PIR-bewegingssensor Panasonic EKMB1301111K, passieve infrarooddetector, voeding 2,3–4 V

Panasonic EKMB1301111K is a compact PIR motion sensor that detects human movement using passive infrared technology. Designed for integration in security, lighting control and automation systems, it operates from a low supply voltage of 2.3–4 V and is optimized for applications where low power consumption and small size are important. The sensor delivers reliable presence detection suitable for battery-powered devices and energy-efficient installations.

Advantages

The sensor combines passive infrared detection with a compact form factor and a low operating voltage range of 2.3–4 V, enabling use in a wide range of low-voltage designs. Its low power requirements make it suitable for battery-operated equipment and systems that prioritise energy efficiency. The EKMB1301111K is intended for straightforward integration into control electronics and supports consistent motion detection for human subjects in indoor environments.

Suitable for

• Battery-powered presence detectors and portable security devices
• Automatic lighting control in residential and commercial installations
• Home or building automation sensors for occupancy detection
• Low-voltage alarm and monitoring systems

Key specifications

• Detection technology: Passive infrared (PIR)
• Supply voltage: 2.3–4 V DC
• Target detection: Human movement and presence
• Power profile: Low power consumption suitable for battery operation
• Form factor: Compact sensor module for embedded integration
• Typical applications: Security, lighting control, automation systems

How to use

Integrate the EKMB1301111K into the device's sensor input area and connect to the host circuitry following the product's electrical recommendations. Ensure the supply voltage is maintained within the 2.3–4 V range and provide stable power to avoid detection instability. Place the sensor with a clear field of view toward the monitored area and avoid direct exposure to heat sources or drafts that could affect infrared readings. Test detection in situ to confirm orientation and sensitivity match the intended coverage.

Recommendations

For reliable performance, mount the sensor where it has an unobstructed view of the monitored zone, keep it away from direct sunlight and heating elements, and use decoupling or regulation on the power input to maintain a steady 2.3–4 V supply for stable detection and minimal power consumption.