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Ayuda para la instalación e instrucciones de instalación
[PDF Datei 5,2 mb]The operating instructions, assembly instructions and declaration of conformity are provided in printed form with every product delivered. You can also find them directly on the product.
Foundation requirements
The foundation must meet the following requirements:
Concrete: C25/30 XF1 XC2
Rebar: BST 500 S wire & slash; 10 mm
Foundation reinforcement plan
The reinforcement plan is shown in the following figures. In particular, ensure that the foundation is sufficiently level:
Ladesäulen Plug / Draw
Ladesäule Close
We recommend concrete foundations (B25) for free-standing systems, with the dimensions per frame side being 450 x 450 mm. For smaller systems, a continuous foundation with the following dimensions is required: system width + 450 x 450 mm. The foundation should be enlarged depending on the ground conditions. The depth of the foundation should be at least 700 mm, depending on the frost line in the soil. Before excavation, it is advisable to obtain a plan of the planned installation site from the relevant authority so that pipes, electrical cables, etc. are not damaged. Please ensure that the cables are pulled before concreting.
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If the system is set in a concrete foundation, the depth of the embedded parts should be 350 mm - 500 mm.
If the system is screwed on to a concrete foundation, you must use bolt anchors (diameter 10 - 12 mm) or equivalent.
We recommend our cover rosettes to finish the screw connection and the transition into the ground.
When installing letterbox systems on house walls, the relevant recommendations of the anchor manufacturers must be observed depending on the wall properties. Furthermore, it must be ensured that no cold bridges are created by the fastening screws. If necessary, use special anchors for wall insulation. To calculate the total weight of the system, please refer to our weight specifications in the detailed information.
1. Check
The wall on which the letterbox system is to be mounted must be clean and even. It is important to ensure that the wall is sufficiently strong. Depending on its size, a letterbox weighs between 5 and 18 kg.
2. Measure
Measure the mounting holes on the back of the system. Transfer these measurements to the wall. Please note the installation height prescribed by DIN 13724. The centre line of the lowest insertion opening should not be below 700 mm. The centre line of the highest insertion opening should not be higher than 1,700 mm. Only in exceptional cases (barrier-free access) are 400 mm and 1,800 mm permissible as the lower and upper limits.
3. Drilling
Drill holes in the wall and insert wall plugs in the holes. Attention: The size of the holes and the type of wall plugs depend on the respective wall properties and must therefore be determined on site. If in doubt, please seek expert advice locally.
4. Screw
Open the doors of the boxes in which the mounting holes are located and insert the appropriate screws with the spacers into the dowels through these boxes. Screw the system together. This step is best done by three people.
Our in-wall systems are equipped with pre-cut cable inlets on all sides, which can be easily removed if necessary. We recommend having the in-wall system installed by a professional, as installing systems in house walls can create thermal bridges if the insulation layer is interrupted during installation.
1. Measure height and width
Measure the exact width and height from the back of the letterbox system. This is important because you need the dimensions without the plaster cover frame. Add a total of approx. 20 mm to these dimensions in both height and width and then draw a rectangle on the wall in which the system is to be installed using these dimensions. Please note the installation height prescribed by DIN EN 13724. The centre line of the lowest insertion opening should not be below 700 mm, and the centre line of the highest insertion opening should not be higher than 1,700 mm. Only in exceptional cases are 400 mm and 1,800 mm permissible as the lower and upper limits.
2. Measure depth
Now measure the overall depth of the letterbox system and add a further 5 to max. 10 mm.
3. Break out niche
Then break out a niche in the wall within the marked rectangle and to the depth of the system.
4. Fit the system
Then carefully fit the system into this niche and, if necessary, correct the niche size.
5. Drill
Bring the system into its final position and mark the drill holes on the wall. Remove the system from the niche and drill the corresponding holes in the back wall of the niche and insert the wall plugs into the holes. Caution: The size of the holes and the type of wall plugs depend on the respective wall properties and must therefore be determined on site. If in doubt, please seek expert advice on site. Tip: The system can also be attached via the side panels.
6. Screw
Now reintroduce the system into the niche, open the doors of the boxes containing the mounting holes and insert the appropriate screws into the dowels through these boxes. Screw the system together. Make sure that the plaster frame completely covers the niche.
To achieve optimal water protection for your post, the system/letterbox should be equipped with the above-mentioned panels or a rain canopy. If possible, the letterbox or letterbox system should be located under a canopy. The post is only protected from water when it is completely placed in the box and the flap is closed. If mail is not fully inserted, moisture and dirt can get into the letterbox. It is therefore necessary to plan sufficiently dimensioned letterboxes for the upcoming demand. We offer extra letterbox depth for increased mail volumes, and we are also happy to manufacture individual special sizes. However, water can still enter the letterbox under certain extreme weather conditions (according to DIN EN 13724 up to 1ccm). This is not a reason for complaint.
Installation direction
In a letterbox system, the post is protected from wind and weather. However, when installing a free-standing system, make sure that the insertion front is not directly facing the weather side, in line with good craftsmanship tradition.
Our complete sets are usually ready for connection! We already program the complete sets at our factory.
However, we always recommend having the electrical installation carried out by an electrician. Please always refer to the operating instructions provided by the manufacturer for wallboxes, intercoms and video systems!
Camera, intercoms or wallbox preparation
We offer preparation of cameras, intercoms and wallboxes from various manufacturers for our systems. The preparation does not include any end devices; it involves the provision of the screw fittings, drill holes and perforations. This means that you can easily mount your end device.
General warnings
Our light and bell modules, as well as our light and bell push buttons, may only be operated at a maximum of 12-24 volts! A transformer with VDE certification must be used! Higher voltages can endanger human life and will void the warranty. Only components with a 100% permissible duty cycle may be connected to the buttons and modules! Failure to observe this warning may result in: - fire hazard - personal injury - destruction of components. Electrical devices may only be installed and assembled by a qualified electrician! Please check whether the power consumption of the standard power supply unit is sufficient for your planned connection (e.g. for bell, intercom, light control as well as cable length and cross-section).
Light/bell push DESIGNER
Light/bell push as a single push-button is used to switch on the lighting in the entrance area and/or a stairwell or to operate a signal generator.
Terminal L1/L2 = LED - illuminated ring 5-24V AC/DC
Terminal C/NO = contactor
Current consumption approx. 40mA
Switching capacity max. 50mA @ 50V DC 1W
Light/bell push button BASIC
Light/bell push buttons as single push buttons are used to switch on the lighting in the entrance area and/or a stairwell or to operate a signal generator.
Terminal +/- = LED illuminated ring 3-24V AC/DC, LED illuminated ring ‘light’ 6-36V 110V/220V AC/DC
Terminal NC/NO = contactor
Current consumption approx. 20mA
Switching capacity max. 5A @ 250V AC
LED light
Please note that our LED lights, if they have not been completely pre-wired and connected by us, may only be operated at 12 volts DC. Other voltages will destroy the LED light and shorten its lifespan.
Attention: Always ensure the correct polarity
If your letterbox is in its original packaging, your keys are in the letterbox (take them out through the insertion slot) or in the enclosed bag (this also contains the assembly aid and other small parts). Every letterbox that leaves our premises is carefully checked and packed. A declaration of care is enclosed by the employee who manufactured your new product. If you still cannot find your key, please feel free to contact us.
Información general
Templates for our name tags in PDF format. You can digitally label these, print them out yourself and use them directly. We recommend printing on thicker paper or transparent film.
Only high-quality materials are selected and processed for the Briefkasten Manufaktur, which guarantees durability and timeless elegance. Please bear in mind, however, that noble materials in particular need to be cared for. Even normal environmental influences can cause soiling and even surface changes. Particularly in industrial conurbations or at sea, deposits in the form of flash rust can occur and the material can be attacked. Here, systems should be cleaned and maintained more frequently.
Stainless steel
One of the materials we use for our products is stainless steel. This steel is characterised by its resistance to water, water vapour, humidity, food acids and weak organic and inorganic acids when used and maintained as intended. After the letterbox has been installed, it should be cleaned for the first time to remove any dirt caused by storage, transport or construction or installation work. Protective layers of paper, foil or adhesive residues must be completely removed after assembly, as they can lead to corrosion. The letterbox should then be maintained approx. every 3 - 4 weeks. We recommend our stainless steel maintenance spray. Please note: The cleaners must not contain any hydrochloric acid, chlorides or hydrocarbons. Under no circumstances should steel wool, steel brushes or similar be used for cleaning stainless steel, as such aids damage the protective surface and enable the formation of extraneous rust through abrasion. Corrosion caused by flash rust is excluded from the warranty. Stainless steel surfaces must always be cleaned in the direction of the rust.
Aluminium
Oxidising or mechanically acting cleaning agents must not be used, as they attack the anodised layer. Caution! Protect aluminium parts from cement, lime, plaster, etc.
Glass/Plexiglass
Acrylic glass (Plexiglas) must not come into contact with organic solvents such as thinners, alcohols, fuels, etc. Glass cleaners also usually contain alcohols. Glass cleaners also usually contain alcohols. For cleaning, use only clear water with a few drops of washing-up liquid and a soft sponge. Dust must never be wiped away dry.
Powder coatings
Water and small amounts of a mild cleaner can be used to clean the surface of the powder coating. If absolutely necessary, a small amount of turpentine substitute can also be used. Then rinse with water and a mild cleaner!
Painted surfaces
We recommend weekly cleaning and sealing with car wax at least four times a year for painted surfaces! For cleaning, use only clear water with a few drops of washing-up liquid and a soft sponge. Painted surfaces must also be dried and sealed with car polish. Caution: Do not use cleaning agents containing vinegar.
Lock and hinges
Please only maintain the cylinder lock with a special lock care spray. This way you can enjoy a functioning letterbox lock for a long time. It is best to clean and maintain letterbox hinges twice a year
You can find care and cleaning products in our care guide.
Please note: The cleaners must not contain salts, chlorides or hydrocarbons. Under no circumstances should steel wool, steel brushes or similar be used for cleaning stainless steel, as such aids damage the protective surface and enable the formation of extraneous rust through abrasion. Corrosion caused by rust film is excluded from the warranty.
You can find spare parts for each product directly on the product pages below the product description.
In the Spare parts shop for letterboxes from Manufaktur Lippe, you will find important spare parts for letterbox systems and letterboxes, from nameplates to letterbox locks.
BMLsystems specialises in charging solutions for electric cars. E-bike charging stations are available from the letterbox manufacturer.
Normas y regulaciones
DIN EN 13724
A la hora de planificar un sistema de buzones, debería tener siempre en cuenta la norma DIN EN 13724 actualmente vigente (también conocida como "norma de buzones") para que usted o su inquilino no tengan ningún problema a la hora de recibir el correo.
La norma DIN EN 13724 le garantiza:
- Fácil entrega del correo sin cartas dobladas ni recogida personal en una oficina de correos, e. B. para sobres DIN C4 grandes
- Suficiente espacio de almacenamiento para volúmenes de correo más altos
- Sin problemas con el correo húmedo
- La mejor calidad a través de materiales especificados y probados
- Seguridad contra reducciones de alquiler a través de buzones estandarizados
Nuestros productos suelen estar todos probados según esta norma y marcados en consecuencia. Sólo unos pocos no cumplen esta norma. Find out more
Information about DIN formats that fit into the corresponding letterbox slot is cropping up more and more often. Here is a brief overview of the dimensions of the most common formats:
DIN A5: 148 x 210 mm
DIN A4: 210 x 297 mm
DIN A3: 297 x 420 mm
DIN B5: 176 x 250 mm
DIN B4: 250 x 353 mm
DIN B3: 353 x 500 mm
DIN C5: 162 x 229 mm
DIN C4: 229 x 324 mm
DIN C3: 324 x 458 mm
The standard for evaluating the fire behaviour of building products and types of construction is the European series of standards DIN EN 13501 with its seven classes (A1, A2, B, C, D, E, F). At the national level, DIN 4102 applies with its classifications into non-flammable (A) and flammable (B) building materials. DIN EN ISO 13943 contains rules for the fire protection vocabulary and ensures that the terminology is used consistently. Your fire protection specialist can clarify whether a fire protection class is necessary for your construction project.
Ciencia de los materiales
1.4301 is also known as X5CrNi18-10, AISI 304 or V2A steel. Around one third of all stainless steels produced are of this type.
1.4301 is characterised by its good weldability with electrical processes. Even without heat treatment, the steel is corrosion resistant due to its low carbon content. The carbon content must be below a percentage of 0.08, although values below 0.05% are now common in practice. It can also be polished very well and is flexibly formable. It is approved for temperature stresses of up to 600 °C. Its high-quality appearance is particularly appreciated when polished.
X5CrNi18-10 is a relatively soft, nickel-containing, non-ferromagnetic austenitic steel. To keep the material rust-free and scale-resistant, 1.4301 contains a minimum of 13% chromium.
We now use 1.4301 stainless steel for the majority of our products. Compared to galvanised steel, this has the advantage of increased durability and sustainability. Our claim for a manufactured product is that it lasts a lifetime.
The material 1.4016 is part of the stainless steel group and is also known under the designation AISI 430 or X6Cr17.
This is referred to as ferritic steel and has a maximum chromium content of 18% (minimum 16%). Ferritic steel is highly magnetic, unlike austenitic steel grades. The special property of stainless ferritic chromium steel lies in its ferritic microstructure. This is what makes 1.4016 resistant to stress corrosion, which is usually the critical point in austenitic stainless steels. The drawback is the poor weldability of the material.
The material is characterised by its good bending, deep-drawing and polishing properties. Its insensitivity to stress corrosion cracking and its basic resistance to alkaline solutions, moisture or diluted organic acids, for example, should also be emphasised. It is not resistant to corrosion in salt water.
We now use 1.4016 stainless steel for the majority of our powder-coated products that do not require welding. Compared to galvanised steel, this has the advantage of increased durability and sustainability. Our claim for a manufactured product is that it will last a lifetime.
Powder coating is a tried and tested method of refining our surfaces. In this process, electrostatically charged powder coatings are applied to the respective workpieces using a spray gun. The parts then pass through a conveyor system to be baked in the oven. At temperatures of around 180° Celsius, the structures of the powder and the coated surface bond with each other. The heating process gives the powder a high-quality, smooth or evenly structured surface. We powder-coat metal parts such as steel, stainless steel, aluminium or other electrically conductive materials.
The advantages of powder coating include high corrosion protection and strong resilience. Coated parts are impact and scratch resistant, as well as resistant to chemicals and weathering.
Powder coating is a particularly environmentally friendly surface treatment technique, because no solvents or thinners are used in powder coatings. In addition, the powder coating process saves resources because the excess paint that is applied can be reclaimed.
We use both terms interchangeably, so the abrasive rating of our products always corresponds to 240 grit. This number indicates the roughness/grain size of the abrasive. The surface is matt.
Cuidado
Entre otros materiales, utilizamos acero inoxidable para nuestros productos. Cuando se utiliza y se cuida como es debido, este acero se caracteriza por su resistencia al agua, al vapor de agua, a la humedad, a los ácidos alimentarios y a los ácidos orgánicos e inorgánicos débiles. Después de instalar el buzón, debe realizarse una limpieza inicial para eliminar la suciedad causada por el almacenamiento, el transporte o los residuos de construcción o montaje. Las capas protectoras de papel, película o residuos de adhesivos sensibles a la presión deben eliminarse completamente después de la instalación, ya que pueden provocar corrosión. Posteriormente, el buzón debe tratarse aproximadamente cada 3 - 4 semanas. Para ello recomendamos nuestro spray de aceite para el cuidado del acero inoxidable. Nota: Los productos de limpieza no deben contener ácido clorhídrico, cloruros ni hidrocarburos. En ningún caso deben utilizarse lana de acero, cepillos de acero o similares para limpiar el acero inoxidable, ya que estos medios pueden dañar la superficie protectora y permitir la formación de óxido extraño por abrasión. La corrosión causada por la película de óxido no está cubierta por la garantía. Las superficies de acero inoxidable deben limpiarse siempre en el sentido del cepillado.
Las superficies de acero inoxidable deben limpiarse siempre en el sentido del cepillado.
No deben utilizarse productos de limpieza que disuelvan el óxido o mecánicos, ya que atacan el revestimiento anodizado. ¡Precaución! Proteger las piezas de aluminio de cemento, cal, yeso, etc..
Peligro de aplastamiento.
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Recomendamos una limpieza semanal y al menos cuatro veces al año un sellado con cera de coche para superficies pintadas! Para la limpieza, utilice sólo agua clara con unas gotas de detergente líquido y una esponja suave. Las superficies pintadas también se deben secar y sellar con cera para coches. Precaución: no utilice productos de limpieza que contengan vinagre.
Precaución!
Para limpiar la superficie del revestimiento en polvo, utilice agua y una pequeña cantidad de un detergente suave. Si es absolutamente necesario, se puede utilizar una pequeña cantidad de sustituto de trementina. A continuación, aclare con agua y un detergente suave!
Limpiar la superficie del revestimiento en polvo.
El vidrio acrílico (plexiglás) no debe entrar en contacto con disolventes orgánicos como diluyentes, alcoholes, combustibles, etc. Incluso los limpiacristales suelen contener alcoholes. Para limpiarlo, utilice sólo agua clara con unas gotas de detergente líquido y una esponja suave. El polvo nunca debe limpiarse en seco.
Cristal acrílico.
Para el mantenimiento de la cerradura de cilindro, utilice exclusivamente un spray especial para el cuidado de cerraduras. De este modo, podrá disfrutar de una cerradura de buzón que funcione durante mucho tiempo. Lo mejor es limpiar y mantener las bisagras de las puertas de los buzones dos veces al año.
Buzones empotrados en pared
Mounted in the wall (under the plaster) – the letterboxes are recessed into the masonry. About flush-mounted letterbox systems
Wall-mounted (surface-mounted on plaster). About the surface-mounted letterbox systems
The letterbox system is installed in the wall – mail is accessed The letterbox system is installed in the wall – mail is removed from the back of the system from the inside of the building/wall. About Wall pass-through letterbox systems
Buzones independientes
Free-standing with a frame for setting in concrete or for bolting down with base plates. About Pedestal letterbox with post
Free-standing as a pillar to be set in concrete or to be screwed on with base plates. About letterbox pillars and steles
Grabado de buzones
Laser engraving looks different depending on the surface. For example, the engraving on powder coatings usually turns grey and forms a nice contrast. When marking stainless steel, the marking turns dark grey. As a more elegant alternative, there is a process in which we expose the powder coating up to the polished stainless steel surface (this process is only used when there is sufficient contrast and an appropriate background).
The lettering is applied in such a way that it will last for years. Depending on the technique used, the lettering is scratch-proof, UV-resistant and withstands wear and tear from external influences. So you can be sure that your individually labelled letterbox will still look as good years from now as it did on the first day you received it.
We are limited to a height of 155mm x width of 155mm with our fibre lasers. This means that a larger motif must be divisible without a connection.
We need your logo, motif or drawing ideally in DXF format.
As long as the quality of the font is sufficient for the project, there are no technical restrictions.
Preguntas sobre el buzón para paquetes
A parcel letterbox offers many advantages, including: Security: parcels are protected against theft and the weather. Flexibility: you no longer have to be at home to accept a delivery. Convenience: no more detours to the post office or parcel station, as parcels are delivered directly to your home.
A parcel letterbox is particularly useful for people who frequently order online and regularly receive parcels. It is also an ideal solution for professionals who are rarely at home during the day.
A parcel letterbox works with a special flap or locking system that allows the delivery person to deposit parcels securely without the recipient having to be there. Many models also offer the option of storing several parcels at once.
If a parcel is too large, the delivery agent will leave a note and the parcel will be delivered to an alternative address or to a parcel station. However, most of our parcel letterboxes are designed to accommodate standard parcel sizes.
Yes, investing in a parcel letterbox will pay off in the long term. You will save time and hassle, as you no longer have to worry about parcel deliveries and your parcels will be stored securely.
Yes, we offer special models for apartment buildings that allow several parties to use a parcel letterbox. These are correspondingly larger and offer separate compartments for the different users.
The parcel letterbox should be installed in an easily accessible location that the delivery person can easily reach. A position near the front door or at the entrance to the property is ideal.
Yes, many parcel letterboxes also have a letterbox for normal letters and newspapers, so you can receive both letters and parcels securely. Parcel letterboxes can often also be used as letterboxes.
DoorBird
DoorBird connects to your home network via Wi-Fi or LAN and transmits the video images directly to your mobile device. As soon as someone rings the bell, you will receive a notification and can communicate with the person via the DoorBird app and see who is at the door.
Yes, DoorBird works via a special app that is available for both iOS and Android. With this app, you can control the doorbell, see visitors and talk to them. You can also use the app to adjust various settings for the system.
DoorBird is equipped with a HD wide-angle camera that delivers high-resolution images even in low-light conditions. Some models also feature infrared night vision to enable clear images even in the dark.
Yes, DoorBird is compatible with many smart home systems, including Amazon Alexa, Google Home and Apple HomeKit. What's more, the intercom can be integrated into home automation systems such as KNX or Loxone.
Yes, DoorBird can be used as a security camera thanks to its integrated motion detector function. As soon as someone enters the detection area, a notification is sent to your mobile device and a video is recorded.
Sí, con DoorBird puedes acceder a tu timbre en cualquier momento y lugar, siempre que tu smartphone o tablet tenga conexión a Internet. De este modo, también podrás hablar con las visitas o aceptar paquetes a distancia.
Sí, DoorBird te permite gestionar múltiples puertas o entradas. Puedes utilizar la app para controlar y supervisar diferentes dispositivos al mismo tiempo.
DoorBird utiliza tecnologías de encriptación seguras para proteger la privacidad de sus usuarios. La transmisión de datos está encriptada y no se almacena información sensible en los servidores.
La principal diferencia entre el DoorBird D1100E y el DoorBird D2100E radica en la gama de características y equipamiento que ofrecen, lo que también afecta a su uso en diferentes áreas de aplicación.
DoorBird D1100E
El D1100E es un videoportero compacto pero potente. Ofrece todas las funciones básicas que cabe esperar de un portero automático moderno. Estas incluyen una cámara HD gran angular, función de intercomunicador bidireccional y control a través de la app DoorBird. El D1100E es especialmente adecuado para viviendas unifamiliares o edificios más pequeños en los que no se requieren funciones avanzadas como funciones de seguridad adicionales o interfaces adicionales.
- Cámara HD con objetivo gran angular
- Detector de movimiento con notificación push
- Función de intercomunicación a través de la app DoorBird
- Compatible con los sistemas domésticos inteligentes más comunes (e.g. Alexa)
- Ideal para su uso en hogares más pequeños
DoorBird D2100E
El D2100E es una versión avanzada que ha sido diseñada específicamente para satisfacer mayores requisitos de funcionalidad y seguridad. Ofrece un rendimiento significativamente mayor y características adicionales en comparación con el D1100E. En particular, los edificios de apartamentos, complejos residenciales o propiedades comerciales se benefician de las opciones avanzadas de seguridad y de las numerosas opciones de integración en sistemas de domótica como KNX o Loxone. El D2100E también permite la gestión de múltiples entradas y puertas, lo que lo convierte en una solución más versátil.
- Cámara HD de alta resolución con objetivo gran angular
- Sensores de movimiento incorporados con opciones de detección más amplias
- Soporte para múltiples entradas y puertas
- Además, permite gestionar múltiples entradas y puertas./li>
- Compatibilidad avanzada con hogares inteligentes, incluidos KNX y Loxone
- Ideal para grandes complejos residenciales y edificios comerciales
Gira System 106
El Gira System 106 ofrece varios módulos, entre ellos: módulo de cámara (cámara HD con objetivo gran angular), módulo de voz (altavoz y micrófono), módulo de botones (con botones de timbre etiquetados individualmente), módulo de información (para números de casa o placas de identificación). Todos los módulos tienen el mismo diseño y pueden combinarse libremente.
Sí, el Gira System 106 puede integrarse en sistemas de domótica existentes. Es compatible con el Gira HomeServer y otras soluciones de hogar inteligente (póngase en contacto con su proveedor de hogar inteligente), lo que permite controlar la intercomunicación a través de dispositivos móviles como smartphones o tabletas.
Los módulos son modulares y pueden unirse fácilmente. En el caso de los conjuntos completos, el montaje lo realiza nuestro personal especializado en la fábrica. Para la instalación en el edificio, recomendamos consultar a un especialista para garantizar la correcta conexión de todos los componentes.
Sí, el Gira System 106 es modular, por lo que puede añadir módulos adicionales en cualquier momento, por ejemplo, una cámara o más botones de timbre. De este modo, el sistema está preparado para el futuro y es flexible.
El Gira System 106 puede controlarse a través de una estación de llamada interior instalada de forma fija o a través de la aplicación móvil Gira TKS. La aplicación permite acceder al timbre, hablar con los visitantes y abrir la puerta desde cualquier lugar.
Sí, el Gira System 106 puede configurarse para viviendas plurifamiliares. Se pueden integrar varios módulos de timbre para que cada vivienda disponga de un timbre propio. Los módulos de cámara e intercomunicación pueden utilizarse conjuntamente para todas las partes.
La transmisión de vídeo en el Gira System 106 es segura y fiable. La transmisión de datos está encriptada para proteger la privacidad de los usuarios y evitar accesos no autorizados.
Sí, el Gira System 106 puede manejarse con la aplicación Gira TKS en smartphones o tabletas. Puede recibir llamadas, hablar con los visitantes y abrir la puerta desde cualquier lugar.
Comelit Ultra y Switch
La principal diferencia entre los dos sistemas radica en la tecnología y el diseño. Comelit Ultra es el sistema más nuevo y modular, y ofrece la última tecnología en cámaras con resolución HD. Se puede ampliar de forma flexible e impresiona por su aspecto futurista y minimalista. Comelit Switch es el sistema algo más antiguo, que ofrece una entrada muy rentable en la tecnología de vídeo doméstico en la versión BUS (tecnología de 2 hilos). La serie Switch es conocida por su diseño atemporal, su altísima fiabilidad y su fácil manejo.
Sí, ambas series están disponibles en versiones IP y BUS (tecnología de 2 hilos). La variante IP ofrece una integración total en la red y calidad de vídeo HD, mientras que la versión BUS es especialmente adecuada para instalaciones que requieren un cableado sencillo y una instalación rápida. Sin embargo, la versión BUS de la serie Switch no ofrece transmisión HD.
La serie Comelit Ultra ofrece la última tecnología en cámaras HD tanto en versión IP como BUS. La serie Switch ofrece transmisión HD sólo en la versión IP, mientras que la versión BUS no admite calidad HD. Por tanto, Ultra es adecuada para usuarios que valoran la videovigilancia de alta resolución, incluso en instalaciones BUS.
La instalación varía en función de la versión seleccionada. La versión BUS de ambos sistemas utiliza tecnología de 2 hilos, lo que permite una instalación rápida y sencilla, especialmente en edificios existentes. La versión IP ofrece más flexibilidad y funciones, pero requiere cableado de red.
Sí, ambas series están disponibles en kits de audio y de vídeo. Los kits de audio sólo incluyen habla y escucha, mientras que los kits de vídeo incluyen una cámara integrada para la supervisión visual. La elección entre audio y vídeo depende de sus necesidades específicas de comunicación de puerta y seguridad.
Sí, Comelit ofrece tecnología de reconocimiento facial que reconoce e informa automáticamente a los visitantes que regresan. Esta función aumenta la seguridad y simplifica la identificación al reconocer a los visitantes frecuentes sin necesidad de verificación manual.
Sí, ambos sistemas son compatibles con los asistentes de voz habituales, como Amazon Alexa y Google Assistant. Estas funciones permiten controlar el videoportero mediante comandos de voz, por ejemplo para abrir la puerta o mostrar la imagen de la cámara en una pantalla compatible.
La app Comelit permite un control y supervisión exhaustivos de los sistemas Comelit Ultra y Switch. Entre las principales funciones de la app destacan:
- Transmisión de vídeo en directo: Vea en tiempo real quién está en su puerta, incluso cuando no esté en casa.
- Comunicación bidireccional: hable con sus visitantes a través de la app, esté donde esté.
- Apertura de puerta: Abra la puerta de forma remota cuando no se encuentre en el lugar.
- Detección de movimiento: Reciba notificaciones cuando la cámara detecte movimiento.
- Registros de eventos: Revise eventos pasados, como visitas perdidas o vídeos grabados.
- Compatibilidad con la app: La app Comelit está disponible para iOS y Android y ofrece una interfaz intuitiva para el control remoto del sistema.
- Soporte multidispositivo: Gestione múltiples entradas y puestos de interfonía desde diferentes ubicaciones.
- Integración con Smart Home: Controla el sistema junto con tus sistemas Smart Home y asistentes de voz.
Sistemas de buzones
Los sistemas de buzones de acero inoxidable ofrecen numerosas ventajas: son resistentes a la corrosión, fáciles de limpiar y extremadamente duraderos. Además, el acero inoxidable confiere a su zona de entrada un aspecto moderno y de alta calidad que se integra en cualquier entorno arquitectónico. Gracias a su superficie lisa, estos sistemas son fáciles de limpiar y conservan su aspecto elegante incluso después de muchos años.
El fabricante de buzones le ofrece una amplia selección de colores RAL. Gracias al recubrimiento en polvo, los sistemas de buzones pueden diseñarse en casi cualquier color que desee. Esto permite adaptar perfectamente el sistema a la fachada de su casa o edificio.
La instalación de nuestros sistemas de buzones es sencilla y puede realizarla un profesional o, en el caso de algunos modelos, usted mismo. Ofrecemos variantes de montaje en superficie, empotrado e independiente, cada una de las cuales se monta de forma diferente. Los modelos de montaje en superficie pueden fijarse fácilmente a la pared de la casa, mientras que los de montaje empotrado se integran a ras en la pared. Los sistemas independientes pueden colocarse en cualquier lugar de la casa.
Sí, ofrecemos sistemas de buzones especiales con compartimentos para paquetes que ofrecen espacio suficiente para la entrega de paquetes. Estos buzones son una solución práctica para edificios de apartamentos y locales comerciales en los que se entregan regularmente paquetes grandes. Se cierran de forma segura y permiten recibir los paquetes cómodamente, incluso cuando no se está en casa.
Nuestros sistemas de buzones suelen cumplir los requisitos de la norma DIN EN 13724, que regula el tamaño del correo y la seguridad de los buzones. Esto garantiza que todos los tamaños de carta estándar, incluidos los sobres C4 y las revistas, quepan fácilmente en los buzones y se almacenen de forma segura.
Además del buzón convencional, nuestros sistemas ofrecen muchas funciones adicionales. Entre ellas se incluyen módulos de timbre integrados, sistemas de intercomunicación, cámaras de vídeo, placas de identificación iluminadas y números de casa. Estas funciones aumentan la comodidad y la seguridad y convierten el sistema de buzón en una solución multifuncional para la zona de entrada.
El plazo de entrega depende del tamaño y la personalización del sistema de buzones. En general, la producción y la entrega tardan entre 4 y 6 semanas. Para los proyectos a medida, la duración puede variar. Nuestro equipo estará encantado de facilitarle el plazo exacto de su pedido.
Le ofrecemos un asesoramiento completo para que encuentre el sistema de buzones adecuado para su proyecto. Puede ponerse en contacto con nosotros por teléfono, correo electrónico o visitar nuestra sala de exposición en Bad Salzuflen. Nuestro equipo de expertos estará encantado de ayudarle a encontrar la mejor solución para sus necesidades.
Todo sobre el proceso de carga
The charging time essentially depends on the battery capacity (SOC) of the electric car and the charging power of the charging station.
Charging does not depend on direct current or alternating current charging, but only on the charging power in relation to the battery capacity of the electric car. If the charging power is less than or half the battery capacity, charging is assumed to be slow. Example: Battery capacity 44kWh and charging power up to max. 22kW (physically not quite correctly expressed here).
With slow charging, the time required for a full charge from 0% to 100% SOC can be approximated with the following formula:
Battery capacity in [kWh] / (charging power in [kW] * efficiency 0.9) = charging time in [h].
For simplification, a charger efficiency of 90% (= 0.9) is assumed. Depending on the vehicle model and charging power, the efficiency can be between 80% and 95%. Translated with www.DeepL.com/Translator (free version)
Charging does not depend on direct current or alternating current charging, but only on the charging power in relation to the battery capacity of the electric car. If the charging power is less than or half the battery capacity, charging is assumed to be slow. Example: Battery capacity 44kWh and charging power up to max. 22kW (physically not quite correctly expressed here).
With slow charging, the time required for a full charge from 0% to 100% SOC can be approximated with the following formula:
Battery capacity in [kWh] / (charging power in [kW] * efficiency 0.9) = charging time in [h].
For simplification, a charger efficiency of 90% (= 0.9) is assumed. Depending on the vehicle model and charging power, the efficiency can be between 80% and 95%. Translated with www.DeepL.com/Translator (free version)
The charging process can be stopped at any time.
The choice of charging station depends on both the charging capacity of the vehicle and the available power connection. The available charging capacity of your house connection can be obtained from the energy supplier or electrician. The maximum AC charging capacity can be found in the operating instructions of your vehicle.
In principle, an electric car can be charged at a household socket. However, these supply lines are generally not designed for a high continuous load. Charging at a household socket with an appropriate adapter should therefore only be done in an emergency!
After the charging cable has been plugged into the car and the charging station, the charging process starts on the BC1 without authorisation, here access is via the access door. For the BC1X & BC2, authorisation is via the key switch.
The charging process is terminated by the vehicle in the case of the BC1. The BC1X & BC2 terminate the charging process by the vehicle or the key switch.
The charging cable is locked on both sides during the charging process and afterwards and is only released after the vehicle or the key switch has ended the charging process.
Yes, in the event of a power failure, the charging station lock releases the plug. The cable on the vehicle remains locked.
All vehicles can be charged that have the IEC 62196 Type 2 charging socket commonly used in Europe.
A MODBUS/TCP IP interface is available in the BC1X and BC2. This can be used for connection to your Smart Home.
Información general sobre movilidad eléctrica
In many federal states and municipalities there are individual funding programmes. Find out about current Förderprogramme.
The BC1X and BC2 are eligible in many countries. Feel free to ask us about it.
A charging station must not be installed by a do-it-yourselfer. A specialist company with the appropriate expertise must be commissioned to install the charging station. As a high-voltage connection is required, the installation and connection of the charging station may only be carried out by a specialist company that is registered in the installer directory of a grid operator (see §13 Low Voltage Connection Ordinance).
The required power connection initially depends on the desired charging capacity of the charging station. For charging capacities of 11 to 22 kW, a three-phase connection with 400 volts is required. The conductor cross-section for the supply line must be at least 6 mm². For detailed instructions on the installation and programming of the BMLsystems BASIC Charge charging controls, please refer to the enclosed "Installation and Configuration Instructions BMLsystems BASIC Charge".
Charging stations up to and including 11 kW are subject to registration, i.e. you inform the local grid operator that a charging station has been installed at your location. Charging stations above 11 kW are subject to approval, i.e. the charging station must be applied for from the electricity grid operator before installation. After receiving feedback from the grid operator and, if necessary, extension of the house connection, the charging station can be installed. Ask your specialist company about this.
