Hankison Filter Element Replacement Compressed Air Line Filter
There are three variables to air preparation: compressed air
purity, compressed air quantity (flow) and compressed air pressure.
Depending on the system requirements, coordinating these three
variables ensures high compressed air quality, and forms the basis
for selecting the proper service unit components. The required
compressed air purity increases both the running performance and
the efficiency of pneumatic systems, and can ensure compliance with
legal specifications in industries such as food processing. The
flow quantity is largely determined by flow cross sections and the
design dimensions of the machine.
In general and provided the design is the same, larger components
have higher flow rates. Optimized operating pressure increases the
efficiency, minimizes wear and reduces power consumption. In order
to coordinate the compressed air purity, compressed air quantity
and pressure for the specifications of a system, the correct
individual components must be selected. For example, this includes
on/off valves, pressure build-up valves, pressure regulators, water
separators, filters and drying units.
| Model Class FLOW Rate | E1 | E3 | E5 | E7 | E9 |
| NM3/min | Degreasing deodorant filter element | Super UF Degreasing Filter Element | UF Degreasing Filter Element | Ventilation Pipe Filter Element | Separate Filter Element |
| 0.57 | E1-12 | E3-12 | E5-12 | E7-12 | E9-12 |
| 1 | E1-16 | E3-16 | E5-16 | E7-16 | E9-16 |
| 1.72 | E1-20 | E3-20 | E5-20 | E7-20 | E9-20 |
| 2.9 | E1-24 | E3-24 | E5-24 | E7-24 | E9-24 |
| 4.9 | E1-28 | E3-28 | E5-28 | E7-28 | E9-28 |
| 7.2 | E1-32 | E3-32 | E5-32 | E7-32 | E9-32 |
| 11 | E1-36 | E3-36 | E5-36 | E7-36 | E9-36 |
| 14 | E1-40 | E3-40 | E5-40 | E7-40 | E9-40 |
| 18 | E1-44 | E3-44 | E5-44 | E7-44 | E9-44 |
| 22 | E1-48 | E3-48 | E5-48 | E7-48 | E9-48 |
Product Description:
1) Filter efficiency: 99.99%.
2) Service life: about 2000hours.
3) Filter material: HV fiberglass.
