LIGHT CONROLLER
The outdoor light controller is designed to control the driver via the DALI protocol and with configuration via the LoRaWAN radio channel.
Supports dimming function to adjust the brightness of incandescent lamps.
The light controller has a built-in GNSS receiver for automatic time correction and automatic control of the light based on the installation location.
The device has a built-in supercapacitor for autonomous operation, in case the external power supply is cut off. Operating time from a backup power source up to 24 hours.
CHARACTERISTIC
| PARAMETER | DESCRIPTION |
|---|---|
| POWER | |
| Operational voltage range | 12-24 B |
| Current consumption in active mode | no more than 60 mA |
| Standby current consumption | 50 μA |
| Backup power supply | built-in supercapacitor |
| Back-up power supply time | up to 24 hours |
| INTERFACES | |
| Interface support | DALI 1/2 |
| Connector | according to zhaga book 18 |
| Dimming level control | based on the coordinates of the installation site with automatic determination of the time of sunset and sunrise |
| Dimming control | based on real time based on light level |
| SENSORS | |
| Built-in GNSS receiver | for automatic time correction and automatic control of the luminaire based on the installation location |
| GNSS GPS / GLONASS support | yes |
| Number of channels | 99 acquisition/ 33 tracking |
| Sensitivity | -165dBm - tracking, -148dBm - acquisition |
| Built-in accelerometer | yes, for automatic detection of the vertical angle of the lamp post |
| Automatic shock detection | yes |
| Built-in lamp temperature sensor | yes |
| Built-in light sensor | yes |
| LORAWAN RADIO COMMUNICATIONS | |
| Communication standard | LoRaWAN 1.0.3 |
| LoRaWAN antenna | built-in |
| LoRaWAN device class | C (in sleep mode A) |
| Supported LoRaWAN regions | AS923, AU915, CN779, EU868, KR920, IN865, US915, RU864 |
| Adaptive data rate (ADR) | yes |
| Multicast support | yes |
| Remote multicast support | yes |
| Supports automatic time synchronization | yes |
| Public / private network support | yes |
| CONFIGURATION | |
| By commands through the LoRaWAN network | |
| Via a radio channel using a special USB dongle and windows application |
DIMMING PROFILE TYPES
Dimming profiles, depending on the settings, can work based on:
Geographic coordinates of the installation site, according to the schedule, indicating the time offset from sunset and sunrise.
Absolute time, indicating the time of switching the dimming levels (static).
Light sensor based.
Profiles can be global (used for all devices on the DALI network) or personal (used for specific devices on the DALI network). In the absence of a personal profile, dimming should be done according to the active global profile.
There can be several global profiles in the device memory, but only one of them can be active (used at the moment).
The personal profile can only be a single copy for one device in the DALI network, it is also active.
LIGHTING CONTROL VIA DALI PROTOCOL
This protocol is used to control individual fixtures or lighting groups. DALI protocol can control a line to which up to 64 devices are connected. Each device can be assigned to 16 separate groups and 16 individual scenes.
Communication not only enables switching and dimming, but also the transmission of status messages from the implement to the controller.
DALI maximizes the flexibility of the system through easy control of lighting (using software without hardware modifications) and adaptation to new conditions (for example, when the purpose of use is changed).
DATA TRANSFER
LoRaWAN is a type of wireless communication that includes gateways that transmit data to a server. This data transfer option is the fastest and safest. LoRaWAN base station sends data to cloud storage. Further, the received data is sent to the server, after which it is sent to mobile user applications.
Monday-Friday: 9:00 – 18:00
630058, Russian Federation, Novosibirsk city, 40 Russkaya str
LIGHT CONROLLER
The outdoor light controller is designed to control the driver via the DALI protocol and with configuration via the LoRaWAN radio channel.
Supports dimming function to adjust the brightness of incandescent lamps.
The light controller has a built-in GNSS receiver for automatic time correction and automatic control of the light based on the installation location.
The device has a built-in supercapacitor for autonomous operation, in case the external power supply is cut off. Operating time from a backup power source up to 24 hours.
CHARACTERISTIC
| PARAMETER | DESCRIPTION |
|---|---|
| POWER | |
| Operational voltage range | 12-24 B |
| Current consumption in active mode | no more than 60 mA |
| Standby current consumption | 50 μA |
| Backup power supply | built-in supercapacitor |
| Back-up power supply time | up to 24 hours |
| INTERFACES | |
| Interface support | DALI 1/2 |
| Connector | according to zhaga book 18 |
| Dimming level control | based on the coordinates of the installation site with automatic determination of the time of sunset and sunrise |
| Dimming control | based on real time based on light level |
| SENSORS | |
| Built-in GNSS receiver | for automatic time correction and automatic control of the luminaire based on the installation location |
| GNSS GPS / GLONASS support | yes |
| Number of channels | 99 acquisition/ 33 tracking |
| Sensitivity | -165dBm - tracking, -148dBm - acquisition |
| Built-in accelerometer | yes, for automatic detection of the vertical angle of the lamp post |
| Automatic shock detection | yes |
| Built-in lamp temperature sensor | yes |
| Built-in light sensor | yes |
| LORAWAN RADIO COMMUNICATIONS | |
| Communication standard | LoRaWAN 1.0.3 |
| LoRaWAN antenna | built-in |
| LoRaWAN device class | C (in sleep mode A) |
| Supported LoRaWAN regions | AS923, AU915, CN779, EU868, KR920, IN865, US915, RU864 |
| Adaptive data rate (ADR) | yes |
| Multicast support | yes |
| Remote multicast support | yes |
| Supports automatic time synchronization | yes |
| Public / private network support | yes |
| CONFIGURATION | |
| By commands through the LoRaWAN network | |
| Via a radio channel using a special USB dongle and windows application |
DIMMING PROFILE TYPES
Dimming profiles, depending on the settings, can work based on:
Geographic coordinates of the installation site, according to the schedule, indicating the time offset from sunset and sunrise.
Absolute time, indicating the time of switching the dimming levels (static).
Light sensor based.
Profiles can be global (used for all devices on the DALI network) or personal (used for specific devices on the DALI network). In the absence of a personal profile, dimming should be done according to the active global profile.
There can be several global profiles in the device memory, but only one of them can be active (used at the moment).
The personal profile can only be a single copy for one device in the DALI network, it is also active.
LIGHTING CONTROL VIA DALI PROTOCOL
This protocol is used to control individual fixtures or lighting groups. DALI protocol can control a line to which up to 64 devices are connected. Each device can be assigned to 16 separate groups and 16 individual scenes.
Communication not only enables switching and dimming, but also the transmission of status messages from the implement to the controller.
DALI maximizes the flexibility of the system through easy control of lighting (using software without hardware modifications) and adaptation to new conditions (for example, when the purpose of use is changed).
DATA TRANSFER
LoRaWAN is a type of wireless communication that includes gateways that transmit data to a server. This data transfer option is the fastest and safest. LoRaWAN base station sends data to cloud storage. Further, the received data is sent to the server, after which it is sent to mobile user applications.
Monday-Friday: 9:00 – 18:00
630058, Russian Federation, Novosibirsk city, 40 Russkaya str
