When choosing pipes it is worth considering that the MAPRESS series press connections are designed to pressure up to 16 bar, and MEPLA is on working pressure not exceeding 10 bar.
Operational, safe and neat installation
Construction technology with Geberit systems is significantly superior traditional methods Pipeline gaskets with welding, thread and soldering. It requires minimal preparation, and the entire process is carried out several times faster.
Getting Started to create pipelines based on Geberit press systems, the master first performs metering and incision of pipes according to the project. Cutting can be carried out both electromechanical and hand tool. After that, external and internal chamfer are removed, and on the pipe make it a mark of its fitting. Also, the ends of each product are cleaned from sowing and irregularities to get a perfectly smooth and clean surface that will provide a solid connection of the joints during installation.
Pipe bonds are made using the press fittings included in the Geberit system equipped with profile sealing rings of a unique design. It is these elements that are responsible for the tightness, reliability and durability of the connection. Also during the installation process, special equipment is involved, which allows you to adjust the reinforcement of Geberit:
It begins with network tracing and connecting prepared pipes using press fittings (pipes on the outlined depth are inserted into the extension of fitting). Next, by holding them between the crimp lips of the press tool, the wizard presses the start button, after which the compression process automatically begins. Under pressure, the press fitting, the sealing ring and the pipe are deformed to a certain form, forming a durable, durable and hermetic compound. Circling together two pipes, the wizard in the same way makes the installation of other elements, creating a pipeline of the desired length and configuration.
Advantages of using Geberit press systems
System inland drain Geberit Pluvia is based on the principle of vacuum-dynamic action. It consists of roofing funnelsPolyethylene pipes and fittings low pressure (PND) Geberit, developed fasteners and professional technical support package from the manufacturer. Thanks to its siphon effect, Geberit Pluvia provides a quick water removal, without requiring a liner. Due to the high performance system, you can maximally reduce the number of risers and issues compared to the traditional system.
Geberit Pluvia, the most common siphon inland drainage system is used in different countries World for 35 years.
Geberit Pluvia. For modern architecture
Due to its reliability and flexibility in the design, Geberit Pluvia system has been in the choice of engineers and architects for the most significant and responsible objects. In contrast to the samotane drainage systemsGeberit Pluvia is a solution for modern architecture. An increase in the slope of horizontal pipelines of the PLUVIA system, it is possible to reduce the place under the roof required for the system, and carry out the most courageous architectural and engineering solutions.
Most different areas geberit applications Pluvia.
The inner waterproofing system of Geberit Pluvia is widely used in industrial and commercial sectors for roofs with an area of \u200b\u200bmore than 1000 m 2. The principle of operation and the high throughput of this drainage system allow you to use it in a wide variety of applications: flat roofs, dome-shaped and arched roofs of various curvatures, inversion and landscaped roofs both with extensive and intense landscaping. Geberit Pluvia applies especially effectively in projects such as plants, warehouses, shopping centers, airports, hotels, sports centers, etc.
Functioning Geberit Pluvia
The Pluvia drainage system (translated from the lat. "Rain") is based on a gravitational vacuum principle. When the fluid column moves under the action of gravity, there is a vacuum, the maximum value of which is achieved at the top point of the riser. The vacuum is transmitted along the horizontal collector to the point of the water entry - the receiving funnel. This syphony effect occurs due to the special design of the funnel and the exact calculation of pipe diameters, for maximum filling with water. The principle of operation of the PLUVIA system causes all its advantages compared with the traditional system: a decrease in the diameter of the pipes and the number of funnels, the absence of a slope of horizontal areas of drain and pipes at the base of the building.
Funnel Pluvia for fastening the waterproofing material, with maximum drain bandwidth 6 l / s. For collecting and removing rainwater from a roof.
Funnel Pluvia assembly, without apron, is used to connect with any roofing sealing material. Admissible installation with a minimum thickness of thermal insulation 12 cm. Delivery volume: body with horizontal release, fasteners, drain disk, flow stabilizer, protective plug, lubricants.
Funnel Pluvia with a flange for fastening the waterproofing material, with a maximum capacity of 6 l / s plum. For collecting and removing rainwater from a roof.
Pluvia funnel use
Description Funnels Pluvia.
Pluvia funnel with polystyrene insulation and apron with a maximum capacity of 12 l / s plum. For a roof with bitumen coating.
Pluvia funnel assembled, with insulation and apron, 12 l / s is used for mounting on the roof without vaporizolation. For installation on the roof with vapor barrier in combination with the additional base of the case. The heating element cannot be installed after the installation. Delivery scope: Mounting block with built-in drain disk from stainless steel, insulation, streaming stabilizer, protective plug.
Funnel Pluvia assembly, with flange, 12 l / sPluvia funnel assembled, with flange for fastening the waterproofing material, the maximum capacity of 12 l / s plum. Used for collecting and dragging rainwater from a roof. It is used on a roof with a siphon drainage system.
It is forbidden to use a roofing coating for the flange compound with the top fleece layer. The outlet with the possibility of direct transition to a smaller / larger diameter and shorting. Heat resistance up to 80 ° C. Uncomplying connection with a sealing flange. Minimum capacity of 1 l / s plum. Maximum backrest height 35 mm. Delivery volume: Stabilizer flow, fastening flange with seal and nuts for roofing film, mounting unit with built-in drain disc made of stainless steel, polystyrene insulation.
Funnel Pluvia assembly, with polystyrene insulation and flange under welded applied to welding in a width of at least 35 cm. Installed on steel roof. Supplies: Case with metal fastening, insulation, flow stabilizer, protective plug.
The Geberit Pluvia funnel, to install in the tray, is used to collect and remove rainwater from the roof.
Used for a siphon drainage system. For installation on steel roof. For mounting in trays, a width of at least 30 cm. The outlet with the possibility of direct transition to a smaller / larger diameter. The outlet with the possibility of shorting. Heat resistance up to 80 ° C. Uncomplying connection with a sealing flange. Maximum backrest height 35 mm. Minimum capacity of 1 l / s plum. Maximum capacity of 12 l / s discharge capacity. Delivery volume: Stabilizer flow, fastening flange with sealing and nuts for roofing film, mounting block with built-in drain disc made of stainless steel.
Pluvia Funnel for Emergency Pumps, 12 L / s is used for emergency overflow on roofs equipped with Pluvia funnels with a maximum flow rate of 12 l / s. The overflow element is adjustable.
Supplies: Seal from EPDM, two fastenings for funnels from plastic, two fastenings for funnels made of metal.
Pluvia funnel assembled, with flange for fastening waterproofing material.
It is used to collect and remove rainwater from the roof. Used for a siphon drainage system. Load on a funnel no more than 150 kg. Case with vertical release D 90 mm, 110mm or 125mm.
Delivery volume: Stage Stabilizer, Stainless Steel Apron, Barus Nut, Protective Cap.
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vendor code |
Description |
dø [mm] |
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Funnel Pluvia assembly, consumption 25 l / s, with apron of 60x60 cm and stainless hull. become |
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Pluvia Funnel, 45 l / s consumption, stainless steel |
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Currently, the removal of rain and melt waters from the roofs of buildings is carried out inorganized discharge on the back of the eaves and organized water taps along the outer and inner water jets. The internal hydrogen systems consist of drainage (receiving) funnels, risers, tap (suspended and underground) pipelines and issues. According to the principle of action internal systems We are divided into patrimonial and siphon systems.
In samotane systems, water is going to draining funnels And it is removed from the roofs at the expense of a slope in the discharge pipelines. Calculation of pipelines is performed based on the partial fill.
In siphon systems internal water station Pluvia. Swiss companies Geberit. The pipeline system is completely filled with water. There is a continuous water column from the funnel on the roof until the transition to the traditional self- sewage system. Rainwater accumulates on the surface of the roof to a certain level. Due to the pressure of the waterproof water, the water pole is pushed through the collecting pipeline. When a water column begins to fall in a vertical riser, a reduced pressure is formed in the entire drainage system, due to which rainwater from the roof is absorbed into the pipeline system.
The air should not flow into the siphon livnefone system to maintain the full filling of the pipeline and the siphon effect. This is achieved by tightness and accurate selection of the size of the pipeline system. Special design waterbathing funnels Pluvia. And the complete tightness of the joints prevent air penetration inside the system. Funnels are equipped with a flow stabilizer that skips rainwater only on the side and without air inclusions. For drainage pipelines used system of welded pipelines Geberit. HDPE .
Pipes and fittings Geberit. HDPE Connected by welding method (in hard-to-reach places - electric welded couplings) and mounted using special fasteners and a large number of anchor supports without installing temperature compensators. Thus, the drainage system becomes completely hermetic.
With non-intense rain systemGeberit. Pluvia. It acts similarly to the traditional samotane system of the drain - the pipeline system is only partially filled with rainwater (partial filling). With a strong rain, the traditional samotane system of the inner drain continues to be partially filled, while siphon system Geberit. Pluvia. Fully filled with water due to the smaller diameter of the pipes (full filling). Due to this, the suction effect and system performance increases sharply.
Due to the high performance of the siphon system of the LivnestokGeberit. Pluvia. Large areas of roofs can be drained with a small amount of standing, which simplifies design, reduces costs and duration construction work.
Self-sized system (non-interenional rain)
Self-type system (intensive rain)
System Geberit. Pluvia. (non-invenate rain)
System Geberit. Pluvia. (intense rain)
Principle of operation of the system Pluvia. Causes its advantages compared to the traditional system:
reduction of pipe diameters and the number of funnels;
lack of slope of horizontal sections of drain and pipes at the base of the building.
Due to the high water speed, self-cleaning of pipelines is ensured. Special flow mode inside the system allows you to optimize outdoor networks and transferring outlaits to the required side. Using pipe Geberit. HDPE allow the preliminary assembly of the system nodes.
Geberit Pluvia system Can be used in different roofs: cold, warm, roofs with landscaping, etc. The most effective is this system for large flat roofs and folded roofs with inner gutters. For both types of roofs exist various options Performances, for example: uninsulated (displeasted roof), isolated (insulated roof), isolated with vapor barrier, suitable for moving people and vehicles, with landscaping.
To calculate the system used special program developed by the companyGeberit, - Proplanner. Pluvia. . The program allows you to automatically calculate the diameters of all pipelines so that water from all parts of the roof, even spaced at different levels, the air superstream has occurred simultaneously through the funnels. The program also performs the hydraulic calculation of the system. The results of calculations are issued in tabular form and in the form of isometric drawings of risers. Program Proplanner. Makes a complete specification of the materials required for installation.
The size of the system depends on the intensity of the drop-down precipitation, the size of the surface and the design of the roof and the laying of pipelines. When designing it is necessary to check the roof, coating plates for additionalloads from the opposite of the rainwater. This is especially true for light roofs.
When placed voroneok Pluvia. The following should be observed regulations :
Funnels to distribute as rationally, evenly:
Stir the funnel at the lowest point of the roof surface;
The maximum distance between two funnels on one drainage branch should not exceed 20 m;
to prevent violations of the functioning of the funnels, the latter should be stirred at a distance of at least 1 m from the walls, parapets, etc.
Extraneous waste wheels should not be sent to the systemGeberit. Pluvia. . Plots of the roof should be drained separately, if the intensity of precipitation is different, the plates were placed more than 5000 m 2 and / or the height difference more than 4 m.
Maximum value reduced pressure in the pipeline system for pipe Geberit. HDPE Amount:
With diameters from 40 to 160 mm - 800 mbar;
With diameters from 200 to 315 mm - 450bbar;
With diameters from 200 mm to 315 mm (pipe pN 4) - 800 mbar.
Funnels Pluvia. To remove the rainwater from the roof can directly connect to the pipeline system by removal90 0 . All subsequent changes to the direction on90 0 in the pipeline systemPluvia. It is allowed only with two taps45 0 .
IN the case of non-flared roofs and first of all in the case of protruding soles requires measures to protect against freezing,t. k. Some sitespipelines can freeze. In such cases zone funnels, as well as gutters should be protected by self-regulating cablede-energizing heating ( heated funnels there is a range of companiesGeberit. ).
With the difference in the temperature of the drain, the surface of the roof and the environment on trumpet. Geberit. Pluvia. Condensate can be formed. To prevent this system pipelines should be supplied anti-condensate isolation.
Due to the high flow rate in the pipeline noise level during system operationGeberit Pluvia. higher than with the traditional self-sewn system of inner drainage. In buildings without special requirements for sound insulation systemGeberit Pluvia. can be used without additional events. In buildings with high sound insulation requirements optimal for noise, the pipeline laying is achieved by preventing sound transmission on construction construction (Sound separation) and optimal placementvoroneok and pipelines. To prevent the spread of noise through the air, the pipeline laying is carried out in special soundproofed circuit channels and / or produce outdoor sound insulation withusing tubular toy or rolled insulation.
Geberit. Pluvia. ends either on vertical or horizontal sites. Next, the pipeline with full filling (Geberit Pluvia) goes into non-pressureself-leveling system with partial filling (traditional sealer system of drain). To create such a transition, it is necessary to provide an increase in the diameter of the pipeline.
Linear temperature expansion coefficient but forGeberit. HDPE make up 0.2 mm / (m ° C). Temperature difference? T \u003d. 50 0 C causes in caseGeberit. HDPE Linear expansion of about 10 mm per 1 m pipeline. Temperature difference? T \u003d. -30 0 C causes a linear shrinkage of about 6 mm per 1 m pipeline.
The change in the length of the pipeline system caused by temperatures should be adjusted by the fastening of the pipeline using fixed and movable supports. Fixed supports counteract efforts from temperature change and these regulate the longitudinal extension of the pipeline in a specific direction. Movable supports prevent the lateral deviation of the pipeline at temperature changes and carry the weight of the water filled with water.
System Geberit. Pluvia. attached as follows:
Horizontal mount - using the system fastening Pluvia. ;
Vertical mount - using compensatory couplings;
Horizontal and vertical fastening - by hard mounting.
For mounting horizontal sections of the siphon system pipelines livnestok Geberit. Pluvia. System has been specially developed fasteners pipelines Geberit. Pluviafix. . The effort caused by temperature changes is transmitted to anchor supports and further on a steel square profile (tire), which compensates for the emerging mechanical loads. Installation system Geberit. Pluviafix. Guarantees quick installation, fewer mounting points to the roof, the ability to pre-assemble individual nodes.
System of internal drain Geberit. Pluvia.
A - suspension (threaded pin M10);
F. - fixed support;
G. - mobile support;
Aa - the distance between the pendants;
RA - distance between the brackets;
FA. - distance between fixed supports;
FG. - weight of a fully filled system on the suspension.
Distance between brackets for fastening system Geberit. Pluvia.
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Diameter of pipe |
RA , mm |
FG. , mm |
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D. , mm |
DY. , mm |
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1260 |
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2000 |
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IN country house It is impossible to do without installing rain sewage. It fulfills the function of precipitation, which formed after the module of snow and precipitation. In its absence, water, staining on the roof, is formed in the form of a puddle around the house.
Photo: example storm sewage
The amount of precipitation falling over the year is difficult to predict. With frequent rains and snowfalls, water around the house do not have time to go into the ground. If the site around the structure is tiled, the process becomes more complicated.
As a result, on outdoor territory Water accumulation occurs. What can not be given on time with the roof?
This may turn into the following problems:
The presence of a puddle around the house is also unpleasant to the fact that the whole garbage rushes into the house. In the area after the rain is uncomfortable. The task of storm sewage is to bring drain in the reservoir in a timely manner and prevent the development of the problems described.
You can also lower the water from the roof in the ravine, with the exception of the territories where sanatoriums are located, the beaches or swimming places are organized, continuing ponds are located.
The discharge of the effluent may be associated with a mandatory requirement to prevent their cleaning.
Photo: Basic elements It is customary to distinguish between two types of rain sewage:
Under the ground there are sandcloths, cleaning the drains from the impurities of the Earth. Such measures allow to extend the service life and prevent.
Photo: Pottle 
Photo: Linear Any of the types of rain sewage is set to linked. Water is displayed in the collector, where waste is being cleaned. In systems, filters have filters to prevent its clogging.
Storm sewage is different according to the method of precipitation. An open or surface system is a group of trays or other tanks that take drainage and output them beyond the site.
Capacities that perform the function of receiving waters are somewhat beaten and mounted using cement mortar. Also, they can be installed in the cabinet, tracks or other elements.
From above, the chute is covered with grilles, which, if necessary, remove. Open rain sewage can carefully look at the backwater territory.
If you choose a decorative grid, then trays can be an excellent landscape decoration. Mostly open system Install in small territories. It is considered uncomplicated in installation and not costly in finance.
Photo: Open Livnevka This species implies a deep drainage, the liquid is collected in special built-in products: trays, sandcloths. It is then headed into the storm wells, and then through the pump flows into the sewage system.
After the collector, the drains go to the cleansing systems or are removed in the reservoirs. More closed system Apply in cities, but also for private territories, it is also applied.
Since the sewage is more complicated, its design requires certain knowledge. Installation is better to implement with professionals. The system copes perfectly with its task, but its organization is associated with large financial expenses.
Photo: closed It is a device consisting of underground pipes and surface trays. The precipitation takes place in the main grade. If the terrain does not allow them to leak independently, then pump equipment are installed.
To lay the water supply, choose the shortest path connecting the receiving structure with a collector or output point in the reservoir.
For carrying pipelines use non-free products: reinforced concrete, ceramic, asbestos-cement, plastic and concrete. The gutter performing the drain feature is placed around the perimeter of the structure.
The precipitation flowing from it fall into the pipe. There also flows fluid from rain-seekers and watering plants.
The mixed-type storm sewage cleaning system is used in large areas or when costs should be reduced.
Rain sewage is designed to collect melt water and precipitation that come from a roof. Also in its task is the leading of this fluid beyond the site.
The principle of operation is built on the collection of water at a single point, which comes from the roof or other areas on which drainage structures are installed. Then, with a tray or pipeline, waste is displayed from a private area.
Thus, it performs three types of work:
Photo: The principle of rain sewage The work is constructed in such a way that waste is displayed quickly and efficiently. As a result, the location of the area does not occur, the soil dries away, not having time to fill the foundation of the building.
Important! Works related to the organization of rain sewage is recommended after completing the foundation. Well, when the landscaping and packing of the local area has not yet been fulfilled.
As preparatory stage, make a vertical sinking ground around the structure, followed by a seal. This avoids the deformation of the system during soil shrinkage.
The device of the livenki can be divided into several stages:
One of the key points in placing the rain sewage is considered to determine the place where waste is reset and the method of implementing this action will occur.
The factors affecting this solution include the peculiarities of the site around the building and the adjacent territory. If the drainage ditch passes nearby, the ravine is located, then it is enough to position the pipe under the tilt and the precipitate will be output.
This is the easiest and most inexpensive way. A more costly option is a collection of fluid into special wells, and then their removal with the pump.
Important! It is also necessary to provide installation of systems for collecting rainwater in places where the tile coating is located with an outline-slope or has a large area.
It is especially necessary to install such equipment at the entrance to the garage or other buildings. As a result of their action, the liquid is going to quickly and the puddles are not formed.
It is best to equip the storm sewer in the warm season, in the second half of summer. Duration of work for the middle section of 10 hundred. The average is 1 month.
For the normal functioning of the system, the quality of the materials used as compliance with the slopes, the correctness of the docking of the elements and timely prophylactic actions are not important.
Photo: Compliance with slopes, correctness of the docking elements Many country property owners allow errors when using the system. In order to save, users often drain the liquid with drainage pipes at the breakfast.
The result of such actions is their penetration into the soil leading to the drawdown and deformation of the foundation of the house. Minimum loss in this case is a serious repair.
Storm sewage requires preventive work that includes its cleaning. The procedure is simple and does not take much time. The service consists in cleaning rain-seekers from garbage, and the wells from the sludge.
Prevention spend 2 times a year. It also requires regular care, which includes flushing of trays with running water, cleansing from garbage baskets of rainhearts and purification of sand-trap.
Important! It is impossible to allocate waste in drainage systemSince this can lead to raising level groundwater During the rain. Due to such an error, the foundation is flooded. The same consequences also leads poor-quality processing of joints.
Photo: Service Equipment is a device work that occurs with the use of a siphon principle in the vacuum system.
His work varies depending on the level of precipitation:
Photo: Geberit storm sewer system A gravitational-vacuum system is distinguished from the usual in that it easily adapts to any roof surface, so it is easy to mount. It has a good bandwidth, when it is laying it is not necessary to abide by.
Geberit storm canalization does not require large amounts of materials.
It provides complete sealing due to the connection of its parts with hot welding.
For the installation of pipes use special fasteners. Installed system It looks aesthetic and does not produce a lot of noise while working.
The scope of the sewage is extensive, it can be mounted on any roofs. Its acquisition will be most advantageous for large areas or roofs, where it is impossible to use another system.
Photo: Geberit scheme Storm sewage in a private house is necessary systemwhich is mounted immediately after the end of construction works associated with the house. The various types of water and water removal, allow you to choose the optimal option.
Modern sewage types are offered to carry out rarewate on large squares or plots where high level of daily precipitation. The storm system is easy to install and uncomplicated service.
Typical technological map
Installation of the siphon system of the inner drainage of Geberit Pluvia
1 AREA OF USE
Typical technological card (TTK) is based on the installation of the inner waterproofing of Geberit Pluvia.
TTK is designed to familiarize workers and engineering and technical workers with the rules for the production of works, as well as for the purpose of using construction projects, construction projects, other organizational and technological documentation.
Geberit Pluvia inner drainage system is widely used in industrial and commercial sectors for roofs with an area of \u200b\u200bmore than 1000 m. Principle of operation and high throughput of the drainage system allow you to use it in a wide variety of areas: flat roofs, dome and arched roofs of various curvatures, inversion and green roofs either with extensive and intense landscaping. The use of Geberit Pluvia is especially effective when designing factories, warehouses, shopping centers, airports, hotels, sports centers, etc.
The system works on the principle of the siphon effect and uses the method of accurate calculation of pipe diameters. Prerequisite The work is 60-100% filling system, which is achieved by calculating the Proplanner Pluvia computer program.
Fig.1. The system consists of receiving funnels on the roof, pipes and fittings from Geberit PND, as well as the original steel fastener system.
The fluid falling in the standing column creates a vacuum and carries new portions of water from the roof. At the same time, a significant vacuum is created at the receiving funnel, followed by a sharp increase in the performance of the entire system.
Due to the siphon action, Geberit Pluvia allows you to quickly and effectively remove rainwater from large roofs with smaller diameters of pipes, compared with the traditional system. It does not require a bias in horizontal pipelines and temperature compensation. The system is mounted on the principle of rigid sealing on anchor supports. Reducing diameters and the number of pipes and risers leads to a reduction in the volume and cost of construction and installation work. Geberit Pluvia has absolute tightness due to butt welding pipes, occupies a smaller building volume and has the effect of self-cleaning due to high flow rates. According to the current construction standards, when the roof bonding is less than 1.5%, the estimated rainwater consumption for Moscow is 80 liters of C / ha (Q20). However, taking into account the changing climate and increasing the intensity of rainfalls, Geberit recommends navigate the value of 196 hp / ha (Q5), when the roof is biased to and over 1.5%. On the basis of this magnitude, the installation of the Geberit Pluvia system in large Auchan, Metro, MEGA-1 and other objects was calculated on the major hypermarkets. This system is confirmed by TU 4923-001-00284581-2004, approved by Plumbing Research Institute 25.11.2004.
The Geberit Pluvia system is based on a vacuum-siphon principle. It consists of roofing funnels, pipes and fittings from low pressure polyethylene (PND) Geberit, worked out by fastening systems and professional package of technical support services from the manufacturer. Due to the siphon principle of operation, Geberit Pluvia provides a quick water removal, without requiring a liner. High system performance allows you to maximize the number of risers and issues compared to the traditional system.
Thanks to the reliability and flexibility in the application of the Geberit Pluvia system, many years are used by leading architects and engineers when designing the most significant objects.
Fig.2. The absence of a slope of horizontal pipelines of the Pluvia system makes it possible to reduce the place under the roof required for the system, and implement the most bold architectural and engineering solutions
The pluvia drain system (translated from the lat. "Rain") is based on a gravitational and vacuum principle. When the fluid column moves under the action of gravity, there is a vacuum, the maximum value of which is achieved at the top point of the riser. The vacuum is transmitted along the horizontal collector to the point of the water entry - the receiving funnel. The syphony effect occurs due to the special design of the funnels and the exact calculation of pipe diameters, contributes to the maximum filling with water. The principle of operation of the PLUVIA system determines its advantages compared to the traditional system: a decrease in the diameter of the pipes and the number of funnels, the absence of a slope of horizontal areas of drain and pipes at the base of the building.
The pipes are connected by the hot welding method (in hard-to-reach places - electric-wave couplings) and mounted using a large number of anchor supports without installing temperature compensators. Thus, the drainage system becomes completely hermetic.
Fig.3. Geberit Pluvia Funnels
Fig.4. System of fasteners of Pipes Geberit Pluvia
The Geberit Pluvia system is attached as follows:
- horizontal mount - using the Pluvia attachment system;
- vertical mount - using compensatory couplings;
- Horizontal and vertical mounting - by hard mounting.
For mounting horizontal sections of the pipeline pipeline system, Geberit Pluvia was specially designed by the Fasteners of the Geberit Pluviafix pipelines. The effort caused by temperature changes is transmitted to anchor supports and further on a steel square profile (tire), which compensates for the emerging mechanical loads. The Geberit PluviaFix installation system guarantees quick installation, fewer mounting points to the roof, the ability to pre-assemble individual nodes.
Fig.5. Geberit Pluvia indoor drainage system:
Suspension (threaded stud M10); - fixed support; - mobile support; - distance between the pendants; - distance between the brackets; - distance between fixed supports; - weight of the fully filled system on the suspension
Distance between brackets for the mounting system Geberit Pluvia
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Diameter of pipe |
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This fastener system was specifically designed for horizontal sections of the pluvia siphon system.
Fig.6. Efforts caused by temperature changes are transmitted to anchor supports and further on a steel square profile (tire), which compensates for the emerging mechanical loads
Fig.7. Fastening pipelines to Pluvia support profile
Sliding supports are installed in the following distances ():
Pipes from 40 mm to 75 mm - every 0.8 m
Pipe 90 mm - every 0.9 m
Pipe 110 mm - every 1.1 m
Pipe 125 mm - every 1.25 m
Pipe 160 mm - every 1.6 m
Pipe 200 mm - every 2.0 m
Pipe 250 mm - every 1.7 m
Pipe 315 mm - every 1.7 m
The support profile has a length of 5 meters, mounted over the entire length of the pipelines, is connected by special elements.
Fig.8. Fastening pipelines directly to concrete overlap
Fig.9. Methods for fastening pipelines to the support tire
Anchor supports are installed in the following order (Fig. 10):
1. At the beginning and at the end of the pipeline.
2. On each tee or the tap of the piping collector.
3. Every 5 meters along the length of the pipeline.
Fig.10. Installation of anchor support
Two anchor supports are installed on each tee - one on each of the directions of the unifying flow. Below are the options for the arrangement of anchor supports (Fig. 10).
1. With the help of electric welded tapes.
2. With the help of electric welded couplings.
3. With double flange bushings (for 125 and 200 mm).
Installation of vertical pipelines Geberit Pluvia
Fig.11. Installation of vertical pipelines Geberit Pluvia with compensation of thermal extensions
Fig.12. Installation of vertical pipelines Geberit Pluvia without compensation (hard fasteners)
