| SPECIFICATIONS |
| Model |
AH6K-BT |
AH9K-BT |
AH12K-BT |
AH16K-BT |
AH18K-BT |
AH24K-BT |
| Capacity
(BTU/H)/(Kcal/H) |
6,000/1,512 |
9,000/2,268 |
12,000/3,024 |
16,000/4,032 |
18,000/4,536 |
24,000/6,048 |
| Voltage
(VAC) |
115/230 |
115/230 |
115/230 |
115/230 |
115/230 |
115/230 |
| Cycle
(2) |
50/60 |
50/60 |
50/60 |
50/60 |
50/60 |
50/60 |
| Phase |
1ø |
1ø |
1ø |
1ø |
1ø |
1ø |
| Amperage |
1.8/0.8 |
1.8/0.8 |
1.8/0.8 |
1.8/0.8 |
1.8/0.8 |
1.8/0.8 |
|
|
|
|
|
|
|
| GPM/(Liters/Min.) |
1.5/5.7 |
2.25/8.5 |
3.0/11.4 |
4.0/15.1 |
4.5/17.0 |
6.0/22.7 |
| CFM/(M3/Hr.) |
200/340 |
300/510 |
400/680 |
500/850 |
600/1,020 |
700/1,190 |
| Dimensions
(in/cm) (3) |
| A
(Width) |
23.5/59.7 |
23.5/59.7 |
30.0/76.2 |
30.0/76.2 |
42.5/108.0 |
42.5/108.0` |
| B
(Depth) |
19.8/50.2 |
19.8/50.2 |
19.8/50.2 |
19.8/50.2 |
19.8/50.2 |
19.8/50.2 |
| C
(Height) |
10.0/25.4 |
10.0/25.4 |
10.0/25.4 |
10.0/25.4 |
10.0/25.4 |
10.0/25.4 |
| D
(Supply Air Outlet) |
17.0x7.0/ |
17.0x7.0/ |
25.0x7.0/ |
25.0x7.0/ |
37.0x7.0/ |
37.0x7.0/ |
|
43.2x17.8 |
43.2x17.8 |
63.5x17.8 |
63.5x17.8 |
94.0x17.8 |
94.0x17.8 |
| Return
Air Inlet-Sq. Surf. Area |
120/774 |
120/774 |
170/1,097 |
170/1,097 |
260/1,677 |
260/1,677 |
| Water
Inlet/Outlet |
................... |
................... |
0.5”
FPT brass with 0.625” HB brass |
................... |
................... |
................... |
| Condensate
Drains |
..................... |
...................... |
2
@ 0.625” ø x 2” long pipe |
..................... |
..................... |
...................... |
| Weight
(lbs/kg) |
30.0/13.6 |
30.0/13.6 |
38.0/17.3 |
38.0/17.3 |
45.0/20.5 |
45.0/20.5 |
| Optional
Heating Elements (4) |
| Max.
Heater Size |
1.0KW |
1.5KW |
1.5KW |
2.5KW |
3.0KW |
3.0KW |
| Rating
(BTU/H)(Kcal/H) |
3,415/861 |
5,123/1,291 |
6,830/1,721 |
8,538/2,152 |
10,245/2,582 |
10,245/2,582 |
| Amperage
(115/230VAC) |
8.6/4.3 |
13.0/6.5 |
17.4/8.7 |
21.8/10.9 |
26.0/13.0 |
26.0/13.0 |
|
| Installation
Guidelines for Blow Thru Air Handlers |
| When
choosing the proper model Blow Thru Air Handler, primary
consideration should be given to calculated BTU loads and available
power supply.
Blow Thru Series air handlers are
non-ductable units, designed to be installed high in a cabin area
for proper air circulation. These units can be reversed between
horizontal and vertical configurations to fit specific space
requirements.
Blow thru units must be located in
such a way as to deliver air directly into a cabin area. They must
be located against the inside of a bulkhead or partition common to
the cabin to be conditioned. If the air handler cannot be flush
mounted against the bulkhead, a short, sealed plenum chamber can be
used, but must be equal or slightly larger than the fan coil
surface. All units should be accessible for service.
Securely fasten the blow thru air
handler using the four (4) mounting grommets located in the upper
corners of the mounting plate. The supply air outlet must be equal
in surface area and dimensions of the fan coil. See specifications
for individual models. The return air inlet is to be properly sized
and located underneath, alongside, or behind the air handler,
dependent on its application. All return air grilles must have
removable filters to trap dust or other airborne particles. Return
air grilles should not be located in such a way as to allow the
supply air stream to blow directly into them. This will cause |
“short
cycling” of the unit, resulting in poor performance.
Both condensation drain lines must be
connected to the air handlers’ two (2) drain pan spuds using
reinforced flexible hose (5/8”) and clamps. The drains may be teed
together, providing there is a minimum drop of 2” from he drain
pan to the tee fitting. The drain line must be routed downwards to a
proper sump or overboard discharge. Properly secure the drain lines
to prevent movement or lifting during vessel operation. Check the
drains upon completion be pouring two (2) quarts of water into the
drain pan. Note: Condensation drain lines may need to be insulated
when located overhead in lockers to prevent sweating of the line,
which could cause water damage.
Water connections from the circulation
circuit to the air handler are to be reinforced flexible hose and
clamps. Attach the hose to the 5/8” hose barb fittings on the
water inlet and outlet of the unit. All hose, pipe and connections
must be insulated properly to prevent condensation. Use approved
closed cell tube insulation (1/2” minimum) on the hose, and foam
tape on the fittings (5-6wraps).
All wiring must be sized according to
marine design standards. Only stranded, tinned copper wire is to be
used. All electrical connections to the air handler are to be made
inside the electrical junction boxes provided on the assembly. All
units must be properly grounded. |
 |
In the interest of product improvement, Marine Air Systems'
specifications and design as outlined herein are subject to change without
prior notice. |