The MD-Kinney KVC Series claw pumps have a compact footprint requiring a minimal amount of floor space and are highly efficient in design, resulting in optimal CFM per HP. Minimal wearing parts and maintenance are needed due to contactless operation and oil-free compression.
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The claw pump has two contact free claw-shaped rotors, turning in opposite directions from one another. These rotors are timed and synchronized using a high-performance gearbox. As the rotors turn, the claw travels over the suction connection, pulling inlet gas into the compression chamber. As rotors continue to rotate, gas moves from the suction side to the pressure side. It is then compressed by the reduction of volume between the rotors. During this process, the discharge channel is temporarily sealed by the lower rotor. The gas then travels out the discharge channel once it reaches maximum compression.
Features include:
Applications:
Model | Nominal Displacement (CFM) | Ultimate Pressure (Torr) | Motor (60Hz HP) | Rotation Speed (60Hz) | Oil Capacity (Gal.) | Pump Weight-Includes Motor (Lbs.) | Noise Level Max dB(A) |
KVC-60 | 42.4 | 75 | 2 | 3450 | .1 | 136 | 80 |
KVC-100 | 70.6 | 113 | 3 | 3450 | .15 | 254 | 82 |
KVC-150 | 106 | 75 | 5 | 3450 | 16 | 309 | 82 |
KVC-251 | 150 | 150 | 7.5 | 3450 | .16 | 327 | 78 |
KVC-1000 | 671 | 150 | 30 | 3550 | .7 | 1803 | 83 |
MD-Kinney Vacuum Pumps & Boosters Line Card
MD-Kinney - KVC 100, KVC 150, KVC 251 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney- KV60 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney- KVC 301 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney Vacuum Pumps & Boosters Product Brochure
The claw pump has two contact free claw-shaped rotors, turning in opposite directions from one another. These rotors are timed and synchronized using a high-performance gearbox. As the rotors turn, the claw travels over the suction connection, pulling inlet gas into the compression chamber. As rotors continue to rotate, gas moves from the suction side to the pressure side. It is then compressed by the reduction of volume between the rotors. During this process, the discharge channel is temporarily sealed by the lower rotor. The gas then travels out the discharge channel once it reaches maximum compression.
Features include:
Applications:
Model | Nominal Displacement (CFM) | Ultimate Pressure (Torr) | Motor (60Hz HP) | Rotation Speed (60Hz) | Oil Capacity (Gal.) | Pump Weight-Includes Motor (Lbs.) | Noise Level Max dB(A) |
KVC-60 | 42.4 | 75 | 2 | 3450 | .1 | 136 | 80 |
KVC-100 | 70.6 | 113 | 3 | 3450 | .15 | 254 | 82 |
KVC-150 | 106 | 75 | 5 | 3450 | 16 | 309 | 82 |
KVC-251 | 150 | 150 | 7.5 | 3450 | .16 | 327 | 78 |
KVC-1000 | 671 | 150 | 30 | 3550 | .7 | 1803 | 83 |
MD-Kinney Vacuum Pumps & Boosters Line Card
MD-Kinney - KVC 100, KVC 150, KVC 251 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney- KV60 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney- KVC 301 Dry Claw Vacuum Pump Cut Sheet
MD-Kinney Vacuum Pumps & Boosters Product Brochure
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