Primo P401 WDVS Φορέας συσκευής 160x140mm (P401)

The Primo P401 WDVS-Geräteträger provides a dedicated mounting point for electrical installations on external thermal insulation composite systems (ETICS/WDVS), eliminating the need to compromise the insulation layer. Its adjustable depth accommodates insulation thicknesses from 80 to 200 mm, while the 160 x 140 mm plate offers a stable base for devices such as lights, cameras, or sockets.

Highlights

• Mounting plate dimensions: 160 x 140 mm
• Adjustable insulation depth: 80 - 200 mm
• Weather-resistant plastic construction
• Integrated sealing against moisture and air
• Multiple cable entry points for conduits up to M25
• Load capacity up to 40 N per screw point

In daily use

Install the carrier flush into the insulation, then attach your electrical device using the standard 60 mm screw spacing. The grey polypropylene/polyamide material resists UV radiation and operates reliably from -25°C to +60°C. Its design minimizes thermal bridges, helping maintain the insulation's effectiveness.

Full specifications

• Product type: WDVS-Geräteträger (ETICS Device Carrier)
• Mounting plate dimensions (W x H): 160 x 140 mm
• Adjustable insulation depth: 80 - 200 mm
• Material: Polypropylene/Polyamide
• Colour: Grey
• Thermal bridge prevention: Yes
• Cable entry points: Multiple, for conduits up to M25
• Sealing: Integrated against moisture and air
• Load capacity: Up to 40 N (approx. 4 kg) per screw point
• Installation method: Flush mounting into insulation
• Suitable insulation materials: Polystyrene, mineral wool, and other common ETICS insulation materials
• Compatibility: Outdoor lights, motion detectors, cameras, sockets, switches, and other electrical devices
• Internal dimensions (approx.): 100 x 100 mm (base area)
• Device mounting screw spacing: Standard 60 mm
• UV resistance: Yes
• Operating temperature range: -25°C to +60°C

Final note

The Primo P401 offers a reliable, weatherproof solution for mounting electrical components on insulated facades without compromising thermal performance.