USGR_Acme_Horticulture_Fans

US GLOBAL RESOURCES OVER 80 YEARS OF SERVICE TO A GROWING WORLD SEATTLE, WASHINGTON | BOERNE, TX Toll-free: +1-888-334-1440 | Ph: +1-830-755-4768 Website: www.usgr.com | Email: usgr@usgr.com

Sizing and Selection of Equipment There are many factors contributing to the need for greenhouse cooling and ventilation equipment. The primary source of heat in a greenhouse is solar radiation. To reduce greenhouse temperatures, air removal is required and its rate of removal is a function of the floor area. A simplified method for sizing and selecting equipment for greenhouse temperature control is included in this brochure. For more detailed information, see Acme catalog C7.

TABLE 1 Elevation, feet above sea level feet F Elev(e)

TABLE 4 Inlet to Fan Temperature Variation, T °F

Under 1000 1000 2000 3000 4000 5000 6000 7000 8000 1.00

1.04

1.08

1.12 1.16

1.20

1.25

1.30

1.36

°F

10

9

8

7

6

5

4

F Temp (t)

.70

.78

.88

1.00

1.17

1.40

1.75

TABLE 2 Maximum Interior Light Intensity, foot candles

TABLE 5 Inlet to Fan Distance, feet

FC

5000

5500

6000 6500 7000 7500 8000

9000

10,000

F Light(l)

1.00

1.10

1.20

1.80

2.00

1.30

1.40

1.50

1.60

TABLE 3 House Temperature above Outdoor Temperature °F °F

18

17

16

15

14

13

12

11

10

9

F Winter(w) .83

.88

.94

1.00

1.07

1.15 1.25

1.37

1.50

1.67

feet

20

25

30

35

40

45

50

55

FVel (v)

2.24

2.00

1.83

1.69

1.58

1.49

1.41

1.35

feet

60

65

70

75

80

85

90

95

100

F Vel (v)

1.29

1.24

1.20

1.15

1.12

1.08

1.05

1.02

1.00

DO NOT EXCEED THE CAPACITY OF THE FAN-JET WITH EXHAUST.

SELECTING FAN-JET: From charts 1 and 1A, locate the greenhouse size using the “equivalent width” from the formula below and the actual length of the greenhouse.

Either increase the size of the Fan-Jet or reduce exhaust below the Fan-Jet CFM rating.

ACTUAL WIDTH x Fe x Fl x Fw = (EQUIVALENT WIDTH)

Summer Ventilation and Cooling: Approximately 8 CFM per square foot of floor area is required for maximum ventilation and cooling.

DO NOT EXCEED 30’ IN ACTUAL HOUSE WIDTH WITH ONE FAN-JET. Select the Fan-Jet(s) within the range shown. If the Fan-Jet is to be used for distributing heat, include the heat accessory kit to go with the Fan-Jet. Select the proper model of tubing according to the length of the greenhouse. Improper tube punching will not provide uniform air distribution.

LENGTH X WIDTH x 8 x Fe x Fl x Ft = SUMMER CFM. If fans and pads are less than 100 feet apart, adjustments must be made for air velocity.

LENGTH X WIDTH x 8 x Fv = CFM FOR SUMMER.

SELECTING EXHAUST FANS:

Select the exhaust fans to provide the higher of either CFM for conditions or CFM for velocity.

Winter Ventilation: (used in conjunction with Fan-Jet) Between 11/2 and 2 CFM per square foot of floor area is required for winter ventilation.

LENGTH X WIDTH x 2 x Fe x Fl x Fw = WINTER CFM

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SELECTING KOOL-CEL SIZE:

CONTROLS

Kool-Cel is most efficient with air velocity of 250 fpm.

Therefore, for maximum efficiency add the total exhaust selected and divide by 250 to get the square feet of pad required. Divide the square feet of pad by the available length of run to get the height of Kool-Cel required. Round off to the nearest foot.

Because of non-resident management of greenhouse operations today, automatic controls become a necessity.

If simple one or two step heating or cooling is required, thermostats will satisfactorily operate the equipment. But to conserve energy, staging equipment is recommended to use minimum equipment while achieving desired temperatures.

The pads are 4” x 12” x 24”, 36”, 48”, 60” & 72”. Using the tall pad support, they may be stacked to provide 60”, 72”, 84”, and 96” high pads, The number of Kool-Cel pads required is equal to the length of run.

The ACC-I has zero, one, two, or three stages of heat, one stage of circulation and four, five, six, or seven cooling/ventilation stages.

The Grotron II has two stages of heat, one for circulation and five stages of cooling/ventilation. More features are a part of the Grotron II system and are detailed on Page 19 and in Brochure C46.

Select the distribution system that matches the length of run up to 100’. (50’ in PDR systems.)

Select the water pump according to the length of the distribution system. Use #15 pump for systems up to 40’, #30 up to 70’, and #60 up to 100’.

Both Grotron II and ACC-I are low voltage (24 volts) controllers and require 24 volt control relays. Select one PB90ER24-1 relay for each piece of equipment and one PB90ER24-1 and PB90ER24-2 relay for each two speed or two directional motor. (Inlet shutters may be grouped and operated with one relay.)

SELECTING INLET SIZES: Winter Ventilation: The inlet shutter sizes for Fan-Jet systems are listed with the Fan-Jets on Page 10.

Summer Ventilation and Cooling: The inlet area for Kool-Cel pads should be continuous and at least 2/3 of the pad height.

In no case should the velocity of air inlet for summer cooling or ventilation exceed 400 fpm. Divide total CFM by 400 to get square feet of inlet required. Select inlet shutters using the opening area shown on the inlet shutter chart. (Page 9).

Typical Example: A 25’ x 100’ greenhouse located in an area with less than 1000 feet elevation and 5000 f.c. of light. This example is based on 15 degree winter inside temperature above outside temperature and 7 degree rise from pad to fan in summer. Air flow will be end to end and, therefore, fan to pad distance is 100’.

CALCULATIONS

Fan-Jet

EQUIPMENT SELECTION

1-RCA24F from chart #1; WAAC333MT from page 10 performance data; 100 feet 24” tube punched “BP” from page 11. Tube Selection Chart; 1-100’ support package; 13 hangers and rings (100’ ÷ 8 = 13); 24” heat accessory if heat is to be distributed by the Fan-Jet.

Actual Width x Fe x Fl x F w = (Equivalent Width) 25’ x 1.0 x 1.0 x 1.0 = 25’ (25’ is less than 30’; therefore, one unit is OK)

Exhaust Fans Winter: L x W x 2 x Fe x Fl x Fw = CFM 100 x 25 x 2 x 1.0 x 1.0 x 1.0 = 5,000 CFM Summer: L x W x 8 x Fe x Fl x Ft = CFM 100 x 25 x 8 x 1.0 x 1.0 x 1.0 = 20,000 CFM

2-DCA36G fans at .05” SP = 11,065 CFM each; one is 2 speed, (low speed for winter ventilation); therefore select 1-DCA36G and 1-DCA36G-2S each with slant wall housing, shutter and guard. (Note 2 spd. Max. = 10,055 CFM); (Total CFM = 11,065 + 10,055 = 21,120)

Kool-Cel System

20 - 48” Kool-Cel pads 1 - 20’ Distribution and Return System 1 - # 15S Pump 1 - Plumbing Package

21,120 CFM ÷ 250 = 84.48 sq. ft.

85 ÷ 20 (length of pad) = 4.25 (use 48”)

Inlet Shutters

Winter.................................................................................................................................... See Fan-Jet Above Summer ................................................................................................................................ A balance of both pad height and length of run is required.

21,120 ÷ 400 = 52.8 sq. ft.

4 x 15.4 = 61.6 sq. ft.

4 - WAAC6340MT @ 15.4 sq. ft. each

Controls

Automatic operations required One relay per each piece of equipment 2 - heaters (assumed), 1 - Fan-Jet. 1 - Fan-Jet shutter, 2 - fans, 1 - pump, 1 - group pad inlet shutter 1 - Two speed fan

1 - Grotron ll or ACC-1 9 - Relay PB90ER24-2

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Super

Fans

DC SERIES (STEEL)

• • • •

Six-bladed propeller utilizing a cambered - twist blade designed with a unique dihedral tip for higher air flow capacities at less horsepower.

Non-overloading design maintains horsepower within catalog range of static pressure, resulting in lower motor load and reduced operating costs.

Streamlined orifice insures higher air flow capacity.

Available mounted in either slant or square wall housing.

Acme Engineering and Manufacturing Corporation certifies that the Super Windmaster DC shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 211 and AMCA Publication 311 and comply with the requirements of the AMCA Certified Ratings Program.

PATENTED

Acme Windmaster Fans are listed by Canadian Standards Association Testing Laboratory as approved.

SEALED BEARINGS

• •

Prelubricated oversize ball bearings are double sealed, require no service.

Improved, more efficient drive assembly and super-duty neoprene belts provide longer service life.

MOTOR NOTES 1.

ENERGY EFFICIENT ENCLOSED MOTORS

• • •

2.

3.

Heavy duty totally enclosed motors with shielded ball bearings are designed for continuous work load.

4.

5.

Available in two speed.

All single speed single phase motors are dual voltage (115/230) except ¼ horsepower.

All ¼ horsepower single phase motors are single voltage (115 or 230).

Two-speed motors are single voltage (115 or 230) and not available in 1½ horsepower.

Low speed capacity of two speed fans is approximately one half of maximum.

All three phase motors are triple voltage (200-230/460).

Built-in thermal overload for low-line voltage protection on all single phase motors.

CERTIFIED CFM VS. STATIC PRESSURE (INCHES WG) MAX .050” .100” .125” .150” STATIC PRESSURE CFM C/W CFM *BHP C/W CFM *BHP C/W CFM *BHP C/W CFM *BHP C/W 1/ DC24E 622 5280 18.3 4950 0.25 17.1 4530 0.26 15.5 4235 0.26 14.5 3870 0.25 10.8 .150 4 1/ DC24F 735 6235 14.5 5960 0.41 13.8 5655 0.42 13.0 5475 0.42 12.5 5255 0.42 12.0 .250 3 ½ DC24G 820 6960 12.1 6715 0.57 11.7 6450 0.57 11.2 6305 0.58 10.9 6145 0.58 10.6 .300 ½ DC24G-2S 763 6475 14.0 6210 0.46 13.3 5920 0.46 12.7 5755 0.47 12.3 5555 0.47 11.8 .250 3/ DC24H 949 8055 9.2 7840 0.88 8.9 7625 0.89 8.7 7510 0.89 8.5 7390 0.89 8.4 .300 4 3/ DC24H-2S 875 7425 10.8 7195 0.69 10.4 6955 0.70 10.1 6825 0.70 9.9 6685 0.70 9.6 .375 4 1/ DC30F 529 8475 20.1 7985 0.41 18.6 7400 0.42 17.0 7010 0.42 16.1 6560 0.41 15.2 .200 3 ½ DC30G 607 9725 15.9 9305 0.61 15.0 8840 0.62 13.3 8570 0.63 13.6 8255 0.63 13.1 .250 ½ DC30G-2S 546 8745 19.7 8275 0.45 18.3 7720 0.46 16.8 7365 0.46 16.0 6950 0.46 15.2 .200 3/ DC30H 686 10990 12.7 10620 0.88 12.1 10230 0.89 11.5 10015 0.90 11.2 9780 0.90 10.9 .300 4 3/ DC30H-2S 647 10365 14.2 9970 0.74 13.5 9550 0.75 12.8 9310 0.75 12.4 9040 0.76 12.0 .300 4 1/ DC36F 431 10255 28.3 9570 0.36 25.2 8790 0.38 22.3 8300 0.38 20.8 7660 0.39 18.9 .150 3 ½ DC36G 495 11780 22.4 11190 0.54 20.5 10555 0.56 18.7 10200 0.57 17.8 9805 0.57 17.0 .200 ½ DC36G-2S 463 11015 25.5 10390 0.45 23.1 9680 0.46 20.8 9265 0.47 19.6 8795 0.47 18.4 .200 3/ DC36H 575 13680 16.8 13175 0.84 15.7 12650 0.86 14.8 12375 0.87 14.3 12085 0.88 13.8 .300 4 3/ DC36H-2S 511 12160 21.2 11595 0.60 19.6 10985 0.61 18.0 10640 0.62 17.2 10260 0.63 16.4 .250 4 DC36J‡ 1 634 15085 14.0 14630 1.12 13.3 14160 1.15 12.6 13915 1.16 12.3 13665 1.17 11.9 .300 ½ DC42G 385 14445 26.5 13550 0.56 24.1 12490 0.58 21.5 11830 0.58 20.1 11110 0.59 18.7 .150 ½ DC42G-2S 356 13355 31.0 12385 0.44 27.7 11125 0.46 24.1 10410 0.47 22.1 9610 0.48 20.1 .150 3/ DC42H 442 16580 20.4 15815 0.84 19.0 14970 0.86 17.6 14475 0.87 16.8 13915 0.88 16.0 .250 4 3/ DC42H-2S 511 15495 23.4 14670 0.69 21.5 13725 0.71 19.6 13145 0.71 18.6 12520 0.72 17.4 .300 4 DC42J‡ 1 485 18195 17.2 17500 1.10 16.2 16760 1.12 15.2 16350 1.14 14.7 15890 1.15 14.2 .300 ½ DC48G 308 17470 31.8 16220 0.57 28.4 14650 0.58 24.9 13630 0.59 22.9 12160 0.61 19.9 .150 ½ DC48G-2S 276 15655 39.5 14230 0.41 34.4 12230 0.43 28.6 10075 0.45 22.1 .125 3/ DC48H 354 20080 24.4 19005 0.86 22.3 17795 0.87 20.5 17065 0.88 19.4 16225 0.89 18.3 .200 4 3/ DC48H-2S 314 17810 31.0 16585 0.60 27.9 15080 0.62 24.6 14105 0.62 22.7 12865 0.64 20.3 .150 4 DC48J‡ 1 382 21670 21.2 20675 1.07 19.8 19600 1.09 18.3 18980 1.10 17.6 18285 1.11 16.8 .200 DC48K 11/2 444 25,185 16.4 24,335 1.66 15.5 23,450 1.69 14.5 22,980 1.71 14.1 22,475 1.72 13.8 .300 DC54-4J‡ 1 355 26395 24.0 24560 1.17 21.7 22660 1.19 19.7 21655 1.19 18.8 20570 1.20 17.7 .200 DC54-4K 11/2 398 29590 19.6 27960 1.64 18.2 26295 1.66 16.9 25430 1.67 16.2 24540 1.68 15.6 .250 CAUTION! Guards are strongly recommended when the fan is installed within ‡ Available with two-speed motor in 230/1 only. seven (7) feet of the floor, working level or within reach of personnel. Guards Sound ratings on Model DC are shown in Catalog C2. complying with OSHA regulations are available as optional equipment. Review Performance shown is installation type A - Free inlet, Free outlet.

OSHA Codes and obtain a quotation. * Power (BHP) does not include drive losses.

Performance ratings do not include the effects of appurtenances in the airstream.

CFM per Watt does not include drive losses. C/W ratings are not licensed to bear the AMCA seal.

WARNING! DO NOT use in HAZARDOUS ENVIRONMENTS where fan’s electrical system could provide ignition to combustible or flammable materials US GLOBAL RESOURCES unless unit is specifically built for hazardous environments.

FAN

HP

RPM

.000” *BHP 0.25 0.41 0.57 0.46 0.88 0.69 0.40 0.61 0.44 0.87 0.73 0.35 0.52 0.43 0.82 0.58 1.10 0.54 0.43 0.82 0.67 1.08 0.55 0.39 0.83 0.58 1.04 1.63 1.14 1.61

4

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Super

FANS

DCA SERIES (ALUMINUM)

• • • • •

All aluminum construction Six-bladed propeller utilizing a cambered - twist blade design with a unique dihedral tip for higher air flow capacities at less horsepower.

Non-overloading design maintains horsepower within catalog range of static pressure, resulting in lower motor load and reduced operating costs.

Streamlined orifice insures higher air flow capacity.

Available mounted in either slant or square wall housing.

Acme Engineering and Manufacturing Corporation certifies that the Super Windmaster DCA as shown herein is 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.

SEALED BEARINGS

• •

PATENT APPLIED FOR

Prelubricated oversize ball bearings are double sealed, require no service.

MOTOR NOTES

Improved, more efficient drive assembly and super-duty neoprene belts provide longer service life.

1.

2.

3.

ENERGY EFFICIENT ENCLOSED MOTORS

• • •

Heavy duty totally enclosed motors with shielded ball bearings are designed for continuous work load.

4.

Available in two speed.

5.

All single speed single phase motors are dual voltage (115/230) except ¼ horsepower.

All ¼ horsepower single phase motors are single voltage (115 or 230).

Two-speed motors are single voltage (115 or 230) and not available in 11/2 horsepower.

Low speed capacity of two speed fans is approximately one half of maximum.

All three phase motors are triple voltage (200-230/460).

Built-in thermal overload for low-line voltage protection on all single phase motors.

CERTIFIED CFM VS. STATIC PRESSURE (INCHES WG) MAX .000” .050” .100” .125” .150” STATIC PRESSURE CFM *BHP C/W CFM *BHP C/W CFM *BHP C/W CFM *BHP C/W CFM *BHP C/W 1/ DCA24E 622 4900 .28 15.3 4580 .28 14.3 4185 .29 12.6 3880 .29 11.7 .125 4 1/ DCA24F 735 5830 .46 12.1 5555 .47 11.3 5235 .47 10.6 5035 .48 10.0 4776 .48 9.5 .150 3 1/ DCA24G 820 6490 .61 10.9 6290 .64 10.1 6065 .66 9.4 5940 .66 9.2 5785 .67 8.8 .200 2 1/ DCA24G-2S 763 6040 .50 10.2 5820 .52 9.5 5575 .53 8.9 5420 .54 8.5 5220 .54 8.2 .150 2 3/ DCA24H 949 7400 .93 8.3 7195 .94 7.9 6985 .95 7.6 6875 .95 7.5 6760 .96 7.3 .300 4 3/ DCA24H-2S 875 6820 .73 8.4 6600 .74 8.0 6365 .75 7.6 6245 .75 7.5 6115 .76 7.2 .250 4 1/ DCA30F 529 8185 .34 23.0 7750 .35 21.1 7225 .36 19.2 6870 .37 17.7 6430 .37 16.6 .200 3 1/ DCA30G 607 9375 .66 14.5 8990 .67 13.7 8580 .69 12.7 8340 .70 12.2 8065 .70 11.8 .250 2 1/ DCA30G-2S 546 8430 .48 14.8 8005 .49 13.8 7515 .51 12.4 7210 .51 11.9 6820 .52 11.1 .200 2 3/ DCA30H 686 10620 .96 11.5 10285 .98 10.9 9940 .99 10.4 9750 1.00 10.1 9550 1.01 9.8 .300 4 3/ DCA30H-2S 647 10015 .81 11.1 9660 .82 10.6 9290 .84 9.9 9080 .85 9.6 8855 .85 9.4 .250 4 1/ DCA36F 431 10005 .32 29.9 9345 .34 26.2 8555 .39 20.9 8035 .38 20.2 7330 .32 21.9 .150 3 1/ DCA36G 495 11585 .51 23.2 11065 .53 21.4 10475 .55 19.5 10110 .56 18.5 9670 .58 17.1 .200 2 1/ DCA36G-2S 463 10730 .38 23.9 10055 .41 20.7 9310 .44 17.9 8880 .45 16.7 8685 .46 15.4 .200 2 3/ DCA36H 575 13325 .73 18.9 12785 .77 17.2 12225 .81 15.7 11930 .83 14.9 11615 .84 14.4 .300 4 3/ DCA36H-2S 511 11845 .51 20.9 11235 .55 18.4 10585 .58 16.4 10225 .59 15.6 9835 .61 14.5 .200 4 DCA36J‡ 1 634 14560 .99 15.3 14175 1.03 14.3 13775 1.07 13.4 13560 1.09 12.9 13325 1.10 12.6 .375 1/ DCA42G 385 14690 .58 25.9 13635 .62 22.5 12465 .65 19.6 11775 .66 18.3 10920 .66 16.9 .200 2 1/ DCA42G-2S 356 13585 .46 25.0 12435 .49 21.4 11105 .52 18.0 10235 .52 16.6 8970 .53 14.3 .150 2 3/ DCA42H 442 16710 .83 20.9 15940 .85 19.5 15190 .90 17.5 14725 .92 16.6 14165 .93 15.8 .250 4 3/ DCA42H-2S 511 15615 .68 20.6 14800 .70 29.0 13950 .74 16.9 13385 .76 15.8 12700 .76 15.0 .200 4 DCA42J‡ 1 485 18295 1.11 17.1 17620 1.14 16.1 16980 1.19 14.8 16575 1.20 14.7 16125 1.20 14.0 .250 1/ DCA48G 308 17490 .54 33.1 16215 .56 29.6 14495 .59 25.1 13420 .61 22.5 12005 .63 19.5 .150 2 1/ DCA48G-2S 276 15675 .39 34.0 14215 .41 29.3 12045 .44 23.1 10190 .45 19.1 .125 2 3/ DCA48H 354 19775 .79 26.0 18825 .82 23.8 17625 .85 21.5 16770 .87 20.0 15770 .90 18.2 .200 4 3/ DCA48H-2S 314 17540 .55 28.7 16445 .56 25.5 14805 .61 21.8 13675 .63 19.5 12415 .64 17.4 .150 4 DCA48J‡ 1 382 21380 .98 22.7 20440 1.01 21.0 19420 1.05 19.2 18830 1.06 18.5 18130 1.08 17.4 .250 †DCA54-4J‡ 1 356 25570 1.15 23.1 23870 1.17 21.2 21920 1.19 19.1 20790 1.20 18.0 19600 1.21 16.8 .150 †DCA54-4K 11/2 405 29090 1.69 18.2 27610 1.72 17.0 26000 1.74 15.8 25110 1.75 15.2 24130 1.76 14.5 .200 CAUTION! Guards are strongly recommended when the fan is installed within ‡ Available with two-speed motor in 230/1 only. seven (7) feet of the floor, working level or within reach of personnel. Guards Performance shown is installation of type A-Free inlet. Free outlet. complying with OSHA regulations are available as optional equipment . Review * Power ratings (BHP) does not include drive losses.

OSHA Codes and obtain a quotation.

Performance ratings do not include the effects of appurtenances in the airstream. † These models feature a four-bladed propeller FAN

HP

RPM

CFM per Watt does not include drive losses. C/W ratings are not licensed to bear the AMCA seal.

WARNING! DO NOT use in HAZARDOUS ENVIRONMENTS where fan’s electrical system could provide ignition to combustible or flammable materials unless unit is specifically built for hazardous environments.

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MODEL WS SLANT WALL HOUSING of heavy gauge galvanized steel or aluminum.

• Constructed For Model DC, FQ and FN Fans.

• Energy SavingsDCA, inside shutter saves up to 3750 • BTU/HR heat loss- with per fan.

Flow Capacity - shutter directs air to fan.

• High Select fan at .05” sp. instead of .10”.

Protected - slant arrangement protects motor and • Weather drives from elements.

Mounting - keeps equipment from blocking aisles.

• Outside Assembled for quick, easy field installation.

• Includes 1” xto½”fanguard on outlet side.

•

and inlet guard held in place with quick release • Shutter clips. knockout included to allow all wiring connections for • Wiring motor to be made inside the building. For fan application,

see pages 4 and 5 for Windmaster® (DC or DCA) and page 8 for DynaMaster® (FQ and FN).

AUTOMATIC ALUMINUM SHUTTER

INSIDE FRAMED OPENING DIMENSIONS

INLET GUARD

FAN WALL HOUSING SIZE MODEL WT.

MODEL

WT. MODEL WT.

A

B

C

20 23 28 35 42 46 53 78 106

WAA1515 WAA2020 WAA2222 WAA2727 WAA3333 WAA3939 WAA4545 WAA5454 WAA6060

4 8 8 9 13 17 25 35 40

4 4 5 5 7 10 12 15 18

163/4” 213/4” 233/4” 283/4” 343/4” 403/4” 463/4” 543/4” 603/4”

18” 231/4” 251/4” 303/4” 361/2” 423/4” 49” 571/4” 631/2”

24” 27” 24” 317/8” 341/4” 341/8” 363/4” 407/8” 391/2”

12” 16” 18” 24” 30” 36” 42” 48” 54”

WS12FQ WS16FQ WS18FN WS24DC WS30DC WS36DC WS42DC WS48DC WS54DC

GS12 GS16 GS18 GS24 GS30 GS36 GS42 GS48 GS54

CAUTION! Guards must be installed when fan is within reach of personnel or within seven (7) feet of working level or when deemed advisable for safety.

MODEL WB SQUARE WALL HOUSING

FAN SIZE

• Constructed of heavy gauge galvanized steel.

• For Model DC and DCA. • Provides convenient means to install fan and shutter.

• Outside Mounting - keeps equipment from blocking aisles.

• Mounting Flanges for attaching to wall and to attach shutter.

• Assembled to fan for quick, easy field installation.

24” 30” 36” 42” 48” 54”

WALL HOUSING

AUTOMATIC ALUMINUM SHUTTER

MODEL

WT.

MODEL

WT.

MODEL

WT.

A

B

C

WB24DC WB30DC WB36DC WB42DC WB48DC WB54DC

30 36 38 40 70 96

WAA2727 WAA3333 WAA3939 WAA4545 WAA5454 WAA6060

9 13 17 25 35 40

GD24 GD30 GD36 GD42 GD48 GD54

5 7 10 12 15 18

283/4” 343/4” 403/4” 463/4” 543/4” 603/4”

283/4” 343/4” 403/4” 463/4” 543/4” 603/4”

24” 24” 24” 24” 25” 29”

INLET GUARD

INSIDE FRAMED OPENING DIMENSIONS

CAUTION! Guards must be installed when fan is within reach of personnel or within seven (7) feet of working level or when deemed advisable for safety.

All Guards: for wall housings have 1” x ! ” welding galvanized wire in aluminum frame for inlet side of wall housing. Outlet guards are included on WS wall housings as standard equipment.

Inlet guards are mounted with quick release clips.

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RUGGED PLASTIC DIRECT DRIVE FANS Master-Ex DDP fans are engineered and designed to withstand corrosion in horticultural environments.

• • • • •

Housing - Heavy gauge plastic 14"-24"; fiberglass 36"-50” housing. Slant design easy to clean and assists run-off.

Propeller -14”- 50” stainless steel cambered twist blades.

Motor - High efficiency dual voltage (115/230) totally enclosed; DDPS48J8-C single voltage (specify); all sizes except 36”- 48” and 50” are suitable for variable speed with optional controller.

Models 14” Thru 50”

Frame/Guard - Stainless steel vertical support frame, heavy gauge coated front guard.

Diffuser Cone - Increases airflow with same H.P. MODEL

HP

0.00” RPM 1593 1642 1478 1638 1097 853 864 638 505 465 853 543 481 463 468 397 387 502

0.05” RPM 1580 1638 1449 1632 1091 846 861 636 504 465 852 542 479 461 468 397 386 501

CFM VS. STATIC PRESSURE (INCHES WG) 0.10” 0.15” Max Static Pressure C/W CFM RPM C/W CFM RPM C/W 11.4 1500 1566 10.2 1280 1554 8.5 .20 8.5 1840 1635 7.7 770 1653 3.5 .20 13.9 2060 1412 11.3 1590 1374 8.4 .20 10.4 3810 1625 9.7 3610 1617 9.1 .30 13.0 6500 1086 12.0 6070 1080 10.8 .30 19.4 9460 840 17.0 8570 833 14.4 .30 21.0 9990 855 18.5 9340 852 16.4 .30 20.8 11860 636 19.2 11180 635 17.4 .30 23.2 20300 502 20.9 19100 502 18.7 .30 23.9 19100 464 21.3 17400 462 18.3 .30 23.1 18200 846 19.9 16500 843 17.3 .30 19.7 22300 541 18.1 21300 539 16.6 .30 21.7 23400 477 19.7 22000 475 17.7 .30 22.0 22600 449 20.0 20800 457 17.7 .30 22.9 22700 466 20.5 21200 465 18.5 .30 28.3 18400 396 24.5 16200 396 20.8 .25 29.5 17800 385 25.6 15400 383 21.1 .30 20.2 24700 500 18.5 23300 498 16.8 .30 **RPM shown is nominal and the performance shown is based on actual speed of test.

CFM C/W CFM uDDPS14B4-C 1/10 1720 12.5 1620 uDDPS14D4-C 1/5 2150 9.2 2020 uDDPS18B4-C 1/10 2720 16.3 2430 uDDPS18F4-C 1/3 4180 11.0 4000 uDDPS24G6-C 1/2 7360 14.4 6900 uDDPS36G8-C 1/2 11090 22.6 10260 uDDPS361G8-C 1/2 11540 23.9 10780 DDPS36G-C 1/2 13000 23.1 12410 DDPS48J1-C 1 22400 26.0 21400 DDPS48J-C 1 21500 26.8 20400 uDDPS48J8-C 1 21400 26.1 19900 DDPS48K-C 1 1/2 24100 21.6 23200 DDPS50J1-C 1 25900 24.4 24600 DDPS50J-C 1 25300 24.9 23800 DDPS50J3-C 1 25200 25.3 23900 DDPS50J3L-C 1 21600 32.7 20100 DDPS50JL-C 1 21200 33.5 19700 DDPS50K-C 1 1/2 27000 22.1 26000 uDirect Drive Fans Performance shown from tests performed at Bess Labs.

Performance shown is for 14" through 50" units with aluminum shutter, diffuser and outlet guard (no inlet guard).

Acme’s precise engineering has matched a cambered twist propeller with continuous duty motors to form high airflow and low energy consumption fans. Combined with corrosion resistant galvanized orifice and frames, these fans offer the user maintenance free, long lasting equipment suited for use in horticultural environments. Check these features:

ECONOMY FAN

HIGH EFFICIENCY DIRECT DRIVE FANS

• • • • • • • • •

AGD24-36 Acme’s 42” and 48” models feature a new unique, high airflow, energy saving (2x4) propeller. This unique new design provides durability, efficiency and real operational economy.

Users of the (2x4) are provided with outstanding performance, endurance and savings on energy costs.

FAN SIZE

MODEL

RPM MOTOR HP

*24” AGD24G6-B 1082 *30” AGD30G6-B 1125 36” AGD36G8-B 850 42” AGD42J8-B 834 48” AGD48J8-B 832 * Suitable for variable speed.

1/2 1/2 1/2 1 1

.000” CFM 5195 7135 10175 14865 19260

BHP .46 .41 .52 1.02 1.01

.050” C/W 10.1 15.3 16.8 13.3 17.4

CFM 4965 6760 9565 13990 17945

BHP .47 .43 .54 1.04 1.03

Galvanized Construction - Corrosion resistant, long lasting.

Cambered Twist Propeller - High airflow, low energy cost, high CFM/watt.

Totally Enclosed Motors - Gasketed and shielded against dust and moisture.

Vertical Support Frame - Maintains proper alignment.

Motor Wire Leads - for quick hook-up.

Quiet Operation Direct Drive - No drive losses, no belts to slip.

Available in w.s. slant wall housing.

CFM VS. STATIC PRESSURE (INCHES WG) .100” C/W 9.5 14.1 15.2 12.3 15.9

7

CFM 4720 6375 8895 13045 16615

BHP .48 .44 .56 1.06 1.05

C/W 8.9 12.9 13.6 11.2 14.4

CFM 4580 6180 8515 12530 15910

.125” BHP .48 .45 .57 1.07 1.07

.150” C/W 8.6 12.4 12.8 10.7 13.6

CFM 4425 5980 8115 11960 15145

BHP .48 .45 .58 1.08 1.08

C/W 8.2 11.8 12.0 10.1 12.8

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DIRECT DRIVE PROPELLER FAN

• • • • • • •

Easy to install.

Smart streamlined construction includes back guard (motor side) as standard equipment when ordered without wall housing.

Front guards (propeller side) also available.

Available with galvanized steel wall housing.

Aluminum propeller, epoxy painted steel orifice.

Totally enclosed motor with ball bearings.

Variable speed with solid state controls. (Page 17)

FAN SIZE

FAN MODEL†

RPM

HP

12” 16” 18”

FQ129 FQ16C6 FN18E4

1550 1160 1760

1/9 1/8 1/4

CFM VS. STATIC PRESSURE 0 .100 .125 1380 1280 1245 2180 2020 1960 3430 3165 3090

MAX BHP*

SHIP. WT.

.105 .148 .300

44 56 124

Acme Engineering & Manufacturing Corporation certifies that the DynaMaster shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publications 211 and 311 and comply with the requirements of the AMCA Certified Ratings Program.

† When used with a 2-speed switch, speed reduction is approximately 30% for low speed.

Performance shown is for installation type A - free inlet, Free outlet. * Power rating (BHP) does not include drive losses.

Power ratings do not include the effects of appurtenances in the airstream.

Certified Sound Ratings for FQ & FN Models shown in catalog S-4.

Model FN18E4 is not licensed to bear the AMCA Seal.

FAN SIZE

WALL HOUSING MODEL WT.

12” 16” 18”

WS12FQ WS16FQ WS18FN

15 18 22

MODEL

INLET GUARD WT. MODEL WT.

AWIDTH

B WIDTH

WAA1515 WAA2020 WAA2222

4 8 8

GS12 GS16 GS18

16 1/4” 21 1/4” 23 1/4”

18” 23” 25”

SHUTTER

6 8 10

DIMENSIONS

®

EXTRA LARGE HINGED HOOD Provides large opening area around the full perimeter for efficient air flow through the ventilator when installed on a standard 8” high curb. Hinged for easy access to motor and drive. Preassembled for quick, easy field installation.

Acme Engineering & Manufacturing Corporation certifies that the DynaMaster shown herein is licensed to bear the AMCA Seal.

The ratings shown are based on tests and procedures performed in accordance with AMCA Publications 211 and 311 and comply with the requirements of the AMCA Certified Ratings Program.

DAMPER BOX

For easy mounting of backdraft damper inside field constructed roof curb.

For use where wall space is unavailable for conventional wall mounted Windmaster fans.

Mounted on field constructed curb opening on roof of house.

FAN SIZE MODEL HP RPM 30"

EC30E EC30F

36"

EC36F EC36G

42"

EC42G EC42H EC42J

/4 1/ 3 1/ 3 1

½ ½

/4

3

1

CERTIFIED CFM VS. S.P.

0"

.125" CFM SONES

CERT. SHIP. DAMPER DAMPER INSIDE MAX. WT. MODEL FRAMED BOX BHP* OPENING

CFM

SONES

.100" CFM SONES

434 508

6230 7290

8.4 11.1

4800 6170

9.1 10.0

5830

-

10.7

.25 .41

237 240

AR34

DB34E

341/2"

431 495

9040 10380

11.3 14.6

7440 9010

11.0 14.3

6990 8640

11.6 14.1

.41 .62

300 307

AR40

DB40E

401/2"

385 442 485

12820 14720 16150

10.7 14.2 15.5

10740 12930 14530

9.9 12.3 14.4

10170 12460 14110

10.0 12.3 14.2

.59 .89 1.18

407 411 418

AR48

DB48E

481/2"

If possible, install on north end of roof. free field calculated per AMCA Standard 301. Values shown are for Installation Type A: Free Inlet fan sone levels.

Performance shown is for Installation Type A: Free inlet, Free Outlet Power Rating (BHP) does not include drive losses. Performance ratings do not include the effects of appurtenances in the airstream. The sound ratings shown for Model EC is loudness values in fan sones at 5 feet (1.5m) in a hemispherical

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•

VALU-MASTER Horizontal Air Flow Fan

•

Acme’s precise engineering has matched the proper propeller with a continuous duty motor to form a high air flow and low energy consumption fan. This fan offers the user maintenance-free, long-lasting equipment suited for use in horticulture environments.

• • •

Installation - Two piece rotational bracket provides a locking tilt adjustment for proper angle of air flow. “S” bracket provides two different dimensional mountings.

Wiring - Motor comes factory-wired on the “A4” with a six-foot, three conductor cord with grounding type molded plug for easy installation. The “F4” motor has the specified cord shipped unattached.

Propeller - Aluminum blades held securely in place by a steel spider and hub provide quiet operation.

Motor - Heavy-duty PSC, totally enclosed motor with automatic thermal overload protection and ball bearings is energy efficient.

HAF20A4 motor can be used with variable speed control for more precise air movement.

Guards - Two piece wire guard for easy access has a white PVC plastic coating to resist corrosion.

FAN SIZE

MODEL

RPM

MOTOR HP

VOLTAGE

WATTS*

AIR FLOW .000” SP †

20”

HAF20A4

1573

1/15

115/1

119.5

2475

20”

uHAF20F4

1714

1/3

115/230/1

422

4210

* Watt reading is corrected to standard air density. † Fan tested with both guards in place. uNot available with variable speed controller.

ALUMINUM WALL SHUTTERS

• • • • • • •

Corrosion resistant heavy gauge aluminum frame.

Precision counterbalanced aluminum blades open easier, wider to permit higher fan capacity.

Nylon bearings throughout are corrosion proof to help prevent sticking. Suitable for dusty or humid applications.

Stainless steel hinge pins will not rust, insure easy positive blade action.

All shutter blades are reinforced with polished galvanized steel rods, and equipped with double tie-rods.

Automatic - Used with exhaust fans; opens automatically when fan is on, closes automatically when fan is off.

Keeps out wind, rain and backdrafts when fan is not in operation.

(See fan selection for shutter sizes)

MOTORIZED INLET SHUTTERS

• • • •

New cam pulley operator - provides long life to motor-corrosion resistant.

Motor draws only 17 watts.

WAAC models are center pivoted to open easier against house static pressures.

SHUTTER MODEL

OVERALL

WAAC1818MT WAAC2626MT WAAC3333MT WAAC4040MT WAAC6318MT WAAC6340MT WAAC6362MT

18X18 26X26 33X33 40X40 63X18 63X40 63X62

DIMENSIONS Sq. Ft. OPENING OPENING 15X15 23X23 30X30 37X37 60X15 60X37 60X59

1.56 3.67 6.25 9.50 6.25 15.42 24.58

Wt. 10 14 18 22 19 35 52

Motors are available in 24v, 115v, 230v, 460v, (Specify Voltage Required).

FRESH AIR TUBE VENTILATION Mild weather distribution of fresh air is accomplished through high efficiency streamlined inlet, inlet shutter and custom-punched tubing. Exhaust fan draws in fresh air for draft-free ventilation, and system may be equipped with motorized shutter for automatic operation.

18” INLET 1800 CFM

24” INLET 3200 CFM

30” INLET 5000 CFM

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AIR DISTRIBUTION SYSTEM The unique Fan-Jet is a special tube pressurizing fan with curved stationary discharge vanes (stator vanes) that recover the rotational energy of discharging air to increase performance capacity and efficiency.

LOW COST: Fan-Jet powers more air at less horsepower for best results at low operating costs.

QUALITY: Fan-Jet is fully assembled at factory, test run and inspected and then shipped ready to install with brackets and fasteners.

QUIET: Fan-Jet’s low sone ratings are an Acme tradition.

DIRECT DRIVE MODELS -RC 12,18

RCP 12, 18, 24

Direct drive models are capable of variable speed control.

(See Controls on Page 17)

Model RC or RCA

BELT DRIVE MODELS - RC 24, 30; RCA 24, 30

Belt drive models feature no-service sealed fan shaft ball bearings captured in a unique casting to maintain proper alignment and spacing.

BUILT TOUGH: The steel model RC is available in 12”, 18”, 24” and 30” sizes and is rust protected with a metal wash process and a baked-on finish. Aluminum model RCA is available in 24” and 30” sizes and produced from heavy gauge aluminum. The RCP plastic model incorporates ABS plastic construction with a stainless steel frame.

Model RCP

HIGH PERFORMANCE PROPELLERS: The propellers are matched to the size, performance and construction of the Fan-Jet. RC fan propellers are welded steel with a baked on finish. RCA fan propellers are welded heavy gauge aluminum. RCP12 fan blades are polycarbonate attached to a glass reinforced nylon hub with an aluminum hub core. RCP18-24 blades are made of stainless steel.

Models RC and RCP are listed by Canadian Standards Association Testing Laboratory as approved.

ENERGY EFFICIENT: All motors are totally enclosed, high efficiency design with shielded ball bearings and include thermal overload protection on single phase models.

FAN-JET PERFORMANCE DATA Fan-Jet Model

HP

RPM

Tube Size

System CFM

▼ Motorized

Shutter Model

Heat Accessory

‡ Heating Capacity With Heat Kit BTU/hr. Output Heater Temperature Rise of 40° 50° 60° 70°

† RC12D4

1/8

1725

12”

1180/780

WAAC1818

Not Available

RC18E6

1/4

1160

18”

3120

WAAC2626

HT18

112,000

138,000

163,000

186,000

RCA/RC24F

1/3

735

24”

5420

WAAC3333

HT24

172,000

212,000

250,000

287,000

RCA/RC30G

½

607

30”

8550

WAAC4040

HT30

278,000

342,000

403,000

463,000

RCP12B4

1/10

1625

12”

1100

WAAC1818

Not Available

RCP18B4

1/10

1625

18”

2140

WAAC2626

PHT18

77,000

95,000

112,000

128,000

RCP18F4

1/3

1625

18”

3050

WAAC2626

PHT18

109,000

135,000

159,000

182,000

RCP24G6

½

1075

24”

5115

WAAC3333

PHT24

162,000

200,000

236,000

271,000

† RC12D4 has a 2-speed motor therefore two different system CFM’s ▼ Order CAM motorizing kits separately.

NOT APPLICABLE

NOT APPLICABLE

‡ The Order rating for gas fired heaters is 80% of their input BTU ratings.

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POLYETHYLENE TUBING

TUBE SELECTION TABLE

TUBE MODEL HFT HLT HRT HLW HMW HLY HRY HMZ HRZ

TUBE LENGTH 10’ - 20’ 20’ - 25’ 25’ - 30’ 30’ - 35’ 35’ - 40’ 40’ - 50’ 50’ - 60’ 60’ - 75’ 75’ - 100’

TUBE MODEL HFY HDY HCY HBY HKN HJN HHN HFN HDN HCN HBN HKA HJA HHA HFA HDA HCA *HBA **HKE HJE HHE HFE

TUBE LENGTH 18’ - 20’ 20’ - 22’ 22’ - 25’ 25’ - 27’ 27’ - 30’ 30’ - 33’ 33’ - 36’ 36’ - 40’ 40’ - 45’ 45’ - 50 50’ - 55’ 55’ - 61’ 61’ - 68’ 68’ - 76’ 76’ - 85’ 85’ - 96’ 96’ - 108’ 108’ - 121’ 121’ - 138’ 138’ - 154’ 154’ - 177’ 177’ - 205’

TUBE MODEL HKX HJX HHX HFX HDX HCX HBX HKP HJP HHP HFP HDP HCP HBP HKI HJI HHI HFI **HDI *HCI HBI HKO HJO HHO

All tubes are engineered for uniform distribution and proper mixing of air to produce the best aerodynamic effect in greenhouse structures.

30” FAN-JET or 30” INLET

24” FAN-JET or 24” INLET

18” FAN-JET or 18” INLET

12” FAN-JET

TUBE LENGTH 24’ - 27’ 27’ - 30’ 30’ - 33’ 33’ - 37’ 37’ - 41’ 41’ - 45’ 45’ - 48’ 48’ - 53’ 53’ - 59’ 59’ - 66’ 66’ - 73’ 73’ - 81’ 81’ - 90’ 90’ - 101’ 101’ - 112’ 112’ - 126’ 126’ - 142’ 142’ - 160’ 161’ - 182’ 182’ - 206’ 206’ - 233’ 233’ - 269’ 269’ - 311’ 311’ - 360’

TUBE MODEL HKT HJT HHT HFT HDT HCT HKS HJS HHS HFS HDS HCS HBS HKU HJU **HHU HFU *HDU HCU HBU

TUBE LENGTH 39’ - 42’ 42’ - 47’ 47’ - 52’ 52’ - 58’ 58’ - 66’ 66’ - 77’ 77’ - 84’ 84’ - 94’ 94’ - 104’ 104’ - 116’ 116’ - 129’ 129’ - 145’ 145’ - 163’ 163’ - 183’ 183’ - 206’ 206’ - 232’ 232’ - 263’ 263’ - 305’ 305’ - 348’ 348’ - 405’

in clear 4 mil thick UV stabilized polyethylene • Furnished material. tube is custom punched to match the selected • Each Fan-Jet Unit with each specific house. Since tubes are custom punched, orders already processed or shipped cannot be cancelled or returned for credit.

TUBE HANGER SET Unique hanger clamps onto tubing for easy attachment to overhead support wire with snap ring.

RECOMMENDED SPACING

12” Tubing every 10 ft.

18” Tubing every 10 ft.

24” Tubing every 8 ft.

30” Tubing every 6 ft.

Wire support kits, available in 50’, 100’, 150’, 200’ and 300’ lengths, include six strand 10 gauge wire, turnbuckle and 2 securing clips.

* CAUTION! This tubing, for use in greenhouses, does not contain fire retardants. Due care should be taken during installation and operation to keep away from open flame.

* Maximum tube length for Fresh Air Convection Tube System. ** Maximum tube length for Fan-Jet with Heat Kit. + When 12” tubing is used for Perimeter Heating the Tube Model is prefixed by the letter P.

Acme Heat Kits allow use of gas fired, electric, steam or hot water unit heaters without outside air passing through the heat exchanger.

When used with Fan-Jet, Heat Kits keep coils and elements out of the air flow route, thus saving energy. Each kit consists of two baffle plates with air scoops attached horizontally to the top and bottom of the Fan-Jet Unit and to the framed opening of the motorized inlet shutter. Kits also come with a Fan-Jet motor shield to prevent heat build-up. A center baffle accessory is included for use when opposing heaters trigger separately, preventing blow-through of hot air and possible motor damage.

HEAT KITS for overhead heating

*The unit heater louvers should be at the same elevation as the Fan-Jet inlet opening and spaced a proper distance from it, with the axis of the unit heater discharge opening directed toward the Fan-Jet inlet opening. If the heater must be positioned below the level of the Fan-Jet inlet opening to maintain the proper spacing, the louvers should be adjusted to direct the heated air upward toward the top of the inlet opening.

CAUTION! To avoid combustion malfunctions when two heaters are used with one Fan-Jet; the minimum heater distance from Fan-Jet opening must be maintained, both heaters must operate simultaneously unless center baffle is used, and the discharge louvers must be directed toward the top of the Fan-Jet opening.

If the Fan-Jet end of the building is colder than the remainder of the house, this condition usually can be corrected by adjusting one or two of the lower louvers of the heaters to a downward position to divert part of the heated air to the end wall area.

WEATHER HOOD: Galvanized steel, with bird screen. Flanges fit motorized shutter frames for easy installation.

CAUTION! Guards are strongly recommended when the fan is

DIMENSIONS

WEATHER HOOD MODEL

A

B

C

RH12

18”

18”

16”

20

RH18

26”

26”

24”

35

RH24

33”

33

30”

55

RH30

40”

40”

37”

75

installed within seven (7) feet of the floor, working level or within reach of personnel. Guards complying with OSHA regulations are available as optional equipment. Review OSHA Codes and obtain a quotation.

WEIGHT

Models RC and RCP are listed by the Canadian Standards Association Testing Laboratories as approved.

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ACME’S KOOL-CEL EVAPORATIVE COOLING PAD SYSTEM

A PROVEN PERFORMER Kool-Cel Pads Kool-Cel pads are cellulose cooling cells 4” and 6” deep, 12” wide and available in 12” increments from 24” to 72” tall with two pieces of 4” combined to make 84” and 96” tall pads. The cooling cells are made from a specially formulated cellulose paper impregnated with insoluble anti-rot salts. It is designed with an exclusive cross-fluted configuration which induces highly turbulent mixing inside the pad between the water and the air, and contributes to the evaporative efficiency. The cross-fluted design makes Kool-Cel a strong self-supporting pad with high evaporative efficiency and low pressure drop (resistance to air flow).

A face velocity of 250 feet per minute for 4” and 400 feet per minute for 6” is recommended for the most economical cost and operation of the Kool-Cel system.

Kool-Cel on Greenhouse

Sizing Kool-Cel Pad Determine Total Summer Cooling Required in CFM, then divide by velocity to obtain pad area in square feet. The pad area divided by the length will determine the height in feet.

Total Pad area, sq.ft.=

Total Summer Cooling Required (CFM) ___________________ Velocity (250-4” 400-6”)

Kool-Cel and Celdek

4” KOOL-CEL PAD The 4” Kool-Cel pad is constructed with air flow at equal 45° angles which allows air flow to enter from either side of the pad.

6” CELDEK PAD The 6” Celdek pad contains flutes organized in two angles, one with steep pitch and the other less pitched.

The air must enter the pad from the side with the steep pitch.

MI-T-Edg ® Optional coating on one or both sides of the pads reduces algae growth and enables easy pad cleaning and maintenance.

MI-T-Edg is a registered trademark of Munters Corporation.

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PDR 4 and 6 & RETURN SYSTEM

WATER DISTRIBUTION

4” AND 6” SYSTEMS

• • • • •

Available in stainless steel Custom Sizing - sections available in one foot increments (5’ - 50’) to maximize efficiency and prevent additional installation requirements Fully prefabricated Preassembled gutter sections reduce installation costs Tall pad supports - provide additional support for 4” systems with pads over 48” tall

The system comes complete with a water distributor and cover, return gutter, strainer, pump and miscellaneous fittings and fasteners to complete the assembly.

The cells are supported at their base by the special support built into the gutter. The water distributor is composed of rigid PVC pipe with metered outlet holes. Flush-out plugs and connection tees are provided to facilitate cleanout and water connection. All hardware and fittings are provided to ease the installation.

The return gutter supports the cells that when wet weigh 2¾ lbs. (4”) or 4 lbs. (6”) per square foot and, therefore, should be adequately reinforced and supported.

4” and 6” Aluminum System The aluminum system utilizes quick snap together components for easy installation using a minimum of hardware. The heavy extruded gutter and support are designed to support the pads and carry the water back to a sump with capacities for an 8’ x 100’ system in 4” pad and an 8’ x 80’ system in 6” pad. The aluminum top cover is made in two pieces to facilitate cleaning the PVC pipe if clogged.

OPTIONAL EQUIPMENT Acme’s 8” PVC transition pump tank is ideal for installation in rocky areas. The Acme high efficiency system is made up of a covered polyethylene transition pump tank, coupling and end cap for 8” PVC pipe (supplied by others ) and a float valve and bracket assembly.

8” PVC Transition Pump Tank

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QUALITY CONSTRUCTION AND COMPONENTS...

THE HALLMARK OF PDR 4” AND 6” KOOL-CEL SYSTEMS!

These pumps are heavy duty centrifugal, self priming type featuring high volume and low head pressure performance.

MODEL

TYPE

HP

VOLTAGE/ PHASE

#30

Centrifugal

1/3

115/230/1

#60

Centrifugal

½

#15S

Submersible

#30S #60S

These pumps are submersible type with cast iron housing, polypropylene base and polycarbonate cover. They include a lifetime oil supply and non-clog pumping head and impeller.

CAPACITY AT 10’ HEAD

TOTAL SYSTEMS LENGTH 4”

6”

42 GPM

70’

55’

115/230/1

55 GPM

100’

80’

1/4

115/1

29 GPM

40’

35’

Submersible

1/3

115/1

42 GPM

70’

55’

Submersible

½

115/1

63 GPM

100’

80’

½

3

The pumps should be sized to provide gallon per minute for 4” and /4 gallon per minute for 6” of flow per linear foot of pad to insure adequate wetting.

PAD CARE

The sump tank cover and tank fittings are furnished by others and should be sized to provide ¾ gallon per square foot of 4” pad area and 1 gallon per square foot of 6” pad area.

2. Cover the sump to avoid exposure to sunlight and airborne particles, and to keep animals from drinking it.

Kool-Cel pads are very durable and long lasting. To maximize the life of your pads and keep the efficiency of the original installation, correct any conditions that may be detrimental to the pad.

3. Keep the fans running after the pump is shut off to dry the pads, thus killing the algae spores left on the pad.

A Ph of recirculating water (from sump) must be maintained between 6 and 9 (7 is pure water). If these limits are exceeded, the stiffening agents in the pad will leach out and destroy the pad.

4. Isolate the water make-up system from any other system.

B. Hard water resulting in Calcium Carbonate deposits on the pad is not harmful, but should be kept within limits.

5. Pads should be shaded from direct sunlight.

E. If airborne dust and bugs tend to clog the airflow passages, proper operation of the system will normally wash away the clogging.

C. Sodium Chloride (salt water) concentrate above 50,000 ppm (approx.) will deposit salt on the pad and reduce air flow. Keep salt concentrates below 50,000 ppm in recirculating water and below 40,000 ppm in make-up water.

F. When Kool-Cel is installed within reach of poultry or livestock, it should be guarded.

D. Algae will grow on any surface that is wet and exposed to sunlight. To help prevent algae build up, follow these tips.

1.

The plumbing package is designed for use with all the pumps for the Kool-Cel systems and includes the necessary plumbing fittings and valve to complete the installation from the sump to the distributor and also contains the water strainer and float valve.

G. Bleed-Off - Since the water is continuously evaporating and being replaced by fresh water, the salts and minerals are left behind in the re-circulating water. To reduce the buildup of deposits and scale, a bleed off for the recirculating water is provided.

Do not draw make-up water from an open pond. Use well water or chlorinated water from city systems.

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EVAPORATIVE COOLING AND WATER DISTRIBUTION SYSTEM

s

• • • •

Rugged PVC construction is rust proof, lightweight and easy to install Available in 5’ sections Unique design requires less water Entire system easily removed from the building and stored during cooler months

Pads are easily installed in existing 2” systems with little or no modifications.

Available in 34’ rolls and a variety of widths or in preassembled 12 gauge coated wire cages.

Wire cage system eliminates the need for a middle stringer or middle support system in original installations.

Unique, rigid blown polyester fiber construction is durable, lightweight and unaffected by soft water or chlorine.

Easily cleaned and maintained without removing the pads from the system.

Made from by-products of the oil refining process, the unique spun polyester pad material is biodegradable and environmentally sound.

AquaCel Plus is a bonded plastic fiber pad that is coated with an absorbent plastic cellular foam. It is unaffected by continuous exposure to moisture, disinfectants, chlorine, traditional water treatment chemicals, or water pH. Soft water or water softeners will enhance AquaCel cooling performance.

WATER FLOW RATE AquaCel Plus requires 1/4 to 2/5 gallons per minute per lineal foot of pad to operate at peak performance (i.e., a 100 foot long cooling system would require between 25 to 38 GPM of water) depending on the geographic location and current environmental conditions.

Note: When properly wetted you should not see water “running down” the pad like a waterfall. In fact, the pad should appear somewhat dry, but when touched with the back of the hand it should feel like a sponge saturated with water.

T115 THERMOSTAT RAINTIGHT, WEATHER RESISTANT, N.E.M.A. 4X The T115 N.E.M.A. 4X thermostat is designed specifically for use in National Electrical Code (N.E.C.) Article 547 applications requiring a rugged, weather resistant, durable control for both heating and cooling (ventilation) in agricultural, industrial and commercial environments. The T115 is suitable for use in poultry houses, hog houses, livestock barns, brooder houses and greenhouses as well as factories, warehouses, garages and gymnasiums.

• • •

Multi-positional mounting offers flexibility in either new or existing installations.

One control for both heating and cooling applications.

Underwriters Laboratories (U.L.) listed and CSA Certified.

FEATURES

• • • •

ELECTRICAL RATING

N.E.M.A. 4X enclosure complies with N.E.C. Article 547 when used with appropriate watertight connections.

Rugged weather resistant enclosure made of corrosion resistant materials for long life.

Rating

120 VAC

240 VAC

277 VAC

480 VAC

Full Load

16.0 AMP

12.0 AMP

10.0 AMP

Low mass, high surface area of stainless steel coiled sensor provides rapid response to temperature range.

Locked Rotor

80.0 AMP

60.0 AMP

50.0 AMP

Non-Inductive

25.0 AMP

25.0 AMP

22.0 AMP

5.0 AMP

Large, readily visible dial with 40° - 110° F temperature range.

Pilot Duty

125 VA

125 VA

125 VA

125 VA

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PB 90 RAINTIGHT CONTROLS All controls are mounted to corrosion resistant, fire retardant, UV stabilized ABS plastic boxes and covers. These spacious boxes include an outside mounting plate incorporated into the box and the cover is gasketed to inhibit moisture and dust penetration. Pre-molded knockouts are in five handy locations for fast, easy field wiring.

These controls are listed by the Canadian Standards Association Testing Laboratories as approved.

THERMOSTATS

SWITCHES

These thermostats use reliable, time proven sensing and switching components with higher capacity for use with larger HP motors. Further protection against corrosion includes a plastic coated coil with grommet connection through the box and a sealed setting dial knob through the cover.

TWO SPEED SWITCH This switch is used to change the fan motor operating speed from high to low or low to high in manual operation.

MODEL

PB90DWS

PB902SW

Switch Type

DPDT

DPDT

Contact Rating

1 ½ HP @ 115 VAC 2 HP @ 230 VAC

Resistive Load

20 AMP

DISCONNECT SWITCH MODEL

PB90T1S

Type

One Stage

Temp. Range

40° - 90° F (4° - 32° C)

Motor Load

16 AMP @ 120V

Resisting Load

25 AMP

Hysteresis

2.5° F (2.4° C)

This disconnect switch is used to switch fan motors into automatic electronic and/or mechanical temperature regulating equipment circuits. The disconnect switch can also be used to switch to manual operation or to disconnect power for fan servicing.

JUNCTION BOX The junction box is oversized for multiple connections through five pre-molded knockouts. Easy to mount, it incorporates the same moisture and dust protection features.

RELAYS These industrial quality relays have high capacity contacts, yet low coil current to adapt to any control system.

Push-on terminals reduce field wiring time and costs.

MODEL

PB90ER24-2

PB90ER115

PB90ER230

Switch Type

SPDT

SPDT

DPDT

Coil Volts

24 VAC

115 VAC

230 VAC

Coil Power

2.7 va maximum, continuous duty

Contact Rating

1 HP @ 115 VAC; 1 ½ HP @ 230 VAC ( Will handle 24 VAC as slave relay)

CONNECTORS

OPTIONAL

Water-tight connectors are available for use with rubber jacketed 2 and 3 wire cable.

WEATHER TIGHT FITTINGS

PG 13.5 Rubber Jacketed

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PB100

RAINTIGHT CONTROLS

SPEED CONTROLS MANUAL FAN SPEED CONTROL

VARIABLE SPEED CONTROL

Designed for use with PSC or split phase fan motors, the manual speed controls have an internal low speed adjustment. The knob is sealed through the cover for moisture and dust protection and sets the control in off, high and variable low speed settings. Color coded wires assure safe and easy connections.

This manual variable motor speed control is designed for heavy duty service and can adjust fan motor speed from near 20 to 100 percent full speed with soft starting to eliminate high starting currents.

Model Type Rating Voltage

HP 1/10 1/6 1/4 ½ 3/4

PB100MSC115 PB100MSC230 Manual - Off, High, Variable Low 6 AMP 115 VAC 230 VAC MOTOR LOADS - NUMBER OF FANS SINGLE CHANNEL 120 VAC 240 VAC 15 30 9 18 6 12 3 8 2 4

Model Type Outputs

PB100VSC Manual Variable One 16 Amp Channel 120 or 240 VAC Jumper Select

Voltage

STANDARD ENVIRONMENTAL MANAGEMENT SYSTEM

SEMS-1

The Standard EMS is designed to control the basic greenhouse. The SEMS comes completely configured and wired ready for mounting on the wall.

FEATURES

• • • • • • • • • • •

ACC I Environmental Controller 10 Power Relays Bypass Switches for Power Relays

APPLICATION STANDARD GREENHOUSE

Safe 24 VAC Control Wiring

• • • • • • •

Prewired at Factory Temperature Sensor with 75 FT. Cable Photocell Option Dehumidification Option Sealed Fiberglass Enclosure Environmentally Protected Hinged Enclosure for Easy Access

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Fan-Jet or HAF Bench Heater Two Stages of Overhead Heat 2 Exhaust Fans (including one 2 speed) Gable Shutter (first cooling stage) Shutter or End Vent Air Inlet Evaporative Pad Cooling System

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• • BENEFITS •

Override circuits allowing exclusion of specific operations during other stages - for example, ventilation during the HEAT stage

Environmental Management System

Mechanical Humidistat

All components factory wired ready to accept field wiring. Reduces installation time to a mere fraction compared to installing and wiring relays, switches, and controls individually

• • • • • FEATURES • • • • •

EMS is the integration of climate control equipment with unique control apparatus to regulate the building climate for suitable production.

Quick easy connect terminals for field wiring Easy initial set up Simple front panel set point adjustments Available in many configurations to meet the needs of most horticultural operations Remote sensor mount (up to 500 feet from controller)

APPLICATIONS

• • •

Staged environmental control

Rain and dust tight enclosures with gasket seal

Greenhouse management Central facility control

Hinged aluminum enclosures will not rust By pass switches provided for each power relay

OPTIONS

• • • •

Relays capable of handling up to 2 HP

6, 9, 12, or 15 Heavy duty power relays.

ACC I Controller (See Brochure B112). Grotron II Controller (See Brochure C61) Available with various controllers Dual temperature sensing locations

•

Photocell Input

ACC-I

• • • •

NEMA 4x Enclosures - Raintight External Mounting Tabs Solid State Compact Wiring Terminals

• •

Separate Day/Night Settings when Photo terminal is used with optional Photo Switch Step Through programming and reading status of sensors 24 Volt Control for safe, low cost wiring

ACC-I-TS - Temperature Sensor (additional) to measure outside temperature and activate low temperature cooling lockout.

8 Stages of Control - 0, 1, 2, or 3 Heat, 1 Circulation, 4, 5, 6, or 7 Cool Remote Temperature Sensor - allows convenient location for ACC-I

Humidistat (optional) - (on/off) to activate de-humidification cycle during Set Point or Heating.

Optional Auxiliary Temperature Input - to monitor outside temperature or selected temperature in a selected area of the structure Optional Auxiliary Input for Fresh Air - to control fumes or humidity

(By others) Ammonia stat (digital type - on/off) to activate fresh air cycle during Set Point or Heating.

Optional Day/Night Control - allows control to switch between two different temperatures

(By others) Time Clock (24 hour) to activate day/night control.

The ACC-I is a pilot duty control and therefore should not be wired directly to equipment. 24 volt coil relays must be used as motor and equipment starters. Accessories are available to complete the control system. (See pages 15 and 17).

FEATURES

• • • •

Low Temperature Cooling Lockout when outside temperature falls below selected minimum

The ACC-I includes one ACC I-TS temperature sensor to drive the system. To implement auxiliary control, additional sensing devices are required.

APPLICATION FLEXIBILITY

• • •

Fahrenheit or Celsius operation

CLIMATE CONTROLLER

HIGH QUALITY CONSTRUCTION

• • • • •

Relay box available without the controller for use with existing or other control systems (RCC model)

LCD Display for Programming and Displaying Temperature and Stage

24 volt power source is required to power the ACC-I control and equipment relays. If the ACC-I is to be used in a new installation or to replace an existing control that is not 24 volts, a transformer is required to supply the proper power to the system.

Stage Differentials Selectable from Ten Programs Hysteresis 1°F Offset from on to off signal to prevent cycling Selectable Cycle Timer 5 or 10 minutes for fresh air with 5% to 95% programmable on time

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CLIMATE CONTROLLER

STANDARD EQUIPMENT TransformerHumidistat 0-90% R.H.

Photocell Day/Night Control

100VA Class 2, 115 Vac - Primary, 25 Vac - Secondary

ACCESSORIES

Grotron II Patent Pending 11” X 11” X 3” Hinged Left, 12 VA, 24 Vac Supply 24 Vac Control

Vapor Capsule A must when the Grotron II is installed in a greenhouse.

Replace each year.

Aspirated Sensor 24 volt fan draws air across sensor to obtain a more accurate measure of air temperature.

Use when little air circulation is obtainable around the temperature sensor.

Sensor Wire

Special 18-2 twisted pair with jacket (do not use regular 18-2 wire for sensor).

Other accessories required to complete the control system are available. See pages 16 and 17.

WARNING Acme products are designed and manufactured to provide reliable performance but they are not guaranteed to be 100% free of defects. Even reliable products will experience occasional failures and this possibility should be recognized by the User. If these products are used in a life support ventilation system where failure could result in loss or injury, the User should provide adequate back-up ventilation, supplementary natural ventilation or failure alarm system, or acknowledge willingness to accept the risk of such loss or injury.

Within 30 days after receipt of a timely claim, the Company shall have the option either to inspect the product while in Buyer’s possession or to request Buyer to return the product to the Company at Buyer’s expense for inspection by the Company. The Company shall replace, or at its option repair, free of charge, any product it determines to be defective, and it shall ship the repaired or replacement product to Buyer F.O.B. point of shipment; provided, however, if circumstances are such as in the Company’s judgment to prohibit repair or replacement to remedy the warranted defects, the Buyer’s sole and exclusive remedy shall be a refund to the Buyer of any part of the invoice price, paid to the Company, for the defective product or part.

WARNING DO NOT use in HAZARDOUS ENVIRONMENTS where fan’s electrical system could provide ignition to combustible or flammable materials unless unit is specifically built for hazardous environments. Comply with all local and national safety codes including the National Electrical Code (NEC) and National Fire Protection Act (NFPA).

The Company is not responsible for the cost of removal of the defective product or part, damages due to removal, or any expenses incurred in shipping the product or part to or from the Company’s plant, or the installation of the repaired or replaced product or part.

CAUTION Guards must be installed when fan is within reach of personnel or within seven (7) feet (2.134 m) of working level or when deemed advisable for safety.

Implied warranties, when applicable, shall commence upon the same date as the express warranty provided above, and shall, except for warranties of title, extend only for the duration of the express warranty. Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. The only remedy provided to you under an applicable implied warranty and the express warranty shall be the remedy provided under the express warranty, subject to the terms and conditions contained therein. The Company shall not be liable for incidental and consequential losses and damages under the express warranty, any applicable implied warranty, or claims for negligence, except to the extent that this limitation is found to be unenforceable under applicable state law. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. This warranty gives you specific legal rights, and you may also have other rights which vary from state to state.

DISCLAIMER The Company has made a diligent effort to illustrate and describe the products in this literature accurately; however, such illustrations and descriptions are for the sole purpose of identification, and do not express or imply a warranty that the products are merchantable, or fit for a particular purpose, or that the products will necessarily conform to the illustrations or descriptions or dimension.

LIMITED WARRANTY WARRANTY AND DISCLAIMER: Acme Engineering and Manufacturing Corporation extends this limited warranty to the original buyer and warrants that products supplied by the Company, shall be free from original defects in workmanship and materials for two years from date of shipment (except for the warranty periods noted for products listed below), provided same have been properly handled, stored, installed, serviced, maintained and operated. This warranty shall not apply to products which have been altered or repaired without the Company’s express authorization, or altered or repaired in any way so as, in the Company’s judgment, to affect its performance or reliability, nor which have been improperly installed or subjected to misuse, negligence, or accident, or incorrectly used in combination with other substances. The Buyer assumes all risks and liability for results of use of all products.

No employee, agent, dealer, or other person is authorized to give any warranties on behalf of the Company or to assume for the Company any other liability in connection with any of its products except in writing and signed by an officer of the Company.

REPLACEMENT PARTS If replacement parts are ordered, buyer warrants that the original components in which these replacement parts will be placed are in satisfactory working condition, and when said replacement parts are installed, the resultant installation will operate in a safe manner, at speeds and temperatures for which the original equipment was purchased.

Evaporative cooling pads are warranted to be free of defects in materials and workmanship for a period of two years from date of shipment provided same have been properly handled, stored, installed, serviced, maintained and operated; and further, not subjected to excessive heat, corrosive agents or chemicals, or mechanical abuse that may cause tearing, crushing or undue deterioration, nor used on a system or in a manner other than that for which it was designed as explained in the product literature.

TECHNICAL ADVICE AND RECOMMENDATIONS, DISCLAIMER: Notwithstanding any past practice or dealings or any custom of the trade, sales shall not include the furnishing of technical advice or assistance or system design. Any such assistance shall be at the Company’s sole option and may be subject to additional charge.

The following products are warranted to be free of defects in materials and workmanship for the periods shown from date of shipment: Acme’s exclusive duplex split pillow block bearings and shaft five years, belts one year, Polyethylene tubing 90 days, AIR40 Heater warranty one year, AIR40 Emitter warranty three years and DDP fan lifetime warranty on its propeller, cone, and housing.

The Company assumes no obligation or liability on account of any recommendations, opinions or advice as to the choice, installation or use of products. Any such recommendations, opinions or advice are given and shall be accepted at your own risk and shall not constitute any warranty or guarantee of such products or their performance.

LIMITATION OF REMEDY AND DAMAGES: All claims under this warranty must be made in writing and delivered to P. O. Box 978, Muskogee, Oklahoma, 74402, within 15 days after discovery of the defect and prior to the expiration of two years from the date of shipment by the Company of the product claimed defective, and Buyer shall be barred from any remedy if Buyer fails to make such claim within such period.

GENERAL In no event shall any claim for consequential damages be made by either party. The Company will comply with all applicable Federal, State, and local laws.

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Industry Leadership

Founded in 1938, Acme Engineering and Manufacturing Corporation is known worldwide as a leader in the manufacture of fans, blowers, and ventilation equipment. Acme's growth over the past half century is a tribute to superior quality, customer loyalty, and dedicated employees and sales representatives.

Today, from its headquarters in Muskogee, Oklahoma, Acme serves customers worldwide with high quality air movement and control products.

Sales & Service

A factory-trained, knowledgeable Acme sales organization addresses the needs of many diverse and distinct markets.

Customers around the world are serviced by a complete system of sales representatives, equipment distributors and local dealers supported by nationwide distribution centers and backed by a staff of sales and marketing professionals.

Manufacturing

With approximately 350,000 square feet of manufacturing space. Acme produces one of the broadest lines of air moving equipment in the industry. State-of-the-art manufacturing equipment and a well trained, experienced workforce is the key to Acme's timely delivery of quality air moving products.

Every Acme Fan is backed by a full 2-year comprehensive product warranty. For a complete copy of the warranty statement, see form ACS27 or write to Acme Engineering & Manufacturing Corp., P.O. Box 978, Muskogee, OK 74402.

In addition to Acme’s standard 2-year comprehensive warranty, Acme offers a 5-year warranty on the shaft and bearing assembly in every Acme Fan. Acme’s corrosion resistant Master-Ex® DDP fans offer an additional lifetime warranty on the propeller, cone and housing.

Quality

Research and Testing The Acme Research and Development Center operates both air and sound laboratories. The Center houses four wind tunnels with a data acquisition system, a reverberant sound room with the latest sound analyzer equipment, and a structural laboratory for stress and vibration analysis. Solid modeling, and finite element analysis support product research and development. The Center also houses a fully equipped prototype facility enabling Acme to develop and introduce new products to the market in the shortest time possible.

A highly trainedProduction staff sets the standard for dependable, quality air moving products. By using the latest computer techniques for research and design, and rigorous quality control standards Acme can offer one of the best warranty programs in the industry. Our exclusive 2/5 year limited warranty provides our customers with confidence...Year After Year.

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