TLY-L3/16 Intelligent Lighting Controller System Design Plan

        TLY-L3/16 Intelligent Lighting Controller System Design PlanThe IoT switch control system connects dimming modules, switch power, control panels, sensors and programmers, programming interfaces, PCs, monitoring machines, and other control modules to a computer data line, forming an intelligent lighting control system. This enables intelligent and automatic control of lighting, facilitating the creation of comfortable illumination. To ensure passenger comfort, intelligent control is skillfully applied to station lighting, general lighting, and more.

 After-sales Service:

1. Service Principle: Fast, Decisive, Accurate, Considerate, Thorough

2. Service Goal: Win Customer Satisfaction Through Service

3. Service Efficiency: For equipment failures within or beyond the warranty period, the supplier will have maintenance personnel provide feedback within 24 hours after receiving notification.

Central Monitoring Software
Features:
Uses Windows 2000 or XP operating system with a Simplified Chinese graphical interface.
Enables centralized monitoring and management of the system via the server in the central monitoring room.
Includes software modules such as alarm management, scheduling, historical records, password protection, and graphical programming.
Provides dynamic screen functionality, allowing all programming settings and system monitoring to be performed on a single screen.
Offers secondary development tools, supports floor plan design, and uses drag-and-drop editing for floor plans.
Displays system status via lists and mouse clicks; hovering the mouse over an area shows the corresponding circuit and group numbers along with their status.
Features self-check functionality to monitor the working status of all system components.
Includes alarm management to display specific locations of alarm areas and points.

Provides runtime and historical record functions, with flexible settings as needed.

Power operation is mainly divided into the following categories:

① By time domain: Divided into annual, quarterly, and daily operation (normal operation);

② By status: Divided into normal operation, emergency operation, and special operation (also known as maintenance operation). Requirements for normal grid operation include fully meeting user demand for electricity; ensuring all grid equipment operates without overload or overvoltage issues, with all transmission line power within limits; maintaining specified active and reactive power reserve capacity; proper configuration and correct settings for relay protection and safety automation devices; economical operation; reasonable grid structure with high reliability, stability, and accident resistance; smooth communication and normal information transmission; annual operation plans must be reported to and approved by higher-level

dispatching authorities before execution.

TLY-L3/16 Intelligent Lighting Controller System Design Plan Advantages

1. Integrated Control: Allows integrated control of lighting, shading, air conditioning, and floor heating.

2. Comfort: Creates a safe, healthy, and pleasant living and working environment.

3. Energy Saving: Modern residences should maximize the use of natural light and occupant activities to adjust indoor lighting and temperature, minimizing energy consumption while meeting user requirements.

4. Flexibility: Meets diverse user needs for different functions.

5. Economy: Automation enables energy-efficient operation and reduces the need for personnel, lowering costs, improving labor efficiency, and enhancing overall performance.

6. Safety: Can integrate with fire protection systems; during a fire, normal lighting circuits can be forcibly cut off while emergency lighting circuits are activated, reducing fire risks and enhancing building safety.

TLY-L3/16 Intelligent Lighting Controller System Design Plan Quick Start Guide

If no keys are pressed within 30 seconds when the controller is in a settable state, the display backlight turns off. If no keys are pressed within another 30 seconds, the controller enters power-saving mode.

Pressing any key returns the controller to the original display interface. In power-saving mode, the first line shows the current date and the second line displays the current time.