Intelligent Centralized Controller

I:  Description

CH-J105 Smart Lighting Management Centralized Controller is independently developed by our company,which is widely used in the Smart City Street Lighting Projects, Super-highway’s Tunnels and the Industrial Lighting such as huge scale factory and warehouse Lighting System,control lighting fixtures through the man-machine interface,data acquisition and lamps Monitoring.

Although the Traditional lighting fixtures have widely used in the street lighting, tunnel and high buildings, but there are still a lots of problem exit there: Lifetime, Light Attenuation, Bad Factory Environments etc. which will lead to damage the lamps,moreover, dead plate controlling method, Lighting Scene, the fault points and failure lamps only be found by when the worker inspection there, it can not provide a reliable working data to the controllers on time. For these reasons, we offer this muti-functions smart lighting Centralized Controller: Electric Energy/Data acquisition, Fault Detect,Data Process, Remote Copying Control,Loop Power Control, Dimming,Auto-Running, Temperature Collecting, Sensor Data Acquisition etc.

The device has multiple interfaces, in addition to reserved Industrial Bus RS-485, RS-232, it is also equipped with Industrial Touch Screen Interactive Interface, Ethernet Communication Interface, GPRS Communication Interface, Lighting Control Interface (Power Line Carrier or LoRa Communication Channel) Communication Interface to the Loop Controller and Communication Interface with Sensors (such as Illuminance Sensors).The communication performance of the main communication interface is as follows: the communication distance of the RS-485 Industrial Bus can reach 2 km without Repeater, and the actual measurement in the tunnel can reach 1km.; A 7-level gateway can be set in the scene, and the maximum distance can reach 7km according to 1km of the gateway of each level, and the capacity of the equipment in the gateway is up to 255 units; LoRa Communication Interface, the communication distance can reach 2km without Repeater, the measured distance can reach 1km, and the communication distance can reach 10km in the case of repeater.PLC communication interface, the communication distance can reach 400m without repeater, and with repeater In this case, the communication distance can be up to 4km. 

II. Electrical Parameter

III: FUNCTIONS

1. Terminals Description

2. Indicator lamps Description

3. Button Operation Instructions

1). Manual /Auto Run

Under Manual Status -The Dimming Button Operation on the panel is Effective, otherwise the operation is invalid.

Press the "Manual/Auto-Run" button to achieve manual / automatic state transition. That is to say, now it is Manual State, press again to enter the  Auto-Run state.

When changing from Manual state to Automatic state, the equipment will automatically broadcast and issue Automatic Operation Recovery Command.

2). Controlling Button

4. Lighting Control

1). Control Priority Level

High priority or Same Level can change the state of low priority or same level, while low priority can not change the state of high priority.

The control mode corresponds to the following priorities.

2). Recovery Auto-Run Operating, Priority Level 1 (Highest Priority Level)

At this time, the state of priority Level 4 is executed regardless of the control state in which it was previously operated(the specific operation is performed according to the setting value at the time of installation).

a) The server or client remotely issues “Recovery Auto-Run” command.

b) Press the "Manual/Auto - Run" Button on the device panel 

3). Local Manual Control, Priority Level 2 --2021.3.3

To Change the illuminance through the buttons on the device panel; at this time, the control commands of priority 3 and priority 4 will not be executed if the manual command is executed.

4).Remote Operation Control, Priority Level 2

Remotely issue the Control Commands through the Server or the Client; If the Lighting that executes the Manual Command at the time, the Priority Level 3 and Priority Level 4 control status will not be executed.

5). Illumination Control, Priority Level 3

To Control all Fixtures’ Brightness according to the preset by the received illuminance value. 

6). Latitude &Longitude Control, Priority Level 4

   To Calculate the sunrise and sunset time through the set latitude and longitude values, disconnect loop at Sunrise, close loop at sunset. The on-off time can be fine-tuned by the sunrise and sunset offset time, and the fine-tuning range is 30 minutes.

7). Schedule Control, Priority Level 4

   Control the Brightness Value of the Fixture through the set 6-Segment Schedule.

5. Data C ollection

     Remote or Local Acquisition of Loop Controllers and Lamps Operating Status and Parameters.

6. Electrical Parameter Acquisition (Optional)

1). Collection of Electricity Consumption

The device has a Built-in Three-Phase Energy Collection Module, which can collect the Energy Metering Value of the Internal Module and Report it.

Can Collect the Energy Metering Value of the Loop Controller and the Power Meter, and Report it.

2).  Electrical Parameter Acquisition

The Built-in Three-Phase Energy Collection Module can collect the Voltage, Current, Active Power and Power Factor of the internal Module, and Report it. 

The Device can collect the Voltage, Current, Active Power and Power Factor of the Energy Meter and the Intelligent Lighting management Terminal, and Report it.

7. Fault Reporting

Fault Information will be automatically reported to the Server, when the device's own failure occurs. (AC Contactor Fault, Clock Fault, Communication Fault, etc.);

Collect the Information and report to the Server: such as Loop Controllers Fault and Single Lamp Controllers Fault, etc. (AC contactor Fault, Clock Fault, Communication Fault, Lamp Failure, Temperature Fault, etc.)

8. Main Data Communication Channel Spec.

1) .  PLC - Power Line Communication

     Power Line Communication (PLC) is a communication technology that enables sending data over existing power cables. This means that, with just power cables running to an electronic device (for example) one can both power it up and at the same time control/retrieve data from it in a half-duplex manner.

2).  LoRa Wireless Communication

    Through LoRa Wireless Communication Channel, the Data Exchange and Control Command Reception between the Device and the Man-Machine Interface Device are realized. The Technical advantages are as follows:

a) Adopting the latest International IoT(Internet of Things) LoRa Communication Technology, combined with AES128 Communication Encryption Technology and Self-Organizing Network Technology, the Communication Distance, Reliability and Security are greatly improved.

b) The Point-to-Point Communication Distance can reach 3,000m, and the measured average in the Power Plant is 1,000m. 

c) In the case of Relay, measured 13,000m can be normal communication.

3). RS ~ 485 Communication

    Through RS-485 Communication Channel, the Data Exchange and Control Command reception between the Device and the Man-Machine Interface Device are realized. The Technical Advantages are as follows: 

a). The device capacity in the gateway is 255.  

b). Strong Anti-Interference, Differential Mode Communication, and Software Fault Tolerance, no need to use Dedicated RS-485 Communication Line, reduce engineering cost under the premise of Ensuring Reliability

9. Extended Function (Optional) 

1).  Linkage Function

The Device can be linked with Equipment such as Cameras and Conveyer Belt; For example, when the Camera is activated, the Brightness of the Corresponding Lighting Area is Raised lighting the whole area, to Restore the Original Illumination when the Camera Stop Shooting; Another example, when the Conveyor Belt start transmission, its corresponding lighting area is adjusted the brightness, lighting up the whole area, and restores to the minimum safe illuminance when Stop Transmission.

2). Dimming Loop Extension Function

     The Control Loop can be concatenated to realize the application of Multiple Requirements. 

IV: INSTALLING DIMENSIONS

1. The equipment can be mounted on standard rails, but also can be fixed by sampling screws.

2. Dimensions：155mm*110mm*101mm ± 0.5mm

V: WIRING DIAGRAM