The CD90 intelligent network control cabinet makes use of fiber optic control and network control technologies; it can be operated using multiple independent network/DMX signals. It also provides real-time data on the operating status of the entire control cabinet, including current, voltage, switch status, fan operation status, as well as various electrical parameters related to the lights in different circuits, thereby enabling the system to monitor the real-time operating conditions. It features excellent functions such as fiber optic/network/DMX interfaces, interchangeable thyristor/relay modules, intelligent dynamic preheating, multiple protection mechanisms, 4096-level precision triggering, unlimited user-programmable dimming curves, and automatic voltage stabilization output.
Performance Features:
One cabinet can accommodate up to 48 module units; each module has 2 channels, with each channel offering power levels of 3KW/4KW/5KW/6KW, allowing for a total of 96 output channels.
Drawer-type dimming modules, switch modules, relay-through modules, dimming/through modules, dimming/relay modules, dimming/relay + switch modules, and sine wave modules can all be hot-plugged and swapped freely. The connectors use a circular contact design for full-area connection.
Each drawer-type module is equipped with an LCD display featuring bilingual menus that show information such as circuit address, load phase, dimming level, operating mode, switch status, temperature, current, and voltage parameters. It also has an LED indicator for the operating status. The modules can be configured remotely, and there are options for manual switching as well as an emergency switching mode with the highest priority – customers can choose based on their needs.
The modules support RCD leakage protection, again at the customer’s discretion.
Each module has its own processor, enabling hot-plugging operation.
Each module is equipped with 4 16A air switches, along with an emergency backup switch that allows for immediate switching to direct output – this is also optional depending on customer needs.
The modules use high-quality ST thyristors, with adjustable inductive rise times of 200us/300us/400us.
The central processing unit of the control cabinet has dual storage capabilities and dual power input options.
It supports remote configuration of the cabinet parameters and monitoring of its operational status via PC or mobile devices.
It features a user-friendly interface, with a standard 7-inch color touch screen that can be customized.
The high-reliability master-slave server system includes fiber optic connections, Ethernet RJ45 ports, and support for DMX512, TCP/IP, sACN, ART-NET protocols, bidirectional RDM protocol, as well as an upgradable sACN protocol.
The specially designed power terminals are suitable for connecting cables with high loads.
An optional function prevents electric shock in case the live wire is exposed: even if the cable connecting the output circuit becomes aged and charged, or if the live wire is exposed, touching it won’t cause an electric shock; the voltage measured on the human body remains at 220V, so no harm occurs. The leakage protection switch does not trip, and the equipment continues to operate normally.
Another optional function provides protection against electric shock in case the exposed live wire gets wet: even if the cable is submerged in water, touching it still won’t cause an electric shock. The leakage protection switch does not trip, and the equipment operates normally.
The device has an automatic voltage compensation function, ensuring that the output voltage remains constant even when the input voltage varies between AC200-240V.
It includes an automatic load testing function upon startup, which can accurately determine the status of the load, such as open circuit or short circuit. It also has a load recording function that can accurately measure the current and voltage of each load channel.
There are separate fault indicator lights.
Up to 20 scenarios can be pre-stored.
There are over 20 fixed dimming curves and over 60 customizable curves.
The dimming precision reaches 4096 levels.
In the event of a signal interruption, the last saved scenario information is retained instantly.
A unique green energy management technology is used to reduce reactive power loss under full load, thereby minimizing energy waste.
An optional reporting system provides data on current, load, signal status, operating temperature, and overheating warnings.
It offers safe and intelligent power management functions.
Technical Parameters:
Power supply: AC380V, three-phase five-wire system (TN-S)
Operating voltage: AC200V-240V~, 50/60Hz
Communication protocols: TINHAO-Net, ArtNet, DMX512 (with opto-isolation), sACN, RDM, and an upgradable sACN protocol
Input controls: 1 fiber optic port, 1 Ethernet port, and 2 DMX512 input ports (with opto-isolation); software updates can be performed via Ethernet or by inserting a memory card.
Dimming range: Full dimming from 0V to the rated voltage under resistive conditions
Power adjustment range: Full adjustment from 0W to the rated power under resistive conditions
Output power: 60 channels × 3KW/4KW/5KW/6KW, or 96 channels × 3KW/4KW/5KW/6KW, as desired
The modules can operate continuously for at least 24 hours under rated load at an ambient temperature of 35°C.
Ambient humidity: 5-85%
Cooling method: Intelligent controlled air cooling
Output voltage: AC0-220V
Frequency range: 45Hz-65Hz
Minimum load: 0W – continuous open circuit
Harmonic distortion: ≤0.5%
Noise level: ≤45dB
Short-circuit protection: ≥200 times
Operating efficiency: 98%
Power factor: 0.95-0.99 (depending on load characteristics)
Operating environment temperature: 0°C-40°C
The equipment complies with national standards, European standards, and carries a CE certification mark.
