GF-LCS-CSBP multifunctional sensor

1： Product Introduction

GF-LCS-CSBP multifunctional sensor, also known as mobile and illumination sensor, is mainly used in building control systems and installed as a system together with other devices through EIB/KNX bus. The GF-LCS-CSBP multifunctional sensor is directly connected to the bus through the EIB terminal block, without the need for additional power supply voltage. It is mainly installed on the ceiling, drilled first, and then fixed with the left and right spring clips of the 2-in-1 sensor. The allocation of physical addresses and parameters can be set using ETS software.

2： Product Features

GF-LCS-CSBP multifunctional sensor is a device that can sense external signals and physical conditions (such as light and movement), and transmit the sensed information to other devices (such as dimmers and relays) to achieve its function. The GF-LCSCSBP multifunctional sensor is mainly used in lighting, which is related to brightness, or in situations that require monitoring, that is, to monitor whether someone is moving and then perform actions.

1. Illumination function
This function is mainly used for lighting, such as outdoor lighting. We often need to turn on the lights when it gets dark and turn them off when it gets light. This operation process can be easily achieved through sensors, which automatically sense the current illuminance and achieve automatic control.
2. Mobile function
The mobile function mainly realizes the execution of actions when the sensor senses someone moving, and ends the action when no one is detected for a period of time. For example, in public corridors, sensors can automatically turn on the lights when they detect someone approaching, and after a delay, the lights can be automatically turned off to achieve the maximum energy-saving effect. It can also be used in other places, such as elevator halls, underground garages, and other areas.
3. Logical function
The logical function combines illumination and movement functions, and applies them together. For example, when controlling household lighting, we hope that the lights will automatically turn on as soon as we enter the room. However, we do not need to perform this action during the day, only at night. Moreover, when people leave or the sensor cannot detect any object movement, the lights will automatically turn off after a period of time. The entire process of light control can be automatically completed through the logical function of the sensor.
4. Master slave function
The master-slave function of GF-LCS-CSBP multifunctional sensors is generally applied in situations where multiple sensors simultaneously control one or a type of device. When the main sensor receives the specified information from the secondary sensor, it outputs the start value. After a delay of some time, if no information is received from the secondary sensor during this period, it outputs the end value. If the specified value is received again during this period, the delay starts again. For example, several sensors simultaneously control a light, and one of the sensors senses that someone is moving. At this time, the sensor sends a message, and the main sensor receives the specified information and outputs a message to turn on the light. If the specified information is not received for a period of time, the main sensor outputs another message to turn off the light.
5. Prohibit movement, illumination, and logical functions
This feature is convenient for situations where illumination, movement, or logic needs to be disabled. When the illumination or movement of a sensor is prohibited, the illumination or movement will no longer affect the sensor. After the logic function is disabled, this sensor will no longer perform logical operations.

Functional parameters Operating voltage: 21-30V DC, bus powered
Size: 91 × 74 × 76mm
Sensing distance: 4m~5m (high sensitivity) 5m~7m (low sensitivity)
Current consumption: Max 12mAv Power consumption Max 360mW
Installation method: Ceiling mounted, fixed with left and right spring clips on the sensor