ACTIVAIR™ 36IB
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Product Data 36IBAC,N,R,S,M,L,J Series Induction Beams 60 to 1,285 cfm

Features/Benefits Induction beam systems provide individual temperature control and increased system energy efficiency, which may contribute to meeting the requirements of the LEED green building certification program.1 Carrier induction beam units offer: • Higher capacities than chilled beams • Sensible and latent cooling and heating options • Full drain pans meeting IBC (International Building Code) requirements • Independent testing by ETL Intertek • AHRI (Air-Conditioning, Heating, and Refrigeration Institute) certified coil performance Induction beam systems An induction beam takes a...

Design Revision A - Current Design Product Style C - All Way Discharge Cassette J - 1-Way Linear L - 2-Way Linear M - 1-Way Reversible PA Inlet Square N - 1-Way Discharge Narrow S - 1-Way Discharge Square r - 1-Way Reversible PA Inlet Linear Unit Finish A - White Painted Cabinet B - Off White Painted Cabinet C - Black Painted Cabinet X - Special Y - Galvanized Steel Insulation A - Exterior Closed Cell B - Collar Closed Cell Y - None Unit Size - Footprint (in.) A - 48 x 12 (36IBAN) B - 48 x 24 (36IBAL, J, N, R) C - 24 x 24 (36IBAC, L, J, S, M) D - 48 x 48 (36IBAC) E - 72 x 24 (36IBAL, J) F -...

Physical data 36IBAC UNIT PHYSICAL DATA 36IBAR UNIT PHYSICAL DATA LEGEND ETO — Engineered to Order * Available in 2-way blow design only.

Options and accessories Factory-installed options Induction nozzles are available in various sizes to match capacity requirements. Coils are available in 2-pipe and 4-pipe configurations. Grilles are available in various colors, and can be lay-in or surface mounted type with egg-crate, perforated, or louver face. The standard grille finish consists of a baked-on acrylic enamel that is corrosion resistant to 100 hours in a salt spray test. The optional alkyd enamel finish is a glossy, mar-resistant baked-on finish with a salt spray resistance to 175 hours. The optional urethane coating...

Dimensions 36IBAC 2 x 2, ALL-WAY BLOW, 2-PIPE UNIT DIMENSIONS FRONT VIEW RIGHT SIDE VIEW 3/4" FPT CWS/HWS 3/4" CONDENSATE DRAIN DIFFUSER PLATE (SUPPLY/RETURN GRILLE NOT SHOWN) LEGEND CWR — CWS — FPT — HWR — HWS — Chilled Water Return Chilled Water Supply Female Pipe Thread Hot Water Return Hot Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 2-pipe arrangement.

36IBAC 2 x 2, ALL-WAY BLOW, 4-PIPE UNIT DIMENSIONS FRONT VIEW RIGHT SIDE VIEW 4.00 DIFFUSER PLATE (SUPPLY/RETURN GRILLE NOT SHOWN) LEGEND CWR — CWS — FPT — HWR — HWS — Chilled Water Return Chilled Water Supply Female Pipe Thread Hot Water Return Hot Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 4-pipe arrange

Dimensions (cont) 36IBAC 4 x 4, ALL-WAY BLOW, 2-PIPE UNIT DIMENSIONS LEFT SIDE VIEW FRONT VIEW HANGING BRACKET HANGING BRACKET a36-578 LEGEND FPT — Female Pipe Thread WR — Water Return WS — Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 2-pipe arrang

36IBAC 4 x 4, ALL-WAY BLOW, 4-PIPE UNIT DIMENSIONS FRONT VIEW 8" 0 SUPPLY AIR LEFT SIDE VIEW TOP VIEW 35.95 LEGEND NOTES: CWR - Chilled Water Return 1 D'mensio"s sh°r .in inches CWS — Chilled Water Supply 2 Drawing sh°ws 4-pipe arrangement. FPT — Female Pipe Thread

Dimensions (cont) 36IBAS 2 x 2, 1-WAY BLOW, 2-PIPE LH UNIT DIMENSIONS 1/2" O.D. HWS/CWS 9.82 3/4" CPVC DRAIN CONNECTION RIGHT SIDE VIEW LEFT SIDE VIEW Chilled Water Return Chilled Water Supply Hot Water Return Hot Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 2-pipe arrangement, left-hand piping connection; right hand connection would be opposite. 3. Hand is determined by standing on the front side of the unit with the supply air blowing against the back of your head. 4. Front face of the unit is determined by the nozzle side (supply air) side of the

36IBAS 2 x 2, 1-WAY BLOW, 4-PIPE, LH UNIT DIMENSIONS REAR VIEW .88 1/2" O.D. CWS 9.82 3/4" CPVC DRAIN CONNECTION RIGHT SIDE VIEW LEFT SIDE VIEW Chilled Water Return Chilled Water Supply Hot Water Return Hot Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 4-pipe arrangement, left-hand piping connection; right hand connection would be opposite. 3. CW piping connection determines the hand of the unit. 4. Hand is determined by standing on the front side of the unit with the supply air blowing against the back of your head. 5. Front face of the unit is determined by the...

Dimensions (cont)36IBAN 2 x 4, 1-WAY BLOW, 2-PIPE, LH UNIT DIMENSIONS FRONT VIEW HANGING BRACKET LEFT SIDE VIEW BOTTOM VIEW SUPPLY AND RETURN FACE SHOWN LEGEND CWR — Chilled Water Return CWS — Chilled Water Supply FPT — Female Pipe Thread HWR — Hot Water Return HWS — Hot Water Supply 1. Dimensions shown in inches. 2. Drawing shows 2-pipe arrangement, left-hand piping connection; right hand connection would be opposite. 3. CW piping connection determines the hand of the unit. 4. Hand is determined by standing on the front side of the unit with the supply air blowing against the back of your...

36IBAN 2 x 4, 1-WAY BLOW, 4-PIPE, LH UNIT DIMENSIONS FRONT VIEW 1/2" Ø HANGING HOLES TYPICAL OF 4 RIGHT SIDE VIEW Chilled Water Return Chilled Water Supply Female Pipe Thread Hot Water Return Hot Water Supply NOTES: 1. Dimensions shown in inches. 2. Drawing shows 4-pipe arrangement, left-hand piping connection; right hand connection would be opposite. 3. CW piping connection determines the hand of the unit. 4. Hand is determined by standing on the front side of the unit with the supply air blowing against the back of your head. 5. Front face of the unit is determined by the nozzle side...

36IBAN 1 x 4, 1-WAY BLOW, 2-PIPE, RH UNIT DIMENSIONS REAR VIEW LEFT SIDE VIEW LEGEND — Female Pipe Thread — Water Return — Water Supply SUPPLY/RETURN GRILLE WITH OPTIONAL LOUVERED SUPPLY AND RETURN FACE SHOWN a36-573 NOTES: 1. Dimensions shown in inches. 2. Drawing shows 2-pipe arrangement, right-hand piping connection; left hand connection would be opposite. 3. Hand is determined by standing on the front side of the unit with the supply air blowing against the back of your head. 4. Front face of the unit is determined by the nozzle side (supply air) side of the u