Fluid Coupling

Higher durability

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Variable Fluid Coupling

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Variable Fluid Coupling
Flow Control Type

Variable Fluid Coupling
Scoop Control Type

Description

Centrifugal devices in the industrial sector are mostly operated at lower operating conditions than the loads in the initial design. Also, variation in operation loads is required depending on the characteristics of the facility. For variation in loads, most centrifugal devices had inefficient operation with adopted flow control valves or dampers. By adopting variation fluid coupling for operation under these low load and load conditions, the required power of the motor can be drastically reduced by reducing the number of rotations in the centrifugal machine and coping with load fluctuations.

Performance

Energy Saving

Energy saving device : speed shift from 20 to 100%

No load

Possibility of no load operation of drive machine

PLC system

Implementing IoT function is activated.

Remote operation

with PLC application

Improved efficiency

Improved efficiency by changing the load of the process

Lubricating

Lubricating of the drive and driven machine via the internal and external lubrication pump

Absorption

Absorption of load side impact and vibration

Low costs

high reliability via fluid power transfer without mechanical combination

KFC

Size Max
RPM		 Transmitted
Power
(KW)		 Dimenstion (mm) Oil
(lt)		 Weight
(Kg)
L H h A B F G D K Q E
15 3000 220-315 610 940 520 280 730 390 110 65 282 20 670 40 280
3600 360-450
17 3000 315-560 636 1000 580 211 730 396 120 75 282 20 670 85 500
3600 450-600
19 1200 40-90 636 940 520 280 730 396 120 75 282 20 670 40 305
1800 170-275
21 1200 90-150 731 1112 625 325 880 451 140 85 350 25 820 80 485
1800 275-400
24 1200 150-220 731 1112 625 325 880 451 140 85 350 25 820 80 503
1800 400-545
27 1200 220-300 920 1222 700 390 960 560 180 100 385 25 890 115 800
1800 545-1000
29 1200 300-520 970 1312 750 440 1040 610 180 120 435 25 970 142 1100
1800 1000-1700

KSC

Size Max
RPM		 Transmitted
Power
(KW)		 Dimenstion (mm) Oil
(lt)		 Weight
(Kg)
L H h A B C K M N 4-Ø D L1
422 1800 90-150 1000 825 500 560 900 980 220 60 30 23 70 135 130 650
3600 520-750
487 1200 40-85 1145 1030 630 620 1000 1060 260 60 30 23 70 135 220 750
1800 150-280
562 1200 85-180 1145 1030 630 620 1000 1060 260 60 30 23 70 135 220 850
1800 280-570
650 900 70-150 1310 1260 750 680 1200 1300 313 100 35 40 80 165 310 1350
1200 180-350
1800 570-1250
750 900 150-290 1310 1260 750 680 1200 1300 313 100 35 40 80 165 320 1450
1200 350-700
1500 650-1000
875 1200 700-1600 1470 1660 850 780 1350 1470 370 120 50 40 125 175 370 2150
1500 1000-2000
487H 3000 650-1100 1255 1230 800 860 1000 1780 131 120 75 42 75 145 510 1220
3600 720-2150
562H 3000 1100-2200 1255 1230 800 860 1000 1780 131 120 75 42 75 145 510 1270
562HH 3600 2150-4000 1360 1270 800 1200 1200 1350 85 120 75 42 80 165 460 2230
750T 1800 1250-2350 1470 1280 725 760 1300 1400 350 120 75 42 125 175 420 2200

KSCH

Size Max
RPM		 Transmitted
Power
(KW)		 Dimenstion (mm) Oil
(lt)		 Weight
(Kg)
L H h A E B C
875 1500 1500-3100 1750 1400 850 930 1140 1400 1500 550 2700
1800 2300-5000
1000 900 600-1300 1880 1986 1150 1300 1500 1750 1855 950 4600
1200 1600-3000
1500 3100-5100
1150 600 390-800 1880 1986 1150 1300 1500 1750 1855 950 5000
900 1300-2500
1200 3000-4000
1250 600 800-1200 2250 2131 1170 1950 2100 1600 2160 1250 7600
900 2500-2800