ggc catalogue

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INTRODUCTION

Gulf Grilles Co. (GGC) is one of the leading manufacturers of aluminum grilles, diffusers and duct accessories in the Arabian Gulf area. Our rapid growth has enabled us to establish new state of the art industrial facilities, which utilize technology and equipments to produce 300,000 pc's. of air inlet, outlet devices and 50,000 pc's galvanized steel duct accessories per year. Notable among these facilities is our powder coating plant, which offers a spectrum of colored finished from which to choose. The standard color of our products for grilles and diffusers is white and black for the dampers painted under electrostatic polyester powder coating system, other colors are available as an option. Standard sizes of our products with complete engineering dataare available in this catalogue.

Our company is qualified to ISO 9001 :2000 certification by UKAS Quality Management for company's excellent performance in accordance and complies with ISO 9001 :2000 standard. Our Grilles and Diffusers are tested and approved by ETL Testing Laboratories, Inc., U.S.A. affiliated to ADC (Air Diffusion Council, U.S.A). The company's Fire Dampers are tested and certified by AL-HOTY-STANGER CO. LTD., (Independent Laboratories and Materials Testing - AI-Khobar) in accordance with GGC's internal procedure and a 3 hours fire rating to UL 555 (Underwriters Laboratory Inc.) standard for Safety.

The Management

(i)

Gulf Grilles Company (GGC) P.OBaxI12O RlyaltI11383 KIngdom 01 __

ISO 9001:2000 E ' 5 ,(1,3)

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I8IIuo 1, CerIIied oiIce 19....." 2002

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GULF GRILLES CO. SECOND INDUSTRIAL CITY P.O. BOX 120 RIYADH - 11383 TEL.: 265-1221 FAX: 265-1505 E-Mail: [email protected] Web link: www.gulfgrilles.com

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CONVERSION TABLES

I-P Equivalents of Metric Units Metric Equivalents of I-P Units

1 m' (square meter) = 10.76 ft 1 ff (square feet) = 0.09290 m'

Volume 11 m' (cubic meter) = 35.315 ff 1 ff (cubit feet) 1 = 0.0283 m'

1 m'ls (cubic meter per second) CMS = 2118.9 CFM 1 CFM (Cu. Fllmin) = 0.00047195 m'ls 1 m'lmin (cubic meter per minute) CMM = 35.315 CFM 1 CFM (Cu. Fllmin) = 0.02832 m'lmin

Flow Rate 1 m'lhr (cubic meter per hour) CMH = 0.5885 CFM 1 CFM (Cu. Fllmin) = 1.69902 m'lhr 1 lIs (liter per second) = 2.1189 CFM 1 CFM (Cu. Fllmin) = 0.47195 I/s

One T (ton) of refrigeration = 12,000 Btulhr (British Thermal Unit per hour) = 400 - to - 410 CFM (approximately)

1 mm (millimeter) = 0.0394 inch 1" (inch) = 25.4mm Length 1 cm (centimeter) = 0.3937 inch 1" (inch) = 2.54 cm

1 m (meter) = 3.2808 ft 1 ft (foot) = 0.30480 m

1 mls (meter per second) = 196.5 'pm 1 'pm (feet per minute) = 0.00508 mls Velocity 1 rls (revolution per second) = 0.01667 rpm 1 rpm (revolution I minute) = 60 rls

1 kmlhr (kilometer per hour) = 0.6214 mph 1 mph (miles per hour) = 1.6093 kmlhr

From degree Fahrenheit to degree Celsius F= 915C + 32 Temperature From degree Celsius to degree Fahrenheit C = 5/9 (OF - 32)

1 Pa (Pascal) = 0.00402" wg 1" wg (inches water gauge) = 248.66 Pa 1 mm Hg (mm mercury) = 0.53616" wg 1" wg (inches water gauge) = 1.8651 mm Hg

Pressure 1 kPa (kilo pascal) = 0.1450 psi 1 Psi (pound per sq. inch) = 6894.8 Pa 1 atm (atmosphere) = 21.921" Hg 1" Hg (inch mercury) = 3386.4Pa

mm Hg@OOCor68F Inches wg @ 68 of or 20C

1 kg (kilogram) = 2.2046 Ibm 1 Ibm (pound mass) = 0.45359 kg

1 kglmt' (kilogram per cubic meter) = 0.062428 1 Ibm1ft' (mass pound per = 16.018 kglmt' Density Ibm1ft' cubic feet)

1 gm/cm' (gram per centimeter cubic) = 62.428 1 Ibm1ft' (mass pound per = 0.016018 g/cm' Ibmlff cubic feet)

1 W(Watt) - 0.00134 HP 1 hp (horsepower) - 0.7475 kw Power 1 kW (kilo-Watt) - 1.3410 hp 1 hp (horsepower) -745.70 W

1 N-m (Newton meter) = 8.8507 in.-Ib 1 in.-Ib (inch pound) = 0.11298 N-m Torque

1 N-m (Newton meter) = 0.7375 ft.-lb 1 ft.-Ib (foot pound) = 1.3558 N-m

1 N (Newton) = 0.22481/b 1 Ib (pound) = 4.4482 N Force

1 kp (kilopound) = 2.20461b 1 Ib (pound) = 0.45359 kp

Energy 1 J (Joule) or N-m = 0.73756 ft-Ib 1 fI-lb (foot pound) = 1.3558 N-m 1 kcal (kilo calorie) = 3.9683 Btu 1 Btu (British thermal unit) = 252 cal

! , J

TERMINOLOGY

1. Air Distribution: The transportation of a specified air flow to or from the treated space or spaces, generally by means ofduct/s.

2. Air Tennlnal Device: A device located in a opening provided at the boundaries of the treated space in order to ensure a pre-detennined motion of airin this space.

3. Grille: A louvered or perforated covering for an air passage opening which can be located on a wall, ceiling or floor.

4. Air Supply: The air delivered to the conditioned space and used fur ventilation, heating, cooling, humidification or dehumidification.

5. Air Diffuser: A circular, square or rectangular air distribution outlet, generally located in the ceiling and comprised of deflecting members discharging supply air in various directions and planes, and arranged to promote mixing of primary air with secondary room air.

6, Outlet Slotted: A long narrow air distribution outlet, comprised of deflecting members, located in the ceiling sidewall or sill with an aspect ratio greater than 10. (The aspect ratio is the ratio of the length to the width of the closed rectangular opening) designed to distribute supply air in varying directions and planes and arranged to promote mixing of primary air and secondary room air.

7. Register: A grille equipped with an integral damper.

S. Damper: A device used to vary the volume of air passing through an air outlet, air inlet orduct.

9, Radius of Diffusion: The horizontal axial distance an airstream travels after leaving an air outlet before the maximum stream velocity is reduced to a specified terminal level.

10. Face Area: The total plane area of the portion of a grille, bounded by a line tangent to the outer edges of the openings through which air can pass.

11. Effective Area: The net area of an outlet or inlet device through which air can pass, equal to the free area times the coefficient of discharge.

12, Face Velocity: The velocity obtained by dividing the air quantity by the component face area.

13. Tennlnal Velocity: The maximum airstream velocity at the end of the throw.

14. Isothennal: An adjective used to indicate a change taking place at constant temperature.

15. Free Area: The total minimum area of the openings in the air outlet or inlet through which air can pass.

16. Spread: The divergence of the airstream in a horizontal or vertical plane after it leaves the outlet.

17. Throw: The horizontal or vertical axial distance an airstream travels after leaving an air outlet before the maximum stream velocity is reduced to a specified terminal level; eg., 1000 r 50 !pm.

18. Drop: The vertical distance that the lower edge of a horizontally projected airstream drops between the outlet and the end of it's throw.

19, Pressure, Static (SP): The outward force of air within a duct measured in inches of water .

20. Pressure, Velocity (VP): The forward moving force of air within a duct measured in inches of water .

21, Pressure, Total (TP): The sum of static pressure and the velocity pressure measured in inches of water. Also called by dynamicpressure.

22. Return Air: Airretumed from conditioned space.

23. Louver: An assembly of sloping vanes intended to permit air to pass through and to inhibittransferofwaterdroplets.

24. Filter: A device used to remove solid material from a liquid.

25. Noise Criteria Curves (NC Curves): Curves that define the limits which the octave band spectrum of a noise source must not exceed if a certain level of occupant acceptance is to be achieved.

26, Noise Criterion (NC) Curves: Established 111 octave band noise spectra for rating the amount of noise of an occupied space with a single number.

27, Fire Damper: A device, installed in an air distribution system, designed close automatically upon detection of heat, to interrupt migratory airflow, and to restrict the passage offlame.

28. Fire Resistance Rating: The time, in minutes or hours, that materials or assemblies have withstood a fire exposure as established in accordance with the test procedures of NFPA 251 or UL 555 standard.

29. Smoke Damper: A device to resist the passage of smoke which: a) Is arranged to operate automatically, and/or b) Is controlled by a smoke detector, andlor c) May. be capable of being positioned manually from a remote

command station. A smoke damper may be a fire damper or a damper serving

other functions, if its location lends itself to the multiple functions. A combination fire and smoke damper shall meet the requirements of both.

30. Plenum: An air compartment connected to one or more distributing ducts. .

31. Light Troffer: An air terminal device usually in the fonn of a slot or combination of slots, designed for use with a troffer unit.

32. Sound Attenuator: A device or equipment that prevents, reduces, or absorbs sounds.

33. VAV (Variable Air Volume Damper): A device with complete automation system to control flow of air for both pressure dependent and independent system as per room thermostat demand.

34. Thennostat: An instrument which responds to change in temperature.

35. Gravity Shutter: A horizontal operable device to equalize the pressure across it, whose blades are designed to open due to air pressure and close by means of gravity as per system pressure changes.

36. Disc Valve: A pleasant air terminal device for accurate control over exhaust/supply air volumes widely used in wash rooms and bath rooms etc.

37. Jet Diffuser: An air terminal device for high volume long throw applications.

38. Turning Vanes: Normally used on square elbows in HVAC ducts to provide turbulence free air.

39, Air Extractor: A device to provide uniform air distribution across sub duct or diffuser neck.

40. Splitter Damper: A device for air balancing to branch ducts.

41, Ventilation: The process of supplying or removing air, by natural or mechanical means to or from any space such air may or may not have been conditioned.

AIR VOLUME (CFM) CAPACITIES OF SUPPLY AIR REGISTERS, BAR GRILLES, DIFFUSERS, LINEAR SLOTS,

DISC VALVES AND JET DIFFUSERS

QUICK SELECTION TABLES OF GGC PRODUCTS NC RANGE:

Index PRODUCTS SEC. NO.

SUPPLY AIR GRILLES & REGISTERS

RETURN AIR GRILLES & REGISTERS

CEILING DIFFUSERS

PERFORATED FACE CEILING DIFFUSERS

CEILING & SIDE WALL DIFFUSERS

ROUND CEILING DIFFUSERS

LINEAR SLOT DIFFUSERS

LINEAR BAR GRILLES

DOOR GRILLES

LOUVERS

GRAVITY SHUTTERS

ACCESS DOORS

DISC VALVES

VOLUME DAMPERS

FIRE DAMPERS

FIRE & SMOKE DAMPERS

SOUND ATTENUATORS

LIGHT TROFFERS

PLENUM BOXES

DUCT ACCESSORIES

JET DIFFUSERS

VARIABLE AIR VOLUME

I SUPPLY GRILLE SINGLE DEFLECTION SUPPLY GRILLE WITH HORIZONTAL ADJUSTABLE BLADES.

PRODUCT DESCRIPTION

A single deflection grille providing air deflection in the vertical plane.

Frame and blades are extruded aluminium alloy and are polyester powder coated with a white finish.

The frame has a typical wall thickness of 1/16" and is separated from the blades with PVC bushings. This method of assembly eliminates corrosion and vibration.

The frame mounting holes are dimpled, allowing for a countersunk fastener head appearance.

All blades are airfoil in design, individually adjustable and spaced 3/4" on center.

Listed Sizes Size (Inches) CFM (range) Size (inches) CFM (range)

8x4 50150 lOx 6 100200 10 x 4 50-200 12 x 6 100-250 14 x 4 100-200 16x 6 100-250 18 x 4 100-250 18 x 6 100-250 20x4 100-250 20x6 100-300 24x4 100-250 24 x 6 150-400 8x6 50-200 28 x 6 200-500

Size (Inches) CFM (range) Size (Inches) CFM (range) 14 x 10 150-400 32 x 10 500-1200 16 x 10 200-500 36 x 10 500-1300 18 x 10 300-800 12 x 12 150-400 20x 10 300-800 14 x 12 200-500 24 x 10 500-800 16 x 12 300-800 28 x 10 500-1000 18 x 12 400-800 30x 10 500-1000 20 x 12 500-800

17116"

3116"V 1-----.-F~

A=Listed ...--Sizes

I b= ~=

A+ 2"

Deflection of blades are easily set without use of special tools.

The unit achieves an effective area of 80% with the blades set at 0 pattern thus eliminating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved at the 22% and 45 blade settings with only slightly increased noise levels.

Standard finish is white, painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

Suitable for high sidewall, soffit or duct mounting, for heating, ventilating and cooling applications.

Size (inches) CFM (range) Size (inches) CFM (range) 30 x 6 300800 20 x 8 200500 32 x 6 300-800 24 x8 300-800 36 x 6 400-800 28 x8 400-800 10 x 8 100-250 30 x8 500-800 12 x 8 100-250 32 x8 500-800 16 x 8 150-300 36 x 8 500-1000 18 x 8 150-400 12 x 10 100-300

Size (Inches) CFM (range) Size (Inches) CFM (range) 24 x 12 500-1000 18 x 14 500-800 28 x 12 500-1200 24 x 14 500-1200 30 x 12 500-1300 30 x 14 800-1400 32 x 12 500-1300 16 x 16 500-800 36 x 12 800-1400 20 x 16 500-1200 14 x 14 300-800 24 x 16 500-1300 16 x 14 400-800 30 x 16 800-1400

SEE PAGE 1-12 - 1-17 FOR SELECTION DATA SEE PAGE 1-18 FOR BALANCING DATA

1-1

SUPPLY REGISTER SINGLE DEFLECTION SUPPLY REGISTER WITH HORIZONTAL ADJUSTABLE BLADES AND A VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION

A single deflection grille with an opposed blade damper, providing air deflection in the vertical plane.

The frame and blades are extruded aluminium alloy and are polyester powder coated with a white finish.

Frame has a typical wall thickness of 1/16" and is separated from the blades with PVC bushings. This method of assembly eliminate corrosion and vibration.

The frame mounting holes are dimpled, allowing for a counter-sunk fastener head appearance.



Listed Sizes

Size (inches) CFM (range) Size (Inches) CFM (range) 8x4 50150 10 x6 100200

10 x4 50200 12 x6 100250 14 x4 100-200 16 x6 100-250 18 x4 100250 18 x 6 100250 20 x4 100-250 20 x 6 100-300 24 x4 100-250 24 x 6 150400 8x6 50200 28 x 6 200500

Size (Inches) CFM (range) Size (inches) CFM (range) 14 x 10 150400 32 x 10 5001200 16 x 10 200500 36x 10 5001300 18 x 10 300800 12 x 12 150400 20x 10 300800 14x 12 200-500 24x 10 500800 16 x 12 300800 28x 10 5001000 18 x 12 400800 30 x 10 5001000 20 x 12 500800

3/16" --.

16"

A = Liste Sizes

d

l 14"

1--_2-13116"--' 1-15/64"

r-o[~ -'II"" T "---

". A -1/2"

-........

1 A+2'

-

....,..

- ........

-

-

....,..

Opposed blade damper (OBD) operator is easily adjusted through face with a screw driver.

The unit achieves an effective area of 80% with the blades set at 0' pattern thus eliminating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved althe 22%' and 45' blade settings with only slightly increased noise levels.

Standard finish white color for frame and blades. Damper in black color. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.


Size (inches) CFM (range) Size (Inches) CFM (range) 30x6 300-800 20x8 200500 32x6 300800 24 x 8 300800 36x6 400800 28 x 8 400800 10 x8 100250 30x8 500800 12 x 8 100250 32x8 500800 16 x 8 150300 36 x 8 5001000 18 x 8 150400 12 x 10 100300

Size (Inches) CFM (range) Size (inches) CFM (range) 24 x 12 5001000 18 x 14 500800 28 x 12 5001200 24 x 14 5001200 30 x 12 500-1300 30 x 14 800-1400 32 x 12 500-1300 16 x 16 500800 36 x 12 800-1400 20x 16 5001200 14 x 14 300800 24x 16 5001300 16 x 14 400800 30 x 16 8001400


1-2

("

I SUPPLY GRILLE DOUBLE DEFLECTION SUPPLY GRILLE COMBINING HORIZONTAL FACE AND VERTICAL REAR ADJUSTABLE BLADES.

PRODUCT DESCRIPTION

A double deflection grille providing air deflection in both horizontal and vertical planes.






Listed Sizes

Size (Inches) CFM (range) Size (inches) CFM (range) 8x4 50150 10 x 6 100-200

10x4 50-200 12 x 6 100-250 14 x4 100200 16 x 6 100-250 18 x 4 100-250 18 x 6 100-250 20x4 100-250 20x6 100-300 24x4 100-250 24x6 150400 8x6 50-200 28 x 6 200500

Size (inches) CFM (range) Size (Inches) CFM (range) 14 x 10 150-400 32 x 10 500-1200 16 x 10 200500 36 x 10 500-1300 18 x 10 300800 12x 12 150-400 20 x 10 300800 14x 12 200-500 24 x 10 500-800 16x 12 300800 28 x 10 500-1000 18 x 12 400800 30 x 10 5001000 20 x 12 500800

3/16"

A = Lis!e Sizes

-

6-::

d

14"

221/64"

r-

~ r--

- A+2"

-

-

-

-

-

...

The unit achieves an effective area of 80% with the blades set at 0' pattern thus eliminating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved at the 22V2' and 45' blade settings with only slightly increased noise levels.



Size (inches) CFM (range) Size (Inches) CFM (range) 30 x 6 300800 20x 8 200500 32 x 6 300800 24x 8 300800 36 x 6 400800 28 x 8 400-800 10 x 8 100250 30x8 500-800 12x8 100250 32 x8 500-800 16x 8 150300 36 x8 500-1000 18 x8 150400 12 x 10 100300

Size (inches) CFM (range) Size (Inches) CFM (range) 24 x 12 500-1000 18x 14 500800 28 x 12 500-1200 24x 14 5001200 30x 12 5001300 30x 14 8001400 32x 12 5001300 16 x 16 500-800 36x 12 8001400 20 x 16 500-1200 14x 14 300-800 24 x 16 500-1300 16 x 14 400-800 30 x 16 800-1400


1-3

SHO-IID SUPPLY REGISTER DOUBLE DEFLECTION SUPPLY REGISTER COMBINING HORIZONTAL FACE AND VERTICAL REAR ADJUSTABLE BLADES WITH VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION

A double deflection grille with an opposed blade damper, providing air deflection in both horizontal and vertical planes.



The frame mounting holes are dimpled, allowing for a counter"sunk fastener head appearance.



Listed Sizes Size (inches) CFM (range) Size (Inches) CFM (range)

8X4 50-150 lOx 6 100-200 10 x 4 50-200 12 x 6 100-250 14 x 4 100-200 16x 6 100-250 18 x 4 100-250 18x 6 100-250 20X4 100-250 20 x 6 100-300 24 x 4 100-250 24 x 6 150-400 8x6 50-200 28 x 6 200-500

Size (inches) CFM (range) Size (inches) CFM (range) 14 x 10 150-400 32 x 10 500-1200 16 x 10 200-500 36 x 10 500-1300 18 x 10 300-800 12 x 12 150-400 20x 10 300-800 14 x 12 200-500 24 x 10 500-800 16 x 12 300-800 28 x 10 500-1000 18 x 12 400-800 30 x 10 500-1000 20 x 12 500-800

3/16" ...

6" f A = Lisle

Sizes d

4"

3-5/8" 21/8"

ri-[) V T - ......... -

/

61'" -----


The unit achieves an effective area of 80% with the blades set at 0' pattern thus eli minating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved at the 22V.' and 45' blade settings with only slightly increased noise levels.


Suitable for high sidewall, soffit or duct mounting, for heating, ventilating and COOling applications.

Size (inches) CFM (range) Size (inches) CFM (range) 30 x6 300-800 20 x 8 200-500 32 x6 300-800 24 x 8 300-800 36 x6 400-800 28 x 8 400-800 10 x 8 100-250 30x8 500-800 12 x 8 100-250 32 x 8 500-800 16 x 8 150-300 36 x 8 500-1000 18 x 8 150-400 12 x 10 100-300

Size (inches) CFM (range) Size (inches) CFM (range) 24 x 12 500-1000 18 x 14 500-800 28 x 12 500-1200 24 x 14 500-1200 30 x 12 500-1300 30 x 14 800-1400 32 x 12 500-1300 16 x 16 500-800 36 x 12 800-1400 20 x 16 500-1200 14 x 14 300-800 24 x 16 500-1300 16 x 14 400-800 30 x 16 800-1400


14

SVG-I SUPPLY GRILLE SINGLE DEFLECTION SUPPLY GRILLE WITH VERTICAL ADJUSTABLE BLADES.

~Il' PRODUCT DESCRIPTION

A single deflection grille providing air deflection in the horizontal plane.



The frame mounting holes are dimpled, allowing for a countersunk fastener head appearance.




8x4 50150 10 x 6 100200 10 x 4 50-200 12 x6 100250 14 x 4 100200 16x6 100250 18 x 4 100250 18x6 100250 20X4 100250 20x6 100-300 24x4 100250 24 x 6 150400 8x6 50-200 28 x 6 200500

Size (Inches) CFM (range) Size (Inches) CFM (range) 14 x 10 150400 32 x 10 500-1200 16 x 10 200500 36x 10 5001300 18 x 10 300-800 12x 12 150-400 20x 10 300800 14x 12 200500 24x 10 500-800 16 x 12 300800 28x 10 5001000 18 x 12 400800 30x 10 5001000 20 x 12 500800

1-7/16"

3116"~!-' ,I

f =' 11116" A = Listed A + 2"

Sizes



Suitable for high sidewall, soffit or duct mounting, for heating, ventilating and COOling applications.

Size (Inches) CFM (range) Size (Inches) CFM (range) 30x6 300800 20 x8 200500 32x6 300800 24 x 8 300800 36x6 400800 28 x 8 400800 10 x 8 100250 30x8 500-800 12 x 8 100-250 32x 8 500800 16 x 8 150300 36x8 500-1000 18 x 8 150400 12 x 10 100300

Size (inches) CFM (range) Size (Inches) CFM (range) 24x 12 500-1000 18 x 14 500800 28x 12 5001200 24 x 14 500-1200 30x 12 5001300 30x 14 8001400 32 x 12 5001300 16 x 16 500800 36 x 12 8001400 20x 16 5001200 14 x 14 300-800 24x 16 5001300 16 x 14 400800 30 x 16 800-1400

SEE PAGE H2 - 1-17 FOR SELECTION DATA SEE PAGE 1-18 FOR BALANCING DATA

1-5

SVS-ID SUPPLY REGISTER SINGLE DEFLECTION SUPPLY REGISTER WITH VERTICAL ADJUSTABLE BLADES AND A VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION

A single deflection grille with an opposed blade damper. providing air deflection in the horizontal plane.






Listed Sizes Size (inches) CFM (range) Size (inches) CFM (range)

8x4 SO-ISO lOx 6 100200 10 x 4 SO-200 12 x 6 100-2S0 14 x 4 100-200 16x 6 1002S0 18 x 4 100-2S0 18 x 6 100-2S0 20 x 4 1002S0 20x 6 100-300 24 x 4 100-2S0 24x 6 IS0-400 8x6 SO-200 28 x 6 200-S00

Size (Inches) CFM (range) Size (Inches) CFM (range) 14x 10 IS0-400 32 x 10 SOO-1200 16x 10 200-S00 36x 10 SOO-1300 18x 10 300-800 12 x 12 IS0-400 20x 10 300-800 14 x 12 200-S00 24x 10 SOO-800 16 x 12 300-800 28 x 10 SOO-1000 18 x 12 400-800 30x 10 SOO-1000 20x 12 SOO-800

2-13/16" -15164"

3/16" _11:0:=-+-+----

f A = Listed

Sizes

T A -112"

A+2"


The unit achieves an effective area of 80% with the blades set at 0' pattern thus eliminating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved at the 22%' and 45' blade settings with only slightly increased noise levels.



Size (Inches) CFM (range) Size (Inches) CFM (range) 30x6 300-800 20 x8 200S00 32x 6 300800 24 x8 300-800 36x 6 400-800 28 x8 400800 lOx 8 100-2S0 30 x8 SOO-800 12x 8 100-2S0 32 x 8 SOO-800 16x8 IS0-300 36x 8 SOO-1000 18 x8 IS0-400 12x 10 100-300

Size (inches) CFM (range) Size (Inches) CFM (range) 24 x 12 SOO-1000 18 x 14 SOO-800 28 x 12 SOO-1200 24 x 14 SOO-1200 30 x 12 SOO-1300 30 x 14 800-1400 32 x 12 SOO-1300 16 x 16 SOO-800 36x 12 8001400 20 x 16 SOO-1200 14x 14 300-800 24x 16 SOO1300 16x 14 400-800 30x 16 800-1400

SEE PAGE 1-12 - 1-17 FOR SELECTION DATA SEE PAGE 1-18 FOR BALANCING DATA 1-6

SVG-II SUPPLY GRILLE DOUBLE DEFLECTION SUPPLY GRILLE COMBINING VERTICAL FACE AND HORIZONTAL REAR ADJUSTABLE BLADES.

PRODUCT DESCRIPTION

A double deflection grille providing air deflection in both horizontal and vertical planes.



The frame mounting holes are dimpled. allowing for a counter-sunk fastener head appearance.




8x4 50-150 10 x 6 100-200 10 x4 50-200 12 x 6 100-250 14 x4 100-200 16 x 6 100-250 18 x4 100-250 18 x 6 100-250 20 x4 100-250 20 x6 100-300 24 x 4 100-250 24 x6 150-400 8x6 50-200 28 x6 200-500

Size (inches) CFM (range) Size (Inches) CFM (range) 14 x 10 150-400 32 x 10 500-1200 16 x 10 200-500 36 x 10 500-1300 18 x 10 300-800 12 x 12 150-400 20 x 10 300-800 14 x 12 200-500 24 x 10 500-800 16x 12 300-800 28 x 10 500-1000 18 x 12 400-800 30 x 10 500-1000 20x 12 500-800

2-21164"

3116"

f A = Listed A+2"

Sizes




Size (Inches) CFM (range) Size (inches) CFM (range) 30x 6 300-800 20 x8 200-500 32 x 6 300-800 24 x8 300-800 36x6 400-800 28 x8 400-800 10 x 8 100-250 30 x8 500-800 12 x 8 100-250 32 x8 500-800 16 x 8 150-300 36 x 8 500-1000 18 x 8 150-400 12 x 10 100-300

Size (Inches) CFM (range) Size (inches) CFM (range) 24 x 12 500-1000 18 x 14 500-800 28 x 12 500-1200 24x 14 500-1200 30 x 12 500-1300 30x 14 800-1400 32 x 12 500-1300 16 x 16 500-800 36 x 12 800-1400 20x 16 500-1200 14 x 14 300-800 24 x 16 500-1300 16 x 14 400-800 30x 16 800-1400


1-7

SVG-I SUPPLY REGISTER DOUBLE DEFLECTION SUPPLY REGISTER COMBINING VERTICAL FACE AND HORIZONTAL REAR ADJUSTABLE BLADES WITH A VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION

A double deflection grille with an opposed blade damper, providing air deflection in both horizontal and vertical planes.







8x4 50150 10 x 6 100200 lOx 4 SO-200 12 x 6 100-2S0 14 x 4 100-200 16 x 6 100-2S0 18 x 4 100-2S0 18 x6 100-2S0 20 x 4 100-250 20 x6 100-300 24x4 100-2S0 24 x6 lS0-400 8x6 SO-200 28x6 200-S00

Size (inches) CFM (range) Size (inches) CFM (range) 14 x 10 lS0-400 32 x 10 SOO-1200 16x 10 200-S00 36x 10 SOO-1300 18x 10 300-800 12 x 12 lS0-400 20x 10 300-800 14 x 12 200-S00 24 x 10 SOO-800 16 x 12 300-800 28 x 10 SOO-1000 l8x 12 400-800 30 x 10 SOO-1000 20x 12 SOO-800

35/8" -

~' 3116" -+ l+-

F I'-.. 1 I:: ~ I:: A .1h" = Listed ~ Sizes I:: A+2" I:: ~

A

l... I:: ~ 3/4" 10- .... T r-...


The unit achieves an effective area of 80% with the blades set at 0 pattern thus eliminating high velocity and pressure drop at the grille face. Wider deflection with reduced throw may be achieved at the 22% and 45 blade settings with only slightly increased noise levels.

Standard finish is white color for frame and blades. Damper in black color. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.


Size (Inches) CFM (range) Size (inches) CFM (range) 30 x6 300800 20x8 200S00 32 x6 300-800 24 x 8 300-800 36 x6 400-800 28 x 8 400-800 10 x8 100-2S0 30x8 SOO-800 12 x8 100-2S0 32 x 8 SOO-800 16 x8 lS0-300 36x8 SOO-1000 18 x8 lS0-400 12 x 10 100-300

Size (inches) CFM (range) Size (Inches) CFM (range) 24 x 12 SOO-1000 18 x 14 SOO-800 28x 12 SOO-1200 24x 14 SOO-1200 30 x 12 SOO-1300 30x 14 800-1400 32x 12 SOO-1300 16 x 16 SOO-800 36 x 12 800-1400 20x 16 SOO-1200 14 x 14 300-800 24x 16 SOO-1300 16 x 14 400-800 30 x 16 800-1400

SEE PAGE 1-12 - 1-17 FOR SELECTION DATA SEE PAGE 1-18 FOR BALANCING DATA 1-8

SUPPLY GRILLE AND REGISTER ENGINEERING DATA

The most important thing in any air conditioning system is that the selection of a Suitable Register or a Grille to ensure satisfactory performance. For this the following charts were given to help you in predicting performance. In making selections, sound Engineering judgement is essential as the permissible drops and noise levels can change greatly with the usage of space, location of obstacles and available clear mounting heights. So, before selection give close attention to the following considerations.

In general, the occupant should not be subjected to velocities above 50 FPM for an extended period of time as the air velocities below 15 FPM leave a feeling of stagnation and velocities above 65 FPM create drafts so these charts are based on a terminal velocity of 50 FPM in determining throw. It is assured that longer throws will be required larger drops are probably satisfactory. In more exacting applications outlets should be sized with shorter throws, smaller drops and lower noise levels.

Upto 800 FPM velometer velocity, the noise caused by the grill itself is negligible. The engineer should consider acoustical insulation, vibration etc, because the vibration through ductwork or fan noise may be transmitted to the zone of occupancy.

Considerable caution must be exercised in selecting and positioning the grille to determine that the air will not drop into the occupied zone. However, it should be also kept in mind that the other extreme of overthrow can cause objectionable down drafts of air along any wall or surface.

Generally, prescribed rule is to select a grille that will have a throw of approximately 3/4 of the distance to the opposite wall with its termination at approximately six feet above the floor level as shown in the Fig. 1, below.

For sizes which are not listed, it is suggested that full particulars to be send our Engineering Department at Riyadh for recommendations.

L r~- - - ~ ~ ---. DROP "0.

~~-~~-----------~j------ T 6 Ft.

3/4L I L-____________ ....J-L- Fig. 1

1-9


Blade Deflections The blade deflections upon which the

performance data is based are obtained by the individual adjustment in our supply grilles and registers. Altering the blade settings, drop, noise and total pressure. See Fig.2.

Guidance for Reading Tables on Following Pages: Variable deflection settings to satisfy all air

distribution requirements are obtained by individual adjustment of airfoil blades in our supply grilles and registers.

To obtain long throw and narrow air patterns use A' and 22'12' deflection.

For shorter throw and wide air patterns use upto 45' deflection, or more. Performance data shown in the selection charts on the following pages is based on double deflection grilles with vertical airfoil blades at a', 22V,' and 45' as illustrated below.

Throw Requirement: The basis performance data will show two throws

values. The maximum throw is the distance of air travel to a point having air velocity of 50 FPM and the minimum throw is the distance of air travel to a point having air velocity of 100 FPM.

t 0 Deflection ~I!'~IIIIIIIIII II 0' 1 0' 20' 30' 40' 50' 60' THROW

t 22% Deflection il!'~mllllill --...;: II 0' 1 0' 20' 30' 40' 50'

20'

~~t:~ '_9 5 --;;)

,

::: __ SF 0' ,-~ 5 ~~!::

20'

THROW ..

45 Deflection ~

V

"

'" ...... 1--.. 10' 20' 30'

THROW II

Fig. 2 Blade Deflection Settings

Generally, the throw distance requirement is determined from the supply air terminal to the opposite I \ wall or to the intersection of its air stream with air being delivered from another supply air terminal.

Drop: Drop is a vertical distance between the lowest

horizontal plane having 50 FPM of air down stream and the centre of the core.

Velocity: The average face velocity on the grille's surface

as measured with an ANLOR Velometer with tip no. 2220A minimum of four readings should be taken at random over the face of the grille and averaged. See Fig. 3.

Total Pressure: Total pressure is measured in inches of water

gauge (w.g.). If static pressure drop is required calculate the CORE AREA = (Nominal Length - %) x (Nominal Width - %) and divide the CFM by this area to determine the CORE VELOCITY. Using this velocity, enter table 1 to find the velocity pressure substracting velocity pressure from total pressure gives static pressure drop across the grille.

CORE VELOCITY VELOCITY PRESSURE (FPM) (inches w.g. )

250 0.004 300 0.006 350 0.008 400 0.010 450 0.013 500 0.016 550 0.019 600 0.022 650 0.026 700 0.031 750 0.035 800 0.040

TABLE 1 - Velocity Pressure Conversion Chart

1-10


Maximum Noise Criteria (NC) Recommendations for our supply grilles and registers.

SOUND:- The sound level of a supply grille or register is in direct ratio to the velocity of the air passing through it.

Air passing through a properly selected outlet will not add any appreciable noise to the sound level of the existing system.

APPLICATIONS:-

TYPE OF AREA AVERAGE TYPE OF AREA

Private home (rural and Movie theaters suburban) 25 TV audience studios Private home (urban) 30 Lecture halls Apartment house 35 Planetariums Individual rooms 35 Lobbies Halls, corridors, lobbies 40 Mosques Garages 45 Libraries Kitchens, laundries 45 Schools and class rooms Private rooms 30 Laboratories Operating rooms 35 Recreation halls Wards, corridors 35 Corridors and halls Laboratories 35 Libraries. museums Lobbies, waiting rooms 40 Court rooms Washrooms toilets 45 Post offices, lobbies Board rooms 25 General banking areas Conference rooms 30 Washrooms, toilets Executive offices 35 Restaurants General offices 35 Cafeterias Reception rooms 35 Clothing stores General open offices 40 Department stores Drafting rooms 40 (Upper floors) Tabulation and computation areas 45 Department stores Concert opera halls 20 (Main floors) Sound record studios 20 Small retail stores legitimate theaters 30 Supermarkets Multi-purpose halls 35 Coliseums Ticket sales office 35 Bowling alleys lounges. waiting rooms 40 Gymnasiums

Swimming pools

AVERAGE

35 35 35 35

SIZES(IN.) 5x6 8x4

(WIDE x HIGH) 6x6 CFM

Deflection 0 22V2 45

Ak .16 .14 .13 Velocity 315 355 365

50 Total Pressure .008 .012 .013 Throw 7-10 4-6 36 NC

SUPPLY GRILLE AND REGISTER PERFORMANCE DATA USTEDSIZES

SIZES (IN) 18x6 20x 6 16 x 8 24x 6 36x4 20x 8- 22x 8 24x 8 26x4 12x 10 18 x 8 3Ox5 16x10- 36x 5 16 x 12

(WIDE x HIGH) 22x5 30x 4 14 x 10 28x 6 ....... 30x 6 CFM 28x4 24x 5 12 x 12 14x12- 18x 10

14x8 28x 5 48x 4 22x 8 32x6

, . ( " Deflection

221f2 45

221,4, 45

22\4 45

22\4 45

22\4 45

221J2 45 Ak ,48 A4 ,40 ,52 ,49 -44 ,58 ,52 ,48 ,66 ,59 ,52 ,69 ,65 $9 ,65 ]2 ,63 Velocity 220 225 250 190 205 225

HIO Total Pressure ,002 ,003 ,004 ,002 ,002 ,003 Throw 9-15 4-8 4-7 8-14 3-8 3-7 NC

SIZES (IN.)

(WIDE x HIGH) CFM

Deflection

Ak

Velocity 300 Total Pressure

Throw NC Velocity

325 Total Pressure Throw NC Velocity








550 Total Pressure Throw NC

14x14 20x 10 34x6

0 22\0 45

.82 .76 .88 385 385 435 .005 .007 .008

SUPPLY GRILLE AND REGISTER PERFORMANCE DATA

USTED SIZES

36x6 3Ox6 16x16 28x 10 18 x 12 24x10 20x 14 22x10 lax 14 48x6 28x8 48x5 36x8 16x14 2Ox12 24x 12

32x8 30x 10 0 22\0 45 0 22\0 45 0 22\0

.94 .88 .78 1.08 .96 .90 1.22 1.14

17-24 9-16 9-14

SIZES (IN.) 22x8 36x5

(WIDE x HIGH) 3Ox6 CFM 18 x 10

48x4 32x6

Deflection 0

AI< .63 Velocity 720

600 Total Pressure .028 Throw 25-35 NC 22 Velocity 765




600 Total Pressure .051 Throw 29-43 NC 31 Velocity

900 Total Pressure Throw NC VelOCity

1000 Total Pressure Throw NC VelOCity

1100 Tolal Pressure Throw NC Velocity

1200 Tolal Pressure Throw NC


USTED SIZES

24x 8 14 x 14 36x6 3Ox8 16 x 16 16 x 12 20x 10 l8x 12 24x 10

34x6 22x 10 lex 14 28x8 48x5 l6x 14 2Ox12

32x8 22'1i 45 0 22'1i 45 0 22'1i 45 0 22'1i 45

.72 .63 .65 .76 .69 .94 .68 .79 1.06 .98 .90 635 950 705 790 670 640 660 760 565 610 685 .036 .042 .019 .026 .034 .Q18 .021 .025 .014 .016 .021

15-22 1419 25-35 16-22 1419 25-35 15-22 14-19 2435 15-22 14-19 23 23 21 22 22 20 20 20

SIZES (IN.)

(WIDE x HIGH) CFM

Deflection

Ak Velocity









36x 10 30x 12 20x 18 48x8 32x 12 24x 16

0 22V2 45 1.51 1.42 1.28

395 425 470 .006 .007 .008


USTED SIZES 28x 14 30x 14 30x 16 22x 18 24x 18 4Ox12 20x20 36x 12 48x10 40x 10 60,8 34x 12

0 221J:. 45 0 22% 45 0 22V2 1.75 1.84 1.47 1.81 1.70 1.52 2.00 1.88

25~34 1322 1319

SIZES (IN.) 36x10 30x 12

(WIDE x HIGH) 20x 18 CFM 48x8

32x 12 24x 16

Oeflection 0 22% AI< 1.51 1.42 Velocity 795 845

1200 Total Pressure .022 .026 Throw 3650 22-31 NC 37 37 Velocity 880 915

1300 Total Pressure .026 .031 Throw 37-51 23-32 NC 39 39 Velocity











,


USTED SIZES

28x 14 30x 14 30x 16 22x18 24x 18 40x 12 20x20 36x 12 48x 10 4Oxl0 6Ox8 34x 12

45 0 22% 45 0 22% 45, 0 22" 1.28 1.75 1.84 1.47 1.81 1.70 1.52 2.00 1.88 940 885 730 815 885 705 790 600 840 .032 .018 .019 .022 .014 .016 .020 .011 .013

19-27 35-49 22-31 19-27 35-50 22-31 19-27 35-49 22-31 37 36 36 36 35 35 35 34 34

1015 740 790 885 720 765 855 650 690 .038 .021 .022 .026 .017 .019 .024 .013 .015

20-28 36-51 23-32 20-28 36-51 23-32 20-28 36-51 23-32 40 38 36 36 37 37 37 36 36

775 825 920 700 745 .019 .022 .027 .016 .018

36-53 24-33 21-29 37-53 24-33 40 40 40 39 36

Ak is Area Factor Throw Oata based u on isothermal air at 100 and 50 FP Terminal Velocity

TOTAL PRESSUF E ARE IN INCHES

45

1.89 710 .016

19-28 34

770 .019

20-29 36

830 .022

21-30 38

PFWATER N.C. VALUE ARE ASEDON A ROO ~ ABSORPTION OF 10dB, re 10.12 NAnS

50x 10 24x24 42x12 36x16 36x 14 48x12 28x18 72x8 32x16 58xl0

6Oxl0 0 22% 45 0 22V2 45

2.12 2.00 1.79 2.48 2.34 2.10 585 600 670 485 510 570

.008 .009 .014 .006 .007 .011 35-49 22-31 19-27 35-49 22-31 19-27

31 32. 32 26 27 27 615 650 725 525 555 620

.009 .011 .016 .007 .008 .013 36-51 23-33 20-28 36-51 23-33 20-28

34 34 34 28 29 29 880 700 780 585 600 665 .010 .013 .018 .008 .009 .015

38-53 24-33 20-30 37-53 24-33 20-29 36 37 37 30 31 31 705 750 835 605 840 715

.011 .015 .021 .009 .010 .017 39-55 25-35 21-30 39-55 25-35 21-30

36 40 40 32 33 33 755 600 895 845 885 760 .013 .017 .024' .010 .011 .019

40-57 26-36 22-31 40-57 26-36 22-31 41 43 43 34 35 35

800 650 950 885 725 810 .015 .019 .027 .011 .012 .021

41-58 27-38 23-32 41-58 26-37 22-32 44 46 46 36 37 37

650 900 1005 725 770 655 .017 .021 .030 .012 .013 .023

42-eo 27-38 23-33 42-eo 27-38 23-33 47 49 49 38 39 39

765 810 905 .013 .014 .026

44-62 28-40 24-34 40 41 41

605 655 950 .014 .015 .029

45-63 29-40 25-35 42 43 43

965 1025 1140 .020 .022 .042

49-69 31-44 27-38 50 >50 >50

1130 1195 1335 .027 .030 .057

53-75 34-48 29-41 >50 >50 >50

1290 1365 1525 .035 .039 .074

67-80 36-51 31-44 >50 >50 >50

1-17

imran.anjumRectangle

imran.anjumRectangle

imran.anjumPolygon

BALANCING DATA

Step 1 : To determine CFM of the Supply Grille or Register, an Alnor Velometer with Tip No. 2220A is used.

Step 2: Locate velometer jet in the air stream as shown in the figure below. Take a minimum of four velocity readings at random across the grille face and average them to determine the velocity.

Step 3: From the performance table select proper Ak factor for the size of supply grille or register tested. Using the following formula, calculate the air flow rate:

CFM = Ak x Average Velocity.

EXAMPLE:

Determine the CFM through a 12" x 12" SV6-11. The blades are set for a 45' deflection pattern. The instrument to be used is an Alnor Velometer with a 2220A Tip.

SOLUTION:

,

-

----

----

----

----

----i 1 --------

----

----

----

1. Position the Alnor Velometer with a 2220A tip as shown in the fig. and find velocity at a minimum of 4 points at random. (Suppose the average velocity is found to be 300 FPM )

To determine velocity using ALNOR with Tip No. 2220A

2. From the performance table select Ak factor for the given size 45' deflection blade setting.

Ak = 0.52 Sq. ft.

3. CFM = Ak x Ave. measured velocity. = 0.52 sq. ft. x 300 fpm = 155 cfm.

Fig. 3

1-18

RHB-X RETURN AIR GRILLE RETURN AIR GRILLE WITH HORIZONTAL FIXED FACE BLADES.

PRODUCT DESCRIPTION


The frame has a typical wall thickness of 1/16" and is separated from the blades by an extruded rigid PVC track which becomes an integral part of the frame. This method of assembly helps to eliminate corrosion and vibration.


Listed Sizes

Dimensions Size (inches) Velocity Size (inches) Velocity

WxH (fpm) WxH (fpm) 12 x 6 300 - 900 18 x 8 300 - 900 16 x 6 300 - 900 20 x 8 300 - 900 18 x 6 300 - 900 24 x 8 300 - 900 20x 6 300 - 900 30 x 8 300 - 900 24x 6 300 - 900 36x 8 300 - 900 30x 6 300 - 900 12 x 10 300 - 900 36x 6 300 - 900 18 x 10 300 - 900 12 x 8 300 - 900 20x 10 300 - 900 16x 8 300 - 900 24x 10 300 - 900

7/8"1 ~ ,/ ,/ ,/

~ A

,/ A+2L

= Listed ,/ Sizes ,/

::: .t ,/ 3/4' ~ T ~

...,

All blades are airfoil in design, set in a fixed position at an angle of 45 and spaced 3/4" on center.


Suitable for high sidewall, exposed duct location, for heating and cooling applications.


WxH (fpm) WxH (fpm) 30x 10 300 - 900 18 x 18 300 - 900 32x 10 300 - 900 24 x 18 300 - 900 36x 10 300 - 900 30x 18 300 - 900 12 x 12 300 - 900 36x 18 300 - 900 18 x 12 300 - 900 20x 20 300 - 900 24 x 12 300 - 900 24x 20 300 - 900 28 x 12 300 - 900 30x 20 300 - 900 30x 12 300 - 900 24x24 300 - 900 36x 12 300 - 900 36x24 300 - 900

2-1

-0 RETURN REGISTER RETURN AIR GRILLE COMBINING HORIZONTAL FIXED FACE BLADES WITH A VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION




All blades are airfoil in design, set in a fixed position at an angle of 45' and spaced 3/4" on center.

Listed Sizes


WxH (Ipm) WxH (Ipm) 12x 6 300 - 900 18 x 8 300 - 900 16x 6 300 -900 20x 8 300 - 900 18x 6 300-900 24x 8 300 - 900 20x 6 300-900 30x 8 300 - 900 24x 6 300 - 900 36x 8 300 - 900 30x 6 300 - 900 12x 10 300 - 900 36x 6 300 - 900 18 x 10 300 - 900 12x 8 300 - 900 20x 10 300 - 900 16x 8 300-900 24x 10 300 - 900

2-5/16"

7/8" .... I"" ~ I

{' \ \

RV8X RETURN AIR GRILLE RETURN AIR GRILLE WITH VERTICAL FIXED FACE BLADES.

PRODUCT DESCRIPTION




Listed Sizes


WxH (fpm) WxH (fpm) 12x 6 300 - 900 18 x 8 300 - 900 16x 6 300 - 900 20x 8 300 - 900 18x 6 300 - 900 24x 8 300 - 900 20x 6 300 - 900 30x 8 300 - 900 24x 6 300 - 900 36x 8 300 - 900 30x 6 300 - 900 12 x 10 300 - 900 36x 6 300 - 900 18 x 10 300 - 900 12x 8 300 - 900 20x 10 300 - 900 16x 8 300 - 900 24x 10 300 - 900

I liB". r-----..:-

A = Listed

l_ A+21

All blades are airfoil in design, set in a fixed position at an angle of 45' and spaced 3/4" on center.




WxH (fpm) WxH (fpm) 30x 10 300 - 900 18 x 18 300 - 900 32x 10 300 - 900 24x 18 300 - 900 36x 10 300 - 900 30x 18 300 -900 12 x 12 300 - 900 36x 18 300 - 900 18 x 12 300 - 900 20x20 300 - 900 24x 12 300 - 900 24x20 300 - 900 28x 12 300 - 900 30x20 300 - 900 30x 12 300 - 900 24x24 300 - 900 36x 12 300 - 900 36x24 300 - 900

2-3

RV8D RETURN REGISTER RETURN AIR GRILLE COMBINING VERTICAL FIXED FACE BLADES WITH A VOLUME CONTROL DAMPER.

PRODUCT DESCRIPTION




All blades are airfoil in design, set in a fixed position at angle of 45 and spaced 3/4" on center.

Listed Sizes


WxH (fpml WxH (fpml 12x 6 300 - 900 18 x 8 300 - 900 16x 6 300 - 900 20x 8 300 - 900 18x 6 300 - 900 24x 8 300 -900 20x 6 300 - 900 30x 8 300 - 900 24x 6 300 - 900 36x 8 300 - 900 30x 6 300 - 900 12 x 10 300 - 900 36x 6 300 - 900 18 x 10 300 - 900 12x 8 300 - 900 20x 10 300 - 900 16x 8 300 - 900 24x 10 300 - 900

+-2-5/16 ....

j;t~ 1-7/16"

...... T., "-

...... T A = Listed

"-A -1/2"

...... 1 "-...... Sizes

1 An opposed blade damper is attached for volume

control of air in the return stream and is lever type operated through the face of the unit. The damper face is separated from the blades with PVC bushings eliminating corrosion and vibration.

Standard finish is white color for frame and blades. Damper in black color. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.



WxH (fpm) WxH (fpm) 30x 10 300 - 900 18 x 18 300-900 32x 10 300 -900 24x 18 300 - 900 36x 10 300 - 900 30x 18 300 - 900 12x 12 300 - 900 36x 18 300-900 18 x 12 300 - 900 20x20 300 -900 24x 12 300 -900 24x20 300 - 900 28x 12 300 -900 30x20 300 - 900 30x 12 300 - 900 24x24 300 -900 36x 12 300 - 900 36x.24 300 - 900

2-4

h (

Face Usted Velocity Sizes (fpm) Static (inches) Pressure Drop

(in. w.g.) NC Area

Level fac10r (Ak)

(Sq.ft~ 12x 6 .15

NC -16x 6 .20

NC -

18 x 6 .25 NC

-

20x 6 .30 NC

-

24x 6 .37 NC -

30x 6 .45 NC -

36x 6 .54 NC

-

12x 8 .20 NC

-

16x 8 .32 NC

-

18 x 8 .37 NC -

20x 8 .41 NC

-

24x 8 .50 NC -

30x 8 .60 NC

-

36x 8 .74 NC -

12x 10 .30 NC

-

18x 10 .44 NC -

20x 10 .49 NC

-

24x 10 .60 NC -

30x 10 .74 NC

-

32x 10 .82 NC -

36x 10 .92 NC -

12x 12 .37 NC

-

18x 12 .54 NC -

24x 12 .74 NC

-

28x 12 .87 NC -

30x 12 .92 NC

-

36x 12 1.12 NC -

RETURN GRILLES AND REGISTERS PERFORMANCE DATA

300

0.008

45

Face Listed Velocity 300 Sizes (Ipm)

:;tatlc

RETURN GRILLES AND REGISTERS PERFORMANCE DATA

RETURN AIR GRILLE AND REGISTER CAPACITY AND SELECTION CHART

400 450 500 550 600 650 700

(inches) Pressure. Drop 0.008 0.Q15 0.019 0.023 0.028 0.032 0.038 0.044 (in.w.g.)

NC Area

Level lactor (Ak) AIR CAPACllY (cfm)

(So. ft.\ 16x 16 .65 195 260 293 325 358 390

NC -

INSTALLATION DETAILS

N +

EC14-1D EGG CRATE RETURN AIR GRILLE EGG CRATE STYLE RETURN AIR GRILLE AND VOLUME CONTROL DAMPER (W' x 'h" x%") ~.

~ ;-'--

[ '" -

~

1/2 " ....

~ ~

/

> "'-~/ "'-/

7/8"

2 - 5/16"

,--

., .1::1 I/) 't:I

N .!! -

f/) ~ ::i ,

" c(

c(

PRODUCT DESCRIPTION

~

'" + c(

Egg crate return grilles for use in ceiling or sidewall where a variety of bold crisp lines are desired with a free area of 90%.

The aluminium egg crate style core has a opening of 1/2" x V211.

Frame is extruded aluminium alloy and are polyester powder coated with a white finish.

The frame has a typical wall thickness of 1/16" and thickness of aluminium grid is 1/32".

-

EC14-1X EGG CRATE STYLE RETURN AIR GRILLE (%" x %" x %")

~[ C1I N iii 'C

'" C1I 1/2" ~ + In :::i

J

PRODUCT DESCRIPTION


The aluminium egg crate style core has a opening of %" x %",



DETAIL -A

Listed Grid Size is ExFxG Example


Standard finish is white. Painted under electrostatic polyester powder coating system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

2-9

EC14-2D EGG CRATE RETURN AIR GRILLE EGG CRATE STYLE RETURN AIR GRILLE AND VOLUME CONTROL DAMPER (1" x 1" x 1/2")

~

j ,,/ ~ , .~ / In ,

" 1/2"~

> '"

! '" .... III + ,... :::i ,

II - ,

/ !.

..

~ ~ 7/8"

2 - 5/16"

PRODUCT DESCRIPTION


The aluminium egg crate style core has a opening of 1" x 1".



A

-----.-1 G

DETAIL- A

Listed Grid Size is ExFxG Example :1 11 x 111 x 1/2"


The grille is fitted with an opposed blade volume control damper and is screw driver operated through the face of the unit.

Standard finish for frame and core white color. Damper in black color. Painted under electrostatic polyester powder coating system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

2-10

1'-'

EC14-1X EGG CRATE STYLE RETURN AIR GRILLE (%" x %"x %")

~[ ., N iii 'I::J

'" 1/2" .,

+ -II) :::i

EC14-2D EGG CRATE RETURN AIR GRILLE EGG CRATE STYLE RETURN AIR GRILLE AND VOLUME CONTROL DAMPER (1" x 1" x 112")

~ ~

! / ~ , .. / N iii

" , N .. C. 112"- --

II) + ~ :::;

/ ,

EC14-2X EGG CRATE STYLE RETURN AIR GRILLE EGG CRATE STYLE RETURN AIR GRILLE AND VOLUME CONTROL DAMPER (1" x 1" x 112")

'" +

PRODUCT DESCRIPTION


The aluminium egg crate style core has a opening of 111 x 111.


The frame has a typical wall thickness of 1/16" and thickness of aluminium grid is 1 /32".

A

----f G

DETAIL- A

Listed Grid Size is ExFxG Example :1 11 x 1" x 1/2"


Standard finish is white. Painted under electrostatic polyester powder coating system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

2-11

Nominal Duct Core Size Area

(inches) (Sq. F1.)

6x 6 0.172

8x 6 0.248

lOx 6 0.312

12 x 8 0.387

14 x 6 0.452

16x 6 0.517

18x 6 0.592

20x 6 0.657

24x 6 0.797

28x 6 0.938

32x 6 1.066

36x 6 1.205

40x 6 1.345

48x 6 1.625

8x 8 0.844

lOx 8 0.441

12x 8 0.527

14x 8 0.624

16x 8 0.721

18x 8 0.818

20x 8 0.915

24x 8 1.109

28x 8 1.302

32x 8 1.485

36x 8 1.679

40x 8 1.873

EGG CRATE STYLE RETURN AIR GRILLE PERFORMANCE DATA

Core Velocity (!pm) 300 400 500 600 700 800 Velocity Pressure (in. w.g.) .OOB .010 .018 .022 .031 .040 Nogalivo SP (in. w.g.) .016 .026 .042 .059 .082 .106

CFM 52 69 86 103 120 138 NC 25 28 30 32 33 34

CFM 74 99 124 149 174 198 NC 24 27 29 31 32 34

CFM 93 125 156 187 218 250 NC 23 26 28 30 32 33

CFM 118 155 194 232 271 310 NC 23 26 28 30 31 3;i

CFM 135 181 226 271 316 361 NC 23 26 28 30 31 32

CFM 155 207 259 310 362 414 NC 23 25 28 29 31 32

CFM 178 237 296 355 414 474 NC 22 25 27 29 31 32

CFM 197 263 329 394 460 526 NC 22 25 27 29 30 32

CFM 239 319 398 478 558 638 NC 22 24 27 28 30 31

CFM 281 374 468 562 655 749 NC 21 24 26 28 30 31

CFM 320 426 533 640 746 853 NC 21 24 26 28 29 31

CFM 361 482 603 723 844 964 NC 21 24 26 28 29 30

CFM 404 538 673 807 942 1076 NC 21 23 26 27 29 30

CFM 487 650 813 975 1137 1300 NC 20 23 25 27 29 30

CFM 103 138 172 20B 241 275 NC 23 26 28 30 31 33

CFM 132 176 220 267 309 353 NC 23 26 28 30 31 32

CFM 158 211 264 316 369 422 NC 22 25 27 29 31 32

CFM 187 250 312 374 437 499 NC 22 25 27 29 30 32

CFM 216 288 360 433 505 577 NC 22 24 27 28 30 31

CFM 245 327 409 491 573 654 NC 21 24 26 28 30 31

CFM 274 366 457 549 640 732 NC 21 24 26 28 29 31

CFM 333 444 555 665 776 887 NC 21 24 26 28 29 30

CFM 391 521 651 781 911 1042 NC 21 23 26 27 29 30

CFM 445 594 743 891 1039 1188 NC 20 23 25 27 29 30

CFM 504 672 840 1007 1175 1343 NC 20 23 25 27 28 30

CFM 562 749 936 1123 1311 1498 NC 20 23 25 27 28 29

1000 1200 1400 .OB2 .090 .122 .165 .238 .323 172 206 241 36 38 40

248 298 347 36 38 39

312 374 437 35 37 38

387 464 542 35 37 38

452 542 833 35 36 38

517 620 724 34 36 38

592 710 829 34 36 37

657 788 920 34 36 37

797 956 1116 33 35 37

936 1123 1310 33 35 36

1066 1279 1492 33 35 36

1205 144B 1687 33 34 36

1345 1614 1883 32 34 36

1625 1950 2275 32 34 35

344 413 482 35 37 38

441 529 617 35 36 38

527 632 738 34 36 37

624 749 874 34 36 37

721 865 1009 33 35 37

818 982 1145 33 35 36

915 1096 1281 33 35 36

1109 1331 1557 33 34 36

1302 1562 1823 32 34 36

1485 1782 2079 32 34 35

1679 2015 2351 32 34 35

1873 2248 2622 32 33 35

212

~ ( \, Nominal Duct Core Size Area (inches) (Sq. Ft.)

48x 8 2.250

10x 10 0.560

12x 10 0.667

14x 10 0.S07

16x 10 0.926

l8x 10 1.054

20x 10 1.164

24x 10 1.421

28x 10 1..658

32 x 10 1.905

36x 10 2.153

40x 10 2.400

48x 10 2.885

12x 12 0.829

14x 12 0.979

16 x 12 1.130

18x 12 1.281

20x 12 1.432

24x 12 1.733

28i< 12 2.034

32x 12 2.325

36x 12 2.626

40x 12 2.928

48x 12 3.520

14x 14 1.162

16x 14 1.335


Core Velocity (fpm) 300 400 500 600 700 800 Velocity Pressure On. w.g.) .086 .010 .016 .022 .031 .040 Negative SP (in. w.g.) .016 .026 .042 .059 .082 .106

CFM 675 900 1125 1350 1575 1800 NC 19 22 24 26 28 29

CFM 168 224 280 336 392 448 NC 22 25 27 29 31 32

CFM 200 267 333 400 467 534 NC 22 25 27 29 30 32

CFM 242 323 403 484 565 646 NC 22 24 27 28 30 31

CFM 278 370' 463 556 648 741 NC 21 24 26 28 30 31

CFM 316 422 527 632 738 843 NC 21 24 26 28 29 31

CFM 355 474 592 710 829 947 NC 21 24 26 28 29 30

CFM 426 568 710 853 995 1137 NC 20 23 25 27 29 30

CFM 497 663 829 995 1161 1326 NC 20 23 25 27 28 30

CFM 571 762 952 1143 1333 1524 NC 20 23 25 27 28 30

CFM 646 861 1076 1292 1507 1722 NC 20 23 25 27 28 29

CFM 720 960 1200 1440 1660 1920 NC

Nominal Duct Care Size Area

(inches) (Sq. Ft.)

18x 14 1.507

20x 14 1.679

24x 14 2.034

28x 14 2.390

32x 14 2.745

36x 14 3.100

40x 14 3.455

48x 14 4.155

16x 16 1.539

18x 16 1.733

20x 16 1.846

24x 16 2.346

28x 16 2.755

32x 16 3.165

36x 16 3.574

40x 16 3.972

48x 16 4.790

18x 18 1.970

20x 18 2.196

24x 18 2.659

28x 18 3.121

32x 18 3.584

36x 18 4.047

40x 18 4.499

48x 18 5.425

20x20 2.454


Core Velocity (fpm) 300 400 500 600 700 800 Velocity Pressure (in. w.g.) .066 .010 .016 .022 .031 .040 Negative SP (in. w.g.) .016 .026 .042 .059 .082 .106

CFM 452 603 753 904 1055 1206 NC 20 23 25 27 29 30

CFM 504 672 839 1007 1175 1343 NC 20 23 25 27 28 30

CFM 610 814 1017 1220 1424 1627 NC 20 23 25 27 28 29

CFM 717 956 1195 1434 1673 1912 NC

Nominal Duct Core Size Area

(inche.) (Sq. Ft.) 24x20 2.971

28x20 3.487

32x20 4.004

36x20 4.510

40x20 5.027

48x20 6.060

24x24 3.595

28x24 4.219

32x24 4.833

36x24 5.457

40x24 6.081

48x24 7.330

28x28 4.941

32x28 5.672

38x28 6.404

40x28 7.136

48x28 8.589

32x32 6.512

36x32 7.352

40x32 8.191

48x32 9.859

36x36 8.299

4Ox36 9.235

46x36 11.130

40x4O 10.290

48x40 12.400

48x48 14.929


Core Velocity (!pm) 300 400 500 600 700 800 Velocity Pressure (in. w.g.) .066 .010 .016 .022 .031 .040 Negative SP (in. w.g.) .016 .026 .042 .059 .082 .106

CFM 891 1188 1485 1783 2078 2377 NC

INSTALLATION DETAILS

SCREW

N +

N +

.--

1/2" ..i..-

1/2"

. ~

L 1/2"

7/8"

...

". ":

;. . fJ ,

,', :.,

7/8"

1 ~

~ ,

1 !:t

~ ,

J A - LISTED SIZES (W x H

N +

r

N +

)

SCREW \~ ' ..

. .

.. . .

.t--/ ~[ - ,

- / r--

'" 1/2" .... / r--

r--, /

. ' 0 ;, 0' .

. .

. 0

~ 7/8"

2 - 5/16

SCREW ~ wn

"

.

I

1......)

r'-" ""', . ,

r-B~ I

1-WAY B j COB-1S

r-~ "

I - I" ~ :- 1-- A j

COB-2S 2-WAY

r-~ / I . / I ./

7?(. B j COB-SBO

r-B~ / I I /

3-WAY '/I A "-I j I "-

,

COB-3S

r- A --1 / 1 K 7r A 4-WAY )L-~ ~

COB-4S

COg CORE STYLES AND AIR FLOW PATTERN SELECTOR

CORE PATTERN PLAN VIEW

I" B

"I

I B

~ COB-1R

I" A

"I

I B

~ COB-2R

I" B

"I /

"I / ~ B 1

COB-RBO

I" A

"I "- /

"I Ii\.. / ~ / B 4- - /I 1 Ii\.. K7f

COB-3R

I" B

"I ,

1 , / "

,."

"-I A 1/ ~ / , / t , COB-4R

I" B

"I

I B

~ COB-1R

I" B

"I I

A

t ~ COB-2R

I" B

"I

I ./

/ B

,.,,1- ~ COB-RBO

I" B

"I //1 I /I A

"-I" ~ t

COB-3R

A = INCREMENTS OF 3"

B = INCREMENTS OF 3"

3-1

COB SQUARE SUPPLY CEILING DIFFUSERS SQUARE CEILING DIFFUSER WITH MULTIPLE AIR FLOW PATTERN AND VOLUME CONTROL DAMPERS.

i \.

/---- A+55/S'"----~ A=Listed Sizes I-- A.l/4'"--I

t--t---.

'I'" , . " ! ,r2i/ ~'1/4"1 CD91SD =f=-U

3/16'"

CD91SD 1 ~way air flow CD92SD 2-way air flow

CD93SD 3-way air flow CD94SD 4-way air flow

PRODUCT DESCRIPTION

A Square Ceiling Diffuser with multiple air flow patterns and with volume control damper.


The frame and blades have a typical wall thickness of 1/16".

The inner core of the diffuser is fully removable for easy installation. It is held in place with four machine screws and two spring steel clips which together centre the core in the frame.

The ceiling diffuser projects 3/16" from the mounting surface.

The unit size increases in 3 inches increments beginning with 6 in. x 6 in. as the smallest available.

Listed Sizes

/---- A+55/S'" - A=Listed Sizes r- A1/4'" --I

t---t---T"

,~Z~ ~4'"1 CD92SD, CD9-3SD F

3/16'"

A+5-5/B" l ,~~""., !'-r-Al/4" --I M~ 11:" I

CD9-4SD 3/16'"

The opposed blade damper section connects to the frame with screws and is lever operated from the face of the unit.

The frame of the damper housing is separated from the blades with PVC bushings. This method of assembly eliminates corrosion and vibration.

Standard finish white for frame and blades. Damper in black color. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

Equalizing grid is provided as an option.

Dimensions Horizontal Verllcal CFM

Size in. (mm) , in. (mm) Range 6 x 6 6 (152.4) 6 (152.4) 50 - 225 9 x 9 9 (228~_. (228.6) 100- 500

12 x 12 12 (304.8) 12 (304.8) 200 - 900 15 x 15 15 (381.0) 15 (381.0) 300 -1400 18 x 18 18 (457.2) 18 (457.2) 450-2000 21 x 21 21 (533.4) 21 (533.4) 6002750 24x24 24 (609:6) 24 (609.6) 800 - 3600

3-2

COB SQUARE RETURN CEILING DIFFUSERS SQUARE CEILING DIFFUSERS WITH MULTIPLE AIR FLOW PATTERNS.

1+--- A+5.5/8'----~

C09-1S 1-way air 110w C09-2S 2-way air flow 'W r:::~~ iF", '--'/'--'~:........z'--'...-.;~--..;Z\.......:::'.l---.f 2'1-1S"

C09-2S, C09-3S 3/1S"

C09-3S 3-way air flow C09-4S 4-way air flow

..... ~""-..... _ __' ........... ~ ... iTS" C09-4S

PRODUCT DESCRIPTION

A Square Ceiling Diffuser with multiple air flow patterns but with no volume control damper.




Listed Sizes

3/16"

The ceiling diffuser projects 3/16" from the mounting surface.


Standard finish white for frame and blades. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

Dimensions Horizontal Vertical CFM

Size in. (mm) in. (mm) Range 6 x 6 6 (152.4) 6 (152.4) 50 225 9x 9 9 (228.6) 9 (228.S) 100 500

12x 12 12 (304.8) 12 (304.8) 200 900 15 x 15 15 (381.0) 15 (381.0) 300 1400 18 x 18 18 (457.2) 18 (457.2) 4502000 21 x21 21 (533.4) 21 (533.4) SOD 2750 24x24 24 (S09.6) 24 (S09.6) 8003600

3-3

CEILING DIFFUSERS ENGINEERING DATA

Throw: The horizontal distance in feet where the

highest sustained velocity has been reduced to 50 feet per minute. The throw values shown are for the diffuser mounted flush to the ceiling. Throw values shown are based on isothermal air.

Velocity: The average feet per minute at the diffuser

surface as measured with an ALNOR Velometer with tip no. 2220A. A minimum of four readings should be taken at random over the face of the diffuser and averaged.

Total Pressure : Measured in inches of water gage(in. w.g.). If

static pressure drop is required, calculate the core area. The core area equals the nominal length minus 1/4 inch. Divide the CFM by the core area to determine the core velocity. Using this velocity, enter Table 1 to find the velocity pressure. Subtract velocity pressure from total pressure to get the static pressure drop across the diffuser.

CORE VELOCITY VELOCITY PRESSURE (FPM) ( INCHES W.G. ) 250 0.004 300 0.006 350 0.008 400 0.010 450 0.013 500 0.016 550 0.019 600 0.022 650 0.026 700 0.031 750 0.035 800 0.040

TABLE 1 - Velocity Pressure Conversion Chart.

N.C. Level: The permissable sound level in each space

may be specified by the owner or the architect, or it may be determined as an engineering design goal fig. contains an abbreviated list of design goals for air-conditioning sound control in common occupancies.

APPLICATIONS:

SPACE

Residence (suburbia) Residence (urban) Apt. bldgs., hotel rooms Hotels, banquet halls Hotel public spaces Kitchens, laundries, garages

Hospital rooms Hospital Operating rooms, wards Hospital public spaces

Offices board rooms Offices conference rooms Offices executive Office private Office general Office computer

Music Auditoriums Radio and TV broadcasting Theaters Assembly halls

Mosques Libraries and SChools Laboratories Recreation halls Public libraries, museums Banks, post offices

Restaurants Cafeterias

Department stores (Upper floors) Clothing stores Department stores (Main floors) Supermarket, retail stores Sports coliseums Bowling alleys Swimming pools Factories-Supt. offices Light manufacturing Heavy manufacturing

AVERAGE

25 30

35 35 40 45

30 35 40

25 30 35 35 40 50

22 22 27 32

25 35 40 40 35 40

40 45

40 40 45 45 35 40 50 45 60 65

The NC values shown in the Performance Data are based upon a room absorption of 10dB, re 10" Watts.

TABLE2 - Recommended Sound Levels

3-4

r, \ Pattern Requirement:

The pattern requirement is determined by the shape of the space to be conditioned, the number of diffusers in it, and the type and location of lighting fixtures or other devices mounting on the ceiling. For example; a two way opposite pattern CD9-2R, CD9-2S might be used in a corridor. A larger area can often be divided into squares and or rectangles of nearly equal size, and, if a diffuser can be located in the centre of each of these areas, a pattern CD9-4S or CD9-4R could be used for fourway delivery.

Diffuser Selection Guide Lines: Before selecting the diffuser pattern and size

for a conditioned arEla, it will be necessary to obtain the following.

1. CFM for each diffuser. 2. Location of diffusers. 3. Ceiling height. 4. Type of occu pancy.

The fonowing is a suggested method for the selection of diffusers.

1. Divide the total air supply for the area by the number of diffusers you wish to install, to find the flow for each diffuser.

2. Consult Table 3 for maximum CFM based on ceiling height and temperature differential.

3. From the performance data tables, select"the type of diffuser required to suit your air distribution needs.

4. Based upon diffuser type and flow, select the size of diffuser in the selection tables for the required throw.

5. Consult sound level Table 2 to check that the NC level is suitable for the type of occupancy.

Maximum Ceiling Temperature Max. CFM

Height (ft) Diff. * (OF) One Direction 8 22 225 9 25 400

10 26 500 12 28 900 14 30 1400 16 30 1900

TABLE 3 - "Difference between incoming air and room air.

Illustrative Problem: An office area measuring 42 x 72 feet with a 9 foot high ceiling with the total air supply being 3600 CFM.

72' -----~.I

1

Assume that you divide the space into six zones of equal area 24 ft. x 21ft. Since the spaces are almost square, you would select 4-way throw square diffuser. The flow rate for each diffuser is calculated by dividing the total CFM by the number of divided spaces:

3600 = 600CFM/diffuser{150CFM each way) 6

Check that flow, mounting height and temperature are within the values shown in Table 3. In the selection table for type CD9 -4SD diffusers, find one that has a 12 to 15 foot throw at 600 CFM. Select a 15 inch x 15 inch diffuser which satisfies the requirements

Q = 625 CFM Throw = 12 to 17 ft. NC = 21

3-5

SUPPLY AIR SQUARE CEILING DIFFUSERS PERFORMANCE DATA

CD9 Supply Square Ceiling Diffusers with Damper Area Factor(Ak) Neck Velocity (rpm) 200 250 300 350 400 500 600

Size Neck Area Velocity Pressure (in. w.g.) .003 .004 .006 .008 .010 .016 .023 (inches) (Sq. ft.) Total Pressure (in. w.g.) .015 .024 .034 .046 .060 .084 .136 Ak ~ .085 CFM 50 63 75 BB 100 125 150

6 x 6 THROW 7-10 8-12 10-15 12-17 14-19 17-21 19-23 0.250 NC

SUPPLY AIR SQUARE CEILING DIFFUSERS PERFORMANCE DATA

r - -'1 CD9 Supply Square Ceiling Diffusers with Damper ___ I Area Far:tor(Ak) Neck Velocity (fpm) 200 250 300 350 400 500 600

Size Neck Area Velocity Pressure (in. w.g.) .003 .004 .006 .008 .010 .016 .023 (inches) (Sq. ft.1 Total Pressure (in. w.g.) .012 .019 .027 .036 .048 .074 .107 Ak = .085 CFM 50 63 75 B8 100 125 150

6 x 6 THROW 3-5 4-6 4-7 5-8 6-9 8-11 9-13 0.250 NC

RETURN AIR SQUARE CEILING DIFFUSERS PERFORMANCE DATA

CD9 Return Square Ceiling Diffusers

Neck Velocity (fpm) 200 250 300 350 400 500 600 Size Neck Area Velocity Pressure (in. w.g.) .003 .004 .006 .008 .010 .016 .023

(inches) (Sq. ft.) Negative Static Pressure .037 .058 .063 .112 .148 .230 .332 (in. w.g.)

CFM 50 63 75 B6 100 125 150 6x 6 0.250

NC

('

RETURN AIR SQUARE CEILING DIFFUSERS PERFORMANCE DATA

CD9 Return Square Ceiling Diffusers Neck Velocity (fpm) 200 250 300 350 400 500 600

Size Neck Area Velocity Pressure (In. w.g.) .003 .004 .006 .008 .010 .016 .023 (inches) (Sq. ft.) Negative Static Pressure .036 .059 .085 .107 .154 .235 .336

(in.w.g.) CFM 50 63 75 88 100 125 150

6x 6 0.250 NC

coo RECTANGULAR SUPPLY CEILING DIFFUSERS RECTANGULAR CEILING DIFFUSERS WITH MULTIPLE AIR FLOW PATTERN AND VOLUME CONTROL DAMPERS.

CD91RD 1-way air flow CD92RD 2-way air flow

/,! ..... ' .. ,,".~.; ( .' I~ ; ,).

:'. "\ .

_-+_T,31I2" ~i CD92RD, CD93RD 3116"

CD93RD 3-way air flow CD94RD 4-way air flow

.... ... "'"""-___ ....:l..,.;:....,;~ fiT2" PRODUCT DESCRIPTION

A Rectangular Ceiling Diffuser with multiple air flow patterns and with volume control damper.

The frame and blades are extruded aluminum alloy and are polyester powder coated with a white finish.


The inner core of the diffuser is fully removable for easy installation. It is held in place with four machine screws iind two spring steel clips which together centre the core in the frame.

The Ceiling diffuser projects 3/16" from the mounting surface.

Listed Sizes Dimensions

Size Horizontal Vertical CFM WxH in (mm) in (mm) Range

9x 6 9 (228.6) 6 (152.4) 75 335 12 x 6 12 (304.8) 6 (152.4) 100 450 12 x 9 12 (304.8) 9 (228.6) 150-675 15 x 6 15 (381.0) 6 (152.4) 152 - 560 15 x 9 15 (381.0) 9 (228.6) 190 - 845 15 x 12 15 (381.0) 12 (304.8) 250 -1125 18 x 6 18 (457.2) 6 (152.4) 150-675

CD94RD 3116"


The opposed blade damper section connects to the frame with screws and is lever operated from the face of the unit.

The frame of the damper housing is separated from the blades with PVC bushings. This method of assembly eliminates corrosion and vibration.

Standard finish white for frame and blades, Damper in black color. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the appearance of the units.

Equalizing grid is provided as an option.

Dimensions Size Horizontal Vertical CFM WxH in (mm) in (mm) Range 18 x 9 18 (457.2) 9 (228.6) 225 -1010 18 x 12 18 (457.2) 12 (304.8) 3001350 21 x 6 21 (533.4) 6 (152.4) 175-785 21 x 9 21 (533.4) 9 (228.6) 260 1180 24x 6 24 (609.6) 6 (152.4) 200 900 24 x 9 24 (609.6) 9 (228.6) 300 1350 24 x 12 24 (609.6) 12 (304.8) 400 1800

3-10

COB RECTANGULAR RETURN CEILING DIFFUSERS RECTANGULAR CEILING DIFFUSERS WITH MULTIPLE AIR FLOW PATTERNS.

CD91R 1-way air flow CD92R 2-way air flow

CD93R 3-way air flow CD94R 4-way air flow

PRODUCT DESCRIPTION

A Rectangular Ceiling Diffuser with multiple air flow patterns but with no volume control damper.

The frame and blades are extruded aluminum alloy and are polyester powder coated with a white finish.

The frame and blades have a typical wall thickness of 1/16"


Listed Sizes Dimensions

Size Horizontal Vertical CFM WxH in (mm) In (mm) Range 9x 6 9 (228.6) 6 (152.4) 75 335

12 x 6 12 (304.8) 6 (152.4) 100 450 12 x 9 12 (304.8) 9 (228.6) 150 675 15 x 6 15 (381.0) 6 (152.4) 152 560 15 x 9 15 (381.0) 9 (228.6) 190 845 15 x 12 15 (381.0) 12 (304.8) 2501125 18x 6 18 (457.2) 6 (152.4) 150 - 675

r---__ A+S-5/8"----+l

~=ListedSi3es A-1/4" 114" ~ A~#:;;1/;:4"t==:=-~.l"rt6" CD9.1R T'-

3/16"

CD9-2R, CD9-3R 3/16"

3116"

The Ceiling diffuser projects 3/16" from the mounting surface.


Standard finish white for frame and blades. Painted under electrostatic polyester powder coated system. Other colors available on request. The polyester powder of highest quality are used to enhance the apperance of the units.

Dimensions Size Horizontal Vertical CFM

WxH in (mm) in (mm) Range 18 x 9 18 (457.2) 9 (228.6) 225-1010 18 x 12 18 (457.2) 12 (304.8) 300-1350 21 x 6 21 (533.4) 6 (152.4) 175- 785 21 x 9 21 (533.4) 9 (228.6) 260-1180 24x 6 24 (609.6) 6 (152.4) 200- 900 24 x 9 24 (609.6) 9 (228.6) 300-1350 24 x 12 24 (609.6) 12 (304.8) 400-1800

3-11

SUPPLY AIR RECTANGULAR CEILING DIFFUSERS PERFORMANCE DATA

COg Supply Rectangular Ceiling Diffusers with Damper Area Neck Velocity (fpm) 200 300 400 500 600 700

Factor Velocity Pressure .003 .006 .010 .016 .023 .031 Size (Ak) (in.w.g.)

(inches) Total Pressure .021 .046 .081 .130 .180 .250 Neck Area (in.w.g.)

(Sq. ft.) Side A I B A I B A I B A I B A I B A I B Ak-.122 CFM TOTAL 75 110 150 190 225 265

9 x 6 CFM/SIDE 751 - 110 I 1501 - 1901 - 225\ 265\ -THROW/SIDE 10-141 - 12-17\ 14-201 - 16-231 - 17-251 - 18-261 -

0.375 NC

n


CD9 Supply rectangular Ceiling Diffusers with Damper Area Neck Velocity (fpm) 200 300 400 500 600 700

Factor Velocity Pressure .000 .006 .010 .016 .023 .031 Size (Ak) (in.w.g.)

(inches) Total Pressure .016 .036 .064 .100 .140 .200 Neck Area (in. w.g.)

(Sq. ft.) Side A I B A I B AlB A B A B A B Ak .122 CFM TOTAL 75 113 150 188 225 263

9x 6 CFM/SIDE 371 - 56[ - 75[ - 94[ - 112[ - 131[ -THROW/SIDE 8-11[ - 10-13[ - 11-15[ - 13-17[ 14-18[ - 15-20[ -

0.375 NC


CD9 Supply rectangular Ceiling Dlffusers'with Damper CD9 - R9DD (Two Way) Area Neck Velocitv (foml 200 300 400 500 500 700 500 900

Factor Velocity Pressure .003 .006 .010 .016 .023 .031 .040 .051 Size (Ak) (in.w.g.)

(inches) Total Pressure .016 .036 .064 .100 .140 .200 .260 .319 Neck Arlta (in.w.g.)

(Sq. ft.) Side A B A I B A B A B A B A B A I ~ A B Ak = .122 CFM TOTAL 75 113 150 188 225 263 300 337

9x 6 CFM/SIOE 501 25 751 39 1001 50 1251 63 1501 75 1751 88 2001 100 2251 112

THROW/SIDE 8-121 7-9 10-141 8-10 11-161 9-12 13-18110-14 14-201 11 -15 15-21112-16 16-23113-17 17-24114-18 0.375 NC

,

/


CD9 Supply Rectangular Ceiling Diffusers with Damper CD9 - 3RD (Three Way) Area Neck Velocity (fpm) 200 300 400 500 600 700 600 900

Factor Velocity Pressure .003 .006 .010 .016 .023 .031 .040 .051 Size (Ak) (in.w.g.)

(inches) Total Pressure .013 .026 .052 .080 .120 .160 .210 .255 Neck Area (in.w.g.)

(Sq. ft.) Side A I B A B A B A B A B A B A I B A I B Ak-.122 CFM TOTAL 75 113 150 188 225 263 300 337

9 x 6 CFM/SIDE 311 13 471 19 621 26 781 32 931 39 1091 45 1241 52 1401 59 THROW/SIDE 7-91 4-6 8-111 5-7 9-131 6-6 10-151 7-9 11-161 7-10 12-171 8-11 13-181 8-11 14-201 9-12

0.375 NC


CD9 Supply Rectangular Ceiling Diffusers with Damper CD9 - 4RD (Four Way) Area Neck Velocity ('pm) 200 300 400 500 600 700 600 900

Factor Velocity Pressure .003 .006 .010 .016 .023 .031 .040 .051 Size (AI

c

RETURN AIR RECTANGULAR CEILING DIFFUSERS PERFORMANCE DATA

C09 Return Rectangular Ceiling Oillusers

Neck Velocity (fpm) 200 300 400 500 600 Size Neck Area Velocity Pressure (in. w.g.) .003 .006 .010 .016 .023

(inches) (Sq. ft.) Negative Static Pressure .051 .113 .199 .320 .444

(in. w.g.) 9x 6 0.375 CFM 75 113 150 188 225

NC


COg Return Rectangular Ceiling Diffusers Neck Velocily (fpm) 200 300 400 500 600

Size Neck Area Velocily Pressure (in. w.g.) .003 .006 .010 .016 .023 (inches) (Sq. ft.) Negalive Static Pressure

.048 .108 .192 .300 .420 (in. w.g.)

9x 6 0.375 CFM 75 113 150 188 225 NC

n


COg Return Rectangular Ceiling Diffusers

Neek Velocity (fpm) 200 300 400 500 600 Size Neck Area Velocity Pressure (in. w.g.) .003 .006 .010 .016 .023

(inches) (Sq. it.) Negat

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