SOMMER S 9080 base+ S3 set de motor para puerta de garaje 800 N para puertas de hasta 6 m de ancho y 160 kg de peso

Manually opening a heavy garage door is inconvenient and can be unsafe. The SOMMER S 9080 base+ S3 solves this by automating your garage door with a powerful 800 N drive, suitable for doors up to 6 m wide and 160 kg in weight.

Who is it for

Homeowners with sectional or up-and-over garage doors who want reliable, quiet, and secure automation. Ideal for doors up to 6 m wide, 15 m² area, and 160 kg weight.

Main features

• Low-wear chain drive with stationary chain for durability and smooth operation.
• DC gear motor with soft start/stop and automatic force measurement with reversal for safety.
• Integrated LED lighting (10 LEDs) illuminates the garage during operation.
• SOMloq2 bidirectional radio system with 128-bit AES encryption for secure control.
• Includes two 4-command hand transmitters (e.g., Pearl Vibe).
• Opening speed up to 220 mm/s for quick access.
• Standby power consumption less than 1 W for energy efficiency.

Specifications

• Max. pulling/pushing force: 800 N
• Max. door width: 6000 mm
• Max. door weight: 160 kg
• Max. door area: 15 m²
• Drive system: Low-wear chain drive (stationary chain)
• Motor type: DC gear motor
• Opening speed: up to 220 mm/s
• Soft start/stop: Yes
• Obstacle detection: Automatic force measurement with reversal
• Standby power consumption: < 1 W
• Operating power consumption: max. 250 W
• Lighting: Integrated LED (10 LEDs)
• Radio system: SOMloq2 (bidirectional, 128-bit AES encryption)
• Radio frequency: 868.8 MHz / 868.95 MHz
• Included remote controls: 2x 4-command hand transmitters (e.g., Pearl Vibe)
• Max. door height (sectional door): 2350 mm
• Max. door height (up-and-over door): 2500 mm
• Protection class (motor head): IP21
• Operating temperature: -20°C to +50°C

Tips

Ensure your door is balanced and moves freely before installation. The automatic force measurement adjusts to your door's characteristics, but regular maintenance of the door hardware is recommended for optimal performance.