JL-712B2 Zhaga Book 18 Bluetooth Mesh Controller with 0-10V Dimming, Light and Microwave Sensing

Dettagli del prodotto:

JL-712B2 Zhaga Book 18 Bluetooth Mesh Controller with 0-10V Dimming, Light and Microwave Sensing

JL-712B2 Zhaga Book-18 Bluetooth Mesh light controller with 0-10V dimming

Riepilogo del prodotto

JL-712B2 is based on ZHAGA BOOK18 interface standard development of intelligent lock type light controller, using light sensing + microwave mobile combination sensor, can output 0~10V dimming signal, at the same time equipped with Bluetooth mesh communication network, can be controlled and configured through APP. The lamp controller is suitable for roads, lawns, courtyards, parks, parking lots, industrial mines and other lighting scenes. It is particularly suited to UFO high-bay luminaires fitted with a Zhaga socket.

Tabella delle taglie del prodotto

JL-712B2 dimensions and Zhaga Book-18 mounting outline, Φ50 x 36 mm

Parametri

JL-712B2 key parameters

JL-712B2 — transcribed from datasheet JL-712B2 EN 2305V5
Product typeZhaga Book-18 interface intelligent lock-type light controller; Bluetooth Mesh communication with 0–10 V dimming output
ModelloJL-712B2
Alimentazione elettricaRated 12–24 VDC; rated current 40 mA
Consumo energetico< 0.6 W
Tipo di sensoreLight sensor + microwave motion sensor
Intervallo di acquisizione spettrale350–1100 nm, peak wavelength 550 nm
Microwave mounting height15 m maximum
Raggio di rilevamento6–10 m at 15 m mounting height
Anti-jump delay3 s — minimum interval before the lamp can be switched on again after it switches off
Tempo di attesaDefault 30 s, adjustable in the app
Stand-by brightnessDefault 0%, adjustable in the app
Stand-by timeDefault 5 s, adjustable in the app
Interfaccia di oscuramento0–10 V; accuracy ±2%
Turn-on illuminanceApp adjustable in 5 levels: daytime (any illuminance), dusk ≈60 lx, evening ≈30 lx, night ≈8.2 lx, late night ≈0 lx
Energy-saving strategyCostume
Mechanical vibrationIEC 60068-2-6
Flammability levelUL94-V0
Temperatura di esercizioda −40 °C a +70 °C
Storage temperature−40 °C to +85 °C
Operating humidity5% RH to 99% RH
Protezione dall'ingressoIP66
DimensioniΦ50 × 36 mm
Certification marks shownCE and RoHS as printed in the datasheet mark row; the datasheet prints no certificate number or standard list

4-pin interface definition

SpilloDefinizioneFunzione
112–24 V CCPower input
2GND / DIM−Power input
3NCNot connected
4DIM+ (0–10 V+)Uscita del segnale

Values as printed in the JL-712B2 EN 2305V5 datasheet. CE and RoHS appear in the datasheet as marks only: no certificate number is printed there, so this table reports the mark rather than a certificate. Request the current declaration or certificate copy before quoting compliance in a tender or on a drawing package.

JL-712B2 parameter table from datasheet EN 2305V5

Schematic diagram of microwave induction – indoor installation at a height of 15 meters

JL-712B2 microwave detection pattern at 15 m mounting height

Caratteristiche

  • 12 to 24 VDC power supply, low power consumption
  • Standard di interfaccia ZHAGA BOOK18
  • Automatic dynamic microwave frequency adjustment to avoid mutual interference in dense installation
  • Φ50*36mm size, suitable for installation in most lamps
  • 0~10V dimming interface
  • Light sensor + microwave sensor, on-demand lighting, more power saving
  • 15m hanging height
  • BLE MESH
  • Third-party voice or automation integration requires confirmation of the supported app, gateway, platform and service for the selected configuration.
  • IP66

Schema elettrico

JL-712B2 wiring diagram with 12-24 VDC supply and 0-10V dimming output

Installazione

L'interfaccia del prodotto stesso è stata progettata a prova di errore, per l'installazione è sufficiente stringere il controller direttamente alla base girevole, come mostrato nella figura, in senso orario dopo l'inserimento.

JL-712B2 installation into a Zhaga Book-18 socket

Installation notes from the datasheet

  • If the negative pole of the driver’s auxiliary power supply is separate from the negative pole of the dimming interface, the two must be shorted together and connected to pin 2 (GND/DIM−) of the controller.
  • If the controller is mounted very close to the light-emitting surface of a high-power luminaire, the reflected light can exceed the compensation limit and the controller may switch the lamp off by itself.
  • A Zhaga controller cannot cut off the driver’s AC supply. Specify a driver whose minimum output current approaches 0 mA, taken from the output-current curve in the driver datasheet; otherwise the lamp may not switch off completely.
  • The controller only outputs the dimming signal to the driver. It does not switch or carry the driver and light-source load.
  • Do not cover the photosensitive window with your fingers. Light passing through a finger can prevent the lamp from switching on.

Recommended Zhaga sockets

The datasheet lists six sockets for this controller: JL-700 (general), JL-700W (without cable), JL-700S (short thread), JL-700T (pin), JL-770 (US / Z10) and JL-710 (built-in 24 VDC power supply). Socket choice follows the luminaire housing thread and whether a local 24 VDC source exists.

JL-712B2 Selection FAQs

Does Bluetooth Mesh mean Casambi compatibility?

No. This model is described as Bluetooth Mesh with app control. Confirm the exact app, supported firmware, provisioning method and gateway requirements; do not infer Casambi compatibility from Bluetooth or Zhaga mounting alone.

Can I connect the controller to a mains supply?

The description specifies a 12-24VDC supply and 0-10V dimming. Confirm the low-voltage power source, socket wiring and compatible LED driver using the JL-712B2 instructions; do not apply mains voltage to a low-voltage controller.

What should be verified before a project deployment?

Confirm light and microwave sensing settings, mounting conditions, detection coverage, mesh commissioning and IP66 assembly documentation. Voice-platform integration must be confirmed for the actual app, gateway and supported service.

See Zhaga controllers and components, controlli di illuminazione intelligenti, E selection and installation FAQs.

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