Analysis of Networked Intelligent Lighting System Technology

Convenient.

Remotely monitor the real-time online usage of all network devices. Multi-point control; any server in the system can control any node in the whole system; each node can listen to the system server, or control the silicon box.

Programmatic control of the load can effectively extend the life of the lamp and reduce operating costs.

Rich scenes: The lighting scene can be downloaded from the server, or it can be edited and edited at any time to create a perfect lighting visual effect.

Scene brightness can be modified in real time.

Timing control reduces labor intensity.

Work nearby to improve work efficiency.

Second, the system block diagram and requirements According to the general practice, the thyristor dimming power supply can select the cable and power switch according to the 60-80% coefficient of the total dimming capacity. In order to fully guarantee the reliable operation of various activities, the safety of the equipment is protected, and when two-way power supply is considered under conditions, it can be automatically switched. The neutral section of the thyristor power supply cable is not less than the phase line.

Comprehensive measures can be taken outside the electronic dimming equipment to improve the quality of the power supply. The concept of power supply system reliability can be defined as the ability to provide continuous, quality-qualified electrical energy to electrical equipment. The so-called quality qualification means that the electrical energy, frequency, and voltage transmitted by the power grid must be kept within the specified range. The following is a description of the measures we recommend: two-way power supply: lighting and electro-acoustic lines should come from different transformers. If a different transformer cannot be used, an 11-isolation transformer should be used to provide sound reinforcement.

Microphones, radio and television lines should be hinged and laid, and steel pipes should be worn to minimize the parallel connection of electroacoustic and dimming circuits. If the parallel laying distance should be greater than 8m.) Repeated grounding for power and general lighting, the dimming circuit is not repeated grounding, separate Take the neutral line from the neutral point of the transformer to avoid interference.

The neutral line should be the same as the cross section of the wires of each phase, and the terminal voltage of the dimming box should be above 95% of the rated voltage.

The distance of the loop wiring should be as short as possible, and the cross section of the wire can be appropriately increased.

The silicon box should be installed vertically; several side by side should be installed together, the panels should be on the same plane and parallel to the reference line, and there should be more than 100mm space between them to facilitate heat dissipation. The installation of equipment and components in the silicon box shall be carried out after the silicon box is positioned and reinforced. The equipment installed in the rack shall be firm and correct; the fixing screws, gaskets and spring washers on the silicon box shall be tight as required. It must not be missed.

When the node box is installed, it should be aligned perpendicular to the wall surface, and the incoming and outgoing lines should be arranged neatly with appropriate margin.

The network cable is recommended to use a super-quality five-category line. The length of a single cable should not exceed 100 meters, so as not to affect the network speed. The DMX512 signal line is recommended to use RWP380.15X16 three-core shielded cable or super five-category cable. Pipes with different loops, different voltages, and AC and DC wires in the pipe shall not penetrate into the same pipe. The wires shall not have joints and twists in the pipe. The wires shall penetrate into the pipe, and a sheath shall be installed at the exit to protect the wires.

The GS-xx20T series of intelligent dimmers are mainly used in intelligent ambient lighting. They can be used in distributed intelligent lighting control systems and are compatible with the DMX512 transmission standard of the international dimming industry.

There are three kinds of GS GS-1220T and GS-1520T, and the number of dimming circuits are 6, 12 and 15 respectively.

Passed the national standard GB/T14218-class machine index.

Interference suppression: Efficiently suppress the inductor, meet the requirements of the national electronic dimming equipment radio disturbance characteristics limit and measurement method (GB15734-1995) - class machine and pass the national professional authority product appraisal.

Overcurrent protection: Each circuit is protected from air.

Overheat protection: equipped with intelligent control fan, when the total current of the silicon box exceeds the alarm value, the fan is activated to enhance heat dissipation.

Emergency capability: Each silicon box is equipped with an emergency button. In an emergency, press this button to turn on all lights.

Adapt to the load: 220V resistive load, such as incandescent lamp, tungsten halogen lamp, etc. If a 12V quartz halogen lamp is used, it is necessary to have a Duma core transformer.

Applicable occasions: occasions where rich lighting changes are required.

Conventional lighting does not require access to a dimmer.

Shielded wire or super five wire.

The ground system is a TNS system.

Power supply requirements: The front of the silicon box needs to be protected and isolated to protect the equipment and facilitate maintenance.

Installation method: wall hanging, wall mounted, and there should be more than 100mm cooling space on both sides.

GS-N0DE10 Programmable Scene Controller GS-N0DE10 Multi-function Scene Programming Controller is mainly used in intelligent environment lighting. It can be combined with various intelligent dimmers produced by our company to form a distributed intelligent lighting control system, which can program the lighting scenes in the system.

The brightness of any loop of any scene can be set.

The operator misunderstood.

10 single-button instant scenes.

The scene has a power-down protection function.

Scene brightness can be modified in real time.

Supports the ART-NET lighting network protocol and can be connected to all dimming devices that comply with this protocol.

Silicon Road.

ART-NET network cable: Super five line.

Shield or super five.

Installation: wall hanging, wall mounted.

Power supply: single-phase three-wire.

GS-SERVER10 intelligent lighting network server software GS-SERVER10 intelligent lighting network server software is a new generation network lighting technology product that integrates network technology and dimming technology. It is a powerful remote monitoring and command center.

The server with the software can monitor and control all the contacts in the entire network.

Remotely monitor real-time online usage of all network devices.

Network node parameters (name, icon, etc.) settings.

Node information (loop, brightness, scene) is browsed and edited.

Node information (loop, brightness, scene) upload/download. Scene real-time editing control.

Scene timing control.

User permission settings.

The IP address of the node is queried.

Light files are stored and retrieved. The setting function can be password-locked to prevent non-professional hardware configuration requirements: P! And above computers.