JL-722A2H DALI Dimming Zhaga Book-18 Controller, Light Sensing + Microwave Sensing Sensors, supports Infrared Remote Control for Parameter Configuration

Product Summary

The JL-722A2H light controller product is a smart latch type light controller developed based on the Zhaga Book-18 interface standard. It uses a combination of light sensing and microwave sensing sensors, can output DALI dimming signals, and supports infrared remote control for parameter configuration. This light controller is suitable for lighting scenarios such as roads, lawns, courtyards, parks, parking lots, factories, warehouses, etc.

The working logic of the product is that when the illumination is met, the lamp works at a slightly bright brightness and starts a countdown of the slightly bright duration. At this time, if a moving object is detected, the lamp becomes fully bright. When a moving object is detected and left, a countdown of the fully bright duration begins. After the countdown of the fully bright duration ends, it returns to the slightly bright brightness and starts a countdown of the slightly bright duration. When the countdown of the slightly bright duration ends or the illumination is met, the lamp is turned off.

Features

• 12-24VDC auxiliary source or DALI bus power supply, low power consumption
• Zhaga Book-18 interface standard
• DALI2.02
• Dynamic adjustment of microwave frequency to avoid mutual interference during dense installation
• Φ 50.4 * 35mm compact size, suitable for installation on various lighting fixtures
• Light sensitivity+microwave, on-demand lighting, more energy-efficient
• Visible light filtered photosensitive sensor
• High performance microwave, with a hanging height of 15 meters and an induction radius of ≥ 10 meters
• Infrared remote control
• IP66

Dimension

Parameters

Microwave induction schematic diagram – installation at a height of 15 meters

Wiring diagram

Install

The interface of the product itself has been fool-proof design, the installation only need to tighten the controller directly to the rotatable base, as shown in Figure clockwise after insertion.