SPX Hankison HHS/HHL/HHE Series
SPX Hankison HHS/HHL/HHE Series
SPX Hankison HHS/HHL/HHE Series
SPX Hankison HHS/HHL/HHE Series

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SPX Hankison HHS/HHL/HHE Series

Specifications

Flow Capacity (NM3/min): 1.13 - 152.91

Inlet / Outlet Connection: 1” PT, 2” PT, 3” FLG, 4” FLG, 6” FLG

Weight (kg): 166 - 5445




HHS / HHL / HHE SERIES

Since 1948, sensitive applications requiring clean, dry, compressed air have turned to Hankison for the optimal solution. Utilizing twin towers filled with premium grade activated alumina, Hankison Heatless dyers are available with 3 application specific control systems to rreet the needs of industry with economy and Performance. Hankison HF18 HHL or HHE Series heatless desiccant dryers provide consistent outlet pressi re dew points to -100°F (-73°C).

Microelectronics, food packaging, paper, glass, pharmaceutical, powder painting hospital laboratories: these industries are a small representative sample of in di stries utilizing desiccant dryers. They all have one thing in common._ they need to save space on the factory/laboratory floor. HH Seriei sleek designs and compact footprints help engineers address those needs.

Consistent Outlet Pressure Dew Points: Industry-Leading Desiccant Beds
Premium grace desiccant beads offer enhanced surface area and high crush strength vhidi prolongs bed life

Large desiccant beds ensure 4.8 seconds of contact time…allows wet, saturated air at the dyer inlet to be dried to the required dew point

30% extra desiccant provided to compensate for natural bed aging…ensures top performance over expected 3 to 5 years of desiccant bed life

Large flow diffuses ensure even flow distribution through the bed and eliminate channeling

Towers are sired so that air velocity through he bed won’t fluidize the desiccant which prevents bed movement and desiccant dusting

Up-flow drying a loins water and heavy contaminants to drop out of the air stream as they enter a tower which Protects the bed from contamination. This makes it simple to discharge he contaminants when the tower depressurizes.

Cleanable stainless steel how diffuses / support screens and separate fill and drain ports for ease of desiccant replacement

Safety Built To Code
Pressure vessels are ASME Certified (Option: consult factory for the local vessel code)

Heavy-duty mufflers for quiet operation – dyers shipped with an extra set of mufflers

NEMA 4 electrical construction is standard

Pressure relief valves are standard
 
Model Flow Capacity (NM3/min) Dimension(mm) Inlet / Outlet
Connection
(FLG)
Weight (kg)
H W D
HHS / HHL / HHE 1.1 1.13 1235 884 884 1” PT 166
HHS / HHL / HHE 1.6 1.69 1616 884 884 1” PT 202
HHS / HHL / HHE 2.5 2.55 2047 984 984 1” PT 261
HHS / HHL / HHE 3.2 3.26 1437 1264 1264 1” PT 311
HHS / HHL / HHE 4.6 4.67 1437 1264 1264 1” PT 311
HHS / HHL / HHE 7.3 7.37 1894 1305 1305 2” PT 458
HHS / HHL / HHE 10.4 10.48 1658 1470 1470 2” PT 551
HHS / HHL / HHE 12.7 12.74 1861 1470 1470 2” PT 612
HHS / HHL / HHE 16.7 16.71 2631 1387 1387 2” PT 668
HHS / HHL / HHE 21.2 21.24 2720 1438 1438 2” PT 968
HHS / HHL / HHE 26.3 26.33 2841 1603 1603 2” PT 1095
HHS / HHL / HHE 31.9 32.00 2924 1673 1673 3” FLG 1304
HHS / HHL / HHE 38.2 38.23 3051 1724 1724 3” FLG 1688
HHS / HHL / HHE 43.8 43.89 2980 1876 1876 4” FLG 1890
HHS / HHL / HHE 59.4 59.47 3026 2080 2080 4” FLG 2004
HHS / HHL / HHE 84.9 84.95 3180 2172 2172 4” FLG 4087
HHS / HHL / HHE 116.0 116.10 3158 2537 2537 6” FLG 4500
HHS / HHL / HHE 152.9 152.91 3158 2667 2667 6” FLG 5445


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