linear sectored slot diffusers M ADEL The series linear diffusers are designed to combine the aesthetics with the technical performance. They can be mounted in false ceilings or suspended from the ceiling. They allow the formation of diffuser continuous lines, with active and inactive areas, without breaking the uniformity of the whole. They are suitable both for supply and return. By adjusting their blades, sectored each mm, it is possible to obtain a horizontal distribution of the air in one or the other direction or its vertical projection without change the volume of air. The diffusers admit a flow variation of % keeping the air stream stable. These diffusers can be used from, up to metres high and at a temperature differential up to º C. /
-AR A C B 9, E CLASSIFICATION -AR Diffuser with end borders included. Suitable for lengths m. -ARI Diffuser with an end border on the left side, required to form lines >m. -ARD Diffuser with an end border on the right side, required to form lines >m. -INT Diffuser without end borders, required to form lines > m. NºVIAS E A B C 7 7 9 7 9 7 9 G N MATERIAL Diffuser constructed from aluminium and deflection vanes from PVC in black colour. L M=L+ L M N G 7 7 7 7 7 -ARI -ARD -INT /
A9/ E A ADDITIONAL ACCESSORIES A9/ Inactive diffuser without end borders, making a 9º angle. NºVIAS E A P Plenum box with lateral circular connection. It includes supports to hang from the ceiling. Made in galvanised steel. -R Plenum box with a flow damper in the spigot. /AIS/ Plenum box thermo acoustically insulated by a foam with a coefficient of 7 97 7 7 7 -AR + P -R N thermal conductivity of, w/mk. This foam complies with the fire reaction specifications: UNE -77 M NFP 9- M DIN M D N 9 7 E 7 7 E L' = L- H M = L+ L <. L < L <, L <, L < H D H D H D H D H D / / 9 /9 9 /9 / / 9 /9 9 /9 / / 9 /9 9 /9 / / 9 /9 9 /9 / / 9 /9 9 /9 /
D P PM FIXING SYSTEMS (D) Support brackets to hang or +P from the ceiling. (PL) Connection into P+PML plenum box by screws, to hang from the ceiling. This system simplifies and facilitates the assembly and disassembling of the diffuser into the plenum box. (PM) Set of crossbars for installation of the diffuser without plenum in false ceiling. FINISHES AA Matt silver anodised. M9 Painted in white similar to RAL 9. R9 Painted in white RAL 9. RAL... Painted in other RAL colours. (PL) SPECIFICATION TEXT Supply and mounting of linear slot diffuser with sectored adjustable vanes series -AR+P-R AA x constructed from aluminium and anodised in matt silver AA. With lateral circular connection plenum box and air flow damper in the spigot P-R. Manufacturer MADEL. /
VELOCIDAD RECOMENDADAS. VIAS Vmin Vmax...... SECCION LIBRE DE SALIDA DEL AIRE (m).. m m. m m..7..7.7.7.....9..7...9 VALORES DE CORRECCION PARA DPt Y Lwa. -AR + PLDS-R Dpt Lwa Dpt Lwa Dpt Lwa Dpt Lwa.9.. - - -,.9.. - -, -,.9.. -7 - -.9.. -, -, -, ALCANCE KL. m m. m m % % % % % % % % % % % % DPt = Kp x DPt Lwa = Lwa + Kf A.......,, +, +,9 +, - - -,......7. +, +, +, +, +, + +,.. +,9 +, -,7 -, -,7 -, -, -,... m m. m m.7.7..7.9..7...7.. AL` = Kl x AL B.......... +, +, -, -, -, -,7 - -, B C H AL. (m)....... AL. (m) Afree (m). VELOCIDAD LIBRE, PERDIDA DE CARGA Y POTENCIA SONORA, ALCANCE CON EFECTO TECHO: DIRECCIÓN. -AR + P Vf. 7 9.,,,,7,,,,,,,,,,,9,,,,,7,,, DPt (Pa), 7. 9.. 7.. AL. (m) VIAS VIAS VIAS VIAS VIAS VIAS VIA VIA 7 7 LWa = ( db(a)) Q (m/h) 7 7 AL. = A AL.= B+H AL.= C+H,.. 7 9 Vf Nota: En MadelMedia Espectro por banda de octava en Hz. /
FACTOR DE CORRECCION DE LA DIFUSIÓN VERTICAL (bv) PARA DT (-). Dt( C) - - ALCANCE (L.) DT (-). Dt( C) - -......7.. Kh.9.9.. Kl.7 Kh = Factor de corrección de l a difusión vertical. kl = Factor de corrección del alcance. AL. bv bv = Kh x Al AL. ( Dt < ) = Kl x AL.. RELACION DE TEMPERATURAS. RELACION DE INDUCCION. Dtl = Dtz t local - t x t local - t imp i = Qr Q = Q total en x Q de impulsion..... 9 7 VIA VIAS VIAS VIAS..9..7.... AL. (m) 7 VIAS VIAS VIAS VIA 9.. 7 9 AL. (m) /
VELOCIDAD RECOMENDADAS. VIAS Vmin Vmax... SECCION LIBRE DE SALIDA DEL AIRE (m).. m m. m m..7..7.7.7.....9..7...9 Afree (m)..,,,,7,,,,,,,,,, VALORES DE CORRECCION PARA DPt Y Lwa.,,7. m m. m m, % % % % % % % % % % % % Dpt.9........7., Lwa -,9 -, - +, +, +, +, +, -, +,9 +,, Dpt.9......... Lwa -, -, -, +, +, -, -, -, -, -, -, 7 DPt = Kp x DPt Lwa = Lwa + Kf ALCANCE KL A. m m. m m,.7..77..7 AL` = Kl x AL B B C AL. (m)...... AL. (m).,9,, DPt (Pa)....,, AL. (m) VELOCIDAD LIBRE, PERDIDA DE CARGA Y POTENCIA SONORA, ALCANCE CON EFECTO TECHO: DIRECCIONES. 9 7 VIAS VIAS Vf 7 9 7 7 LWa = ( db(a)) Q (m/h) 7 7 H.. VIAS VIAS AL. = A AL.= B+H AL.= C+H,.. 7 9 Vf Nota: En MadelMedia Espectro por banda de octava en Hz. 7 /
FACTOR DE CORRECCION DE LA DIFUSIÓN VERTICAL (bv) PARA DT (-). ALCANCE (L.) DT (-). - Dt ( C) - Dt ( C) - -......7. Kh..9.9. Kl..7 Kh = Factor de corrección de l a difusión vertical. kl = Factor de corrección del alcance. AL. bv = Kh x Al. bv AL ( Dt < ) = Kl x AL.. RELACION DE TEMPERATURAS. RELACION DE INDUCCION. Dtl = t local - t x i Qr Q total en x = = Dtz t local - t imp Q de impulsion Q..... 9 7 VIAS VIAS..9..7.... AL. (m) 7 9 VIAS VIAS.. AL. (m) 7 9 /
VELOCIDAD RECOMENDADAS. VIAS Vmin Vmax...... SECCION LIBRE DE SALIDA DEL AIRE (m)..7...9 Afree (m)..,,,,7,,,,,,,,,,,. m m. m m % % % % % % % % % % % %, Dpt.9.........,7 Lwa - - -,7 +, +, + +,7 +, -, -, -,9, Dpt.9........7. Lwa -,7 -, -,9 +, +, +, +, +, -, +, +,9, Dpt.9........., Lwa -,9 -, -,9 +.9 +, - -,9 - -, -, -, Dpt.9.... - -,9 -... Lwa -, -, -, +, +, - -, -, - -, -, 7 DPt = Kp x DPt Lwa = Lwa + Kf ALCANCE KL. m m. m m..7..7.7.7.....9. VALORES DE CORRECCION PARA DPt Y Lwa.,9,,, DPt (Pa) VELOCIDAD LIBRE, PERDIDA DE CARGA Y POTENCIA SONORA, ALCANCE CON EFECTO TECHO: DIRECCIONES. 7 Vf 7 LWa = ( db(a)) Q (m/h) 7 7 9. m m. m m....7.7...7..9..9 AL. (m)........ AL. (m) AL. (m) 9 7 VIAS VIAS VIAS VIA 7 AL` = Kl x AL... A B B C.. H AL. = A AL.= B+H AL.= C+H,.. VIAS VIAS VIAS VIA Vf 7 9 Nota: En MadelMedia Espectro por banda de octava en Hz. 9 /
FACTOR DE CORRECCION DE LA DIFUSIÓN VERTICAL (bv) PARA DT (-). Dt( C) - - ALCANCE (L.) DT (-). Dt( C) - -......7.. Kh.9.9. Kl..7 Kh = Factor de corrección de l a difusión vertical. kl = Factor de corrección del alcance. AL. bv = Kh x Al. bv AL ( Dt < ) = Kl x AL.. RELACION DE TEMPERATURAS. RELACION DE INDUCCION. Dtl = Dtz t local - t x t local - t imp i Qr = = Q Q total en x Q de impulsion..... VIAS VIAS VIAS 9 7 VIA VIAS VIAS VIAS. VIA..... 7 9 AL. (m).. 7 9 AL. (m) /
VELOCIDAD RECOMENDADAS. VIAS Vmin Vmax...... SECCION LIBRE DE SALIDA DEL AIRE (m)..7...9 Afree (m),,,7,,,,,,,,,, VELOCIDAD LIBRE, PERDIDA DE CARGA Y POTENCIA SONORA: IMPULSION VERTICAL..., % % % % % % % % % % % %, Dpt.9.........,7 Lwa -, -, -, +, +, +,9 +, + -, -, -,9 Dpt.9........7., Lwa -, -, -,9 +, +, +, +, +, -, +,9 +,, Dpt.9......... Lwa -7 -, - +,9 +, -, -, -,9 -, -, -,, Dpt.9......... Lwa -, -, -, +, +, -,9 -, -, -,9 -, -, 7 ALCANCE KL. m m. m m..7..7.7.7.....9. VALORES DE CORRECCION PARA DPt Y Lwa.. m m. m m DPt = Kp x DPt Lwa = Lwa + Kf,9,,, DPt (Pa), 7 7 Vf LWa = ( db(a)) Q (m/h) 7 7 9. m m. m m.7...7...7...7.. ALv '. = Kl x ALv AL. (m)......... AL. (m). AL. (m) 9 7 VIAS VIAS VIAS VIA 7.. Alv. H.... VIAS VIAS VIAS VIA 7 9 Vf Nota: En MadelMedia Espectro por banda de octava en Hz. /
ALCANCE VERTICAL (Alv,) DT(+). EJEMPLO: D T(+) DT(+) DT = T impulsión - T ocal. VIAS x m VIA.7. Afree =. m. VIAS.7. Vf =. m/s. ALv, =.9 m. VIAS.77. ALv =. x.9 =.9 m. VIAS.. Alv, (DT +) = Kv x Al DT(+) =.7 x.9 =. m. DT (+) =. x.9 =.7m. VELOCIDAD LIBRE, PERDIDA DE CARGA Y POTENCIA SONORA. VELOCIDAD RECOMENDADAS. VIAS SECCION LIBRE DE SALIDA DEL AIRE (m). Vmin Vmax... m m. m m..7..7.7.7.....9..7...9 VALORES DE CORRECCION PARA DPt Y Lwa.. m m. m m % % % % % % % % % % % % Dpt.. Lwa - Dpt... Lwa - Dpt... Lwa - Dpt.7.. Lwa -.. - 7.. - 7.. -.. - DPt = Kp x DPt Lwa = Lwa + Kf..7...9.7 Afree(m) - - 7..9.7...9-7... -..7. - -..7. -..9. -..,,,,7,,,,,,,,,,,9,,,,,,7,, DPt (Pa), 7 Vf 7 VIAS VIAS 7 VIAS VIA 7 LWa = ( db(a)) Q (m/h) 7 9 7 9 Vf /