b!klimax radiant wall/ceiling system

Transcription

1 b!klimax radiant wall/ceiling system

2 We have been working in an ideal climate for thirty years. A climate that has brought us to a position of leadership in Italy in the field of radiant heating and cooling. RDZ was the first company to receive the management system quality certification (today UNI EN ISO 9001:2008). RDZ has been a quality-oriented company since its very beginning, using the finest materials, developing new solutions, constantly providing excellent service. And also by creating a positive climate in the company to promote the exchange of ideas and stimulate cooperation for constant improvement.

3 b!klimax radiant heating system for wall or ceiling installation. Built to fit your wellbeing. b!klimax is an integrated radiant heating and cooling system that can be installed on walls or ceilings. Developed by RDZ through continuous technological research on heating and cooling for all seasons, b!klimax is simple, functional and... revolutionary. b!klimax is an innovative system that exploits the ability of large surfaces (ceilings and walls) to exchange heat with the environment by radiation. Thanks to b!klimax the human body can perfectly balance its heat exchanges, increasing the level of perceived comfort. 1

4 2 Wall and ceiling heating and cooling

5 Invisible comfort in every season. Innovative and versatile, b!klimax is a radiant heating and cooling system for wall or ceiling installation. It is the ideal solution in rooms where it is important to maintain comfortable conditions all year round. Its very low thermal inertia and high efficiency make b!klimax the ideal system for houses, renovated buildings and commercial applications. Completely concealed in ceilings or walls, b!klimax makes it possible to use all the available space while improving the appearance of the room. 3

6 Wall and ceiling heating and cooling Comfort without draughts. With b!klimax there will be no more of those cold draughts caused by traditional air conditioning systems. 4

7 The Reasons for Choosing b!klimax. b!klimax means comfort. The uniform distribution of heat and cold emitted by the walls and the ceiling through radiation guarantees a homogeneous temperature inside the room, without annoying cold air draughts. b!klimax is a low-temperature system that saves you money on operating costs and can be used with eco-friendly, alternative energy sources. The absence of any convective movements caused by temperature differences between the heating body and the environment means that no dust or impurities are blown into the air, thus improving hygiene Ideal for summer and winter. Lower energy consumption. High thermal output. Low thermal inertia. Greater aesthetic freedom. More respect for nature. Better hygiene, better health. 5

8 Radiant Panels are the Heart of b!klimax. Radiant panels are light, easy to handle and simple to install. They are reliable, they prevent thermal bridges and guarantee full freedom to choose any form of wall covering or decoration. 6

9 Wall and ceiling heating and cooling 7

10 Wall and ceiling heating and cooling Circuit printed on panel surface Gypsum plaster slab Fibreglass mesh Ø 6 mm polybutylene pipe with anti-oxygen barrier embedded in gypsum plaster slab Polystyrene panel, thickness 40 mm Rebate 8

11 b!klimax: Radiant Panels. b!klimax panels can be mounted on walls or on the ceiling. They are made of moulded polystyrene with a density of 30 Kg/m 3 and a thickness of 40 mm. The panels are provided on all four edges with a 27 mm rebate to prevent thermal bridges with the bearing structure. The panels are designed to accommodate Ø 6 mm PB pipes with anti-oxygen barrier conforming to DIN The panel and the pipes are covered by a layer of fibrous plaster to increase their thermal output. Dimensions Radiant panel 600 code > Dimensions: 600x600x40 mm > Density: 30 Kg/m 3 > Weight: 2.8 Kg > Ø 6x1 mm PB pipe with anti-oxigen barrier > 1/2 basic circuit (8 m) > Radiating surface 0.36 m 2 Radiant panel 1200 code > Dimensions: 1200x600x40 mm > Density: 30 Kg/m 3 > Weight: 5.5 Kg > Ø 6x1 mm PB pipe with anti-oxigen barrier > 1 basic circuit (15 m) > Radiating surface 0.72 m 2 Radiant panel 2200 code > Dimensions: 2200x600x40 mm > Density: 30 Kg/m 3 > Weight: 10.5 Kg > Ø 6x1 mm PB pipe with anti-oxigen barrier > 2 basic circuits (14 m each) > Radiating surface 1.32 m 2 9

12 Wall and ceiling heating and cooling Example of distribution to radiant squares 600x600 Radiant square 4-way distributors with anticondensation insulation Ø 20 mm pre-insulated red/blue pipe Ø 6 mm pre-insulated pipe Fittings with anticondensation insulation 10

13 b!klimax: Radiant Squares 600x600. b!klimax radiant squares can be installed on metal ceilings with 600x600 mm ceiling sections. They are made of moulded polystyrene with a density of 30 kg/m 3 and a thickness of 40 mm. The panels are designed to accommodate Ø 6 mm PB pipes with anti-oxygen barrier conforming to DIN The panel and the pipes are covered by a layer of fi brous plaster to increase their thermal output and have a double-sided adhesive coating for attaching to the metal ceiling sections. Dimensions Radiant square for metal ceilings code > Dimensions: 593x593x40 mm > Density: 30 Kg/m 3 > Weight: 2.8 Kg > Ø 6x1 mm PB pipe with anti-oxigen barrier > 1/2 basic circuit (8 m) > Radiating surface 0.36 m 2 Radiant square with smooth-edge metal ceiling section 10 code > Dimensions: 600x600x40 mm > Basic metal panel 15 lowered by 8 mm, square angle > Ø 6x1 mm PB pipe with anti-oxigen barrier > 1/2 basic circuit (8 m) > Radiating surface 0.36 m 2 Radiant square with smooth-edge metal ceiling section 90 code > Dimensions: 600x600x40 mm > Basic metal panel 15 lowered by 8 mm, square angle > Ø 6x1 mm PB pipe with anti-oxigen barrier > 1/2 basic circuit (8 m) > Radiating surface 0.36 m 2 Ø 6 mm pre-insulated pipe Double-sided adhesive Fibre-reinforced layer Ø 6 mm push-fi t pipe fi ttings 11

14 Wall and ceiling heating and cooling Example of distribution to radiant squares 1200x600 Radiant square 4-way distributors with anticondensation insulation Ø 20 mm pre-insulated red/blue pipe Ø 6 mm pre-insulated pipe Fittings with anticondensation insulation 12

15 b!klimax: Radiant Squares 1200x600. For the installation into metal false ceilings, RDZ new radiant panels 1200 mm x 600 mm, ideal for their practical assembly, their easy hydraulic connection and their aesthetics, complete the range of RDZ square panels 600x600 mm. These panels 1200x600 are made of moulded polystyrene with a density of 30 kg/m 3 and a thickness of 40 mm, and they are designed to accommodate Ø 6 mm PB pipes with anti-oxygen barrier conforming to DIN Panels and the pipes are covered by a layer of fi brous plaster to increase their thermal output and have a double-sided adhesive coating for attaching to the metal ceiling sections. Dimensions Radiant square for metal ceilings code > Dimensions: 1190x593x40 mm > Density: 30 Kg/m 3 > Weight: 6.44 Kg > Ø 6x1 mm PB pipe with anti-oxigen barrier > N 1 basic circuit (13.2 m) > Radiating surface (0.72 m 2 ) Radiant square with smooth-edge metal ceiling section 20 code > Dimensions: 1200x600x40 mm > Basic metal panel 24 lowered by 15 mm square angle > Tubazione in PB BAO Ø 6x1 mm > N 1 basic circuit (13.2 m) > Radiating surface (0.72 m 2 ) 13

16 Wall and ceiling heating and cooling b!klimax: Thermal Output. Radiant Wall System. Thermal output of heating wall Specific power (W/m 2 ) Twater - Troom(K) Example: how to read the Wall heating chart. Assuming an average water temperature of 45 C and a room temperature of 20 C. Twater - Troom = 25 K. Since the panels are covered by plasterboard, the specific power will be 140 W/m 2 and the surface temperature = 35 C. plaster plaster + tiles plasterboard Thermal output of wall cooling Specific power (W/m 2 ) Troom - Tsurface (K) Tsurface Troom (K) 14 Troom- Twater (K)

17 b!klimax: Thermal Output. Radiant Ceiling System. Thermal output of heating ceiling As you can see, ceiling b!klimax system shows particularly high values of specific power during summer cooling. Depending on the type of surface finish, the values range from 70 to 100 W/m 2. Thermal output of ceiling cooling Specific power (W/m 2 ) Specific power (W/m 2 ) Tsurface Troom (K) Twater - Troom(K) plaster plaster + tiles plasterboard Troom - Tsurface (K) Troom - Twater (K) 15

18 Wall and ceiling heating and cooling b!klimax system and RNW 1000 and RTK 1000 Ø 20 mm pre-insulated pipes Distribution with insulation shell Radiant squares Metal structure for metal false ceiling and b!klimax radiant squares 16

19 its components Delivery channel Metal structure for false ceiling and b!klimax panels Room temperature and humidity sensor User interface Maxi manifold Radiant panels 2200x600 Return channel 17

20 18 Wall and ceiling heating and cooling

21 b!klimax: Maxi Manifolds. Using suitable temperature control systems (and buffer tanks, if necessary), the water is sent from the heat generator (boiler or chiller) to the main manifolds (called Maxi manifolds) and from there to the radiant panels, passing through secondary manifolds called distributors. Special deaerators (air traps) are installed upstream from the Maxi manifolds to keep the system fully efficient at all times. 1 Maxi manifolds Code Made of plastic material, Ø 1 1/4, modular assembly, ideal for high flow-rate, equipped with shut-off valves, which can be provided with electrothermal heads controlled by a thermostat, air vent and discharge valves, thermometers on delivery and return flow, brackets, Y filter and fittings for Ø 20 mm pipes. Anti-condensation shells are supplied as standard. 2 3 Electrothermal head Code Electrothermal heads to control each circuit through a room thermostat. Protection degree IP 44. It is possible to place the electrothermal head upsidedown. Voltage: 230 V. Electrothermal head with micro switch Code Electrothermal heads to control each circuit through a room thermostat, provided with limit micro switch. Protection degree IP 44. It is possible to place the electrothermal head upsidedown. Voltage: 230 V and 24 V. 19

22 20 Wall and ceiling heating and cooling

23 b!klimax: Distributors. The distributors are an important part of the system. The Maxi manifold is connected to the distributors by pre-insulated Ø 20x2 mm polybutylene pipes, while the distributors are connected to the panels by pre-insulated Ø 6x1 mm polybutylene pipes. 1 Pair of 8-way closed distributors Code Pair of manifolds made of plastic material, designed to facilitate the connection of b!klimax panel pipes. The distributors are equipped with anticondensation shells and push-fit pipe fittings for the Ø 6 mm and Ø 20 mm pipes. 2 Pair of 8-way open distributors Code Pair of manifolds made of plastic material, designed to facilitate the connection of b!klimax panel pipes. The distributors are equipped with anticondensation shells and push-fit pipe fittings for the Ø 6 mm and Ø 20 mm pipes. 3 Pair of 4-way closed distributors Code Pair of manifolds made of plastic material, designed to facilitate the connection of b!klimax panel pipes. The distributors are equipped with anticondensation shells and push-fit pipe fittings for Ø 6 mm and Ø 20 mm pipes. 4 Pair of 4-way open distributors Code Pair of manifolds made of plastic material, designed to facilitate the connection of b!klimax panel pipes. The distributors are equipped with anticondensation shells and push-fit pipe fittings for Ø 6 mm and Ø 20 mm pipes

24 Wall and ceiling heating and cooling b!klimax: Hydraulic Characteristics of Ø 6x1 mm PB Pipes. Pressure loss in Ø 6x1 mm pipe Pressure loss (DaPa/m) water speed (m/s) Ø 6 mm PB pipe Code Ø 6 mm PB pipe with antioxygen barrier conforming to DIN 4726 EN Example: Assuming that a basic circuit (Ø 6 mm, length 15 mm) has a flow rate of 20 kg/h, the pressure loss is approximately 116 DaPa/m, and the total loss is 116 x 15 = 1740 DaPa. Flow rate (kg/h) 22

25 b!klimax: Hydraulic Characteristics of Ø 20x2 mm PB Pipes. Pressure loss in Ø 20x2 mm pipe Pressure loss (DaPa/m) water speed (m/s) Ø 20 mm PB pipe Code red , Code blue Ø 20 mm PB pipe with anti-oxygen barrier conforming to DIN 4726 EN and insulating sheath. It is used to connect the distributors to the Maxi manifolds. Example: By connecting 20 basic circuits through the Ø 20 mm pipe using the distributors, the water flow rate is 20 kg/h x 20 circ. = 400 kg/h. The chart shows a pressure loss of 28 DaPa/m and, considering a pipe 20 m long, the result is 28 x 20 = 560 DaPa. Flow rate (kg/h)

26 b!klimax: The Complete Solution. b!klimax is more than radiant panels it is an integrated system complete with temperature controls and air-handling equipment that lets you optimize water temperature, room temperature and air humidity. 1b!klimax radiant panels With their large heat-exchange surface, b!klimax high-efficiency radiant panels regulate the thermal energy in every room, bringing heat or cold according to the season. 24

27 Wall and ceiling heating and cooling 2 RNW dehumidifiers RNW dehumidifiers and the air treatment units keep humidity under control and make it possible to avoid condensation. 3 RC and EVO-SA temperature controls RC and EVO-SA temperature controls, equipped with expandable control units and temperature and humidity sensors, provide full control over the system to keep it at maximum efficiency. 25

28 Expandable RC and EVO-SA controls. User interface They are complete, expandable systems to control radiant heating and cooling installations. They are built with a limited number of components and designed for flexibility of operation. They can control small installations or large multi-zone plants and centralized energy plants, providing temperature control for every single user. Zone expansion units 26

29 Wall and ceiling heating and cooling Central unit Room temperature/humidity sensor External sensor Connectors Serial card Clock card Delivery sensor 27

30 RNW Dehumidifiers and Heat Recovery Units. Dehumidifiers to control relative humidity in radiant heating/cooling systems. Each machine is a cooling unit equipped with 2 additional heat exchangers that exploit the availability of chilled water (15-18 C) used by the radiant panels. The pre-treatment coil, located under the evaporator, reduces the temperature of the air, lessening the sensible load on the evaporating coil. The post-treatment coil, located after the condenser, reduces the temperature of the air before sending it back to the room. This treatment produces dehumidified air with the same temperature as the air inside the room. Basically, RNW dehumidifiers control the latent load ; this increases the efficiency of the cooling unit, which supplies the panels with water at higher temperatures than the temperature usually required for dehumidifying. RNW 204 I Wall/embedded dehumidifi er - Code Power consumption Watt 340 Air flow m³/h C Water flow L/h 240 Dimensions (lxhxd) mm 760x619x207 Weight kg 45 Dehumidification capacity* L/24h 24.0 For houses (areas up to...) m RNW 204 E External/wall dehumidifi er - Code Power consumption Watt 340 Air flow m 3 /h C Water flow L/h 240 Dimensions (lxhxd) mm 800x650x230 Weight kg 49.6 Dehumidification capacity* L/24h 24.0 For houses (areas up to...) m RNW 404 CS Ceiling/embedded dehumidifi er - Code Power consumption Watt 360 Air flow m³/h C Water flow L/h 240 Dimensions (lxhxd) mm 711x242x546 Weight kg 36 Dehumidification capacity* L/24h 26.6 For houses (areas up to...) m

31 Wall and ceiling heating and cooling RNW 508 CS Ceiling/embedded duct dehumidifi er - Code Power consumption Watt 500 Air flow m³/h 500 Dehumidification capacity* L/24h 42 Dimensions (lxhxd) mm 840x290x600 Weight kg 47 Available static pressure (average speed) Pa 52 For houses (areas up to...) m RNW 600 CS Ceiling/embedded duct dehumidifi er - Code Power consumption Watt 900 Air flow m³/h 600 Dehumidification capacity* L/24h 62 Dimensioni (lxhxd) mm 690x349x718 Weight kg 53 For houses and offices (areas larger than...) m RNW 1000 Duct dehumidifi er - Code Power supply V/ph/Hz 230/1~ +N/50 Dehumidification capacity* L/24h 50.2 Rated power consumption Watt 950 Air flow m³/s m³/h 1000 Refrigerant type and quantity R407C kg 1.2 Sound pressure level** db[a] 53 Available static pressure of fan Pa 100 Dimensions (lxhxd) mm 875x398x761 Weight Kg 73 For commercial applications RTK 1000 Heat recovery unit - Code Power supply V/ph/Hz 230/1~ +N/50 Rated power consumption Watt 150 Air flow m³/s m³/h 1000 Available static pressure of fan Pa 100 Dimensions (lxhxd) mm 875x398x980 Weight Kg 47 For commercial applications * Measured at 26 C room temp, 65% HR and 15 C inlet water temp. - ** At 1 m in free-field atmosphere. 29

32 Wall and ceiling heating and cooling b!klimax reference projects. Offices House Heating b!klimax and heating cooling and with cooling b!klimax radiant system. radiant squares. 30

33 b!klimax reference projects. Showroom and offices Heating and cooling with b!klimax ceiling units. 31

34 b!klimax reference projects. Officies b!klimax heating and cooling system with square panels 600x600. RDZ S.p.A. Viale Trento, 101 (S.S. 13 Km 64,5) Sacile, PN - ITALY Tel Fax rdzcentrale@rdz.it

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