PDA-101-M

Australian-engineered dual-tech motion and presence sensor featuring PIR and acoustic detection for comprehensive coverage.

With its unique ability to “hear” through cubicle partitions and around corners, it is the ultimate solution for bathrooms, change rooms, and partitioned spaces.

Equipped with a 2000W switching capacity and a secondary 5A volt-free contact, it seamlessly integrates with lighting, HVAC, and BMS systems.

SKU: PDA-101-M

Technical Data

Operating voltage230 V AC, 50-60 Hz
Detection range360°, 12 m Diameter
Mounting Height1.5 m - 4 m
Incandescent load2000 W
LED load200 W
Switching D1 / D25A Max
Type of protectionIP 20
Switch-off delay5s - 30 min
Acustic sensitivity (– ▻ approx. 74 dB, + ▻ approx. 61 dB)
Celling cut out Diameter78 mm

Features

The Big Ideas PDA-101-M is a sophisticated 2-channel motion and presence detector, proudly engineered and designed in Australia for high-performance indoor sensing. Utilizing a dual-technology approach, it combines high-sensitivity Passive Infrared (PIR) with Acoustic Detection to ensure seamless coverage in complex layouts. This makes it the ideal solution for bathrooms with cubicles, where acoustic monitoring maintains lighting even when line-of-sight is obstructed.

The unit features a primary output capable of switching up to 200W of LED or 2000W resistive loads. Uniquely, it includes a secondary 5A volt-free contact, providing the flexibility to switch either 240V AC or sub-30V DC circuits. This second channel is perfect for integrating with BMS systems, HVAC controls, or secondary low-voltage signaling, allowing for total room automation from a single ceiling-mounted device.

Designed for durability and precision, the PDA-101-M offers adjustable sensitivity and time-delay settings to suit specific environmental requirements. Its Australian-engineered circuitry is optimized to manage the high inrush currents of modern LED drivers, offering a reliable, “fit-and-forget” solution for facility managers seeking to eliminate “dead zones” while maximizing energy efficiency.