RO135174A0

RO135174A0 - Innovative mounting element for radiant heating-cooling in plasterboard ceilings called emirtg

Info

Publication number: RO135174A0
Application number: RO202100072A
Authority: RO
Inventors: Horia Ban
Original assignee: Termoline Cercetare S.R.L.
Priority date: 2021-02-24
Filing date: 2021-02-24
Publication date: 2021-08-30
Also published as: RO135174A3

Abstract

The invention relates to a mounting element used for fixing heating/cooling pipes in radiant plasterboard ceiling panels. According to the invention, the mounting element is a moulded piece of plastic having recesses (2) on its entire length (A), with a rounded finish (9), for clipping the pipes (3), the height (B) of the mounting element being selected so that, after fixing the pipes (3) in the recesses (2) and mounting the plasterboards (8) which form the ceiling, the pipes (3) come into contact with the boards (8), in order to enable the heat transfer.

Description

RO 135174 AORO 135174 AO

Elementul de montaj inovativ pentru incalzirea/racirea radianta in tavane de gipscarton - EMIRTGInnovative mounting element for radiant heating / cooling in plasterboard ceilings - EMIRTG

I Cerere de brevet de invenție | a 0^21 oco | DESCRIEREAI Patent application a 0 ^ 21 oco | THE DESCRIPTION

Domeniul tehnic din care face parte sistemul pentru care am propus elementul de montaj inovativ pentru încălzirea racirea radianta in tavane de gipscarton EMIRTG este „Energie, mediu și schimbări climatice” subdomeniul „Creșterea eficientei energetice, resurse energetice regenerabile”.The technical field of which the system for which we proposed the innovative installation element for heating radiant cooling in gypsum plasterboard ceilings EMIRTG is "Energy, environment and climate change" subdomain "Increasing energy efficiency, renewable energy resources".

Prezentul brevet se refera la sectorul instalațiilor de incalzire/racire pentru clădiri rezidențiale sau industriale si in particular se refera la sistemul de incalzire/racire cu tavane radiante din gipscarton.This patent refers to the sector of heating / cooling installations for residential or industrial buildings and in particular refers to the heating / cooling system with radiant plasterboard ceilings.

Sistemul de incalzire/racire cu suprafețe radiante oferta o alternativa la sistemul de încălzire si răcire clasic cu ventiloconvectoare sau sisteme VRV si garanteaza avantaje semnificative cum ar fi: sunt silențioase , nu produc zgomot si curenti de aer, asigura temperaturi uniforme in încăperi indiferent de dimensiuni , nu necesita mentenanta ( ca de exemplu schimbarea periodica a filtrelor la ventiloconvectoare ). Funcționarea sistemelor radiante se bazeaza pe transferul termic al tavanului/peretilor devenit radiant. Agentul termic este furnizat la o temperatura controlata prin țevile de plastic, care fac contact cu plăcile de gipscarton sau cu tencuiala pentru a face cat mai bine transferul termic către încăperi. Țevile sunt dimensionate si așezate la o distanta calculata pentru o distribuție uniforma a energiei termice in încăpere. In cazul panourilor radiante din tavane sau pereți cu sistem uscat este foarte importanta in execuție realizarea contactului ferm dintre țevi si plăcile de gipscarton pentru o eficienta termica cat mai buna.The heating / cooling system with radiant surfaces offers an alternative to the classic heating and cooling system with fan coils or VRV systems and guarantees significant advantages such as: they are quiet, do not produce noise and drafts, ensure uniform room temperatures regardless of size , does not require maintenance (such as periodic change of filters on fan coils). The operation of radiant systems is based on the heat transfer of the radiant ceiling / walls. The thermal agent is supplied at a temperature controlled by the plastic pipes, which make contact with the plasterboard or with the plaster in order to make the thermal transfer to the rooms as good as possible. The pipes are dimensioned and placed at a calculated distance for a uniform distribution of thermal energy in the room. In the case of radiant panels made of ceilings or walls with a dry system, it is very important in execution to make firm contact between the pipes and the gypsum boards for the best possible thermal efficiency.

Sistemele de incalzire/racire ale unei încăperi cu panouri radiante sunt executate la momentul actual cu sistem umed: in tavane sau in pereți cu țevi de cca 10 mm de regula PE-Xa, PE-Xb, PE-Xc, PE-RT care sunttencuite cu tencuieli speciale elastice . Dezavantajul sistemelor umede , cunoscute de cativa ani de zile, este viteza lenta de execuție , un preț mare de cost, necesar mare de forța de munca si de materiale, echipamente pentru montaj. Acestea au condus la dezvoltarea exponențiala a sistemlor uscate care se bazeaza pe plăcile din gipcarton . La începutul implementării tehnologiei, țevile de 10 mm au fost incorporate in plăcile din gipscarton de cativa producători la nivel mondial. Cu toate ca erau relativ ușor de montat ,The heating / cooling systems of a room with radiant panels are currently executed with a wet system: in ceilings or walls with pipes of about 10 mm, usually PE-Xa, PE-Xb, PE-Xc, PE-RT which are plastered with special elastic plasters. The disadvantage of wet systems, known for several years, is the slow speed of execution, a high cost price, high labor and materials required, assembly equipment. These have led to the exponential development of dry systems based on gypsum boards. At the beginning of the technology implementation, 10 mm pipes were incorporated into the plasterboard by several manufacturers worldwide. Although they were relatively easy to assemble,

RO 135174 AO tehnologia nu a fost completa , plăcile din gipcarton avand in general 2-3 dimensiuni constructive si nu era un sistem pretabil „custon made”. Mai mult, sistemul era produs de doi producători diferiti - producătorii de gipscarton si cei de țevi ceea ce a condus la o logistica greoaie , termene de livrare mari.RO 135174 AO the technology was not complete, the gypsum boards generally had 2-3 constructive dimensions and it was not a suitable "custon made" system. Moreover, the system was produced by two different manufacturers - plasterboard and pipe manufacturers which led to cumbersome logistics, long delivery times.

In urma cu 3-4 ani a aparut tehnologia țevilor multistrat ( PEX-AI) premontate in spirale de lățime fixa si trei tipuri de lungimi fixe , care se montează pe structura de CD-uri a tavanului fals după care se montează plăcile din gipscarton standard .3-4 years ago, the technology of multilayer pipes (PEX-AI) appeared, pre-assembled in spirals of fixed width and three types of fixed lengths, which are mounted on the CD structure of the false ceiling, after which the standard gypsum boards are mounted. .

Sistemul de incalzire/racire cu tavan radiant permite un climat de camera confortabil, iar elementele de iluminare si componente suplimentare, precum difuzoare, sprinklere s.a. pot fi integrate in tavan fara nicio problema.The heating / cooling system with radiant ceiling allows a comfortable room climate, and the lighting elements and additional components, such as speakers, sprinklers, etc. can be integrated into the ceiling without any problem.

Substructura de tavan este realizate din profile CD 60/27, conform DIN 18182 si DIN EN 14195, aici trebuie respectate si orientările de montaj ale producătorului de tavan, iar distanta axiala intre profile este de 400mm.The ceiling substructure is made of CD 60/27 profiles, according to DIN 18182 and DIN EN 14195, here the installation guidelines of the ceiling manufacturer must be observed, and the axial distance between the profiles is 400mm.

In cazul tavanelor radiante temperatura agentului care circula prin țevi este mica in comparație cu sistemele clasice intre 17°C si 20°C in modul de răcire ( pentru a evita apariția condensului la punctul de rouă), respectiv intre 30°C si 35°C in modul de încălzire. In combinație cu pompele de căldură, care au coeficienți de performanta (COP/EER) ridicate la temperaturi mici ale agentului, rezulta reduceri semnificative ale costului cu energia termica consumata.In the case of radiant ceilings, the temperature of the agent flowing through the pipes is low compared to the classic systems between 17 ° C and 20 ° C in the cooling mode (to avoid the appearance of condensation at the dew point), respectively between 30 ° C and 35 ° C in heating mode. In combination with heat pumps, which have high coefficients of performance (COP / EER) at low agent temperatures, there are significant reductions in the cost of thermal energy consumed.

Circuitele de incalzire/racire, de la sistemul radiant, se leaga in distribuitoare pozate in cutii montate in tavanul fals. Distribuitoarele au pe fiecare tu al circuitelor un robinet de reglaj cu debitmetru pentru echilibrarea hidraulica si cate un robinet electric cu actuator pe fiecare circuit de retur pentru comanda termostatului. Poziția grupului de distribuitor/colector este importanta si trebuie aleasa astfel incat acesta sa fie in centrul de greutate al circuitelor ce vor fi executate, pentru ca distanta de la distribuitor la circuitul efectiv sa fie cat mai mic.The heating / cooling circuits, from the radiant system, are connected in distributors placed in boxes mounted in the false ceiling. The distributors have on each circuit a control valve with flow meter for hydraulic balancing and an electric valve with actuator on each return circuit to control the thermostat. The position of the distributor / collector group is important and must be chosen so that it is in the center of gravity of the circuits to be executed, so that the distance from the distributor to the actual circuit is as small as possible.

Țevile din tavanele radiante fac contact cu gipscartonul la partea inferioara a acestora, iar pentru un transfer optim către încăpere, peste aceste țevi se montează saltea(5) din vata minerala cu folie de aluminiu reflectorizanta.The pipes in the radiant ceilings make contact with the plasterboard at the bottom of them, and for an optimal transfer to the room, over these pipes is mounted the mattress (5) made of mineral wool with reflective aluminum foil.

In prezent producătorii de panourile radiante din gipscarton prefabricate cu țevi premontate la diferite dimensiuni fixe, renunța la aceste produse datorita prețului mare de cost, dificultăților de producție si logistice, termenelor mari de livrare , produsul nu poate fi customizat. Produsele propuse si vândute la ora actuala pe piața sunt țevile multistrat PEX-AI prefabricate in forma prestabilita de melc cu 2-3 dimensiuni standard,Currently manufacturers of prefabricated plasterboard radiant panels with pre-assembled pipes at different fixed sizes, give up these products due to high cost, production and logistical difficulties, long delivery times, the product can not be customized. The products proposed and sold at present on the market are the prefabricated PEX-AI multilayer pipes in the predetermined snail shape with 2-3 standard dimensions,

RO 135174 AO pregătite sa fie montate pe structura tavanelor pe profilele CD. Acestea se pot realiza doar in 2-3 dimensiuni standard, care trebuie integrate in tavanul încăperii. Deoarece nici acest produs nu este customizabil, înainte de instalarea acestor sisteme este nevoie de o antemasuratoare a încăperilor, o proiectare riguroasa pentru a definitiva comanda panourile prefabricate necesare încăperilor respective. Realizarea panourilor țevile multistrat PEX-AI prefabricate in forma prestabilita in 2-3 dimensiuni standard nu se pot mula pe cerințele clientului ceea ce conduce la următoarele dezavantaje majore:RO 135174 AO ready to be mounted on the ceiling structure on the CD profiles. These can only be made in 2-3 standard sizes, which must be integrated in the ceiling of the room. As this product is not customizable either, before installing these systems a pre-measurement of the rooms is needed, a rigorous design to definitively order the prefabricated panels necessary for the respective rooms. Making panels prefabricated PEX-AI multilayer pipes in the default shape in 2-3 standard sizes can not be molded to customer requirements which leads to the following major disadvantages:

• Imposibilitatea de a acoperi orice tip de încăpere din punct de vedere al suprafeței acoperite de panourile radiante, • Odata fabricate, aceste panouri nu pot fi modificate, • Necesita termene mari de livrare de la comanda, • Din punctul de vedere al comerciantului, panourile prefabricate ocupa foarte mult spațiu logistic, • Imposibilitatea de a travesa cu aceste panouri elementele structurale - grinzi, stâlpi.• Impossibility to cover any type of room from the point of view of the surface covered by the radiant panels, • Once manufactured, these panels cannot be modified, • Requires long delivery times from the order, • From the trader's point of view, the panels prefabricated buildings occupy a lot of logistical space, • The impossibility of crossing with these panels the structural elements - beams, pillars.

După fixarea a mai multor panouri prefabricate pe structura de CD-uri, acestea trebuiesc conectate hidraulic intre ele, pentru realizarea circuielor, care urmeaza a fi racordate in distribuitor.After fixing several prefabricated panels on the CD structure, they must be hydraulically connected to each other, to make the circuits, which are to be connected in the distributor.

Sunt disponibile diverse opțiuni pentru finisarea suprafeței vizibile, inclusiv, umplerea rosturilor si terminatii pentru diferite niveluri de calitate sau vopsirea cu vopsea. Exista opțiunea de a se monta placi de gipscarton cu perforatii pentru a se realiza un transfer termic mult mai eficient si pentru a se realiza si o absortie fonica. Pentru suprafețe eficiente din punct de vedere acustic cu perforare ascunsa, sunt necesare vopsele speciale cu pori deschiși si o protecție suplimentare împotriva fluxului de aer, in schimb utilizarea tencuielilor acustice reduce capacitatea tavanului incalzit/racit.Various options are available for finishing the visible surface, including filling joints and finishes for different quality levels or painting with paint. There is the option to mount plasterboard with perforations to achieve a much more efficient heat transfer and to achieve sound absorption. For acoustically efficient surfaces with hidden perforation, special open-pore paints and additional protection against air flow are required, instead the use of acoustic plasters reduces the capacity of the heated / cooled ceiling.

Deși acest sistemele de panouri radiante in tavan cu țevi multistrat PEX-AI premontate in panouri sub forma de melc au caracteristici termice bune, au cateva dezavantaje:Although this ceiling radiant panel systems with PEX-AI multilayer pipes pre-assembled in snail-shaped panels have good thermal characteristics, they have some disadvantages:

• nu rezolva problema încăperilor cu forme neregulate, nu pot fi customizate, • preturile sistemelor prefabricare sunt mari, • logistica si transportul sunt greoaie ,• does not solve the problem of rooms with irregular shapes, cannot be customized, • prices of prefabricated systems are high, • logistics and transport are difficult,

RO 135174 AO $RO 135174 AO $

• depozitarea pe șantier este dificila si necesita spatii mari, • au termene de punere in execuție a lucrării mari,• storage on site is difficult and requires large spaces, • have deadlines for the execution of large works,

DESCRIEREA ELEMENTULUI INOVATIVDESCRIPTION OF THE INNOVATIVE ELEMENT

Prezenta invenție este conceputa pentru a rezolva problemele si dezavantaje ale sistemelor existente prezentate mai sus: posibilitatea de a customiza produsul final; imbunatatirea capacitatii logistice in șantier; ușurarea montajului ; toate la un preț de cost redus substanțial.The present invention is designed to solve the problems and disadvantages of the existing systems presented above: the possibility to customize the final product; improving logistics capacity on site; ease of assembly; all at a substantially reduced cost price.

Elementul de montaj inovativ pentru incalzirea/racirea radianta in tavane de gipscarton - EMIRTG - este un suport pentru țevi fabricat din plastic (fig 2), cu ajutorul unei matrite special create, care permite producția acestuia in cantitati industriale, la un preț de cost extrem de scăzut.The innovative mounting element for radiant heating / cooling in plasterboard ceilings - EMIRTG - is a pipe support made of plastic (fig. 2), with the help of a specially created mold, which allows its production in industrial quantities, at an extreme cost low.

Formatul suportului si dimensiunile acestuia sunt standardizate astfel incat sa respecte dimensiunile de substructuri (6+7) de tavan realizate din profile CD 60/27(7), conform DIN 18182 si DIN EN 14195, substructuri cu o distanta axiala intre profile de 400 mm, de unde rezulta lungimea (A) a elementului de montaj ce trebuie sa incapa lejer intre cele 2 profile de CD, fixate in planseele de beton (4).The format of the support and its dimensions are standardized so as to respect the dimensions of ceiling substructures (6 + 7) made of CD 60/27 profiles (7), according to DIN 18182 and DIN EN 14195, substructures with an axial distance between profiles of 400 mm , which results in the length (A) of the mounting element that must fit easily between the 2 CD profiles, fixed in the concrete floors (4).

Elementul de montaj prezintă 6 locase (2) unde se va elipsa țeava PE-Xa(3), care sunt cu un diametru fix (F) dispuse la distante diferite intre ele, dar respectând următoarele intervale (centru-ax) 50mm-60mm-90mm-60mm-50mm (C-D-E-D-C). Alegerea acestor distante intre țevi este importanta pentru a asigura un transfer termic optim in placa din gipscarton(8) ajutate bineînțeles si de suprafața de contact a profilelor metalice CD(7).The mounting element has 6 holes (2) where the PE-Xa pipe (3) will be elliptical, which are with a fixed diameter (F) arranged at different distances from each other, but respecting the following intervals (center-axis) 50mm-60mm- 90mm-60mm-50mm (CDEDC). The choice of these distances between the pipes is important to ensure an optimal heat transfer in the plasterboard (8) helped of course by the contact surface of the metal profiles CD (7).

Aceste locase (2) permit introducerea prin clipsare a țevilor multistrat PEXAl(3) cu diametrul de 16mm, dimensiunea standard pentru panourile radiante in tavan. In partea superioara a clipsurilor de fixare a țevii, din fabricație s-a realizat un finisaj rotunjit (9), care facilitează montarea/demontarea prin clipsare/declipsare rapida a tevii(3) din locaș (2), lucru care conduce duce la un montaj facil , rapid, fara unelte speciale prin metoda de „click.These holes (2) allow the insertion by clipping of PEXAl multilayer pipes (3) with a diameter of 16 mm, the standard size for radiant panels in the ceiling. In the upper part of the pipe fixing clips, a rounded finish (9) has been made from the factory, which facilitates the quick mounting / dismounting by clipping / unclipping the pipe (3) in the housing (2), which leads to an easy assembly , fast, without special tools by the method of „click.

Inaltimea (B) elementului de montaj este 27mm si de asemenea este una standard, respectând dimensiunile substructurilor(6+7) de tavan. Aceasta înălțime este proiectata astfel incat, după clipsarea tevilor(3) si montarea plăcilor de gipscarton(8),The height (B) of the mounting element is 27mm and it is also a standard one, respecting the dimensions of the ceiling substructures (6 + 7). This height is designed so that, after clipping the pipes (3) and mounting the drywall (8),

RO 135174 AO teava(3) va avea contact cu placa de gipscarton(8), realizandu-se transmiterea caldurii/frigului de la țevile multistrat(3) la placa de gipscarton(8), iar mai apoi prin radiație in încăpere.RO 135174 AO the pipe (3) will have contact with the gypsum board (8), transmitting heat / cold from the multilayer pipes (3) to the gypsum board (8), and then by radiation in the room.

Pentru ca elementul de montaj sa poate sa fie fixat pe profilele CD(7) ale substructurii tavanelor, acesta prezintă 3 orificii (1) , pentru introducerea de șuruburi autofiletante cu care elementul se fixeaza in profilele CD(7). Cele 3 orificii (1) pentru șuruburi au partea superioara conica, pentru a ascunde capul șurubului inacat, astfel protejând țevile si eventuale cabluri electrice sau de curenti slabi montate in tavan.In order for the mounting element to be fixed to the CD profiles (7) of the ceiling substructure, it has 3 holes (1) for inserting self-tapping screws with which the element is fixed in the CD profiles (7). The 3 screw holes (1) have a conical upper part, to hide the head of the unscrewed screw, thus protecting the pipes and possible electrical or low current cables mounted in the ceiling.

Separând elementele de fixare de țeava, comparativ cu sistemele clasice, reușim sa asiguram execuția panourilor radiante in tavan pentru orice tip de încăpere, indiferent de dimensiunile sau forma acesteia. Elementul de montaj inovativ EMIRTG permite execuția sistemelor de incalzire/racire in tavan „custom-made”, inclusiv la pereți înclinați in mansarde si elimina antemasuratorile încăperii, comenzi cu termene de livrare semnificative, unde urmeaza a fi instalat sistemul. Având in stoc țeava multistrat PEX-AI de 16mm si elementele inovative EMIRTG , montajul poate începe imediat in orice tip de încăpere, clădire, atfel încât timpul de așteptare se reduce la 0.Separating the fixing elements from the pipe, compared to the classic systems, we manage to ensure the execution of the radiant panels in the ceiling for any type of room, regardless of its size or shape. The innovative EMIRTG mounting element allows the execution of "custom-made" ceiling heating / cooling systems, including sloping walls in attics and eliminates room pre-measurements, orders with significant delivery times, where the system is to be installed. With the 16mm PEX-AI multilayer pipe and the innovative EMIRTG elements in stock, the assembly can start immediately in any type of room, building, so that the waiting time is reduced to 0.

După realizarea substructurii de tavan, executantul poate scurta durata montajului prin organizarea a 2 echipe : una care sa fixeze elementele inovative de montaj EMIRTG pe structura de gipscarton la pozițiile stabilite pentru realizare circuitelor de incalzire/racire aferente proiectului si o echipa care clipseaza țeava si asigura racordarea circuitelor la distribuitoare.After the ceiling substructure, the executor can shorten the assembly time by organizing 2 teams: one to fix the innovative EMIRTG mounting elements on the plasterboard structure at the positions established for the heating / cooling circuits related to the project and a team that clips the pipe and ensures connecting circuits to distributors.

Clipserea țevii pe elementele de montaj, in liniar pe lungimea încăperii, ocupând toate locașurile de fixare, pentru a se realiza corect circuitele de incalzire/racire, respectând suprafețele radiante din proiect. La fiecare curbura a țevii clipsata in elementul de montaj, rigiditatea elementului EMIRTG nu permite sa se declipseze si ii menține forma inițiala data.Clip the pipe on the mounting elements, linearly along the length of the room, occupying all the fixing places, in order to correctly make the heating / cooling circuits, respecting the radiant surfaces in the project. At each curvature of the pipe clipped into the mounting element, the rigidity of the EMIRTG element does not allow it to unclip and maintains its original shape.

Odata montat întreg sistemul de incalzire/racire, format din element de montaj si țeava, acesta permite eventualele intervenții precum adaugarea sau scoaterea de circuite, sau modificarea acestora. Spre deosebire de panourile radiante prefabricate, elementul de montaj separat de țeava, permite intervenția ulterioara asupra sistemului de incalzire/racire in vederea accesului deasupra țevilor, montarea de cabluri etc.Once the entire heating / cooling system is installed, consisting of the mounting element and the pipe, it allows any interventions such as adding or removing circuits, or modifying them. Unlike prefabricated radiant panels, the mounting element separate from the pipe, allows subsequent intervention on the heating / cooling system for access above the pipes, cable installation, etc.

Din punct de vedere logistic, stocarea țevii / a elementelor EMIRTG se poate face pe întreg lanțul producător - furnizor - executant fara costuri semnificative de logistica si fara investitii majore. Din punct de vedere logistic transportul joaca un rolFrom a logistical point of view, the storage of EMIRTG pipe / elements can be done on the entire producer-supplier-executor chain without significant logistics costs and without major investments. From a logistical point of view, transport plays a role

RO 135174 AO important in ideea de la care a plecat aceasta invenție, deoarece este mult mai ușor si mult mai ieftin de transportat țeava in forma de colac alaturi de elementele de montaj, decât panouri radiante prefabricate, care sunt volume mult mai mari ceea ca ridica semnificativ costurile de ambalare si transport necesitând atentie la manevrare.RO 135174 AO important in the idea from which this invention started, because it is much easier and much cheaper to transport the coil-shaped pipe next to the mounting elements, than prefabricated radiant panels, which are much larger volumes which raises significant packaging and transport costs requiring attention to handling.

Costul extrem de redus al elementului EMIRTG conduce la asigurarea de stocuri la preturi mici si se elimina întârzieri datorate livrării sistemelor clasice care au termene de livrare de 4-6 saptamani. Elementul inovativ de montaj - EMIRTG - ne oferă reducerea prețului de cost cu peste 50% fata de soluțiile aflate la ora actuala in piața ceea ce ne asigura o piața de tip Blue Ocean.The extremely low cost of the EMIRTG element leads to the provision of stocks at low prices and eliminates delays due to the delivery of classic systems that have delivery times of 4-6 weeks. The innovative installation element - EMIRTG - offers us the reduction of the cost price by over 50% compared to the solutions currently on the market, which ensures us a Blue Ocean market.

Prin urmare, cu referire la descrierea anterioara si la desenele însoțitoare, se fac următoarele revendicări.Therefore, with reference to the above description and the accompanying drawings, the following claims are made.

Claims

RO 135174 AO

demand

1. The innovative EMIRTG mounting element used for fixing PEX-AI multilayer pipes for heating / cooling with radiant plasterboard ceiling panels, made of plastic molded in special molds, having length (A) and height (B), comprising the entire its length 6 holes for clipping pipesc (2) with diameter (F) characterized in that each of the mentioned slots (2) allows the clipping of PEX-AI multilayer pipes with a diameter of 16mm, so as to achieve the best possible contact between the pipe and plasterboard to take place the heat transfer to the pipe to the plasterboard and heat radiation radiation to the room.

The mounting element according to claim 1, characterized in that it has along its entire length (A), 3 holes (1) for self-tapping screws with buried head, which allow the element to be fixed on the CD profiles of the ceiling substructure, protecting the pipes and any electric cables from the ceiling.

The mounting element according to one or more of the preceding claims, characterized in that the arrangement of the pipe clipping places (2) is made at inter-axis distances (CDEDC) calculated so that the heating / cooling circuits have maximum efficiency. .

The mounting element, according to all the preceding claims, characterized in that each slot for clipping the pipe (2) is made with a rounded finish (9) for easy mounting / dismounting by clipping / unclipping PEX-AI multilayer pipes in the assembly.