U V-Tu r b o h o o d s

Transcription

1 U V-Tu r b o h o o d s Product description, Product code Parts Functioning principle Dimensions Exhaust air, pressure loss and sound data Supply air, pressure loss and sound data Distribution of supply air, lights 9 Positioning Electrical and automation planning 0 We want to help you in design of ventilation by offering Jeven designer service to your disposal. Design Service helps in design and makes unique proposal solution with Jeven products. Contact us: jeven@jeven.fi 00 00

2 PGE hoods PRODUCT DESCRIPTION canopies are equipped with TurboSwing filter unit including ozone-free UV-light. hood has been designed especially for the kitchens with heat recovery or changing air flow. Swing filtering solution was developed for high efficient grease separation and odour removal in professional kitchens. Thanks to excellent filtration efficiency ducts stay clean and filtration efficiency remains high even at low airflows. LIGHTS ND FILTERS hood is equipped with lights IP and TurboSwing filtering unit and ozone-free UV-light. PRODUCT CODE JSI - R - UV - Turbo x 00 x 0 - x 0 - x + 0 l/s - 0 l/s - C - UV-SC - FP JSI = Supply air hood JLI = Exhaust air hood aterial R = Stainless steel S = Glass Filter Lenght Width Height Number and size of the supply air connections Number and size of the exhaust air connections Supply air flow, l/s Exhaust air flow, l/s CCESSORIES C= Covering board UV-SC= UV-SwingControl FP = nsul fire extinguishing system

3 PGE hoods PRTS JSI-R-UV-TURO. Outer casing, stainless steel or laminated glass. Direction air unit with measurement tap for the supply air. Swing filter unit. Personal supply air nozzle. Supply air connection and damper unit 6 6. Exhaust air connection and damper plate 9. Light fixture with cable 0. Supply air unit 9. Ceiling console 0. Hanging bracket PRTS JLI-R-UV-TURO. Outer casing, stainless steel or laminated glass. Light fixture with cable. Swing filter unit. Exhaust air connection and damper plate. Ceiling console 6. Hanging bracket 6 TERIL The canopy s base material is stainless steel, ISI 0. The side panels can be made of stainless steel or laminated glass.

4 PGE hoods FUNCTIONING PRINCIPLE JSI-R-UV-TURO 6 FUNCTIONING PRINCIPLE JLI-R-UV-TURO. Dirty air rises due to temperature differences against the ceiling of the hood.. Dirty air is exhausted immediately through the TurboSwing units.. Since TurboSwing s air intake is placed close to the ceiling, the warmest dirty air is always exhausted through it. Ventilation efficiency is of the highest rate because of the correct position of TurboSwing with respect to the kitchen equipment.. The purified air flows in the catalyst-coated chamber where UVlight transforms remaining grease to carbon dioxide and water. Clean air is exhausted into the ducts.

5 PGE hoods hoods are designed based on your drawings. The length and can be freely selected. DIENSIONS JSI-R-UV-TURO Wall hood odule W+W x6w 0 W+W 00 odule - 90 F height x6w ød C K length and measurement must be >00mm. Island type hood G - xw 00 W+W W+W W+W W+W odule odule F height xw W+W W+W W+W W+W xw xw E K length Size and place of supply air Height C F ød 00 0 G 00 0 E min K min

6 PGE 6 hoods hoods are designed based on your drawings. The length and can be freely selected. DIENSIONS JLI-R-UV-TURO Wall hood W+W W+W 0 90 odule odule x6w 00 height x6w (module) length Island type hood x6w height W+W W+W W+W W+W odule odule 00 W+W W+W x6w W+W x6w W+W x6w (module) length

7 hoods EXHUST IR Combined filtiration efficiency of TurboSwing and UV-light Particle size, micrometer (µm) 9 0 TurboSwing separation rate 90-9% UV-light s effect to separation rate, (ozone free UV-light) Combined separation rate 9-99%, Kitchen equipment and manufacturing process affect separation rate Recommended exhaust flow / spigot Spigot size ø mm Exhaust flow Pressure loss l/s m /h Pa PRESSURE LOSS ND SOUND DT TurboSwing 0 rpm djustment plate ½ closed open d() = d() = 0 d() =0 0 Ps (Pa) Pressure Pressure Ps (Pa) 0 00 TurboSwing 00 rpm d() =0 d() = 0 00 d() =0 d() = l/s m/h Sound power level Lw in each octave band is computed by adding the corresponding factor, Kok to the sound power level Lp. Lw= Lp+Kok. d() = l/s djustment plate ½ closed open m /h Factor, Kok Hz Kok tol. ± 0 - ± ± ± ± ± PGE

8 PGE hoods SUPPLY IR Hood height mm 0 0 Supply air unit 00 mm 00 mm 0-90 l/s 0-0 l/s 00-0 l/s The canopies are supplied from the factory with suitable air flow rates for a pressure level of - Pa. PRESSURE LOSS, SOUND DT & THROW LENGTH / SUPPLY IR UNIT Spigot ø00 mm. Unit 00 mm. Hood height 0 mm. Damper half closed open d() = d() =0 d() = d() = l/s , 0,, Damper half closed Ps (Pa) Damper half closed open d() = d() =0 d() = d() = l/s L0, (m) 0, 0, Spigot ø0 mm. Unit 00 mm. Hood height 0 mm Ps (Pa) Ps (Pa) 0 0 Spigot ø mm. Unit 00 mm. Hood height 0 mm. open, L0, (m) Spigot ø00 Hz Kok tol. ±6 ± ± ± ± ± d() = d() =0 d() = d() =0 Spigot ø Hz Kok tol. ± ± ± ± ± ± Spigot ø0 Hz Kok tol. ± ± ± ± ± ± l/s 00 0, 0, m /h L0, (m),

9 hoods DISTRIUTION OF SUPPLY IR Jeven supply air columns deliver a controlled and flexible distribution of the supply air. It is possible to wash the supply air columns in a dishwasher and the inside of the supply air chambers is easy to clean. These columns allow individual adjustment of air patterns and airflows, which means better indoor climate for the kitchen staff. Unidirectional thrown pattern Displacement thrown pattern idirectional throw pattern Supply air unit, Damper open Sound attenuation, d Hz Hood height Spigot mm ø ø ø mm LIGHTS Light fixture as standard, IP -6 T: =mm,(xw, x6w, xw) =6mm, (xw, x6w, xw) Colour temperature 0(Cool White) bout m cable, type EKK x, y default, every hood module comes with a light fixture. The light fixture has a cable which should be connected to a junction box with a cable lock. The junction box is not included. 0 PGE 9

10 PGE 0 hoods POSITIONING X The size of the canopy is determined by the size of the kitchen equipment. The overhang depends on the type of equipment and the distance between the hood and the equipment. For this type of equipment, the overhang should be at least 00 mm. With ovens the overhang should be min. 00 mm. The typical distance between the hood side and the floor is mm. If the equipment has any doors that open upwards, make sure there is enough distance to the canopy. >0. X >00 ELECTRICL ND UTOTION DESIGN GUIDELINES HPC designer defines to the plans the types and locations of the products to be wired. Electrical designer defines to the plans the location of the safety switch, switchgear and wiring from the panelboard or kitchen switch to the safety switch. utomation designer defines to the plans the running time of the Swing and it shall match to the running time of kitchen. Safety switch is compulsory and it should be situated close to the hood and on the visible place in the kitchen. The safety switch, appliance sockets and the cables marked with the broken line are not included in the Jeven delivery. Internal interface Wiring diagram Connection box Connection box 0VC m 0VC 0VC Safety switch 0VC m ppliance sockets for possible branches L N Pe UVunit TurboSwing motor