Filtration Group Brochure

F I L T R A T I O N GR O U PULTRASTAR CLEANROOM PANELSC L A S S I E X T E N D E D S U R F A C E F I L T E R SDESCRIPTIONhe UltraStar Cleanroom Panelsuse mini-pleated wet laid glassmedia with efficiency of 99.99%(HEPA) on 0.3µm particle size or99.9995% (ULPA) on 0.12µm particlesize. Designed for easy installation andlonger service life. The media pack isavailable in a 2.0" (51mm) and a 2.5"(63mm) version with a frame depth of3.06" or 5.88" respectively.BENEFITS• Low pressure drop design reducesenergy consumption• Low profile design allows for installations with minimal overhead space• White painted screen protects the media pack while providing an attractive finished appearance APPLICATIONSThese filters are designed to optimizeperformance in filtration applicationsfor the pharmaceutical, medical, semi-conductor, microelectronic, biotechnologymini-environment, bio-safety cabinets andphotographic industries as well as forsurgical rooms in hospitals.C L E A N R O O MF I L T R A T I O Nn 99.99% (HEPA) minimum removal on0.3µm efficiencyn 99.9995% (ULPA)minimum removal on0.12µm efficiencyn 2.0" and 2.5" mini-pleatmedia packsn Anodized extrudedaluminum 3.06" and 5.88" framen All filters are subject toan efficiency test and aprobe scan in accordancewith IES-RP-CC-001.4T© FGI 05/07Phone: 877-FGI-TEAM (344-8326)Fax: 800-518-1162www.filtrationgroup.come-mail: aerostar@filtrationgroup.comFILTRATION GROUP ULTRASTAR CLEANROOM PANELSPART EFFICIENCY SIZE (in.) SHIPPINGNUMBER* % (min) (W X L X D) WEIGHT (lbs.)40669 99.99 23.62 x 23.62 x 3.06 940711 99.99 23.62 x 35.62 x 3.06 1240670 99.99 23.62 x 47.62 x 3.06 1540671 99.9995 23.62 x 23.62 x 3.06 940712 99.9995 23.62 x 35.62 x 3.06 1240672 99.9995 23.62 x 47.62 x 3.06 15ULTRASTAR CLEANROOM PANEL—3.06” SMOOTH FRAME AND 2.0” MEDIA PACKFEATURES BENEFITS• Frame corners secured with corner clips and urethane seal Leak Proof• Maximized media content for lower pressure drop and Lower Energy Costextended service life• 70% open face screen keeps the high performance of the media intact Low Pressure Drop• Hot melt beads protect pack from screen No Media Damage• Aluminum frames reduce weight and need for structural support Easy Installation, Light WeightPART EFFICIENCY SIZE (in.) SHIPPINGNUMBER* % (min) (W X L X D) WEIGHT (lbs.)40653 99.99 23.62 x 23.62 x 5.88 1140654 99.99 23.62 x 47.62 x 5.88 2040655 99.9995 23.62 x 23.62 x 5.88 940656 99.9995 23.62 x 47.62 x 5.88 15ULTRASTAR CLEANROOM PANEL—5.88” FRAME AND 2.5” MEDIA PACK*Painted (white) Downstream Screen—StandardContact Customer Service for additional sizes and information.AVAILABLE OPTIONS• Downstream gasket • Divider with test port• Stainless steel or anodized aluminum downstream screenNote: This graph represents a typical rating. The inside face dimension (not including filterframe) is used to calculate resistance. 3 1/16" filters are tested at 100 fpm at the factory. Recommended service resistance is approximately two times the initial resistance at the factory test flow rate.Filter Face Velocity (fpm) = Rated Flow [cu ft per min] x 144(Height of Filter [in] - 1.24" ) x (Width of Filter [in] - 1.24")3.06" Frame5.88" FrameULTRASTAR CLEANROOM PANEL—3.06” C-CHANNEL FRAME AND 2.5” MEDIA PACKPART EFFICIENCY SIZE (in.) SHIPPINGNUMBER* % (min) (W X L X D) WEIGHT (lbs.)22288 99.99 23.62 x 23.62 x 3.06 922289 99.99 23.62 x 47.62 x 3.06 1522293 99.9995 23.62 x 23.62 x 3.06 922294 99.9995 23.62 x 47.62 x 3.06 153.06" C-Channel FrameDISTRIBUTED BY3.06 (ref)5.88 (ref)3.06 (ref)INITIALRESISTANCE(’’w.g.)INITIAL RESISTANCE VS. FACE VELOCITY2.0" MEDIA PACKULPAHEPANote: This graph represents a typical rating. The inside face dimension (not including filterframe) is used to calculate resistance. 3 1/16" filters are tested at 100 fpm at the factory. Recommended service resistance is approximately two times the initial resistance at the factory test flow rate.Filter Face Velocity (fpm) = Rated Flow [cu ft per min] x 144(Height of Filter [in] - 1.24" ) x (Width of Filter [in] - 1.24")INITIAL RESISTANCE VS. FACE VELOCITY2.5" MEDIA PACKULPAHEPA