Shielding glassfibre fabric >>G-ES Special
for large-scale shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges non-slip, dimensionally stable glass fibre fabric with fine stainless steel filaments woven in reinforcement qualities G-ES-Special is a glass fibre fabric interwoven with metal. It is excellently suited for shielding from high-frequency electromagnetic waves in construction and also shields from low-frequency electric alternating fields. Processing glass fibre fabric G-ES is an identical procedure to that of conventional reinforcement fabric. Particularly suited for loose installation in visible areas or beneath thin plaster or filling layers. Developed for interior areas. Can also be used in outdoor areas.
Shielding fabric >>Adamantan 003
for large-scale shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges finely woven, corrosion-proof wire mesh made of special steel breathable, tear-resistant, and flexible fabric for use in dry construction Adamantan 003 is a very finely woven, corrosion-proof special steel mesh for shielding from high-frequency electromagnetic waves and low-frequency electric alternating fields. Adamantan 003 is used for roofs, walls, and ceilings, primarily in dry construction. Special uses, e. g. as a fly screen or possible partitions. Due to the high shielding attenuation (~50 dB), the fabric also meets the highest demands. Through the fine and flexible structure of the fabric, even complicated wall areas such as wall penetrations, corners, window reveals, and similar areas can be effectively covered and perfectly integrated into the shielding area. Through the very fine, nearly textile feel and the possibility of sewing the material, it is also conceivable to create a bed canopy from Adamantan 003.
Shielding fabric >>Adamantan10
for large-scale shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges finely woven, corrosion-proof wire mesh made of special steel breathable, tear-resistant, very durable and flexible Adamantan 10 is a finely woven, corrosion-proof special steel mesh for shielding from high-frequency electromagnetic waves and low-frequency electric alternating fields. The fabric's surface activation occurs especially for the use as a shielding fabric (deoiled and degreased). This increases the contactability and leads to low transition resistance. For comparable, mostly cheaper stainless steel mesh, the oil and grease layer forms an insulating film, making the incorporation of the fabric into the function equipotential bonding more difficult. One of our bestselling fabrics, Adamantan 10 comes into use in roof and outer wall areas, in wood stand building construction as well as full heating insulation. The fabric can be used beneath plaster and in dry construction. Due to the missing tensile strength and tear-resistance, an additional reinforcement fabric should be used for the application beneath plaster outdoors.
Shielding non-woven >>Saphir Extra
for large-scale shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges Non-woven for use in dry construction full-surface copper-plated high shielding efficiency > 70 dB open to vapour diffusion, balanced tensile strength Saphir Extra is a highly shielding, particularly light, corrosion-resistant, breathable and tear-resistant copper fleece for shielding high-frequency electromagnetic waves and low-frequency alternating electric fields. Saphir Extra is used in roofs, walls, ceilings floors lining under. Special applications, e.g. as underlayment wallpaper, for processing in simple cell phone cases or for RFID shielding are also possible. Due to the high shielding effectiveness (~ 70 dB), the non-woven meets the highest requirements.
Protect card web >>Rubens light RL 95
for large-area shielding of low-frequency alternating electric fields and dissipation of static charges fibre fleece, open to vapour diffusion easy to contact, for loose and fixed installation Rubens Light is an electrically conductive fibre fleece based on graphite, vapour diffusible, flexible and conditionally tear-resistant The Rubens-Light shielding fleece is easy to install and is preferably used in living and working spaces. It can be laid loosely or glued under carpets, behind or between gypsum plasterboards, wooden boarding, or can also be used as a solid under-wallpaper with wallpaper paste for heavy wallpapers. For the shielding of low-frequency alternating electric fields to function, it is absolutely necessary to „earth" the shielding surface in the equipotential bonding. Various earthing accessories are available for this purpose.
High frequency shielding paint >>HiFreq-Standard-Liquid - 5 litres
for large-area shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges best price-performance ratio with the optimised high-frequency shielding paint HiFreq-Standard-Liquid with coarser pigmentation, slightly less tensile adhesion and, compared to the Biologa Danell shielding paint HiFreq- Premium-Liquid, a shielding effect in the midfield very good spreadability due to thinner quality very low-emission shielding paint for indoor use metal-free, physically extremely stable, durable and non-oxidising, frost-resistant high water resistance, eleastically soft Highly electrically conductive wall coating based on synthetic resin. The paint is vapour diffusible and contains no solvents, plasticisers, low-volatile organic compounds, formaldehyde or ammonia. HiFreq Standard Liquid adheres well to most non-greasy and load-bearing surfaces indoors and can be easily painted or wallpapered over. Painting over existing wallpaper is advisable if the shielding surface is to be removed without leaving any residue in the foreseeable future. The shielding paint HiFreq Standard Liquid can be overpainted very well with e.g. plastic-bonded emulsion paints, but also with various other topcoats. Simply carry out a test with your chosen top coat.
High frequency shielding paint >>HiFreq-Standard-Powder 3 litre
for large-area shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges very good price-performance ratio with slightly less shielding effectiveness and adhesive strength compared to our HiFreq Premium Fluid Shielding Paint powder form for easy stirring with water very long storage life of approx. 5 years very low-emission shielding paint for indoor use metal-free, physically extremely stable, durable and non-oxidising, frost-resistant high water resistance, eleastically soft Highly electrically conductive wall coating based on synthetic resin. The paint is vapour diffusible and contains no solvents, plasticisers, low-volatile organic compounds, formaldehyde or ammonia. HiFreq Standard Powder adheres well to most non-greasy and load-bearing surfaces indoors and can be easily painted or wallpapered over. Painting over existing wallpaper is advisable if the shielding surface is to be removed without leaving any residue in the foreseeable future. Possible top coats: plastic-bonded dispersion paints Dispersion silicate paints (KEIM - Ecosil, Biosil, Optil) clay paints: Volvox clay paint lime paints: Haga lime paint Top coats only with prior test: mineral coatings
High frequency Shielding Paint >>HiFreq-Premium-Liquid / 1 liter
for large-area shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges best shielding effectiveness with the improved high frequency shielding paint HiFreq-Premium-Liquid. very good tensile adhesion in comparison to the Biologa Danell shielding paint HiFreq-Standard-Powder + -Liquid, can therefore also be used under tiles, for example very low-emission shielding paint for indoor and outdoor use metal-free, physically extremely stable, durable and non-oxidising, frost-resistant high water resistance, eleastically soft highly electrically conductive wall coating based on synthetic resin. The paint is vapour diffusible and contains no solvents, plasticisers, low-volatile organic compounds, formaldehyde or ammonia. HiFreq Premium Liquid adheres well to most non-greasy and load-bearing surfaces indoors and outdoors and can be easily painted or wallpapered over. Can be used under organic plasters after priming. Painting over existing wallpaper is advisable if the shielding surface is to be removed without leaving any residue in the foreseeable future. Possible top coats: plastic-bonded dispersion paints Dispersion silicate paints (KEIM - Ecosil, Biosil, Optil) clay paints: Volvox clay paint lime paints: Haga lime paint Top coats only with prior test: mineral coatings (plasters) such as clay, lime or pure silicate
High frequency Shielding Paint >>HiFreq-Premium-Liquid / 5 liter
for large-area shielding of high-frequency electromagnetic waves, low-frequency alternating electric fields and dissipation of static charges best shielding effectiveness with the improved high frequency shielding paint HiFreq-Premium-Liquid. very good tensile adhesion in comparison to the Biologa Danell shielding paint HiFreq-Standard-Powder + -Liquid, can therefore also be used under tiles, for example very low-emission shielding paint for indoor and outdoor use metal-free, physically extremely stable, durable and non-oxidising, frost-resistant high water resistance, eleastically soft highly electrically conductive wall coating based on synthetic resin. The paint is vapour diffusible and contains no solvents, plasticisers, low-volatile organic compounds, formaldehyde or ammonia. HiFreq Premium Liquid adheres well to most non-greasy and load-bearing surfaces indoors and outdoors and can be easily painted or wallpapered over. Can be used under organic plasters after priming. Painting over existing wallpaper is advisable if the shielding surface is to be removed without leaving any residue in the foreseeable future. Possible top coats: plastic-bonded dispersion paints Dispersion silicate paints (KEIM - Ecosil, Biosil, Optil) clay paints: Volvox clay paint lime paints: Haga lime paint Top coats only with prior test: mineral coatings (plasters) such as clay, lime or pure silicate
>>HiFreq Quirl
Colour quirl for drilling machines with toothed rim drill chuck, single- and double-barrel drill chucks (quick-action chuck) the hexagonal shank prevents the paint mixer from spinning in the drill chuck and the mixer from slipping through Due to the ergonomic design of the mixer, shielding paints can be stirred reliably in the shortest possible time in the supplied container to form a homogeneous paint ready for painting Fits all HiFreq containers, also the canister of HiFreq-standard-liquid 5 litres
Cover/grounding strap 3,0 cm accessory >>AEB 3,0
for grounding at the equipotential bonding of construction fabrics, shielding fleeces, and shielding paint conductive adhesive surfaces with adhesive cover for secure shielding of electric alternating fields Electrically conductive ground strap for connection to equipotential bonding. The band is used for "grounding" several sheets of shielding fleece (Rubens Light), shielding fabrics (Adamantan 003), or of surfaces with painted shielding colors (NF45, HF65). Both the fleece layer as well as the adhesive layer of the self-adhesive ground strap are constructed so as to be electrically conductive. The band can thus be attached on as well as beneath shielding paint, for example. Biologa recommends initially gluing the band in the socket area and then coating it with shielding paint. This provides an optimal hold of the band on the wall. IMPORTANT! Fixing the ground strap AEB 3.0 does not need to be carried out by a qualified electrician. You can do this yourself beforehand. All electric work (connection of the grounding plate to the equipotential bonding, work with electric devices and systems) must be carried out and inspected by a qualified electrician or under their guidance and supervision! Only use the ground strap in dry interior rooms at a normal temperature. No open outdoor use!
Grounding plate >>EGP
for incorporating existing shield areas into equipotential bonding corrosion-resistant stainless steel components The grounding plate EGP is a small component made of stainless steel to incorporate existing shielding areas into the (functional) equipotential bonding ("grounding"). The small version of the grounding plate can, for example, enable the discrete integration of surfaces painted with shielding paint beneath the skirting board in the equipotential bonding. Grounding components are thereby no longer visible in this area. IMPORTANT! The necessary installation must be carried out by a qualified electrician. A fault-current circuit breaker (FI or RCD ≤ 30mA) must be present in the electric circuit. Your electrician will install this standard device for you, if not already present. All electric work (work on electric devices and systems) must be carried out and examined by a qualified electrician or under their guidance and supervision!
Grounding strip steel with holes >>EEB
for incorporating existing shield areas into equipotential bonding corrosion-proof stainless steel components The stainless steel ground strap is a component made of stainless steel to incorporate existing shielding areas with construction fabrics, such as Adamantan 10 or G-ES special, into the equipotential bonding "grounding". IMPORTANT! The necessary installation must be carried out by a qualified electrician. A fault-current circuit breaker (FI or RCD ≤ 30mA) must be present in the electric circuit. Your electrician will install this standard device for you, if not already present. All electric work (work on electric devices and systems) must be carried out and examined by a qualified electrician or under their guidance and supervision!
Tube crimping plug 2,5mm² >>RKS2.5
for connection to stainless steel earthing tape EEB corrosion-resistant stainless steel component for stranded and fine-stranded round conductors, e.g. according to DIN EN 60228 Kl. 2 and 5 for round-pressed stranded sector conductors ideal for aggressive environmental conditions, acid and rust resistant The tubular cable lug RKS is a small component made of stainless steel for connection on the stainless steel earthing strap EEB. Both components are made of stainless steel and thus prevent galvanic corrosion. IMPORTANT! The necessary installation must be carried out by a qualified electrician. A residual current circuit breaker (FI or RCD ≤ 30 mA) must be present in the circuit. Your electrician will install this standard device for you if it is not available. All electrical work (work on electrical equipment and installations) must be carried out and inspected by a qualified electrician or under their direction and supervision! You can also find more information on this at: www.funktionspotentialausgleich.de
Tube crimping plug 4-6mm² >>RKS6
for connection to stainless steel earthing tape EEB corrosion-resistant stainless steel component for stranded and fine-stranded round conductors, e.g. according to DIN EN 60228 Kl. 2 and 5 for round-pressed stranded sector conductors ideal for aggressive environmental conditions, acid and rust resistant The tubular cable lug RKS is a small component made of stainless steel for connection on the stainless steel earthing strap EEB. Both components are made of stainless steel and thus prevent galvanic corrosion. IMPORTANT! The necessary installation must be carried out by a qualified electrician. A residual current circuit breaker (FI or RCD ≤ 30 mA) must be present in the circuit. Your electrician will install this standard device for you if it is not available. All electrical work (work on electrical equipment and installations) must be carried out and inspected by a qualified electrician or under their direction and supervision! You can also find more information on this at: www.funktionspotentialausgleich.de
Tube crimping plug 16mm² >>RKS16
for connection to stainless steel earthing tape EEB corrosion-resistant stainless steel component for stranded and fine-stranded round conductors, e.g. according to DIN EN 60228 Kl. 2 and 5 for round-pressed stranded sector conductors ideal for aggressive environmental conditions, acid and rust resistant The tubular cable lug RKS is a small component made of stainless steel for connection on the stainless steel earthing strap EEB. Both components are made of stainless steel and thus prevent galvanic corrosion. IMPORTANT! The necessary installation must be carried out by a qualified electrician. A residual current circuit breaker (FI or RCD ≤ 30 mA) must be present in the circuit. Your electrician will install this standard device for you if it is not available. All electrical work (work on electrical equipment and installations) must be carried out and inspected by a qualified electrician or under their direction and supervision! You can also find more information on this at: www.funktionspotentialausgleich.de
Demand - Switch >> NA 16-1P-Standard
demand switch for automatic monitoring in narrow version, usually for one circuit/room touch sensor for easy operation unstabilised DC test voltage for more accurate detection of the loads - 200 volts DC short-circuit-proof and overvoltage-proofaccording to IEC incl. temperature monitoring very robust device with 2 years warranty incl. mini indicator lamp KO-L-NA for function monitoring directly in the switched circuit/room teach-in function for existing small loads Since the invention of the „field disconnector" by Biologa in 1976, Biologa Danell „mains disconnectors" have stood for a long tradition, know-how and high quality. Therefore, we are pleased to present you the new Biologa Danell „Demand switch" generation. The NA 16-1P (standard) demand switch finds its place in almost every distribution board due to its slim design of 17mm. The unit switches LED lamps, bedside lamps, dimmers, refrigerators with bimetal switches, water and hospital beds with digital control and their own power supply (battery or other self-supply) as well as all other ohmic loads such as high-voltage halogen lamps (G9), incandescent lamps, etc. The operating and display elements (touch sensor, multi-colour display - „RGB LED"), make the new Biologa Danell mains decoupler generation very easy to operate and are particularly user-friendly. The convenient function test by means of the supplied mini indicator lamp directly in the switched room ensures all-round safe decoupling. Preferably for one circuit/room. Simultaneous decoupling of several circuits is also possible under consideration of the max. rated power.
Line filter >>NA-FF47
for improving the switching capacity and EMC properties of NA series mains decouplers prevents high voltage peaks and dirty power Improvement of the power quality in the disconnected circuit, long terminal lugs for convenient installation self-healing and durable The NA-FF47 line filter is a self-healing safety capacitor with conveniently long terminal lugs. The filter is connected in parallel to the power supply of a mains decoupler of the NA series (see drawing and diagram). Voltage peaks and harmonics (dirty power) are further attenuated (Hz-kHz range). The NA-FF47 further improves the EMC properties and ensures even better switching behavior of the NA series demand switches.
Base load element >>GLW Plus
basic load element for convenient activation of critical loads (NA series < 2.0 W) simple mounting directly on the consumer or in the switch very small version, incl. convenient connection lugs The base load element GLW Plus is a small element for generating the necessary base load when critical loads are used. The installation is carried out parallel to the consumer. NEFA series: e.g. compact fluorescent lamps, electronic ballasts (e. g. low-voltage halogen lighting). NA-series: e.g. LED lamp - consumer < 2.0 Watt. If the lighting is connected in parallel, only one basic load element is required. The basic load element must be able to be switched off in order to prevent the mains decoupler from „cycling". The basic load element GLW Plus functions like an auxiliary consumer.
Control lamp >>KO-L-NA
indicator light for monitoring the demand switch function simple installation by plugging into conventional earthed sockets in the monitored circuit flat design The indicator light KO-L-NA is an indicator light for monitoring the function in a monitored circuit by the mains decoupler series NA. It can be installed by simply plugging it into any socket. The KO-L-NA indicator light shows the respective switching status of the mains decoupler by lighting up orange/red when the mains voltage 230 VAC (alternating current) is switched on during the operation of consumers. The indicator light goes out when the 200 VDC (test DC voltage) is applied to the circuit, the mains decoupler is disconnected and all consumers are switched off.
In Wall branch - Switcher Box >>UPSD60
flush-mounted boxes for shielding low-frequency alternating electric fields special metal vacuum coating standardised unit screw spacing mounting with screw or spreader fastening potential connection cable 1.5 mm² (CU, solid, rigid) The shielded flush-mounted device boxes are specially metal vacuum-coated flush-mounted boxes for reducing low-frequency alternating electric fields. The metal coating is on the outside of the box and is provided with a riveted 1.5 mm² potential equalisation wire. This is connected to conventional plug-in terminals (Wago, Weidmüller) and the shielding wire of the cable or the PE (yellow/green) of an unshielded cable. The shielded flush-mounted boxes are preferably used for retrofitting existing conventional flush-mounted boxes or in new buildings. Particularly useful in renovations in sensitive areas such as bedrooms, children's rooms, computer server rooms or hospitals. In places where people spend a long time. Also frequently used to supplement a high-frequency shielding measure in order to avoid potential gaps in the shielding surface in the area of sockets and switches. Wiring in shielded boxes must always be carried out according to VDE guidelines (functional equipotential bonding). For more information, see our technical data sheet and www.funktionspotentialausgleich.de.
In Wall branch - Switcher Box >>UPASD60
flush-mounted boxes for shielding low-frequency alternating electric fields special metal vacuum coating standardised unit screw spacing mounting with screw or spreader fastening potential connection cable 1.5 mm² (CU, solid, rigid) The shielded flush-mounted device boxes are specially metal vacuum-coated flush-mounted boxes for reducing low-frequency alternating electric fields. The metal coating is on the outside of the box and is provided with a riveted 1.5 mm² potential equalisation wire. This is connected to conventional plug-in terminals (Wago, Weidmüller) and the shielding wire of the cable or the PE (yellow/green) of an unshielded cable. The shielded flush-mounted boxes are preferably used for retrofitting existing conventional flush-mounted boxes or in new buildings. Particularly useful in renovations in sensitive areas such as bedrooms, children's rooms, computer server rooms or hospitals. In places where people spend a long time. Also frequently used to supplement a high-frequency shielding measure in order to avoid potential gaps in the shielding surface in the area of sockets and switches. Wiring in shielded boxes must always be carried out according to VDE guidelines (functional equipotential bonding). For more information, see our technical data sheet and www.funktionspotentialausgleich.de.
Cavity wall Switcher Box >>HWSD65
cavity wall boxes for shielding low-frequency alternating electric fields special metal vacuum coating standardised unit screw spacing mounting with screw or spreader fastening potential connection wire 1.5 mm² (CU, solid, rigid) The shielded cavity wall boxes are special metal vacuum-coated cavity wall boxes for the reduction of low-frequency alternating electric fields. The metal coating is on the outside of the box and is provided with a riveted 1.5 mm² potential equalisation wire. This is connected with box terminals up to the functional equipotential bonding bar. The shielded cavity wall boxes are preferably used in new buildings and for retrofitting existing conventional cavity wall boxes. Due to the low-frequency field propagation in wooden or wooden post-and-beam buildings, it is extremely important to equip the entire house with shielded boxes and shielded installation cables. In retrospect, shielding of these fields is hardly, if at all, possible. This is particularly useful for renovations in sensitive areas such as bedrooms, children's rooms, computer server rooms or hospitals and in combination with shielded cables. The shielded cavity wall boxes are also frequently used to supplement a high-frequency shielding measure in order to avoid potential gaps in the shielding surface in the area of the sockets and switches. In order to maintain the function of airtight walls, standardised windproofing inserts available on the conventional market can be used. Wiring in shielded boxes must always be carried out according to VDE guidelines (functional equipotential bonding). Further information on this can be found in our technical data sheet and at www.funktionspotentialausgleich.de.
Cavity wall Switcher Box >>HWASD65
cavity wall boxes for shielding low-frequency alternating electric fields special metal vacuum coating standardised unit screw spacing mounting with screw or spreader fastening potential connection wire 1.5 mm² (CU, solid, rigid) The shielded cavity wall boxes are special metal vacuum-coated cavity wall boxes for the reduction of low-frequency alternating electric fields. The metal coating is on the outside of the box and is provided with a riveted 1.5 mm² potential equalisation wire. This is connected with box terminals up to the functional equipotential bonding bar. The shielded cavity wall boxes are preferably used in new buildings and for retrofitting existing conventional cavity wall boxes. Due to the low-frequency field propagation in wooden or wooden post-and-beam buildings, it is extremely important to equip the entire house with shielded boxes and shielded installation cables. In retrospect, shielding of these fields is hardly, if at all, possible. This is particularly useful for renovations in sensitive areas such as bedrooms, children's rooms, computer server rooms or hospitals and in combination with shielded cables. The shielded cavity wall boxes are also frequently used to supplement a high-frequency shielding measure in order to avoid potential gaps in the shielding surface in the area of the sockets and switches. In order to maintain the function of airtight walls, standardised windproofing inserts available on the conventional market can be used. Wiring in shielded boxes must always be carried out according to VDE guidelines (functional equipotential bonding). Further information on this can be found in our technical data sheet and at www.funktionspotentialausgleich.de.
Cavity wall Switcher Box >>HWAK65
cavity wall and flush-mounted junction box for shielding low-frequency alternating electric fields incl. cover special metal vacuum coating potential connection cable 1.5 mm² (Cu, solid, rigid) The shielded junction box HWAK65 is a specially metal-vacuum-coated junction box for reducing low-frequency alternating electric fields. The metal coating is on the outside of the box and is provided with a riveted 1.5 mm² potential equalisation wire. This is usually connected with box terminals up to the functional equipotential bonding bar. Wiring in shielded boxes must always be carried out according to VDE guidelines (functional equipotential bonding). Further information on this can be found in our technical data sheet and at www.funktionspotentialausgleich.de.
Connecting piece hollow wall sockets 50 Pcs.>>HW-VS
connecting pieces for cavity wall boxes HWSD and HWASD halogen-free 1 PU = 50 pcs.
41-4303--Cladding circuit cable (N)HXMH-(St)-J 3x1,5mm² - 25 Metre role
Installation cables for effective limitation of alternating electric fields no corrosive/narcotic gases are produced in the event of fire. Smoke development remains low does not contain plasticisers The temperature range (not moved) is - 40 ºC to max. + 70 ºC, during installation + 5 ºC to max. + 70 ºC. Outdoor installation is only possible if the cable is not exposed to direct sunlight. Use in hazardous areas is not permitted. The product conforms to the 73/23/EEC Directive (Low Voltage Directive). The screening is checked according to TCO'99, Volume I (MPR II) and DIN EN 50279 (measuring distance 30 cm, measurement against earth, free cable run over several metres, no connection areas, field-free laboratory conditions). The alternating electric field is measured in volts per metre, or V/m for short.
41-4303--Cladding circuit cable (N)HXMH-(St)-J 3x1,5mm² 100 meters role
Installation cables for effective limitation of alternating electric fields no corrosive/narcotic gases are produced in the event of fire. Smoke development remains low does not contain plasticisers The temperature range (not moved) is - 40 ºC to max. + 70 ºC, during installation + 5 ºC to max. + 70 ºC. Outdoor installation is only possible if the cable is not exposed to direct sunlight. Use in hazardous areas is not permitted. The product conforms to the 73/23/EEC Directive (Low Voltage Directive). The screening is checked according to TCO'99, Volume I (MPR II) and DIN EN 50279 (measuring distance 30 cm, measurement against earth, free cable run over several metres, no connection areas, field-free laboratory conditions). The alternating electric field is measured in volts per metre, or V/m for short.
41-4325--Cladding circuit cable (N)HXMH(St)-J 5x1,5mm² - 25 Metre role
Installation cables for effective limitation of alternating electric fields no corrosive/narcotic gases are produced in the event of fire. Smoke development remains low does not contain plasticisers The temperature range (not moved) is - 40 ºC to max. + 70 ºC, during installation + 5 ºC to max. + 70 ºC. Outdoor installation is only possible if the cable is not exposed to direct sunlight. Use in hazardous areas is not permitted. The product conforms to the 73/23/EEC Directive (Low Voltage Directive). The screening is checked according to TCO'99, Volume I (MPR II) and DIN EN 50279 (measuring distance 30 cm, measurement against earth, free cable run over several metres, no connection areas, field-free laboratory conditions). The alternating electric field is measured in volts per metre, or V/m for short.
41-4347--Cladding circuit cable (N)HXMH-(St)-J 3x2,5mm² 100 meters role
Installation cables for effective limitation of alternating electric fields no corrosive/narcotic gases are produced in the event of fire. Smoke development remains low does not contain plasticisers The temperature range (not moved) is - 40 ºC to max. + 70 ºC, during installation + 5 ºC to max. + 70 ºC. Outdoor installation is only possible if the cable is not exposed to direct sunlight. Use in hazardous areas is not permitted. The product conforms to the 73/23/EEC Directive (Low Voltage Directive). The screening is checked according to TCO'99, Volume I (MPR II) and DIN EN 50279 (measuring distance 30 cm, measurement against earth, free cable run over several metres, no connection areas, field-free laboratory conditions). The alternating electric field is measured in volts per metre, or V/m for short.
CONSTRUCTION & RENOVATION
Anwendung:
Ob Neubau oder Renovierung: Eine durchdachte Abschirmung beginnt mit den richtigen Materialien. Mithilfe von Abschirmfarben und -geweben kann hochfrequente Strahlung in Wänden, Decken, Dächern und Fassaden großflächig reduziert werden. Ergänzend sorgen geschirmte Installationskabel und Gerätedosen dafür, dass auch elektrische Wechselfelder innerhalb der Hausinstallation deutlich reduziert werden. So entsteht ein ganzheitliches Konzept für ein ruhigeres und feldreduziertes Wohnumfeld.
Vorteile:
Alle Produktgruppen greifen ineinander und bilden gemeinsam eine effektive Lösung für moderne, baubiologisch orientierte Gebäude. Die Abschirmmaterialien werden unsichtbar in die Bausubstanz integriert, während die geschirmten Installationskomponenten eine durchgängige Reduktion von Elektrosmog bis zur letzten Steckdose gewährleisten.
Das Ergebnis sind mehr Wohnkomfort, eine nachhaltige Bauweise und ein spürbar verbessertes Raumklima, ohne dass bei Funktionalität und Design Kompromisse eingegangen werden müssen.