CUSTOM FLOW ARCHITECTURAL SLOT DIFFUSER

Transcription

1 ARCHITECTURAL SLOT DIFFUSER

2 Custom Flow (CF) slot diffusers are uniquely designed for curving and long continuous installations. The CF offers a large range of airflow flexibility with one or two slot arrangements, various slot widths, and vertical or horizontal pattern adjustment. Extruded aluminum construction Fully adjustable pattern controllers provide air pattern flexibility Custom curving options for architectural applications Various slot widths and quantities to meet airflow capacity requirements 2 For more information visit

3 DESIGN FLEXIBILITY Custom Flow diffusers feature extruded aluminum construction and are ideal for highly architectural applications. The CF is available with countless design options to provide ultimate flexibility, including: + + Adjusta (horizontal air pattern) and Jet (vertical air pattern) pattern controller configurations to maximize air pattern performance. + + Five slot widths for low, medium, and high capacity requirements. + + Multiple frame styles including: exposed mounting, mud-in concealed frame, tegular and Techzone. + + Discrete and continuous sections. Continuous installations are supplied with alignment strips for high quality architectural installations. + + Flexible position for supply plenums, allowing active and return sections along the same diffuser. This is popular for continuous slot, perimeter applications. + + Flat-faced, convex and concave curving sections that easily integrate with straight sections. + + Flat, inside and outside mitered corners. + + Assemblies can be easily trimmed to length on-site to meet exact room dimensions. + + Multiple finish options, including anodized and wood-grain. TYPICAL APPLICATIONS Custom Flow linear diffusers are specifically designed for the most demanding architectural and performance applications. As a premium linear slot diffuser, Custom Flow is manufactured using extruded aluminum ensuring a crisp, clean appearance. Custom Flow is ideal for long, continuous runs and often used for perimeter heating and cooling. CONSTRUCTION + + Pattern Controller Style Adjusta Jet Return + + s 1 in. 1 ½ in. 2 in. 2 ½ in. 3 in. + + quantity 1 or 2 Various mounting options designed for ease of installation For more information visit 3

4 PATTERN CONTROLLER STYLE Custom Flow diffusers offer superior performance and function, featuring dual layered pattern controllers for full airflow adjustment, dampering and blank-off capabilities. The pattern controllers are provided in section lengths up to 24 in.; this feature provides multiple pattern and airflow possibilities along the length of a continuous diffuser. Pattern controller styles may be selected for optimal horizontal (Adjusta ) or vertical (Jet ) airflow performance. Adjusta-slot (AS) + + Adjusta-slot pattern controllers are designed for ceiling installations and produce a strong, horizontal air pattern over a wide range of ariflows. + + Adjusta-slot units are particularly well suited for open office perimeter zones, main floor entrance foyers and lobbies, elevator lobbies, conference rooms, mall atriums and theatres. Continuous installations are typically located at the perimeter of a zone in which a large air volume must be introduced. One slot air pattern adjustment Horizontal Vertical Angular Two slot air pattern adjustment (may differ for each slot) Opposed horizontal Horizontal & vertical Volume adjustments Fully open Partially dampered Shutoff 4 For more information visit

5 Jet-slot (JS) + + Jet-slot pattern controllers are designed to provide a strong vertical air pattern perpendicular to the diffuser face. + + Jet-slot diffusers are ideal for projecting conditioned air down a high perimeter window where it is necessary for airflow to reach the floor to prevent stagnant zones, as well as interior zones with unusually high ceilings, such as auditoriums, entrance foyers, mall atriums, convention centers and theaters. One slot air pattern adjustment Horizontal Vertical Angular Two slot air pattern adjustment (may differ for each slot) Opposed horizontal Horizontal & vertical Volume adjustments NOTE: PATTERN CONTROLLERS MUST BE DAMPERED SLIGHTLY IN ORDER TO ACHIEVE HORIZONTAL PATTERN IN 2 SLOT CONFIGURATIONS Fully open Partially dampered Shutoff OPTIONAL ACCESSORIES + + Custom Flow Architectural Diffusers are available with an assortment of accessories including: Return Air Sight Baffle Metal Blank-Offs Sight Baffle Blank-Off For more information visit 5

6 USTA SLOT AS - ADJUSTA SLOT JS - JET SLOT JS - JET SLOT RT - RETURN RT - RETURN STYLE: Architectural CF - CUSTOM Diffuser FLOW SLOT QUANTITY: Submittal Sheet CONFIGURATION OPTIONS F - Frame Style SLOT JS - JET SLOT LOT 2 SLOT LI - TEE BAR LAY-IN RT - RETURN 1 SLOT 2 SLOT LI - TEE BAR LAY-IN APPLICATION OPENING/PLENUM APPLICATION WIDTH APPLICATION: OPENING/PLENUM WIDTH W Submittal OPENING/PLENUM Sheet WIDTH APPLICATION: SM - SURFACE MOUNT DRYWALL APPLICATION (SM (CMF) ONLY) OPENING/PLENUM PLENUM WIDTH H (EF) E (CMF) E (EF) W WIDTH (SM)* 1 4" (184) (LI) 6 7 8" (175) 5 3 4" (146) 6 3 8" (162) 7 16" (164) 2 3 8" (60) (CMF ONLY) 4" (57) 8" (73) 9 16" (65) " (64) 4" (184) 6 (LI 7 ONLY) 8" (175) 5 3 4" (146) 2 1 2" (64) 2 3 8" (60) 2 1 4" (57) 2 7 8" (73) " (65) 2 1 2" (64) " (110) " (99) 2 3 4" (70) 3 3 8" (86) " (62) 16" (46) 1 3 4" (44) 8" (321) " (311) ENGINEER: " (281) " (321) " 12 (297) 1 4" (311) " 4" (273) (281) " (297) " (170) 6 1 4" (159) " (129) " (144) 4 3 4" (121) MF) 8 1 4" (210) 7 7 8" (200) 6 3 4" (171) 7 3 8" (187) 2 5 8" (67) A (EF) " (135) 3 3 8" 4 (86) 7 8" (124) " 3 (71) 16" (214) 2 1 2" (64) C 1 H (CMF) H (EF) 3 4" (95) 3 4" (70) E (CMF) E (EF) W 8 OPENING/PLENUM 1 4" (210) 7 7 8" (200) PLENUM 6 WIDTH 3 4" (171) 7 3 8" (187) 3" (76) 2 5 8" (67) 4 3 8" (111) 3 3 8" (86) " 16" (87) (71) 16" (214) 2 1 2" (64) 2 3 4" (70) 16" (52) 2" (51) " (371) " (262) " (332) 14 5 WIDTH 8" (371) 13 (SM)* 11 16" 14 (348) 1 4" (262) (LI) " 4" (324) (332) " (348) " (324) TSIDE DIMENSION OF 8 11 FIELD 16" (221) BUILT 8 PLENUM 1 4" (210) WITH 7 HEMMED 1 16" (179) EDGES " 5 IF 16" NO (195) (110) PLENUM IS 36 USED, 73 4" 8" (171) (99) OPENING 2 3 WIDTH 4" (70) MAY BE ADDITIONALLY 3 3 8" (86) REDUCED 2 BY 7 16" UP (62) TO 1/ 4" (6). " (43) 1 1 * OPENING FACE OVERALL FACE " 3 WIDTH FACE OVERALL LENGTH IS OVERALL (160) 5 7 8" (149) 4 3 4" (121) 5 3 8" (137) " (113) 16" ENSIONS (59) 2 ( 1 4" ) ARE (57) SOFT CONVERTED. 8" (35) 1 13 OUTSIDE LENGTH LENGTH DIMENSION 2" (38) IMPERIAL 16" (46) 1 3 OF FIELD BUILT FACE PLENUM OVERALL FACE FACE OVERALL WITH LENGTH OVERALL HEMMED LENGTH LENGTH CUSTOMER: EDGES. IF NO PLENUM FACE IS USED, OVERALL FACE OPENING FACE OVERALL LENGTH OVERALL LENGTH WIDTH LENGTH MAY BE ADDITIONALLY REDUCED FACE OVERALL FACE BY FACE OVERALL LENGTH UP OVERALL TO DIMENSIONS 4" (44) 1/ LENGTH 4" (6). LENGTH ALL METRIC DIMENSIONS ( ) ARE SOFT ARE 6 CONVERTED " (170) TO IMPERIAL METRIC 6 1 4" (159) DIMENSIONS AND ROUNDED " ARE (129) TO CONVERTED THE NEAREST 5 11 TO 16" METRIC MILLIMETER. (144) AND ROUNDED 4 3 4" (121) TO THE NEAREST MILLIMETER " (271) " (260) " (230) " (246) 8 3 4" (222) PROJECT: 7 4" (184) 6 7 8" (175) 5 3 4" (146) " 16" (162) (135) " 8" (124) (164) 3 3 4" (95) 4 3 8" (111) " (87) 16" " (49) (65) " 4" (64) (44) 1 7 8" (48) " (52) 2" (51) SUBMITTAL DATE: " (321) " (311) " (281) " 16" (297) (221) " 4" (210) (273) " (179) " (195) 6 3 4" (171) 8 1 4" (210) 7 7 8" (200) 6 3 4" (171) " 5 (187) 6 16" (214) 16" (71) 2 3 4" (70) 16" (160) 5 7 8" (149) 4 3 4" (121) 5 3 8" (137) " (56) " 8" (60) (371) " 16" (59) 16" (113) 2" (51) 2 1 (262) " (332) 4" (57) Copyright PRICE INDUSTRIES " (348) " (324) ITH HEMMED EDGES. IF NO PLENUM IS USED, OPENING WIDTH MAY BE ADDITIONALLY 16" (271) 10 1 REDUCED BY UP TO (260) 9 1 1/ 4" (6). 16" (230) " (246) 8 CF 3 4" (222) L DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER " (184) 6 7 8" (175) 5 3 4" (146) 6 3 8" (162) " (164) ENGINEER: (60) 2 1 4" (57) 2 7 8" (73) " (65) 2 1 2" (64) " (321) " (311) " (281) " (297) " (273) CUSTOMER: LINEAR SLOT DIFFUSER 1 4" (210) 7 7 8" (200) 6 3 4" (171) 7 3 8" (187) (67) 3 3 8" (86) " (71) 16" (214) 2 1 2" (64) 2 3 4" (70) " (371) " (262) " (332) " (348) " (324) E E: DIMENSION SUBMITTAL OF FIELD BUILT PLENUM SPEC. DATE: WITH SYMBOL: HEMMED EDGES. IF NO PLENUM SPEC. IS USED, CF SYMBOL: OPENING WIDTH MAY BE ADDITIONALLY REDUCED BY UP TO 2017/12/04 1/ 4" (6). 2017/12/04 ONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED METRIC AND ROUNDED TO THE NEAREST MILLIMETER. STRIES 2017 Copyright PRICE INDUSTRIES LINEAR SLOT DIFFUSER SHEET FOR SPLICING FOR 1 FOR SPLICING OF TOGETHER FOR SPLICING 3 TOGETHER MULTIPLE TOGETHER REV MULTIPLE SECTIONS MULTIPLE 0 SECTIONS SHEET SECTIONS 1CF-1-1 OF 3 REV 0 YMBOL: W - FLANGED END (EF ONLY) X - MITRED END Y - OPEN END Z - FLUSH END FACE 2017/12/04 OVERALL FACE FACE OVERALL LENGTH OVERALL LENGTH LENGTH PATTERN PATTERN PATTERN CONTROLLER CONTROLLER ADJUSTMENTS: ADJUSTMENTS: END CONDITION END END CONDITION CONDITION CMF (SM) CMF CMF (SM) SHEET (SM) 1EF OF (SM) 3EF (SM) EF EF REV (SM) 0 EF (LI) EF CF-1-1 (LI) EF EF (LI) (LI) CF WW WW WW NOM. NOM. + 1 NOM. 1 16" + 1 (27) " 1 1 (27) 1 16" NOM. 16" (27) NOM. + 1 NOM. 1 4" + (32) " 1 1 (32) 1 4" 4" NOM. (32) NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) (6) FULLY FULLY OPEN: FULLY OPEN: CUSTOM OPEN: FLOW LINEAR SLOT DIFFUSER WX WX WX WX NOM. NOM. + 1 NOM. 1 16" + 1 (27) " 1 1 (27) 1 16" NOM. 16" (27) NOM NOM. 16" + (24) " (24) 16" 16" NOM. (24) NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) (6) Solid Edge APPLICATION: A S C E CEILING OPENING = NOM. LENGTH SM - SURFACE MOUNT DRYWALL APPLICATION EF - EXPOSED FRAME CEILING MODULE = NOM. LENGTH CEILING OPENING W = NOM. LENGTH E C A S C 2" (51) " (56) 2" (51) 2 3 8" (60) " (59) 2 1 4" (57 XPOSED E FRAME E 5/8" (16) OR 1/2" (13) DRYWALL 5/8" (16) OR 1/2" (13) DRYWALL CONCEALED MUD MP-DR FRAME - REVERSIBLE CMF - DRYWALL CONCEALED MUD C - FRAME CONCEALED A COUNTERSUNK MOUNTING BRACKET HOLES HB - HANGER BRACKETS (SM ONLY) MOUNTING CLIP MP-DR REVERSIBLE (SM ONLY) (CMF ONLY) DRYWALL A - COUNTERSUNK 1 (SM ONLY) 2 1 2" (64) MOUNTING HOLES 2 3 8" (60) (LI ONLY) BRACKET 2 1 4" (57) HB - 2 HANGER 7 8" (73) BRACKETS " (65) 2 1 2" (64 G/PLENUM WIDTH MP-DR - REVERSIBLE A - COUNTERSUNK C - CONCEALED (CMF ONLY) 2 MOUNTING Submittal HB - HANGER Sheet Sheet (LI ONLY) W (SM ONLY) MOUNTING CLIP (SM ONLY) DRYWALL MOUNTING HOLES (CMF ONLY) (SM ONLY) 1 SLOT SIZE DRYWALL SCREWS OPENING/PLENUM PLENUM WIDTH A (CMF) A (EF) (BY SLOT OTHERS) CQTY. A H (CMF) A H (EF) E C(CMF) H (CMF) E (EF) H (EF) 3" W (76) BRACKET (SM OPENING/PLENUM PLENUM WIDTH E (CMF) (S) WIDTH 2 E (EF) 2 ONLY) BRACKETS (LI ONLY) CLIP (SM ONLY) 5 8" (67) 2 1 W 2" (64) 3 3 8" (86) " (71) 2 3 4" (70 DRYWALL CF SCREWS CF - CF CUSTOM - FLOW (SM)* (LI) WIDTH (SM)* (LI) " (110) 3 7 8" (99) 2 3 4" (70) 3 3 8" (86) 7 16" (62) " (43) 1 1 2" (38) 1 3 H (BY OTHERS) * OPENING 1 8" (35) 13 (46) WIDTH IS 4" (44) 16" (110) 3 7 OUTSIDE DIMENSION 8" (99) 2 3 OF FIELD 4" (70) 3 3 BUILT PLENUM 1" (25) 8" (86) 2 7 WITH HEMMED EDGES 16" (62) D END CONDITIONS: END CONDITIONS: " (43) 1 1 2" (38) 1 3 8" (35) " (46) 1 3 4" (44) " (170) 6 1 4" (159) " (129) 6 11 ALL 16" (170) 5 METRIC 11 16" 6 (144) 1 DIMENSIONS 4" (159) ( ) 16" 4" (121) (129) ARE SOFT 5 11 CONVERTED. 16" (144) IMPERIAL 4 3 4" (121) DIMENSIONS ARE C " (135) 4 7 8" (124) 3 3 4" (95) 4 3 8" (111) 7 16" 15 (87) C 16" (49) 1 3 4" (44) " (48) (52) 2" (51) 16" (135) 4 7 8" (124) 3 3 4" (95) " (38) 8" (111) " (87) " (49) 1 3 4" (44) 1 7 8" (48) " (52) PROJECT: 2" (51) W End - FLANGED W A - W COUNTERSUNK FLANGED W Conditions FLANGED END2 END HOLES END X - HB MITRED - 8 X HANGER 11 - X 16" MITRED X -(221) - END MITRED BRACKETS END 8 1 END 4" (210) " (179) " Y - (221) OPEN 7 Y 11-16" Y OPEN 8 Y END -(195) 1 - OPEN 4" (210) END END " 4" (171) (179) 7 11 Z 16" - (195) FLUSH Z - Z FLUSH Z - END - FLUSH 6 3 END 4" END (171) E (EF ONLY) (EF ONLY) (CMF (EF (EF ONLY) " (LI ONLY) (160) 5 7 8" (149) 4 3 4" (121) 5 3 8" (137) " (56) " (60) 5 7 (59) 16" (113) CEALED MUD 2" FRAME " (57) 16" (160) 5 7 8" (149) 4 3 4" (121) 5 3 2" (51) 8" (137) " (56) 2" (51) 2 2 A - COUNTERSUNK 3 8" (60) " (59) " (271) HOLES 1 4" (57) " (260) " (230) " HB (271) 9-11 HANGER 16" 10 (246) 1 4" (260) BRACKETS " 4" (222) (230) " (246) 6 3 8" (162) WY WY WY WYNOM. NOM. + SPEC. 9 16" NOM. + (14) + SYMBOL: 9 16" + 9 (14) 9 16" 16" NOM. (14) NOM " NOM. (16) + 5 8" (16) 5 8" 8" (16) NOM. NOM " NOM. (3) - 1 8" /12/04 1 (3) 1 8" 8" (3) (3) WZ WZ WZ WZNOM. NOM " NOM. + (8) 5 16" (8) 5 16" 16" NOM. (8) (8) NOM " NOM. (10) + 3 8" (10) 3 8" 8" (10) NOM. NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) (6) IES SHEET 1PARTIALLY OF PARTIALLY 3 PARTIALLY REVDAMPERED: 0 XX XX XXNOM. NOM. + 1 NOM CF " (27) 1 16" 1 (27) 1 16" NOM. 16" (27) NOM NOM. 16" + (17) " (17) 16" 16" NOM. (17) NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) (6) W Solid Edge CF LINEAR SLOT DIFFUSER Solid Edge CEILING H OPENING = NOM. LENGTH CEILING MODULE = NOM. LENGTH JS - JET SLOT RT - RETURN FRAME STYLE: MOUNTING: SM MOUNTING: - SURFACE MOUNT APPLICATION: CEILING OPENING DRYWALL H APPLICATION H OPENING/PLENUM WIDTH OPENING/PLENUM WIDTH CEILING FRAMING = NOM. LENGTH CEILING FRAMING W W (BY OTHERS) (BY OTHERS) SM - SURFACE MOUNT CEILING MODULE DRYWALL APPLICATION = NOM. LENGTH A S C A S C H SCREWS E H SCREWS 2 SLOT (BY OTHERS) CEILING MODULE LI - TEE BAR LAY-IN (BY OTHERS) E = NOM. LENGTH APPLICATION EF - EXPOSED FRAME CMF CMF - CONCEALED - MOUNTING MUD FRAME 2 SLOT LI - TEE BAR LAY-IN C A S C (SM ONLY) APPLICATION E E MOUNTING: - EXPOSED Mounting FRAME EF - EXPOSED FRAME 5/8" (16) OR 1/2" (13) DRYWALL G/PLENUM WIDTH MOUNTING: SLOT SIZE 5/8" (16) OR 1/2" (13) DRYWALL CEILING FRAMING W MP-DR (BY OTHERS) SLOT QTY. A (CMF) A (EF) C H (CMF) H (EF) - REVERSIBLE DRYWALL MP-DR (S) - C REVERSIBLE - CONCEALED DRYWALL MOUNTING BRACKET C - CONCEALED MOUNTING BRACKET OPENING/PLENUM WIDTH CEILING FRAMING OPENING/PLENUM WIDTH W (BY OTHERS) MOUNTING CLIP (SM ONLY) W MOUNTING CLIP (SM ONLY) 1 (SM ONLY) (SM ONLY) 1" (25) " (43) 1 1 2" (38) 1 3 8" (35) " (46) 1 3 4" (44 H SCREWS 2 SCREWS (BY OTHERS) DRYWALL SCREWS DRYWALL SCREWS (BY OTHERS) H (BY OTHERS) H (BY OTHERS) " (38) " (49) 1 3 4" (44) 1 7 8" (48) " (52) 2" (51) 2 C 1 2 XY XY XY XYNOM. NOM " NOM. + (14) 9 16" (14) 9 16" 16" NOM. (14) NOM " NOM. (10) + 3 8" (10) 3 8" 8" (10) NOM. NOM " NOM. (3) - 1 8" - 1 -(3) 1 8" 8" (3) (3) XZ XZ XZ XZ NOM. NOM " NOM. + (8) 5 16" (8) 5 16" 16" NOM. (8) (8) NOM " NOM. (3) + 1 8" (3) 1 8" 8" (3) NOM. (3) NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) (6) YY6 YY YY YY NOM. NOM. LENGTH NOM. LENGTH LENGTH NOM. NOM. LENGTH NOM. LENGTH LENGTH NOM. NOM. LENGTH NOM. LENGTH LENGTH SHUTOFF: SHUTOFF: SHUTOFF: For more information visit YZ YZ YZ YZ NOM. NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) NOM. (6) NOM " NOM. (6) - 1 4" - 1 -(6) 1 4" 4" (6) NOM. (6) NOM " NOM. (3) - 1 8" - 1 -(3) 1 8" 8" (3) (3) " (113) 8 3 4" (222) " (164) " (273) SPEC. SYMBOL: CF-1-1 Solid Edge

7 CURVED LINEAR SLOT DIFFUSER (CFC) ++ Curved Custom Flow diffusers are available in flat-in-plane, concave or convex curves for supply or return applications making them ideal for highly architectural projects. ++ With fully adjustable pattern controllers, airflow adjustment remains flexible, even after curving. ++ Factory built plenums are an available option, built to suit the curvature of the diffuser, minimizing complications due to custom field fabrication and mounting. Flat curve For more information visit Convex curve Concave curve 7

8 PLENUMS (CFP) + + Price offers factory built and tested plenum assemblies in various sizes and configurations. To ensure on-site performance matches published performance data, factory built plenums are necessary. + + Optional fiberglass or fiber free foam plenum insulation is available. Curved plenum CONSTRUCTION + + Style Straight Curved + + Length 24 in in. + + Mounting Type Surface mount T-bar lay-in + + Insulation Fiberglass Fiber free foam + + Options Cable operated damper (VCR8EC) Optional cable operated damper 8 For more information visit

9 MODULAR CUSTOM FLOW DIFFUSER (ASM) + + Adjusta-slot Modular 4-sided single slot diffuser provides a unique architectural look and allows a matching ceiling tile to be used on the interior of the diffuser for visual consistency within the space. + + ASM diffusers are designed for most Lay-in suspension systems with a nominal module size of 24 in. x 24 in. and a 1 in. slot. + + Each slot can be field adjusted from the face of the diffuser to provide horizontal or vertical air patterns. CONSTRUCTION + + Application Supply Return + + Size 24 in. x 24 in. + + Mounting T-bar Bolt slot + + Options Insulated plenum For more information visit 9

10 AS with Pressurized Ceiling Plenum (Non-Ducted) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm/ft) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Performance Notes: 1. Testing in accordance with ASHRAE Standard Method of Testing for Rating the Performance of Air Outlets and s. 2. Data is based on pressurized ceiling plenum application with no plenum effect for pressure or sound. 3. All pressures are in in. w.g. 4. Throw values are measured in feet for terminal velocities of 150 fpm (minimum), 100 fpm (middle) and 50 fpm (maximum). 5. Throw data is based on active sections 4 ft long. For other lengths refer to Table A. 6. Throw data is based on supply air and room air being at isothermal conditions. 7. Throw values are based on 1 way air pattern. For 2 way pattern, throw is determined from the 1-slot data at 1/2 the specified air volume. 8. NC values are based on a room absorption of 10 db, re watts, for a 4 ft section. For other lengths refer to Table B. 9. For supply units used as a return add 3 NC. 10. Blanks - indicate an NC level below 15. Table A. Throw Correction Multiplier for Length Length, ft Throw Correction Table B. NC Correction for Length Length, ft Supply Return For more information visit

11 24 Length 1 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For performance notes, see end of section Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For more information visit 11

12 48 Length 1 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For performance notes, see end of section Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For more information visit

13 60 Length 1 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For performance notes, see end of section Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For more information visit 13

14 24 Length 2 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For performance notes, see end of section Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For more information visit

15 48 Length 2 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For performance notes, see end of section Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) For more information visit 15

16 60 Length 2 AS with Engineered Plenum (CFP) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Static Pressure (in. w.g.) Sound (NC) Throw (ft) Performance Notes: 1. Testing in accordance with ASHRAE Standard Method of Testing for Rating the Performance of Air Outlets and s. 2. Data is based on Adjusta-slot complete with Price Engineered Plenums (insulated) as a composite assembly. 3. Plenums not provided by Price may demonstrate performance variations from data published by Price. Price cannot guarantee performance if a factory engineered plenum is not provided. 4. All pressures are in in. w.g. 5. Throw values are measured in feet for terminal velocities of 150 fpm (minimum), 100 fpm (middle) and 50 fpm (maximum). 6. Throw data is based on supply air and room air being at isothermal conditions. 7. Throw values are based on 1-way air pattern. For 2-way pattern, throw is determined from the 1-slot data at ½ the specified air volume. 8. NC values are based on a room absorption of 10 db re watts and one diffuser. 9. Blanks - indicate an NC level below For more information visit

17 1 ASM with 1 in. 1 in. 1 in. 1 in. dia dia. dia. Neck Velocity, fpm Velocity Pressure, in. w.g Flow Rate (cfm) Total Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Sound (NC) Throw (ft) Flow Rate (cfm) Total Pressure (in. w.g.) Sound (NC) Throw (ft) Performance Notes: 1. Testing in accordance with ASHRAE Standard Method of Testing for Rating the Performance of Air Outlets and s. 2. All pressures are in in. w.g. 3. Throw values are measured in feet for terminal velocities of 150 fpm (minimum), 100 fpm (middle) and 50 fpm (maximum). 4. Throw data is based on supply air and room air being at isothermal conditions. 5. NC values are based on a room absorption of 10 db re watts. 6. Blanks - indicate an NC level below 15. For more information visit 17