MFA Drain Traps |
Features of Design:
The traps are fitted with a strainer and the valve acts both as a check against back
pressure and as a relief valve against excess system pressure thereby protecting the
internal parts. Types MFA-1 and MFA-2 are fitted with dual inlet and outlet connections
enabling horizontal, vertical or angle installation. |
Range and Duties:
| Type |
Orifice |
Max Temperature |
Pressure Range |
| MFA-1 |
7/32 in (5.5mm) |
0~8.5 bar |
| MFA-1 |
7/32 in (5.5mm) |
0~8.5 bar |
| MFA-2 |
7/32 in (5.5mm) |
0~14 bar |
Compressed Air Drainage
In much the same way as steam, but for quite different reasons, compressed air gives up
moisture as it cools. The act of compression raises the temperature of the air and even
when passed through an after-cooler, it still has heat to lose before reaching the point
at which it is used.
Water vapor carried in compressed air condensates and collects in the bottom of receivers,
tanks or separators, and in low points in compressed air lines. If such accumulations are
not removed, the passing air will pick up moisture, which may cause rusting, sticking or
spoiled work.
Typical Applications:
The uses of compressed air fall, very roughly, into two groups. It is used for power, for
pneumatic tools, air operated chucks and cutters, etc. and it is used for blowing on to
surfaces, for example in foundries for blowing moulds and in paint shops for spray painting.
Fir use in the former group it is generally sufficient to remove the water which has already
separated from the air; the the latter the ideal is to remove even the particles of water
being carried in the air steam.
Connections: • MFA-0: Screwed 1/2 in and 3/4 in (15mm and 20mm) BSP or NPT.
• MFA-1 Screwed 1/2 in. 3/4 in and 1 in (15mm, 20mm and 25mm) BSP or NPT.
• MFA-2 Screwed 3/4 in, 1 in, 1 1/4 in and 1 1/2 in (20mm, 25mm, 32mm and 40mm) BSP or NPT. |