The newPROTECT® solid timber one-gang junction box has been specially developed to meet the requirements of installation in solid timber elements. Thanks to its rib fixing and innovative wire entries, it ensures optimal and standardised installation without the need for time-consuming additional milling in a solid timber element of visible-timber quality. The arrangement and design of the wire entries ensure flexible cable routing, thereby compensating for installation tolerances that arise when performing cable routing through the solid timber element.
Installation solutions for solid timber and modular construction
Innovative, safe and certified.
- Stacked timber consists of boards arranged side by side, whilst cross-laminated timber (CLT) consists of layers glued together crosswise for greater stability
- Each module is precisely designed and manufactured in controlled environments, often including electrical installations and interior fit-out
- Construction time reduced by up to two-thirds
- Mass production reduces tolerances and costs Modules can be flexibly extended and reconfigured
- Wood stores CO₂ and reduces the ecological footprint
Products for fire protection walls
Products for solid walls
Products for external walls / façades
Fire protection / cable routing
Product overview: Solid timber construction
- For F30-B to F120-B solid wood elements
- Mounting with rib fixing
- Cable entry enables tolerance compensation of the cable route
- Also for directly opposing installation
- Preserves the sound insulation properties of the solid wood elements
- Rib fastening for installation in cross-laminated timber or laminated timber walls or in solid wood panels
- Innovative cable entries positioned on the side of the box circumference
- 4 screw domes
- Toolless opening of the cable entries using an opening tab
- Fully insulated through-wiring for combinations using support connectors
- including setting tool (Art. No. 1090-12) per packaging unit
- for retrofitting in ETICS with wood fibre and rock wool insulation boards
- for insulation thicknesses of 60 mm and upwards
- 4 swivelling cutters for secure mechanical fastening
- 4 screw domes
- Sealing lip on all sides
- including centering aid
- including setting tool (Art. No.1090-22) per packaging unit
- For shipbuilding walls and ceilings in the category B15 separation planes and for use in solid wood walls
- For pre-assembled cables
- For fire protection sealing of cable entries
- Without the use of fire protection putty
- Self-supporting sealing through insulation-forming material
- For shipbuilding walls and ceilings in the category B15 separation planes and for use in solid wood walls
- For pre-assembled cables
- For fire protection sealing of cable entries
- Without the use of fire protection putty
- Self-supporting sealing through insulation-forming material
- for EI30-EI90 fire-protection walls
- For timber stud walls F30-F90 or EI30-EI90
- for wall entry, wall outlet and penetration
- without use of fire-protection foam or putty
- made of intumescent material
- automatic room separation of the installation opening
- unlimited building material shelf life
- for EI30-EI90 fire-protection walls
- For timber stud walls F30-F90 or EI30-EI90
- for wall entries and feed-throughs
- without use of fire-protection foam or putty
- made of intumescent material
- automatic room separation of the installation opening
- unlimited building material shelf life
Product overview: Solid timber construction and timber-frame construction
- Air-tight design with sealing membranes
- Fully insulated, air-tight through-wiring for combinations using support connectors
- Toolless cable or conduit entries
- Integrated cable retention of NYM cables, self-locking of conduits
- for accessories and electronic components
- Air-tight design with sealing membranes
- Elastic tunnel
- Combinable with ECON® one-gang junction boxes
- for network, coaxial, NYM and communication lines as well as fibre optic cables
- 4 screw domes
- Air-tight design with sealing membranes
- Toolless cable or conduit entries
- integrated NYM cable retention, self-locking of the communication cables and conduits
- Can be combined with all O-range® programme applications
- Air-tight design with sealing membranes
- for 2 electrical circuits use separator wall 9073-20
- receptacle for TS 35 standard rail
- with stable holding ring
- Cutting the installation opening with bi-metal cutter 1082-20 or VARIOCUT 1089-00
- including cover and screws
- Clamping ribs fastening in building materials from 10 mm thickness, e.g. wall constructions with OSB boards, gypsum fibre boards and exposed masonry
- 4 screw domes
- Air-tight design with sealing membranes
- Toolless cable or conduit entries
- Fully insulated, air-tight through-wiring for combinations using support connectors
- Integrated cable retention of the NYM cable, self-locking of the conduit
- including setting tool (Art. No. 1090-12) per packaging unit
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- Air-tight design with sealing membranes
- for 2 electrical circuits use separator wall 9073-20
- receptacle for TS 35 standard rail
- with stable holding ring
- Cutting the installation opening with bi-metal cutter 1082-20 or VARIOCUT 1089-00
- including cover and screws
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- Clamping ribs fastening in building materials from 10 mm thickness, e.g. wall constructions with OSB boards, gypsum fibre boards and exposed masonry
- 4 screw domes
- Air-tight design with sealing membranes
- Toolless cable or conduit entries
- Fully insulated, air-tight through-wiring for combinations using support connectors
- Integrated cable retention of the NYM cable, self-locking of the conduit
- including setting tool (Art. No. 1090-12) per packaging unit
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- Air-tight design with sealing membranes
- Toolless cable and conduit entires
- Integrated cable retention of the NYM cable, self-locking of the conduit
- Standardised separation of individual installation openings using a bridge
- Can be combined with all O-range® programme applications
- for accessories and electronic components
- Air-tight design with sealing membranes
- Elastic tunnel
- Combinable with ECON® one-gang junction boxes
- Air-tight design with sealing membranes
- Fully insulated, air-tight through-wiring for combinations using support connectors
- Toolless cable or conduit entries
- Integrated cable retention of NYM cables, self-locking of conduits
- for network, coaxial, NYM and communication lines as well as fibre optic cables
- 4 screw domes
- Air-tight design with sealing membranes
- Toolless cable or conduit entries
- integrated NYM cable retention, self-locking of the communication cables and conduits
- Can be combined with all O-range® programme applications
Contact a technical adviser
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Electrical installations in solid timber construction
Solid timber construction using prefabricated modules in either stacked timber or cross-laminated timber (CLT) construction is regarded as one of the most innovative forms of modern timber construction. It combines the advantages of traditional timber construction methods with the efficiency of industrial prefabrication. Solid timber is precisely fitted, assembled into large wall, ceiling and floor elements, and is often fitted with electrical installations, insulation and interior finishes whilst still in the factory.
This intelligent combination enables fast, clean and sustainable construction, ideal for residential and commercial buildings, educational establishments, hotels or care homes. As a building material, timber impresses not only with its aesthetic and natural appearance, but also with its structural benefits, such as excellent heat protection, a pleasant indoor climate and CO₂ storage.
Solid timber construction: a modern building method with natural strengths
Solid timber construction combines traditional craftsmanship with industrial precision. Whilst timber-frame construction consists of wooden boards arranged side by side, cross-laminated timber (CLT) is manufactured from layers of timber glued together at right angles. This construction method produces extremely shape-retaining and load-bearing elements that are suitable for both detached houses and multi-storey buildings.
Each module is planned in detail at the factory, cut to exact dimensions and pre-drilled, often including electrical installations and prepared installation ducts. Production under controlled conditions ensures the highest quality and reduces errors on site.
The advantages are clear
- Short construction time: Thanks to the high degree of prefabrication, construction time can be reduced by up to two-thirds.
- High precision: Industrial manufacturing produces dimensionally accurate building components with minimal tolerances.
- Cost-effectiveness: Mass production reduces material wastage and construction costs.
- Sustainability: Wood sequesters CO₂ and reduces the environmental footprint in the long term.
- Design freedom: Flexible modules make it easy to realise individual architectural concepts.
Electrical installations in solid timber construction
Electrical installation in solid timber construction requires specialist expertise. As timber is combustible, cables, electric cables and installation boxes must be precisely planned and safely integrated. KAISER offers practical solutions for this, which are incorporated as early as the planning and production phases. Our systems make it possible to perform the installation of electrical components directly into the modules – cleanly, efficiently and with the highest level of safety. Sockets, switches, lighting connections and network cables are integrated at the factory, which significantly reduces the amount of work required on site.
Specialised solutions at a glance:
- Modular electrical installation: Socket and cable systems are integrated directly into the prefabricated solid timber elements, which is ideal for series or system-based construction.
- Solid timber installations: Precise milling and installation ducts ensure safe cable routing and easy maintenance.
- Flexible retrofitting: Even subsequent modifications or expansions can be easily implemented using specialised system components.
This results in a well-designed electrical infrastructure that meets the high standards of safety, efficiency and durability.
Energy efficiency and sustainability
A key advantage of solid timber construction lies in its energy efficiency. The solid construction retains heat and ensures a balanced indoor climate, both in summer and winter. Energy loss is minimised through air-tight construction and integrated solid timber installations.
Furthermore, sustainability plays a crucial role
Wood is a renewable resource, sequesters CO₂ and is fully recyclable. Compared with conventional construction methods, solid timber construction significantly reduces environmental impact. By combining it with modern electrical engineering, smart control systems and energy-efficient components, buildings are created that are ecologically, economically and technologically forward-looking.
Smart Buildings and Digital Planning
Modern buildings are increasingly connected, including those constructed from timber. KAISER therefore integrates smart electrical installation solutions directly into its solid timber modular construction. This allows lighting, heating, shading, security systems and energy management to be controlled digitally. Early integration into the BIM (Building Information Modelling) planning process ensures that all installations are precisely coordinated with one another. This results in transparent planning processes, fewer clashes during construction and significantly increased efficiency.
Advantages of intelligent planning
- Precise prefabrication and assembly without the need for rework
- Fewer interfaces between trades
- Improved documentation and traceability
- Future-proof integration of smart home technologies
Solid timber modular construction in practice
The potential applications of modular solid timber construction are wide-ranging. Whether multi-storey residential buildings, schools, nurseries or care homes – wherever efficiency, sustainability and flexibility are required, solid timber construction demonstrates its strengths. Thanks to the pre-installation of electrical, plumbing and ventilation systems at the factory, even complex buildings can be erected in the shortest possible time. At the same time, the system remains adaptable, as modules can be extended, recombined or dismantled without losing any functionality. For hotels or care homes, the modular approach also offers the advantage that entire rooms or units can be prefabricated, including modular electrical installations and ready-to-connect systems for lighting, communications and building control.
Why choose KAISER solutions for solid timber construction
With our solid timber installation systems and our expertise in electrical installations for solid timber, we support clients, architects and specialist planners from the initial concept right through to completion.
Our solutions stand for
- Safety and compliance with standards: meeting all relevant standards, particularly in the areas of fire protection, EMC and mechanical stability.
- Future-proof technology: Integration of modern smart-building components and energy-efficient systems.
- Flexibility: Customisable socket systems, modular components and easy retrofitting.
- Sustainability: Durable products, energy-efficient design and a clear focus on resource conservation.
By combining innovative technology with sustainable construction methods, KAISER creates solutions that are durable, safe and environmentally sound.
Everything at a glance
Whether solid timber construction, cross-laminated timber (CLT) construction or modular electrical installation – with KAISER, building owners, architects and specialist planners benefit from:
- Efficient construction through modular prefabrication
- Sustainable and energy-efficient building technology
- Precise integration of power, lighting and communications systems
- Short construction times and lower costs
- Future-proof smart building solutions
- Flexible, customisable installation concepts for individual requirements
KAISER stands for reliable, practical and sustainable electrical solutions in modern timber construction. Rely on our experience in solid timber installations, electrical installations for solid timber structures and electrical installations for modular construction to implement your projects efficiently, safely and with a view to the future.