Instruction d'utilisation AdobeAir US980

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INDUSTRIAL DIRECT AND INDIRECT/DIRECT EVAPORATIVE COOLING
Engineer designed to satisfy your design requirements.
Modular Components Cost Effectiveness
� Air Handling Modules in side, down or up � Competitive fi rst cost combined with substantial
discharge and single or dual inlet design. energy savings over refrigerated air units results in
quick payback. Plus, the simplicity of design allows
� Evaporative Media Modules with standard 8” or
low maintenance requirements.
Hi-Performance 12” med

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SINGLE-STAGE INDUSTRIAL EVAPORATIVE COOLING MasterCool Evaporative Media Direct Evaporative Cooling Process MasterCool evaporative media is constructed Direct evaporative cooling exchanges sensible heat for latent heat, of special cellulose material, impregnated with and follows upward along a constant wet-bulb temperature line on the insoluble anti-rot salts and rigidifying saturants. Psychrometric The cross-fl uted design continually directs Chart. The result water to the air-entering s

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2-STAGE INDUSTRIAL EVAPORATIVE COOLING The Indirect Cooling Module Indirect/Direct Evaporative Cooling Process Outside air is drawn into the ICM. A fan In the indirect cooling stage, entering air is cooled along a horizontal draws air through the inside of vertical fi ns humidity ratio line on the Psychrometric Chart (A to B) without adding (which have water running inside them). The moisture. In the next cooling stage, this air is further cooled along a new air picks up heat and is expelle

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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 1 2 3 Media Section Cabinet Duct Location Drain Media Blower Water Electric Blower Wheel Blower Skid Location Media Pad Model Number Location Cabi- Cabi- Service

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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 1 2 3 Media Section Cabinet Duct Location Drain Media Blower Water Electric Blower Wheel Blower Skid Location Media Pad Model Number Location

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DIMENSIONS Certifi ed Air Delivery CFM at Various External Static Pressures Inches Water Gauge. AMCA Licensed Ratings. Operating Belt information .0 .0 .1 .1 .2 .2 Model Weight BHP Quantity Down Side Up CFM RPM CFM RPM CFM RPM 524 with DM080 or 960 with UM080 — 8” Media 560 ¾ 1 AX78 AX80 6390 298 6070 310 5710 320 570 1 1 AX78 AX80 7030 329 6760 339 6420 349 575 1½ 1 AX78 AX80 8050 376 7810 385 7530 394 580 2 1 AX78 AX80 8860 414 8640 422 8400 430 590 3 1 AX78 A82* 9

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.3 .3 .4 .4 .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 CFM RPM CFM RPM 5320 333 4850 348 4200 373 3670 391 3200 408 2770 426 2400 443 2060 460 6080 359 5720 371 5280 386 4660 409 4160 426 3720 442 3310 458 2940 473 7250 402 6930 412 6630 422 6240 434 5840 449 5260 471 4830 485 4440 499 8140 438 7880 446 7590 455 7310 464 6970 475 6630 487 6140 505 5660 523 9050 475 9050 491 9050 508 8820 516 8570 524 8330 532 8030 542 7730 552 5170 334 4720

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Project Submittal Sheet Models MD/MS 524, MD/MS/MU 628 — U.L. Classifi ed or UD/US 960, UD/US 980 — U.L. Listed Project SHL* 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 Motor Specifi cations Kits Ref. No. Qty. Model No. Motor HP Volts Phase Amps Motor Sheave Belt 1 2 3 4 *NOTE: Each unit (ready to operate) consists of one blower se