Product information
Jooby Sensor Ball is designed to detect moving objects near the luminaire for automatic light intensity adjustment.
The device uses low-power 24 GHz radar sensors for motion detection.
General information
- An optimal solution for places with complex, multi-directional traffic, e.g. squares and crossroads
- Detects any road users, e.g., pedestrians, bicycle riders, and vehicles.
- Generates control signals for appropriately configured connected luminaires to adjust their brightness
- Designed to be installed 4–6 m high
- Pedestrian and vehicle detection—up to 15 m and 30 m respectively
- Can house up to 4 radar sensors for motion detection from different directions.
- Uses a DC power supply and can be connected to a green energy generation system without additional transducers.
- Uses LoRaWAN® technology for centralized configuration and device monitoring.
- Can be equipped with an optional Wi-Fi interface for quick on-site configuration.
Technical data
Input voltage
24 V DC or 220 V AC with a power adapter
Power load, max.
50/60
Avg. power consumption on standby, max.
2,2
Electrical safety class according to ЕN 60598-1
IP66
Dimensions
∅ 95 mm
Weight
0,25 kg
LoRa wireless technology, LoRaWAN® network technology
Jooby Sensor Ball supports communication over LoRaWANLoRaWAN® wireless networks, which have the following benefits:
- Licence-free frequency bands
- Long range
- Secure connection with two levels of encryption
- Low power consumption
LoRaWAN® specifications
Modulation
LoRa™ Spread-Spectrum class C
Receiver sensitivity, dBm
−118 … -136 dBm
Data rate, bit/s
0.250–11 Kbps
Line-of-sight range
up to 15,000 m
Frequency band 1
868.0—868.6 MHz
Radiated power
25 mW (14 dBm)
Pulse ratio
<1 %
Frequency bandwidth
125 kHz
Frequency band 2
867.0–868.0 MHz
Radiated power
25 mW (14 dBm)
Pulse ratio
<0,1 %
Frequency bandwidth
125; 250 kHz
Frequency band 3 (receive)
869.4–869.65 MHz
Pulse ratio
<10 %
Frequency bandwidth
125 kHz
ShortLink technology
The device supports ShortLink technology to connect luminaires to one another. ShortLink enables dynamic lighting—when a motion sensor is triggered on one luminaire, the brightness on the nearby ones is raised, too. The system thus creates a ‘light wave’ in front of the moving pedestrian or car. ShortLink technology reduces the devices’ response delay to 0.01 s.
ShortLink specs
Modulation
LoRa™ Spread-Spectrum
Frequency band 1
869.7–870 MHz
Frequency bandwidth
250 kHz
Radiated power
5 mW (7 dBm)
Receiver sensitivity, dBm
-120 dBm
Data rate, bit/s
0.250–11 Kbps
Line-of-sight range
Up to 1 km
Wi-Fi debugging interface
Jooby Sensor Ball can be equipped with a Wi-Fi module, which can be used for testing, luminaire restarting, and firmware updates.
Wi-Fi connection specs
Wi-Fi protocol
IEEE 802.11 b/g/n
Frequency band 1
2.4–2.5 GHz (2,400–2,483.5 MHz)
Radiated power
14 dBm (@ 72.2 Mbps), 20 dBm (802.11b)
Receiver sensitivity, dBm
−72 … −98 dBm
Security
WPA/WPA2
Encryption
WEP/TKIP/AES
Network protocol
IPv4, TCP/UDP/HTTP/FTP
Line-of-sight range
Up to 100 m
Light control panel
Luminaire location map
Daily luminaire operation programme
Annual luminaire operation programme
Luminaire operation statistics as diagrams
Devices
LoRaWAN® base station network
Jooby CMS software
Technical support
Avenue Smart Cover
To transform a regular Avenue luminaire into a smart one, an Avenue Smart Cover controller needs to be installed. This enables you to connect your luminaires to Jooby CMS for management and monitoring.
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