Ceiling/wall sensor Satel AQUA Luna 12V 10mA

The Satel AQUA Luna ceiling/wall sensor is a compact indoor detector designed for integration with security and automation systems. It runs on a 12V supply and has a low standby current of 10 mA, making it suitable for installations where continuous power consumption needs to be minimized. With a lightweight construction of approximately 92 g, the device can be mounted on ceilings or walls and used where unobtrusive, reliable sensing is required.

Advantages

The AQUA Luna sensor combines low power consumption with a compact form factor and flexible mounting options. Its 12V operation ensures compatibility with many alarm panels and control units, while the 10 mA standby current reduces load on power supplies and battery-backed systems. The small mass facilitates quick and simple installation on different interior surfaces without requiring heavy-duty fixings.

Suitable for

• Indoor motion or presence detection in residential spaces
• Commercial premises such as offices, corridors and storerooms
• Integration with alarm panels and access control systems
• Automation tasks that require low-power ceiling or wall-mounted sensors

Key specifications

• Supply voltage: 12 V DC
• Standby current: 10 mA
• Weight: about 92 g
• Mounting: ceiling or wall installation
• Intended environment: indoor use

How to use

Connect the sensor to a compatible 12 V DC power source and interface it with the alarm panel or control unit according to the system wiring diagram. Position the device on a ceiling or wall in a location that provides the desired coverage area, avoiding obstacles that block detection. After installation, verify correct operation and adjust placement if necessary to ensure reliable detection within the intended space.

Usage recommendations

Install the sensor at recommended mounting height for the specific application and follow the manufacturer's wiring and safety instructions. Use a stable 12 V DC supply and verify standby current to ensure compatibility with backup power arrangements. For best results, avoid mounting near strong heat sources, air vents or reflective surfaces that could affect detection performance.