Brief introduction

GF-LCS6008-ETA Enhanced Landscape Light Intelligent Lighting Controller is a new generation of wireless remote intelligent lighting controller independently developed, designed, and produced by Jiafuxin Technology. This product is based on GPRS/3G/4G wireless communication technology, Internet/fiber optic wired communication technology, and cloud platform technology. In areas with network signal coverage, users can use mobile client software and computer client software to remotely control and monitor the controller at any time. This controller has extremely high scalability and can communicate and control with one or more 8-circuit input/output modules, with a maximum expansion to switch control for 64 circuits; It can be combined with one or more 6-circuit voltage and current acquisition modules, and can be expanded to collect voltage and current from up to 66 circuits. It comes with three time schemes: date and time scheme, weekly scheme, and latitude and longitude scheme. Users can choose any time scheme for timed control, and it also supports automatic control of light intensity through external light intensity sensors. The cloud platform supports customization and editing of power-saving mode, weekday mode, and holiday mode, and users can freely combine one or more for effect control. At the same time, the controller comes with an LCD display and touch sensitive operation buttons, allowing users to directly operate and test the equipment on site, greatly facilitating on-site operation and debugging. At present, the GF-LCS6008-ETA super customized landscape lighting intelligent lighting controller has been widely used in various lighting projects such as garden landscapes, building lighting, urban squares, science and technology parks, ports and docks.

2、 System topology diagram

3、 Main functions

1 digital switch output
Output characteristics: 8-way output, one set of normally open, rated load 250VAC/16A. Support local circuit switch operation and remote circuit switch operation. It can communicate and control with 8 input/output modules, and can be expanded to control up to 64 circuit switches.

2 digital switch input
Input characteristics: 9-way input, passive dry contact, normally open. Support contactor engagement status detection, alarm for inconsistent input and output status, and alarm for turning on lights during the day and turning off lights at night. Input dry node signal closure alarm, which can be used as illegal door opening alarm, electronic fence alarm, etc. It can communicate and control with 8 input/output modules, and can be expanded to detect input signals from up to 64 circuits.

3 types of timed controls
The product has three built-in time schemes: date and time scheme, weekly scheme, and latitude and longitude scheme. Users can choose any time scheme for timing control.

4+Modes of Control
The cloud platform supports customization and editing of power-saving mode, weekday mode, and holiday mode. Users can choose one or more modes to combine through the computer client to achieve effect control and energy-saving. Users can edit various modes on the computer client and save them remotely to the controller.

5 Voltage and current collection
It can communicate and read with the GF-LCS-CCEX6 six circuit voltage and current acquisition module, accurately measuring the AC voltage, current, power, energy, power factor, frequency and other electrical parameters of each circuit separately.

6 RS485 interface function
The product supports the reading of DLT-64507 protocol electric meters with external 485 interfaces, which can read parameters such as three-phase voltage, three-phase current, total power, and total energy. These power parameters can be displayed in real-time on the local LCD screen or remotely through client software.
The product supports an external 485 interface illuminance sensor, which can collect real-time illuminance values. The controller can achieve full on, half on, and full off according to natural ambient light.

7 Local human-machine interface operation
A three inch grayscale clear LCD display and touch sensitive operation buttons support local manual light on/off operation when the network is disconnected, local timing scheme setting, device working status display, device operating parameter query and configuration, etc.

8. Network timing function
The product supports network timing function, and the controller can periodically synchronize time with NTP servers to achieve high-precision real-time clock.

4、 Technical indicators

5、 Main features

1 progressiveness
The intelligent lighting controller is developed and produced based on cutting-edge technologies such as computer technology, communication technology, and automation technology. After several iterations and upgrades of hardware and software versions, it will not fall behind for a considerable period of time in the future, reducing the risk of repeated investment by users.

2. Strong scalability
It can communicate and control with one or more 8-circuit input/output modules, and can be expanded to switch control for up to 64 circuits; It can be combined with one or more 6-circuit voltage and current acquisition modules, and can be expanded to collect voltage and current from up to 66 circuits.
485 devices with open protocols can be included in the reading range of controllers and cloud platforms. For example, the DLT-64507 protocol meter that supports external 485 interface can read parameters such as three-phase voltage, three-phase current, total power, and total energy. These power parameters can be displayed in real-time on the local LCD screen or remotely through client software.

3 High Stability
All controllers are made of imported industrial grade chips and components, which have undergone over 48 hours of aging testing before leaving the factory. They can operate continuously without faults for tens of thousands of hours in harsh environments ranging from -20 ℃ to+70 ℃.

4. Strong anti-interference ability
The design and production of the controller follow the ISO9000 quality management system. The product adopts circuit design technologies such as anti reverse connection, anti overvoltage, anti current, and optocoupler isolation, which can withstand harsh on-site environmental tests and repeated operation and debugging by on-site personnel.

5. Flexible communication methods
Support wireless remote control and wired remote control, users can freely choose one according to the network environment. When using wireless remote control, the controller can be connected to the cloud platform by inserting a SIM card to achieve remote control and monitoring; Using a wired controller, the controller can be connected to the cloud platform via Ethernet for remote control and monitoring.