Edwards QDP40 or iQDP40 dry vacuum pump to peak efficiency with this Second Stage Stator. This vacstellar engineered stationary component is used on DP40, QDP40, and iQDP40 dry pump models . The stator forms the outer chamber where the rotor spins to compress gas in the second stage of the pumping process. It is a metal tube with internally molded cavities, made of durable cast iron to withstand the stresses of high-pressure compression .
This Edwards Stator LV HCDP160 is a direct replacement part for your Edwards iH160 dry vacuum pump. It is made with precision to fit perfectly and help your pump work like new. If you need to repair the LV stage of your pump, this stator is the reliable solution you are looking for.
This Edwards 2nd Stage Stator is a direct replacement part for DP80, QDP80, and IQDP80 dry vacuum pumps. It fits perfectly into the second stage of your pump. If your pump is losing power or making unusual noise, replacing this stator can make it work like new again.
This Edwards 2nd Stage Stator is a direct replacement part for Edwards iH80 and iH160 dry vacuum pumps. It is the stationary component inside the second stage of your pump. If your pump is losing vacuum strength or running poorly, replacing this stator can bring it back to full working condition.
This Edwards 3rd Stage Stator is a direct replacement part for Edwards iH80 and iH160 dry vacuum pumps. It is the stationary component inside the third stage of your pump. If your pump is struggling to reach deep vacuum levels or making unusual sounds, replacing this stator can bring it back to full working condition.
This Edwards HV Stage Stator is a direct replacement part for Edwards DP40, QDP40, and IQDP40 dry vacuum pumps. It is the stationary component inside the HV (high vacuum) stage of your pump. If your pump is struggling to reach deep vacuum levels, replacing this stator can bring it back to full working condition.
This Edwards HV Stator is a direct replacement part for Edwards DP80, QDP80, and IQDP80 dry vacuum pumps . It is the stationary component inside the HV (high vacuum) stage of your pump. If your pump is struggling to reach deep vacuum levels, replacing this stator can bring it back to full working condition.
This Edwards HV Stator is a direct replacement part for the Edwards iH80 dry vacuum pump . It is the stationary component inside the HV (high vacuum) stage of your pump. If your iH80 pump is struggling to reach deep vacuum levels, replacing this stator can bring it back to full working condition .
This Edwards LV Stator is a direct replacement part for Edwards DP40, QDP40, and IQDP40 dry vacuum pumps . It is the stationary component inside the LV (low vacuum) stage of your pump. If your pump is not working as well as it used to, replacing this stator can bring it back to full working condition.
This Edwards LV Stator is a direct replacement part for Edwards DP80, QDP80, and IQDP80 dry vacuum pumps . It is the stationary component inside the LV (low vacuum) stage of your pump. If your pump is not working as well as it used to, replacing this stator can bring it back to full working condition .
Leybold Trivac D25B or D25BCS dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed.
Leybold Trivac D30A, D30AC, or D30C dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed.
Leybold Trivac D16B or D16BCS dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed.
Leybold Trivac D40B or D40BCS dual-stage vacuum pump with this Second Stage Stator . This vacstellar-engineered component is the stationary housing for the second stage rotor, where gas is further compressed after the first stage.
Leybold Trivac D16B or D16BCS dual-stage vacuum pump with this Second Stage Stator . This vacstellar-engineered component is the stationary housing for the second stage rotor, where gas is further compressed after the first stage. It is a critical part of the pump’s induction, isolation, compression, and exhaust phases, helping the pump achieve its ultimate vacuum .
This stator is used on Trivac pump models D30A, D30AC, D60A, D60AC, D90A, D90AC, D30C, D40C, and D60C .
This stator is used on Trivac pump models D60A, D60AC, D90A, D90AC, D40C, and D60C .
Leybold Trivac D40B or D40BCS dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed.
Leybold Trivac D65B or D65BCS dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed .
Leybold Trivac D16A, D16AC, or D16C dual-stage vacuum pump with this First Stage Stator . This vacstellar-engineered component is the stationary housing for the first stage rotor, where gas is drawn in and initially compressed. The stator is a metal tube with internally molded cavities of cast iron .
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