YKT6812 Intelligent Lighting Control Module with Timing Function

Product Introduction:

The YKT series intelligent time controller is a smart control management system based on technologies such as the ModBUS standard RS485 communication protocol, automatic control, and network communication. It integrates functions including timing control, longitude and latitude control, weekday control, light control, and fire control into a single lighting control system. The control methods are intelligent and flexible, achieving excellent energy-saving effects, effectively extending the lifespan of luminaires, facilitating management and maintenance, improving working environments, and enhancing work efficiency. Large terminal wiring makes installation convenient and simple.

Product Selection:

YKT6802 Two-Channel Intelligent Time Controller

YKT6803 Three-Channel Intelligent Time Controller

YKT6804 Four-Channel Intelligent Time Controller

YKT6806 Six-Channel Intelligent Time Controller

YKT6808 Eight-Channel Intelligent Time Controller

YKT6812 Twelve-Channel Intelligent Time Controller

Product Aliases: Intelligent Time Controller, Intelligent Lighting Module, Switch Control Module, Relay Module, Switch Execution Module, Switch Controller

Suitable for: Landscape lighting, building lighting, streetlight illumination, landscape lamps, advertising light boxes, neon lights, and other lighting facilities.

For more product information and pricing, please call.

Contact: Manager Wu

Phone: 13891834587 (also WeChat)   

Q    Q: 704151787

Email: 704151787@qq.com

Features:

1. Intelligent Timing: Each circuit supports 4-segment switch time settings, allowing individual configuration and control;

Online programmable time control mode; each circuit of the controller can be set with 4 time periods, enabling either general timing control, longitude and latitude time control, or a logical combination of both control modes.

2. Longitude and Latitude Control: Controls streetlight on/off based on calculated sunrise and sunset times according to preset longitude and latitude;

① The longitude and latitude function overcomes the shortcomings of traditional time controllers with fixed on/off settings. It features an embedded high-precision real-time calendar and clock, automatically calculating local dusk and dawn times with high accuracy based on the Earth's rotation and revolution, eliminating the need for periodic manual adjustments. It is globally applicable with high computational precision.

② Traditional timing functions only execute on/off actions based on fixed times, often resulting in lights not turning on at dusk or not turning off at dawn. The longitude and latitude control function flexibly and automatically adjusts daily on/off times according to seasonal changes, achieving energy savings and modern urban management.

③ The longitude and latitude intelligent controller supports half-night and full-night lighting functions, achieving appropriate illumination while saving energy.

3. Light Control: Automatically senses current light levels and turns on lighting during overcast days or at dusk;;

① The controller is paired with an external light sensor probe. The illuminance control action point can be set within a wide range: 0–999 Lux. The on/off time is controlled by the probe based on preset illuminance levels.

② Light-controlled output circuits can be arbitrarily defined: Any circuit or multiple circuits can be designated as light-controlled energy-saving outputs as needed, offering flexible output configuration.

③ Light control and time control functions can be enabled or disabled independently and arbitrarily.

4. Standard RS485 Communication Interface: Provided for third-party development or integration with data transmission modules for remote control management;;

① RS485 bus control requires no gateway or server host. Controllers are connected in parallel to a computer via the 485 communication interface. Free system operation software is provided for wired remote centralized management and control.

② Can be integrated with GPRS data transmission modules for wireless remote control. The GPRS module includes a SIM card and connects to a cloud server via the GPRS wireless network for wireless remote control.

③ Can be integrated with Ethernet modules for wireless remote control. The Ethernet module connects via network cable, and after setting the IP address, the computer system software can remotely operate and manage the controller.

④ Supports mobile APP control.

5. Power-Off Memory: The controller retains original settings after a power outage and resumes normal operation once power is restored;;

Automatically switches to off state during a power outage. After power restoration, it remembers all pre-set codes and scene modes, facilitating user management.

6. Start Delay: Prevents power grid impact caused by simultaneous activation of multiple circuits;;

The time controller features a multi-circuit delayed start function to avoid power grid impact from simultaneous activation. The delay range for each circuit is 0–9 seconds.

7. Independent Use

Two-channel output control ensures isolation between output circuits for independent operation.

8. Control Methods

Includes manual switch control and supports remote centralized management control.

9. Safe and Reliable with High Data Transmission Integrity

The controller integrates data collection, transmission, and storage, ensuring data accuracy.