Brise speed speed control 2. BRIC ceiling model 3. BRIW wall model 4. BRBW wall build-in model 5. grille from ABS 6.

Transcription

1

2 speed speed control. RIC ceiling model. RIW wall model 4. RW wall build-in model. grille from AS 6. ow-ho element

3 _ Wall mounted model : Wall Wall mounted model RIF: RIse Free-standing Free-standing model RW: Rise uild in Wall uilt in wall mounted model Dimensions RIW: Wall RW: uild-in Wall D C F E Ø Speed control 0--- A D C F E min Ø. H min min 0 9 RIF RIW + feet + rear panel. Feet can be used as a cover plate for connection tubes for the electrical circuit and hydraulic connections. The model RW may also be fitted horizontally when it will only be used for heating. Provide an air vent on the central heating tube. Dimensions in cm A C D E F H Conn. heat exchanger / / / /4 /4 /4 conn. air vent /8 /8 /8 /8 /8 /8. Heat exchanger. Condensation tray. Fan(s) 4. not recyclable air filter (option) 6. Air exhausting grille 7. Switch 8. Additional Condensation tray (option) 9. Casing 0. Holes for fixing to the wall Weight in kg: RIW (with casing) RW (without casing)

4 _Ceiling-mounted model RIC: RIse Ceiling ceiling mounted model RC: Rise uild-in Ceiling built in ceiling mounted model Dimensions RIC: Ceiling RC: uild-in Ceiling C (*) 0.. cm F E. D A Max. height of the ceiling:.80 m. (*) Fit the ventilo-fan convector with a slight inclination to facilitate the drainage of the condensation water. The model RIC or RC may also be fitted vertically, when it will only be used for heating. Provide an air vent on the central heating tube. (*) 0.. cm 9 F. E.7 0 (*) 0.. cm min 0 option air inlet grille F E 0 0 C D C D I J option corner piece and air exhausting grille.4 H 4.7 Option air inlet grille: do not mount it to close to the brise to avoid that the exhausted hot air will be sucked in again. Dimensions in cm A C D E F H I J Conn. heat exchanger /" /" /" /4" /4" /4" conn. air vent /8" /8" /8" /8" /8" /8". Heat exchanger. Condensation tray. Fan(s) 4. ot recyclable air filter (option). Air inlet grille 6. Air exhausting grille 9. Casing 0. Holes for fixing to the ceiling Weight in kg: RIC (with casing) RC (without casing)

5 standard m o d e l S iz e RIW CODE RIW.0 RIW.0 RIW.04 RIW.06 RIW.08 RIW.0 w RIF CODE RIF.0 RIF.0 RIF.04 RIF.06 RIF.08 RIF.0 f RW CODE RW.0 RW.0 RW.04 RW.06 RW.08 RW.0 b RIC CODE RIC.0 RIC.0 RIC.04 RIC.06 RIC.08 RIC.0 c RC CODE RC.0 RC.0 RC.04 RC.06 RC.08 RC.0 b Additional electric element ominal power watt Electric connection V - f - Hz CODE E Options are fitted when fan convector and options are ordered together. With built-in options, delivery time will be longer. Inclusive security thermostat. Do not combine with n d heat exchanger 4. Allow the air flow during the functioning of the electric element. Second heat exchanger 4 Heat output 4 at ΔT 0 kw max /6 C - 0 C med min Heat output 4 at ΔT 60 kw max /70 C - 0 C med min Water content 4 litre CODE E b a Second heat exchanger 4 for connection of warm water Options are fitted when fan convector and options are ordered together. With built-in options, delivery time will be longer. With second heat exchanger, the standard heat exchanger has to be used for cooling and the second heat exchanger for heating. Connection for cool Dimensions in cm water c d a b c d

6 _ Technical data Heat output at ΔT 0 kw max /6 C - 0 C med min Heat output at ΔT 60 kw max /70 C - 0 C med min Total cooling capacity at kw max / C - C D.. - % RV med min Perceptible cooling capacity at kw max / C - C D.. - % RV med () min Air flow m /u max med min Sound level weighted d(a) / R max. 4/6 47/4 44/9 0/46 0/4 /0 frame of reference.0 - Pa med. / / 6/ 7/ 4/8 4/8 () min. 9/ 9/6 0/6 /7 /0 7/ Sound output level d HZ max. / med. / min. 48/4/4 /46/4 49/44/8 /4/8 /49/4 8/0/46 frame reference 0 - w HZ 0 max. / med. / min. 46/44/9 /4/40 0/4/8 /44/9 7/0/4 60//46 HZ 00 max. /med./min. 46/40/ /4/6 49/4/6 6/4/7 4/47/40 7/0/44 HZ 000 max. /med./min. 4/6/0 47/7/ 49/7/ /8/4 /44/ /46/40 HZ 000 max. /med./min. 7/0/ 44// 9/0/4 46/0/ 47/9/0 /44/4 HZ 4000 max. /med./min. /6/ 40/7/ 6/6/ 4/7/ 4/6/7 47/8/9 HZ 8000 max. /med./min. /4/0 7/6/0 //0 7/6/ 4/0/ 9/9/7 Electric connection V - f - Hz Water content litre umber of fans () umber of motors Capacity condenser μf.... Mesured power Watt Mesured current A Throw distance approximate values at maximum speed (4) m () ormal calculation and selection at noticeable cooling capacity and preferably at medium speed. () Measured model: model RIW with casing and standard heat exchanger. Height: m from the air exhaust grille. The sound level is influenced by the dimensions of the room, the reverberation time and other sound sources. () Centrifugal fan(s) with motor ( Hz) with continuously directed condenser. Safety with automatical reset. IP 4. Earthing supplied. Rollers. (4) As is the case with almost all dynamic data these distances depend on how the appliances are mounted and how they are placed. Channels or connections tend to influence distance and debit to a large extent.

7 _Options Filter Dimensions x x x x80. x80. x08 x. CODE Recyclable air filter (standard at RIW and RIF, option at RIC, RW and RC) Speed control Idem for each size CODE Position 0--- for wall mounting. per fan convector or regulator for several fan-coils in combination with relay-contacts (see page ). In both cases the already incorporated speed regulators of the RIW/RIF should be disconnected! Speed control / thermostat Rear panel for model RIW COT AUTO C Idem for each size CODE Thermostat for wall mounting, with on/off switch and position fan speed control. Suited for heating, cooling or ventilation. With continuous or automatically fan speed control. per fan or regulator for several fan-coils in combination with relay-contacts. (see p. 6). CODE For free-standing models also order feet. Feet for model RIW - RW Inclusive protective cover. CODE Fan-seal panel for model RIC CODE For visible mounting. Seal panel in the same colour as the radiator. Fan-seal panel for model RW - RC CODE For air intake at side and as air-conducting compartments. With built-in models always order.

8 _Options Condensation tray for model RIW - RIF - RW CODE Additional condensation tray for cooling. Position underneath the valves. Transformation to exhaust downwards for model RIC CODE Inclusive fan-seal panel for RIC. Maximum height of ceiling:.6 m. Maximum fitting height:. m. Only available when ordering with the appliance 0 60 Plenum with connection ø. cm for model RC CODE Exhaust plenum for connection of one air channel. Maximum length of the channel metre, without loss of debit. Plenum with connections ø6 cm for model RC A CODE Exhaust plenum for connection of two air channels. Maximum length of the channel metre, without loss of debit.

9 _ Air mixing box RIW_ Wall. Servo motor. Air mixing box. Air inlet grille RC_ uild-in Ceiling. Air mixing box. Corner piece with adjustable air exhausting grille Fan-seal panel 4. Adjustable air inlet grille 4

10 _ Air mixing box Air mixing box 90 for model RIW - RW - RC CODE Always order a fan-seal panel at model RW and RC (code 877). Manual controlled 0-00% MODE RIF: the air mixing box does not fit between the feet. For a freestanding model: order model RIW, rear panel and air mixing box. 90 C 80 C 90 C Air mixing box 80 for model RIW - RW - RC CODE h 7 7 h H Manual controlled 0-00% 80 C H 0,0 0,0 0,0 0,0,0,0 46,0 46,0 7, 7, 0,0 8, h,,,,,, Air inlet grille for air mixing box model RIW - RW atural anodized aluminium. CODE Adjustable air inlet grille for model RC min.. max.. Dimensions x.7 x x x x x.7.7 x 9. CODE atural anodized aluminium Adjustable air exhausting grille for model RC min.. max.. atural anodized aluminium Corner piece with adjustable air exhausting grille for model RC -4.4 Dimensions x. x 6.7. x 6.7. x 84.. x 84.. x.7. x 9. CODE Dimensions x.7 x x x x x.7.7 x 9. CODE Always order a fan-seal panel at model RW and RC (code 877).

11 _ Servo motors for air mixing boxes Order Servo motor and/or thermostat for frost protection together with the air mixingbox (pre-mounted delivery). Servo motors on/off CODE Drawing Description with return spring Servo motor on/off-0 V Servo motor on/off - 0 V with return spring Servo motor on/off - 4 V with return spring /9 Servo motor on/off-0 V for switch box and Servo motors modulating CODE Drawing Description Servo motor modulating - 0 V Servo motor modulating - 4 V Servo motor modulating - 4 V with return spring with return spring Switch boxes for servo motors CODE Drawing Description Switch box open/closed for servo motor Switch box open/middle/closed, incl. second switch, for servo motor Thermostat for frost protection CODE Drawing Description Thermostat for frost protection (from -0 up to + C) Diagrams 6 / 7 AC 4 V DC 4 V Servo motor Servo motor Servo motor Servo motor Servo motor T + ~ Y U servomotor Servo with return spring FS FS JTF Servo motor PE JTF PE s s s s4 s s6 SMOA Servomotor SA

12 _ Electric connection Use switch with speeds per fan convector. Connect more ventilos at one switch, OY by using COECTORS. (see drawing). Model RIW Standard supplied with an integrated three speed control 0--- Model RIC / RW / RC With wall mounted speed control 0--- speed control per R E VET. V O Z R R C.0 μf / type -. μf / type 4-6. μf / type R E VET. V O Z R R C.0 μf / type -. μf / type 4-6. μf / type S 4 d a 7. - code : S 4 c d FS FS 0 V ~ 0 Hz 0 V ~ 0 Hz FS S Mains connection: safety fuse max. 0 A Speed control speed control for several s. R E VET. V O Z R R R E VET. V O Z R R C.0 μf / type -. μf / type 4-6. μf / type 8-0 C.0 μf / type -. μf / type 4-6. μf / type V ~ 0 Hz S FS 4 c d FS S Mains connection: safety fuse max. 0 A Speed control

13 Model RIC / RW / RC With wall mounted thermostat heating/cooling, with speed control.8.9 thermostatic per R E VET. V O Z R R 7. C.0 F / type -. F / type 4-6. F / type CODE : R E () () () FS 0 V ~ 0 Hz VET. C.0 mf / type -. mf / type 4-6. mf / type COT/AUTO thermostatic for several s V O Z R R R E S VET. Acc V O Z R R C.0 mf / type -. mf / type 4-6. mf / type 8-0 FS Mains connection: safety fuse max. 0 A S Speed control : 4 exit heating/cooling (continuous) exit heating (auto) 6 exit cooling ( auto) thermostatic function accelerator heater O/OFF switch heating ventilation cooling () heating or cooling by the standard heat exchanger on a hydraulic heating system. () heating and cooling by the standard battery and second heat exchanger in separate circuits. () () () COT/AUTO Acc < S FS 0 V ~ 0 Hz

14 _Correction factors Average correction factors according 7/6/0 C Tv Tl Tr > Example The indicated outputs with ΔT 0 are the exact outputs. An average correction factor is given in the table above for all other ΔT outputs, applicable for all dimensions. Tv flow temperature Tr return temperature Tl desired air temperature Example Select a of 000 Watt at: Tv 7 C, Tr 6 C and Tl 0. When you want to know how these delivers up at Tv0 C, Tr40 C and Tl4 C. In the table you can see the factor 0.4 with these temperatures. The radiator would therefore deliver up on this temperature (0.000 x 0.4) 40 Watt. Example You want to select a that delivers up Watt by Tv 0 C, Tr 40 C and Tl 4. In the table you can see the factor 0.4 with these temperatures. On Tv 7 C, Tr 6 C and Tl 0 you need to select a of : Watt.

15 Correction factors sound level Other room volume Content (m) Pressure drop standard heat exchanger kpa 0 0 m c.a., Correction [d(a)] Calculation of sound pressure for other local content. P P P V V P - 0 log Size 04 Size 0 Size 0 Size 06 V V table of sound level sound level to be calculated size of room of reference (80 m³) other room size Several appliances with an equal sound level in a room u mb e r C o r r e c t i o n [d(a)] P P P n P + 0 log n sound level one appliance sound level to be calculated number of appliances Correction factors hydraulic pressure drop Size 0 Size 08 Other reverberation time Reverbertation Time (s) T Pressure drop second heat exchanger (4) kpa 0 0 m c.a., Correction [d(a)] D i f f e r e n c e [d(a)] C o r r e c t i o n [d(a)] > P P - 0 log T T P table of sound level P sound level to be calculated T reverbertation time of room of reference ( T 0.6s ) T other reverberation time of room The sound level of two sound sources with different values Use this table to determine the total sound in a room with two sound sources of a different sound level (f.i. immediate air inlet and outlet in the room), one can use the following table. The correction value had to be added to the highest value. Size 06 Size 04 Size 0 Size 0 Size 0 Size 08 Pressure drop , 0,9 0,8 0,7 0,6 0, Pressure drop , 0,9 0,8 0,7 0,6 0, 4 0,4 4 0,4 0, 0, 0, l/h 0, l/h 0,0 0,04 0,0 0,06 0,07 0,08 0, 0, 0, 0, l/s Water flow Water flow Average water temperature 60 C.Average water temperature 60 C. Correction factors for other speeds m a x. m e d. mi n. Cf Caution: the indicated pressure drop only applies for the heat exchanger without shields, pipes, etc...

16 Determination relative humidity, dry and wet bulb temperature T C Example: dry bulb temperature. 4 C relative humidity 60 % T wet bulb temperature dry bulb temperature - T wet bulb temperature example 4-9 C Available atmospheric pressure and correction factors for built in RC/RW available atmospheric pressure Pa mm c.a Size 08 Size 04 Size 0 Size 06 Size 0 Size 0 Correction factors for other speeds m a x. m e d. mi n. Cf Cf Air flow P 0,90 0,80 0,70 0,60 0,0 0,40 0,0 R 0,96 0,9 0,8 0,78 0,70 0,60 0,48 Cf Output