inducer improves suction efficiency
  • The divided structure or pump casing and joints allows easy field maintenance (MIP : Maintain In Place)and the rotor / stator can be replaced without dismantling the pump casing (Patent)
  • The joint with perfect sealing and protection secure long joint life preventing damages by foreign substance (Patent)

Bearing block type KC-B

Features

  • The dehydrated cake is freely transferred through long-distance piping
  • The system is simple, convenient to operate, and easy for maintenance
  • The closed system is environmentally clean and of no air pollution
  • The simple structure with no valve and smooth operation with no pulsation completely solves the shortcomings of the piston pump

Applications

  • Dehydrated cake, high-viscosity pulp, ceramic soil, clay, silt, fruit juice residue, fish meat, etc

Bearing block KC-B in-line Type

Bearing block type that can be used with various reduction motors A compact monoblock type is also available as the driver and pump are directly coupled

  • KR Relay pump
  • Performance and dimensions Standard
  • Performance and dimensions with Paddle Mixer
  • Paddle Mixer

KR type Relay pump for long-distance transfer of dewatered cake

Long distance transfer is possible by connecting KC type (main feeding pump) and KR type (relay pump) in series. If long-distance transfer is required, please contact us.

Long-distance transfer of sludge by relay pump

Bearing block type KR-B

Diagram of relay transfer using KR relay pump

If long-distance transfer is required, please contact us.

Performance and dimensions

Performance and dimensions of KC type

Model Connection
(A)		 Discharge Pressure
(kgf/cm²)		 Flow rate
(m³/hr)		 Reduction ratio Rotation
(rpm)		 Power
(kW)		 Dimensions
(appr.)		 Wt
(kg)
Pump L1 L2 H1 H2 F1 F2 R1 R2 W
2KC40 100 8 1.81 17.25 105 3.7 2813 1196 330 580 625 560 450 350 580 422
4KC40 100 16 1.81 16.66 105 5.5 3265 1596 330 580 625 560 850 350 580 492
2KC50 125 8 2.81 17.25 105 5.5 2880 1319 340 590 625 560 540 350 580 556
4KC50 125 16 2.81 16.96 105 7.5 3630 1799 340 590 625 560 1020 350 580 654
2KC60 125 8 5.23 16.96 105 7.5 3271 1440 340 590 625 560 670 500 580 631
4KC60 125 16 5.23 16.96 105 11 3955 2040 340 590 625 560 1270 500 580 740
2KC80 150 8 10.84 16.96 105 11 3857 1793 395 700 724 660 890 500 580 919
4KC80 150 16 10.84 17.65 105 22 4870 2593 395 700 724 660 1690 500 580 1157
2KC100 200 8 18.9 17.65 105 22 4730 2234 525 905 824 760 1110 850 930 1527
4KC100 200 16 18.9 16.56 105 37 6029 3234 525 905 824 760 2110 850 930 2012
2KC120 250 8 32.66 16.86 105 30 5213 2513 525 905 824 760 1330 850 930 1890
4KC120 250 16 32.66 16.47 105 45 6508 3713 525 905 824 760 1330 850 930 2463

Performance and dimensions

Performance and dimensions of KC type – with Paddle mixer

In general, the KC Pump can transfer sludge without a paddle mixer, and in particular, a paddle mixer is rather unnecessary in case of forced input by a screw conveyor or natural intake by positive suction head beneath the storage tank.

Model Paddle
Mixer		 Connection
(A)		 Discharge Pressure
(kgf/cm²)		 Flow rate
(m³/hr)		 Reduction ratio Rotation
(rpm)		 Power
(kW)		 Dimensions (appr.) Wt
(kg)
Pump Mixer L1 L2 H1 H2 H3 F1 F2 R1 R2 W
2KC40 W11 100 8 1.81 17.25 105 3.7 1.5 2813 1196 330 580 950 625 560 450 350 580 585
4KC40 W11 100 16 1.81 16.66 105 5.5 1.5 3265 1596 330 580 950 625 560 850 350 580 655
2KC50 W11 125 8 2.81 17.25 105 5.5 1.5 2880 1319 340 590 960 625 560 540 350 580 719
4KC50 W11 125 16 2.81 16.96 105 7.5 1.5 3630 1799 340 590 960 625 560 1020 350 580 817
2KC60 W11 125 8 5.23 16.96 105 7.5 1.5 3271 1440 340 590 960 625 560 670 500 580 794
4KC60 W11 125 16 5.23 16.96 105 11 1.5 3955 2040 340 590 960 625 560 1270 500 580 903
2KC80 W12 150 8 10.84 16.96 105 11 2.2 3857 1793 395 700 1125 724 660 890 500 580 1162
4KC80 W12 150 16 10.84 17.65 105 22 2.2 4870 2593 395 700 1125 724 660 1690 500 580 1400
2KC100 W13 200 8 18.9 17.65 105 22 3.7 4730 2234 525 905 1380 824 760 1110 850 930 1869
4KC100 W13 200 16 18.9 16.56 105 37 3.7 6029 3234 525 905 1380 824 760 2110 850 930 2354
2KC120 W13 250 8 32.66 16.86 105 30 3.7 5213 2513 525 905 1380 824 760 1330 850 930 2232
4KC120 W13 250 16 32.66 16.47 105 45 3.7 6508 3713 525 905 1380 824 760 1330 850 930 2805

Paddle Mixer

When transferring the dehydrated cake directly falling from the dehydrator with the KC type pump, if the cake has very low moisture content, and the upper intake hopper has a structure where the cake is easily stagnant, the intake of cake may not be sufficient and the performance of the pump becomes degraded.
In this case, a paddle mixer may be installed above the pump inlet to stir and degas the dehydrated cake as pretreatment, thereby minimizing air intake and improving pump performance.

However, in general, the KC Pump can transfer sludge without a paddle mixer, and in particular, a paddle mixer is rather unnecessary in case of forced input by a screw conveyor or natural intake by positive suction head beneath the storage tank.