✓ One ELV* system for all LED luminaires and switches/sensors
✓ Power supply and control via SINGLE TWO-WIRE CABLE
Any switch or sensor in the system can control any luminaire or luminaires following a preset program. Any elements can be connected anywhere to the bus: single two-wire cable.
Create modern, safe LED lighting in the house. Say goodbye to smart lighting systems' complicated setup and maintenance but embrace their convenience and flexibility.
* extra-low voltage
✓ Low-cost installation work and materials
✓ An electrician's license is not required
✓ Easy installation
✓ Smooth and trouble-free operation
The system uses extra-low voltage (ELV), so the contractor and installer do not require electrician licenses. An unskilled laborer is much cheaper
Two-conductor 18 AWG speaker cable, ordinary wire routing methods and connection options
One cable is one cable. Not two similar ones, not two different ones. One mount, one route, one pull-through
The system uses only one two-wire cable (bus) to power and control the luminaires and to connect switches/sensors
First, clamp the connector on the bus wire. Secondly... the light, sensor, and switch are already connected
All devices and sensors are wired and powered from a common line. After a power failure, the system automatically returns to operation in a few seconds
Full autonomy
No subscription fees, no subscriptions, no additional software packages. The system works immediately and permanently
Dust-proof system's devices use high-quality electronic components with operating power and temperature reserves.
Seamless retrofit installation. Traditional switches can be used as control elements
Luminaires are powered and controlled over one common line up to 300 feet away
Each system's device can connect an RGB CCT and RGBCW / RGBWW strip/lighting fixture, which can be dimmed on each channel
Our specialized support team can help you with any questions you may have
One cable type and few additional elements
The system uses traditional controls: mechanical or touch switches and sensors. Control from any phone is possible, but as a addition feature
Do you have a smart home? Our system is compatible with different kinds of smart homes, using open protocols for connectivity. Home Assistant, Homey, Samsung Smart Things, IFTTT
Users can always control the lights manually (via the web interface)
The control devices use microcontrollers with a low power consumption of 0.5 W or less, which consumes 0.4 kWh per month
Control signals are transmitted over wires, and this feature provides the best protection against unauthorized data reading and attempts to control devices. Your data is not collected and, therefore, not sent anywhere
The device has a lifespan of at least 10 years. Inside are ordinary electronic components, such as those in TVs, phones, and tablets
Modern, safe, automated lighting in the kitchen - how can it be made? What equipment will be needed?
Control up to 10 end system devices
Five PWM 24VDC outputs, three inputs (sensors/switches)
Input 100-140VAC
Output 48VDC / 480W
Detailed step-by-step illustrated manual
The central unit, two lighting units,
power supply 110VAC-48VDC, and manual
We will contact you within a day to confirm an address
for free* delivery of your demo kit
* in the U.S. excluding AK, HI, and PR
The system is a devices and software for creating a universal lighting system for rooms and/or furniture.
Power supply, one central unit and several lighting units.
Luminaires, switches and sensors are connected to the lighting units. Any luminaire can be controlled from any switch or sensor in the system by a previously created program.
Bus voltage: 48V DC
Maximum input power: 120W
Output
Voltage for all channels: 24V with PWM (dimming for each channel is possible)
PWM frequency: 1250Hz
Maximum long-term power for each channel:
• one channel use = 100W
• two channels simultaneously use = 50W
• three channels simultaneously use = 40W
• four channels simultaneously use = 30W
• five channels simultaneously use = 24W
Each output can function as a mechanical switch equivalent for external AC relays. For example, to control traditional AC luminaires.
Input
Input channel: 3 (dry-contact)
The device can work with mechanical switches, buttons and sensors with different algorithms (control any selected lights in the network):
• Momentary: Push-for "ON" or Push-for "OFF".
• Toggle Switch: A flip switch with one state for "ON" and one state for "OFF".
• Edge Switch: Changes state on every hit.
• Activation Switch (for motion sensor): Any input turns "ON" and resets Auto OFF timer.
Wireless interfaces
No
General
Operating temperature: 40 to 115 °F
Storage temperature: -15 to 150 °F
Relative humidity: 0 to 95% non-condensing
Device power consumption: < 1 W
UL Listed option: No
Bus voltage: 48V DC
Maximum power: < 1W
Input
Input channel: 3 (dry-contact)
The device can work with mechanical switches, buttons and sensors with different algorithms (control any selected lights in the network):
• Momentary: Push-for "ON" or Push-for "OFF".
• Toggle Switch: A flip switch with one state for "ON" and one state for "OFF".
• Edge Switch: Changes state on every hit.
• Activation Switch (for motion sensor): Any input turns "ON" and resets Auto OFF timer.
Wire interfaces
• Modbus RS-485*
• DALI*
Wireless interfaces
• WiFi 4 (802.11 b/g/n) 2.4GHz
• Bluetooth Low Energy (BLE)*
• ZigBee*
Remote control
The system has its own web interface for control and configuration from any device in the home WiFi network (via a browser).The system can be integrated into custom Smart Home systems via various interfaces:
• MQTT
• web-API
Mobile app: no. The system is controlled via a browser.
The central unit is connected to the bus between the power supply and the bus.
General
Operating temperature: 40 to 115 °F
Storage temperature: -15 to 150 °F
Relative humidity: 0 to 95% non-condensing
Device power consumption: < 1 W
UL Listed option: No
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* - COMING SOON
