$135.80
The Oil Mist Filter Element for EMF10 (Part # A22304198) is a replacement part for the Edwards EMF10 Oil Mist Eliminator .
Oil Mist Filter Element EMF10, Edwards
Oil Mist Filter Element EMF10, Edwards
This element is the heart of the EMF10 filter . Here is how it works:
Hot exhaust gas from your pump enters the filter.
The gas passes through this fiber composite element.
The glass fiber catches the tiny oil droplets. The oil drips down and collects in a reservoir at the base of the filter .
The oil-free exhaust then passes through the odor element (sold separately) to remove smells .
The EMF10 filter removes 99.999% of oil mist from your pump’s exhaust in DOP tests . That means almost no oil gets past it.
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The COUPLING BOSS FOR E2M28 PK1 is a replacement part made for the Edwards E2M28 rotary vane vacuum pump. This small metal part is a key piece of the drive coupling assembly. It connects the motor shaft to the pump shaft. Without a good coupling boss, the motor cannot turn the pump. If your pump is not pulling vacuum or making strange noises, this part may be worn out. Replace it to get your pump running again.
10 in stock
10 in stock
10 in stock
This is a cylindrical roller bearing for Edwards E1M80 and E2M80 vacuum pumps.
10 in stock
10 in stock
10 in stock
This is a deep groove ball bearing for Edwards vacuum pumps and boosters. The dimensions are 62mm outer diameter, 30mm inner diameter, and 16mm width.
10 in stock
The COUPLING COVER EH250/500 C/SEAL PK 1 is a complete replacement cover for the Edwards EH250 and EH500 mechanical booster pumps. It comes with the seal already included. This cover bolts onto the side of the pump where the motor connects. It protects the coupling area and holds the oil inside. If your existing cover is cracked, leaking oil, or damaged, this is the direct replacement you need. It fits both the EH250 and EH500 pump models .
This is a bearing retainer, also known as a bearing cage, for Edwards vacuum pumps . Its job is to keep the rolling elements (balls or rollers) inside the bearing evenly spaced .
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