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Vacuum Pump Selector Guide

Vacuum Pump Selector Guide
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VACUUM PUMP SELECTOR GUIDE Vacuum & Blower Systems

KD, KDH KC, KTC KT KTC KT Low-Profile (LP) Series KC KT KT Single-Stage Rotary Piston Pumps KC and KTC Two-Stage Rotary Piston Pumps KD and KDH Single-Stage Duplex Rotary Piston Pumps KT pumps are quiet running vacuum pumps with high pumping capacity at both high and low pressures. The triplex piston design is inherently dynamically balanced and is practically vibration-free. Even in dirty applications, the KT enjoys unequalled durability, as there is no metal-to-metal contact between the pump piston and the cylinder; clearances are filled with oil. All KT models include an integral,...

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KLRC AF KLRC Liquid Ring Vacuum Pumps A Series Liquid Ring Vacuum Pumps KLRC liquid ring vacuum pumps are ideally suited for pumping wet mixtures and even slugs of liquid. They are available in standard, all iron construction (no yellow metals) and 316 stainless steel. Liquid ring pumps often require water-cooling, but air-cooling systems are available. Complete engineered system solutions, including instrumentation, controls, piping and valves; self-contained liquid recovery and recirculation are also available. KLRC liquid ring vacuum pumps can pull down as low as 4 Torr (5.3 mbar a)....

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KSVB/KSV, KVAC Engineered Solutions Booster/Rotary Piston Vacuum Pumping Systems KSVB/KSV Single-Stage KVAC Two-Stage Rotary Vane Vacuum Pumps KSVB/KSV rotary vacuum pumps are ideally suited for clean or moderately contaminated applications when suction filters are fitted to the pump. KSVB/KSV pumps incorporate direct driven motors and integral oil mist eliminators. Gas ballast valves are standard for vapor handling. Typical Applications: Vacuum Packaging Meat Packing Vacuum Chucking & Holding Central Vacuum Systems Medical/Dental Vacuum Electronic Assembly Plastic Thermoforming Food...

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This guide is designed to help you select from the wide range of Kinney Vacuum pumps that best meet your needs. Your Tuthill Vacuum & Blower Systems sales representative will be pleased to assist you in making a final selection. 0 0 760 CFM 40 10 150 KD KSV KD KDH KSV A KSV KDP KDP A SDV KD KDH KSV KLRC KLRC KDP KDP VB/ KLRC KSV SDV SDV KD KTC KVAC KSV KD KDH KVAC VB/ KLRC KDP KDP A SDV SDV KD KDH KDP VB/ KLRC KDP KSV A 26" 100 T KD KSV KSV T 2. Calculateinthe requiredper capacity cubic feet 291/2" 10 KC KSV minute or cubic meters per hour based on system volume, pump down time, gas load,...

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How to Calculate Pump Capacity GAS LOAD If you know the volume of gas at standard conditions (760 Torr, 70˚F) (1013 mbar, 0˚C), use this formula. FORMULA For English units: Cubic Feet per Minute (CFM) or Cubic Meters per Hour (m3/h) Pump capacity in CFM must be sufficient to achieve both pump down speed and to handle gas load and/or leakage. The following steps will allow you to estimate the required CFM for both. Pump selection should be based on the higher of the two numbers. Volume X 760 Pressure in Torr Temp (˚F) + 460 X 530 = Pump Capacity in CFM = Pump Capacity in m3/h For metric...

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