Jooby Luminaire Controller for NEMA 7-pin Socket

A controller for third-party luminaires

Dimensions

∅84 x 85 mm

Data transfer

LoRa, Wi-Fi (optional)

Built-in sensors

Photosensor, GPS (optional)

Product information

General information Specifications Wireless connectivity GPS

Jooby Luminaire Controller for NEMA is a controller for third-party luminaires equipped with a 7-pin NEMA connector. The device adjusts the brightness of luminaires based on the astronomical calendar or in reaction to the signal from remote motion sensors. Also, it gathers information about the luminaire’s operation and sends it to Jooby CMS for visualization and archiving.

General information

  • Compatible with luminaires of any vendor and model equipped with a NEMA 7-pin socket and a dimmable driver
  • Enables luminaire brightness via 0–10 V, 1–10 V, PWM or DALI interface
  • Supports communication over LoRaWAN® networks
  • Autonomously adjusts light intensity throughout the year based on the astronomical calendar.
  • Compatible with ambient light sensors
  • Automatically adjusts the brightness of the light upon the signal from a built-in or external motion sensor
  • Can be equipped with a GPS receiver for automatic geolocation
  • Gathers and transmits luminaire operation data. The information is sent for processing and visualization to Jooby CMS, which notifies the operator should the need arise.

Input voltage

120–280 V

Power load, max.

50/60 Hz

Avg. power consumption on standby, max.

500 W

Ingress protection (EN 60529)

2.2 W

Dimensions

0.5 W

Weight

0,210 kg

Luminaire brightness control

Jooby Luminaire Controller for NEMA adjusts the brightness of luminaires from 10–100% in increments of 1%.

Automatic dimming interface detection.

Data collection and luminaire monitoring

The controller collects information about the luminaire’s operation, and transfers the following data to the system operator:

  • Voltage
  • Power supply current
  • Current power consumption
  • Power factor
  • Total power consumed
  • Total uptime
  • Controller board temperature
  • Ambient light level

Astro power-on, power-off, and dimming

The device autonomously adjusts luminaire brightness throughout the year based on the astronomical calendar. To this end, it has the following functionality:

  • Real-time clock with time data retention in the unpowered state
  • Geolocation-based automatic dusk and dawn time calculation for every day of the year
  • Annual operation programme: the algorithm can function even when disconnected from a LoRaWAN® network
  • TALQ compatibility
  • Four daily operation programmes selected depending on the predefined rules, date, weekday, workdays, and weekends
  • Power-on and power-off at a pre-set time as well as based on the astronomical calendar and ambient light sensor
  • Up to 8 brightness adjustment points in the daily programme

LoRa wireless technology, LoRaWAN® network technology

JLCN-LRWF-PC-GPS

Jooby Luminaire Controller for NEMA 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

Line-of-sight range

0.250–11 Kbps

Frequency band 1

up to 15,000 m

Radiated power

868.0–868.6 MHz

Pulse ratio

25 mW (14 dBm)

Frequency bandwidth

125 kHz

Frequency band 2

867.0–868.0 MHz

Radiated power

25 мВт (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

Avenue Smart Cover 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

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

JLCN-LRWF-PC-GPS

Jooby Luminaire Controller for NEMA 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

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

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Light control panel

Luminaire location map
Daily luminaire operation programme
Annual luminaire operation programme
Luminaire operation statistics as diagrams

How our Smart Lighting solution works

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.

Learn more

Case studies

Jooby Avenue’s smart luminaires light streets, parks, roads, bridges, and thermal power plants in Ukraine, Switzerland, and Denmark. Radio modules for utility meters and the Jooby RDC Dashboard solution enable automation of water, gas, heat, and electricity consumption tracking with minimal infrastructure investments.

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