Van
Air HL Series heatless regenerative compressed air dryers
require no external heat source to regenerate the adsorbent
desiccant within the dryer towers. Instead of using an external
heat source, the system utilizes a percentage of dry purge
air to regenerate the saturated desiccant.
A full
range of controls and features come standard with our HL
Series regenerative compressed air dryers. On models up
to 2500 SCFM, a touchpad controller includes a real-time
status display, a hold feature to conserve energy and preserve
system pressure, and a switching failure monitor for immediate
notification of any cycle disruption as standard equipment.
Standard
equipment on models HL-3000 and above include moisture load
based energy saving controls such as Cycle SaverT and PLC-controlled
EMCON II®. These features allow for cycles to be adjusted
automatically saving wear on the equipment and energy when
the air system demand fluctuates over a single of multiple
shifts. Many of these features can be added to the smaller
HL Series heatless regenerative air dryers as options.
Only
Van Air heatless regenerative air dryers include our patented
Interlock LogicT valve to protect your compressed air system
from premature loss of flow or pressure. Each phase of the
air drying cycle must be completed before the next cycle
can begin. This is controlled pneumatically and electronically
to ensure uninterrupted air flow at a constant pressure.
Dimensions
and Specifications - Inches and Pounds |
 |
| Model
|
A
|
B1
|
C
|
D
|
E
|
Inlet
/ Outlet
(FLG) |
Desiccant2
Weight
per Tower |
Total
Weight3 |
|
HL-200 |
91 |
37 1/2 |
28 1/2 |
9 |
84 1/2 |
1 1/2 |
106 |
692 |
|
HL-250 |
91 |
37 1/2 |
28 1/2 |
9 |
84 1/2 |
1 1/2 |
130 |
740 |
|
HL-375 |
88 1/2 |
43 1/4 |
32 |
9 |
81 1/4 |
1 1/2 |
203 |
1056 |
|
HL-500 |
88 1/2 |
43 1/4 |
32 |
9 |
81 1/4 |
1 1/2 |
266 |
1182 |
|
HL-650 |
103 1/4 |
53 3/4 |
45 1/4 |
16 3/4 |
95 1/4 |
2 1/2 |
366 |
1702 |
|
HL-800 |
103 1/4 |
53 3/4 |
45 1/4 |
16 3/4 |
95 1/4 |
2 1/2 |
440 |
1850 |
|
HL-1000 |
109 |
65 3/4 |
49 1/4 |
18 |
105 1/2 |
2 1/2 |
560 |
2670 |
|
HL-1250 |
109 |
65 3/4 |
49 1/4 |
18 |
105 1/2 |
2 1/2 |
678 |
2906 |
|
HL-1500 |
121 |
83 3/4 |
72 |
24 1/4 |
117 1/4 |
3 |
872 |
3904 |
|
HL-1750 |
121 |
83 3/4 |
72 |
24 1/4 |
117 1/4 |
3 |
986 |
4132 |
|
HL-2000 |
121 |
83 3/4 |
72 |
24 1/4 |
117 1/4 |
3 |
1119 |
4398 |
|
HL-2500 |
88 |
109 1/2 |
72 |
35 3/4 |
66 3/4 |
4 |
1450 |
5800 |
|
HL-3000 |
97 |
92 3/4 |
84 |
35 3/4 |
75 3/4 |
4 |
1705 |
6480 |
|
HL-4000 |
100 |
105 3/4 |
92 |
43 1/4 |
76 1/4 |
6 |
2321 |
9142 |
|
HL-5000 |
100 1/2 |
108 3/4 |
98 |
43 1/4 |
76 1/4 |
6 |
2966 |
10,832 |
|
1
Mufflers extend to sides on models HL-2500 and larger.
Dim. B includes mufflers.
2 For total desiccant weight, multiply by
two.
3 Subtract 40 lbs. for models with standard
controller.
• Due to continuous improvement, dimensions, and
specifications may change without notice.
• Request certified drawing for pre-piping.
|
|
Maximum
Capacities - SCFM for -40° F Dew Point |
| Model |
75
PSIG |
90
PSIG |
100
PSIG |
125
PSIG |
150
PSIG |
|
HL-200 |
156 |
183 |
200 |
221 |
240 |
|
HL-250 |
196 |
228 |
250 |
276 |
300 |
|
HL-375 |
293 |
342 |
375 |
414 |
449 |
|
HL-500 |
391 |
456 |
500 |
552 |
599 |
|
HL-650 |
508 |
593 |
650 |
717 |
779 |
|
HL-800 |
626 |
730 |
800 |
883 |
959 |
|
HL-1000 |
782 |
913 |
1000 |
1104 |
1198 |
|
HL-1250 |
978 |
1141 |
1250 |
1380 |
1498 |
|
HL-1500 |
1173 |
1369 |
1500 |
1655 |
1797 |
|
HL-1750 |
1369 |
1597 |
1750 |
1931 |
2097 |
|
HL-2000 |
1564 |
1826 |
2000 |
2207 |
2397 |
|
HL-2500 |
1955 |
2282 |
2500 |
2759 |
2996 |
|
HL-3000 |
2346 |
2738 |
3000 |
3311 |
3595 |
|
HL-4000 |
3128 |
3651 |
4000 |
4414 |
4793 |
|
HL-5000 |
3910 |
4564 |
5000 |
5518 |
5991 |
|
| *
Rated flows based on 100 PSIG, 100° F inlet and
100% RH. |
Operating
Conditions |
Minimum |
Maximum |
| Pressure |
60
PSIG |
150
PSIG |
| Inlet
Air Temp. |
40°
F |
120°
F |
| Ambient
Air Temp. |
40°
F |
120°
F |
|
Inlet
Temperature |
Correction
Factor |
| 110°
F |
.90 |
| 120°
F |
.80 |
|
|
| Lubricated
Compressors - Dryer
must be equipped with proper Van Air pre-filters.
These filters must be drained and maintained as specified.
Desiccant beds should be checked periodically and
replaced if contamination has occured. Failure to
do so may result in hazardous operating conditions
and will void the warranty. An after-filter should
be installed downstream of the dryer to prevent desiccant
particle migration.
Non-lubricated
Compressors - A particulate or coalescing
pre-filter is recommended to prevent pipe scale and
dust from fouling the dryer. An after-filter should
be installed downstream of the dryer to prevent desiccant
particle migration. |