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
Map of the object with the location of the floodlights
Daily program of floodlight control
Annual program of floodlights operation
Floodlight operation statistics in the diagram form
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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