AdobeAir Humidifier MD524 User Manual

INDUSTRIAL DIRECT AND INDIRECT/DIRECT EVAPORATIVE COOLING  
Engineer designed to satisfy your design requirements.  
Cost Effectiveness  
Modular Components  
• Air Handling Modules in side, down or up  
discharge and single or dual inlet design.  
• Competitive first cost combined with substantial  
energy savings over refrigerated air units results in  
quick payback. Plus, the simplicity of design allows  
low maintenance requirements.  
• Evaporative Media Modules with standard 8” or  
Hi-Performance 12” media.  
• Indirect Cooling Modules for added cooling  
with no moisture added (optional).  
Other Features  
• Precision balanced blower wheel.  
• Solid shaft for rugged durability.  
• AdobeAir motors and pumps are U.L. Recognized.  
• City of Los Angeles (C.O.L.A.) approved.  
• AMCA Licensed ratings  
Durable Construction  
• Galvanized steel with our exclusive  
POLYBOND® polyester epoxy powder  
based coating ensures years of dependable  
service.  
• U.L. Classified  
Efficiency  
• U.L. Listed  
• Choice of media modules allows cooling  
efficiencies tailored to your design  
requirements.  
Dual Inlet  
Single Inlet  
Shown with 12” media modules DM080  
Models MD628, MS628, and MU628  
Shown with 12” media modules DM120  
U.L. Classified  
Models MD524 and MS524  
U.L. Classified  
U.L. Listed  
Models UD960 and US960  
Shown with 12” media modules UM080  
Models UD980 and US980  
Shown with 12” media modules UM120  
U.L. Listed  
AdobeAir, Inc. certifies that the evaporative air cooling products  
shown herein are licensed to bear the AMCA Seal. The ratings  
shown are based on tests and procedures performed in  
accordance with AMCA Publication 211 and comply with the  
requirements of the AMCA Certified Ratings Program.  
 
2-STAGE INDUSTRIAL EVAPORATIVE COOLING  
The Indirect Cooling Module  
Indirect/Direct Evaporative Cooling Process  
Outside air is drawn into the ICM. A fan  
draws air through the inside of vertical fins  
(which have water running inside them). The  
air picks up heat and is expelled from the  
ICM while the fins are cooled by evaporation.  
Other outside air is drawn across the outside  
surfaces of the cooled fins, and is cooled  
without coming in contact with water. This  
cooled air, with no humidity added, then  
enters the direct evaporative section of the  
Industrial MasterCool for final cooling.  
In the indirect cooling stage, entering air is cooled along a horizontal  
humidity ratio line on the Psychrometric Chart (A to B) without adding  
moisture. In the next cooling stage, this air is further cooled along a new  
wet-bulb line (B  
to C), resulting in  
a lower dry-bulb  
temperature of  
leaving air than  
can be achieved  
with single stage  
direct evaporative  
cooling alone.  
Typical Configurations  
Many configurations of 2-Stage Industrial MasterCool are possible.  
Typical field-assembled components include 2 or 3 Indirect Cooling  
Modules with Models MD/MS524 and 4 or 6 ICM’s with models MD/MS/  
MU628 Contact your  
local MasterCool  
representative for  
assistance in sizing.  
Models shown with  
three ICM’s at each  
inlet location.  
KoolKalk...  
2-Stage Indirect/Direct  
Computer Aided Sizing  
Evaporative Cooling  
The sizing method described in this brochure can be used  
for general sizing of direct evaporative Industrial MasterCool  
units.  
2-Stage cooling allows you to use energy-saving  
evaporative cooling technology for design conditions  
where direct evaporative cooling alone is not adequate.  
A 2-stage cooler results in greater cooling power, less  
affected by higher ambient temperature and humidity.  
For more accurate sizing, and for sizing indirect/direct units,  
we recommend the use of KoolKalk... an IBM compatible  
computer program designed specifically for AdobeAir  
Evaporative Coolers. For more information please visit the  
In the indirect cooling stage, outside entering air  
is cooled sensibly reducing its total enthalpy. This  
“precooled” air is then evaporatively cooled in the direct  
cooling stage, approaching its new, lower  
wet-bulb temperature.  
The end result is discharge temperatures near or  
even slightly below the wet-bulb temperature.  
More importantly, these lower discharge temperatures  
translate into customer comfort at a fraction of the cost  
of refrigerated air conditioning.  
Applications  
With its substantial increase in cooling capacity, the  
indirect/direct 2-stage Industrial MasterCool can replace  
mechanical refrigeration in many applications.  
 
DIMENSIONS AND SPECIFICATIONS  
Single Inlet Model Dimensions MD524 or UD960 (Down Discharge) and MS524 or US960 (Side Discharge)  
Top View  
Side View  
Front View  
MD/MS524 or UD/US960  
Media SectionCabinet  
Model Number  
1 Required  
Duct Location  
Drain1  
Media Blower Water2  
Electric3  
Service  
Location  
Blower Wheel  
Blower Skid Location  
Media  
Dimension Area  
Pad  
Location Cabi- Cabi-  
Service  
Pulley  
Pitch  
Side  
Down  
C
net  
J
net  
K
Location  
H
W
D
A
B
E
F
G
L
M
S
T
Dia. Width Shaft Dia.  
N
2
2
P
Q
4
4
R
X
V
Sq.Ft.  
DM080  
or UM080 51½ 491/8 66 26¾ 17  
3
3
11¼ 13 133/8 17 491/8 7¼ 123/8 18 35½ 24 24  
11¼ 13 173/8 21 491/8 7¼ 163/8 22 35½ 24 24  
13/16 13  
13/16 13  
15/8  
15/8  
2½ 445/8 48 14.8  
2½ 445/8 48 14.8  
DM120  
or UM120 51½ 491/8 70 26¾ 17  
1. Drain is 3/4” male hose thread.  
2. Water service can be left or right for 1/4” tubing.  
3. 7/8” knockout for running electrical service.  
Electrical Specifications  
HP  
¾
¾
¾
1
Speed  
Phase  
Voltage  
115/230  
Amperage  
12.5/6.2  
5.9  
NEMA Frame  
56  
Shaft Diameter  
Motor Kit #  
EJ006  
EJ020  
EJ883  
EJ007  
EJ021  
EJ665  
EJ212  
EJ666  
EJ213  
EJ667  
EJ668  
EJ659  
EJ675  
1
2
1
1
2
1
1
1
1
1
1
1
1
1
1
3
1
1
3
1
3
1
3
3
3
3
5/8  
230  
56  
5/8  
208-230/460  
115/230  
3.0/1.5  
56  
5/8  
15.1/7.5  
7.3  
56  
5/8  
1
230  
56  
5/8  
1
208-230/460  
115/230  
3.6/1.7  
143T  
143T  
143T  
143T  
143T  
182T  
184T  
213T  
7/8  
1½  
1½  
2
14.5/6.3  
4.6/2.2  
7/8  
208-230/460  
115/230  
7/8  
19.0/8.5  
7.1/3.3  
7/8  
2
208-230/460  
208-230/460  
208-230/460  
208-230/460  
7/8  
3
8.7-8.4/4.2  
14.2-13.0/6.5  
20.9-19.2/9.6  
11/8  
11/8  
13/8  
5
7½  
• Amperage from National Electric Code.  
• See nameplate on actual motor for amperage in figuring overload protector.  
• Single phase motors rated 230 volts can be operated at nameplate amps at 208 volts. • All 3-phase motors listed are suitable for use on evaporative coolers at 200 volts.  
Pump Specifications  
Bleed Rates  
GPH per Media Module  
Blower Motor HP  
Pump  
Volts  
Amps  
Watts  
GPH  
At 4’ Head  
300  
Blower Model  
¾
Model#  
CP280  
CP480  
1
8
1½  
9
2
3
5
7½  
115  
230  
1.2  
.6  
80  
80  
524 or 960  
7
10  
14  
10  
16  
300  
628 or 980  
11  
13  
18  
20  
Note: Pumps are available in 115 volt and 230 volt models. As a  
result, transforming or separate circuiting may be required for  
other voltages.  
 
Dual Inlet Model Dimensions MD628 or UD980 (Down Discharge), MS628 or US980 (Side Discharge) and MU628 (Up Discharge)  
Top View  
Side View - Blower Section  
Front View  
(UP)  
(DOWN)  
MD/MS/MU628 or UD/US980  
Media Section  
Model Number  
1 Required  
Cabinet  
Duct Location  
Drain1  
Media Blower Water2  
Electric3  
Service  
Location  
Blower Wheel  
Blower Skid Location  
Media  
Dimension Area  
Pad  
Location Cabi- Cabi-  
Service  
Pulley  
Pitch  
Side  
Down  
C
net  
J
net  
K
Location  
H
W
D
A
B
E
F
G
L
M
S
T
Dia. Width Shaft Dia.  
N
P
Y
Q
R
X
V
Sq.Ft.  
DM080  
or UM080 51½ 831/8 491/8 31¾ 17¾ 15¼ 8¾ 13 133/8 17 491/8 71⁄4 123/8 18 35½ 28 28  
13/16 18 19 15/8 2 4 2½ 445/8 48 14.8  
13/16 18 23 15/8 4 4 2½ 445/8 48 14.8  
DM120  
or UM120 51½ 911/8 491/8 31¾ 17¾ 15¼ 8¾ 13 173/8 21 491/8 71⁄4 163/8 22 35½ 28 28  
1. Drain is 3/4” male hose thread.  
2. Water service can be left or right for 1/4” tubing.  
3. 7/8” knockout for running electrical service.  
Refer to the Electrical Specifications chart on facing page.  
Sizing Instructions  
4. Determine the RPM that will deliver the required airflow (CFM) at the static  
pressure of the system.  
Follow these steps to properly size the Industrial MasterCool. The performance or  
Sensible Heat Capacity of any cooler is a function of both the CFM and saturation  
efficiency (which determines the delivered air discharge temperature). Sizing by  
only considering CFM may result in an improperly sized application.  
Refer to the Certified Air Delivery CFM chart for the chosen cooler and selected  
motor HP.  
1. Determine design conditions:  
Outdoor Dry-Bulb DB1  
5. Determine the sheave, and the number of turns open, that is closest to the  
desired RPM.  
Refer to the Sheave Selection charts on the next page. Find the selected motor HP,  
shaft size, and desired RPM (See Steps 2-4 above). You might need to look at more  
than one sheave before finding the correct RPM.  
Outdoor Wet-Bulb WB1  
Indoor Dry-Bulb T1  
2. Determine design sensible heat load (Btuh)  
3. Determine leaving air temperature (LAT):  
LAT = DB1 - [(DB1 - WB ) * EFF]  
where EFF ‘ 0.80 for 8” media or 0.90 for 12” media  
4. Determine CFM required:  
6. Specify the sheave and sheave setting (turns open) for the installer.  
Ordering  
When ordering your cooler, you should know this information.  
• System design static pressure.  
• Desired air volume at system design.  
• Electrical power supply available.  
CFM = 0.925 * Sensible Heat Load  
(T1 - LAT)  
• Stability of structure to support operating weight of unit.  
5. Determine the cooler(s) required:  
Refer to the specification / air flow charts on next page.  
6. Use KoolKalk to account for various losses:  
This will result in more accurate sizing.  
Complete systems consist of the following components, and are sold separately  
for application versatility.  
• Cabinet – 1 blower section  
• Wet media section (1 for 524’s - 2 for 628’s)  
• Motor  
Motor Sheave Selection  
• Motor sheave  
1. Determine the external static pressure of the air delivery system.  
• Pulley-belt kit  
2. Determine the motor (H.P., Voltage and Phase) required to deliver the design  
airflow.  
• Pump (one required for each media section)  
NOTE: Motor starters, internal wiring and over-current protection are not supplied.  
3. Determine the shaft size for the motor selected.  
 
DIMENSIONS  
Certified Air Delivery CFM at Various External Static Pressures  
Inches Water Gauge. AMCA Licensed Ratings.  
Operating  
Weight  
Belt information  
.0  
CFM  
.0  
RPM  
.1  
CFM  
.1  
RPM  
.2  
.2  
Model  
BHP  
Quantity  
Down  
Side  
Up  
CFM RPM  
524 with DM080 or 960 with UM080 — 8” Media  
560  
570  
575  
580  
590  
¾
1
1½  
2
1
1
1
1
1
AX78  
AX78  
AX78  
AX78  
AX78  
AX80  
AX80  
AX80  
AX80  
A82*  
6390  
7030  
8050  
8860  
9050  
298  
329  
376  
414  
422  
6070  
6760  
7810  
8640  
9050  
310  
339  
385  
422  
440  
5710 320  
6420 349  
7530 394  
8400 430  
9050 459  
3
524 with DM120 or 960 with UM120 — 12” Media  
600  
610  
615  
620  
630  
¾
1
1½  
2
1
1
1
1
1
AX78  
AX78  
AX78  
AX78  
AX78  
AX80  
AX80  
AX80  
AX80  
A82*  
6250  
6880  
7880  
8670  
9050  
298  
328  
376  
414  
422  
5900  
6560  
7600  
8420  
9050  
309  
338  
384  
421  
439  
5550 321  
6250 349  
7320 393  
8160 429  
9050 458  
3
628 with two DM080 or 980 with two UM080 — 8” Media  
818  
823  
828  
838  
858  
898  
1
1½  
2
3
5
1
1
1
2
2
2
A95*  
A95*  
A95*  
A97  
A97  
A100*  
A95*  
A95*  
A95*  
A97  
A97  
A100*  
A95  
A95  
A95  
A95  
A95  
A95  
9720  
11130  
12250  
14020  
16620  
214  
245  
270  
309  
367  
9320  
10720  
11890  
13720  
16390  
18100  
224  
254  
278  
316  
371  
406  
8650 235  
10230 263  
11460 286  
13350 323  
16080 378  
18100 418  
7½  
628 with two DM120 or 980 with two UM120 — 12” Media  
908  
913  
918  
928  
948  
988  
1
1½  
2
3
5
1
1
1
2
2
2
A95*  
A95*  
A95*  
A97  
A97  
A100*  
A95*  
A95*  
A95*  
A97  
A97  
A100*  
A95  
A95  
A95  
A95  
A95  
A95  
9680  
11080  
12190  
13950  
16540  
18100  
216  
248  
273  
312  
370  
406  
9080  
10540  
11700  
13510  
16050  
18100  
226  
256  
280  
318  
375  
409  
8530 237  
10080 265  
11260 288  
13130 325  
15820 380  
18100 428  
7½  
*Not supplied: MS524 coolers with a 3 HP motor require the purchase of one A82 belt  
(AX78 belt included with unit). MD628 and MS628 coolers with 1, 112 or 2 HP motor  
requires one A95 belt (two A97 belts included with unit). MD628 and MS628 coolers  
with 712 HP motor require two A100 belts (two A97 belts included with unit).  
Shaded Areas: Do not exceed listed RPM, water entrainment may result.  
NOT RECOMMENDED  
MD/MS 524 or UD/US 960 Sheave Selection  
Motor HP Browning Bore  
Part #  
Blower RPM / Sheave Turns Open  
MasterCool  
Package #  
5
4 ½  
4
3 ½  
3
2 ½  
2
1 ½  
1
½
0
Single Phase Motor Blower RPM @ 1725 Motor RPM / Sheave Turns Open  
¾, 1  
1VL34  
1VL40  
1VL40  
1VL44  
1VL44  
1VP50  
5/8  
5/8  
7/8  
5/8  
7/8  
7/8  
252  
318  
318  
372  
372  
451  
265  
332  
332  
385  
385  
464  
279  
345  
345  
398  
398  
478  
292  
358  
358  
411  
411  
491  
305  
372  
372  
425  
425  
504  
318  
385  
385  
438  
438  
518  
332  
398  
398  
451  
451  
531  
345  
411  
411  
464  
464  
544  
358  
425  
425  
478  
478  
557  
372  
438  
438  
491  
491  
571  
385  
451  
451  
504  
504  
584  
EL114  
EL110  
EL112  
ESH2411  
EL685  
686  
¾, 1  
1½, 2  
¾, 1  
1½, 2  
1½, 2  
Three Phase Motor Blower RPM @ 1750 Motor RPM / Sheave Turns Open  
¾
1VL34  
1VL34  
1VL40  
5/8  
7/8  
5/8  
7/8  
5/8  
7/8  
11/8  
7/8  
256  
256  
323  
323  
377  
377  
377  
458  
458  
269  
269  
337  
337  
390  
390  
390  
471  
471  
283  
283  
350  
350  
404  
404  
404  
485  
485  
296  
296  
363  
363  
417  
417  
417  
498  
498  
310  
310  
377  
377  
431  
431  
431  
512  
512  
323  
323  
390  
390  
444  
444  
444  
525  
525  
337  
337  
404  
404  
458  
458  
458  
538  
538  
350  
350  
417  
417  
471  
471  
471  
552  
552  
363  
363  
431  
431  
485  
485  
485  
565  
565  
377  
377  
444  
444  
498  
498  
498  
579  
579  
390  
390  
458  
458  
512  
512  
512  
592  
592  
EL114  
EL116  
EL110  
EL112  
ESH2411  
EL685  
684  
1
¾
1, 1½, 2 1VL40  
1VL44  
1, 1½, 2 1VL44  
¾
3
1VL44  
1VP50  
1½, 2  
3
686  
685  
1VP50 11/8  
 
.3  
CFM  
.3  
RPM  
.4  
CFM  
.4  
RPM  
.5  
.5  
.6  
.6  
.7  
.7  
.8  
.8  
.9  
.9  
1.0  
1.0  
CFM RPM  
CFM RPM  
CFM RPM  
CFM RPM  
CFM RPM  
CFM RPM  
5320  
6080  
7250  
8140  
9050  
333  
359  
402  
438  
475  
4850  
5720  
6930  
7880  
9050  
348  
371  
412  
446  
491  
4200 373  
5280 386  
6630 422  
7590 455  
9050 508  
3670 391  
4660 409  
6240 434  
7310 464  
8820 516  
3200 408  
4160 426  
5840 449  
6970 475  
8570 524  
2770 426  
3720 442  
5260 471  
6630 487  
8330 532  
2400 443  
3310 458  
4830 485  
6140 505  
8030 542  
2060 460  
2940 473  
4440 499  
5660 523  
7730 552  
5170  
5910  
7040  
7920  
9050  
334  
360  
403  
438  
475  
4720  
5540  
6740  
7650  
9050  
349  
373  
413  
447  
492  
4070 371  
5130 386  
6430 424  
7380 456  
8820 509  
3590 390  
4510 408  
6070 435  
7100 466  
8570 518  
3140 407  
4060 425  
5620 450  
6760 476  
8340 526  
2740 423  
3650 441  
5110 469  
6440 487  
8080 534  
2340 441  
3270 455  
4710 484  
5930 505  
7790 544  
1980 458  
2900 471  
4350 498  
5510 520  
7520 553  
8030  
9700  
10980  
12960  
15770  
18100  
246  
273  
294  
330  
384  
431  
7380  
9160  
10510 303  
12540 337  
15450 390  
18030 440  
260  
283  
6670 276  
8600 294  
10010 313  
12130 345  
15090 396  
17760 445  
5240 308  
7990 307  
9500 323  
11690 353  
14730 402  
17440 450  
4540 326  
7030 329  
8960 335  
11250 362  
14390 409  
17130 455  
3840 345  
5890 354  
8360 348  
10800 371  
14020 416  
16820 461  
3290 363  
5290 371  
6990 379  
10330 382  
13660 423  
16520 467  
2740 379  
4690 387  
6280 395  
9810 393  
13280 430  
16210 473  
7930  
9570  
10830  
12760  
15510  
18010  
248  
274  
297  
332  
386  
437  
7220  
9030  
10350 306  
12370 340  
15190 393  
17730 443  
261  
285  
6490 279  
8420 296  
9860 315  
11960 348  
14890 399  
17450 448  
5130 310  
7810 310  
9310 325  
11530 356  
14530 406  
17190 454  
4390 329  
6930 330  
8730 337  
11070 364  
14190 412  
16900 459  
3810 345  
5760 358  
8110 353  
10580 373  
13820 419  
16590 465  
3220 361  
5130 374  
6900 379  
10070 384  
13460 426  
16300 471  
2630 376  
4600 388  
6150 398  
9630 396  
13060 433  
15970 477  
• Power ratings (BHP) does not include drive losses.  
• Belt tension should be 20 pounds for “A” section belts.  
• Performance ratings include the effects of evaporative media in the airstream.  
• Performance shown is for installation type B: Free Inlet, Ducted Outlet.  
MD/MS/MU 628 or UD/US 980 Sheave Selection  
Motor HP Browning Bore  
Part #  
Blower RPM / Sheave Turns Open  
MasterCool  
Package #  
5
4 ½  
4
3 ½  
3
2 ½  
2
1 ½  
1
½
0
Single Phase Motor Blower RPM @ 1725 Motor RPM / Sheave Turns Open  
1
1VL40  
1VL40  
1VL44  
1VL44  
1VP50  
1VP50  
5/8  
7/8  
5/8  
7/8  
5/8  
7/8  
230  
230  
268  
268  
326  
326  
240  
240  
278  
278  
335  
335  
249  
249  
288  
288  
345  
345  
259  
259  
297  
297  
355  
355  
268  
268  
307  
307  
364  
364  
278  
278  
316  
316  
374  
374  
288  
288  
326  
326  
383  
383  
297  
297  
335  
335  
393  
393  
307  
307  
345  
345  
403  
403  
316  
316  
355  
355  
412  
412  
326  
326  
364  
364  
422  
422  
EL110  
EL112  
ESH2411  
EL685  
693  
1½, 2  
1
1½, 2  
1
1½, 2  
686  
Three Phase Motor Blower RPM @ 1750 Motor RPM / Sheave Turns Open  
1, 1½, 2 1VL34  
1, 1½, 2 1VL40  
1, 1½, 2 1VL44  
1, 1½, 2 1VP50  
7/8  
7/8  
7/8  
7/8  
185  
233  
272  
331  
253  
331  
408  
408  
194  
243  
282  
340  
263  
340  
418  
418  
204  
253  
292  
350  
272  
350  
428  
428  
214  
263  
301  
360  
282  
360  
438  
438  
224  
272  
311  
369  
292  
369  
447  
447  
233  
282  
321  
379  
301  
379  
457  
457  
243  
292  
331  
389  
311  
389  
467  
467  
253  
301  
340  
399  
321  
399  
476  
476  
263  
311  
350  
408  
331  
408  
486  
486  
272  
321  
360  
418  
340  
418  
496  
496  
282  
331  
369  
428  
350  
428  
506  
506  
EL116  
EL112  
EL685  
686  
687  
688  
3
3, 5  
5
2VP42 11/8  
2VP50 11/8  
2VP60 11/8  
2VP60 13/8  
689  
692  
7½  
 
Project Submittal Sheet  
Models MD/MS 524, MD/MS/MU 628 — U.L. Classified or UD/US 960, UD/US 980 — U.L. Listed  
SHL*  
Project  
Location  
Architect  
Engineer  
Contractor  
Submitted By  
Date  
*Total design sensible heat load of project.  
Blower Section – Motor – Motor Sheave – Pulley and Belt Kit  
Blower Section  
Qty. Model No.  
Motor Specifications  
Motor HP Volts  
Kits  
Motor Sheave  
Ref. No.  
Phase Amps  
Belt  
1
2
3
4
*NOTE: Each unit (ready to operate) consists of one blower section, one blower motor, one pulley-belt kit, one motor sheave.  
Wet Section – Pump  
Wet Section  
Pump  
Quantity  
Ref. No.  
Qty.  
Model No.  
Volts  
Amps  
GPM  
1
2
3
4
*NOTE: Each wet section (ready to operate) consists of one wet module and one pump.  
MasterCool evaporative coolers and components are designed and tested in accordance with  
one or more of the following standards or agencies:  
Air Delivery: Data published derived from tests conducted in accordance with A.M.C.A. (Air Move-  
ment and Control Assoc.) Standard 210.  
Sealant: Water Immersion: per ASTM D870. Flexibility: per ASTM D756. Corrosion Resistance: per  
ASTM B117. Cycle Freeze/Thaw: per ASTM C117.  
POLYBOND®: Corrosion Resistance: per ASTM B117. Pencil Hardness: per ASTM D3363. Adhesion:  
per ASTM D3359. Impact Resistance: per ASTM D2794. Flexibility: per ASTM D522. Specular Gloss:  
per ASTM D523. Surface Burning Characteristics of Building Materials (best rating) per U.L. 723  
and ASTM E-84.  
Your local MasterCool Representative of AdobeAir, Inc., is ready to  
assist you in unit selection and application.  
The world leader in evaporative cooling technology, AdobeAir, Inc. is continually involved in  
the process of product improvement. AdobeAir, Inc. therefore reserves the right to change  
specifications and/or design without prior notice. To obtain the most current product information  
and/or specifications, visit the AdobeAir, Inc. web site at www.AdobeAir.com.  
Pumps: Recognized under the U.L. component recognition program for the application – construc-  
tion, thermal overload, running overload, and locked rotor protection.  
Blower Motors: U.L. Recognized general purpose drip-proof.  
Polymeric Materials: Tested in accordance with U.L. 94 and 746C. Covered by City of Los Angeles  
Research Reports (C.O.L.A.) RR930224 (for all single phase applications), or RR930190 (for 3  
phase applications) Electrical, and RR8141 Mechanical.  
Manufactured in Mexico by:  
AdobeAir, Inc.  
1450 East Grant St.  
Phoenix, AZ 85034  
L900799A March 2007  
 

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