Features

• Choice of Cast or Fabricated Construction
• Removes 99% of Liquid and Solid Entrainment Particles Larger Than 10 Microns
• No Required Maintenance
• Highly Efficient
• Virtually No Back Pressure
   

Operation
The moisture laden gas, air or steam enters at the inlet of the exhaust head where it is directed into a centrifugal upward motion. The entrained solids and moisture droplets are separated out by a reduction in velocity. Separated material falls into a drain reservoir.

Type 40EHC Exhaust Head Rugged Cast Construction The Eaton Type 40EHC exhaust head is designed for long service life…with body, cover and separating element made of high tensile strength cast iron. Sizes 4" and smaller have threaded (NPT) connections. Sizes 3" and 4" and larger have 125# Flanged connections. The flange bolt holes are drilled to straddle the center line of the drain outlet. Flanges are cast integral with the body and have slotted holes which are recessed to prevent the bolt heads from turning (except for the 3" and 4" sizes which is available with flanged or threaded connections).

Type 40EHMF Exhaust Head Fabricated Carbon or Stainless Steel Construction The Eaton Type 40EHMF exhaust head muffler is fabricated from carbon or stainless steel and is electrically welded at all joints to withstand heavy duty usage. These exhaust heads work at high temperatures and remain efficient even when steam or gas is discharged at high velocities. The Type 40EHMF has been designed to minimize the noise associated with high discharge velocities

 The units permit free flow of steam, gas or vapors with an absolute minimum of back pressure. They feature a separating element of 304L stainless steel and the entire exhaust head can be ordered in 304L or 316L stainless steel if required.

Key Separator Applications:

• Steam Drums
• Steam Turbines
• Intercooler Equipment
• Aftercooler Equipment
• Gas Wella Heads
• Deep Well Heads
• Oil Extraction
• Chemical Processing
• Scrubbing Systems
• Evaporator
• Glycol Dehydration
• Sulfer Condenser
• Mist Elimination
• Heat Exchangers
• Reactors
• Landfill/Waste Gas