Tu tienda de energía solar

SUNMETER PRO cu celula solara LAMINATA cu sticla solara
si cu aceleasi elemente ca la modulul fotovoltaic.
Clasa A; Ieșire Modbus RS485, Prec iradiere ± 2,1%, Prec temp. ±0,5°C.
Carcasa din aluminiu anodizat. Cu suport de montare și temperatură
Precizie intrare sonda 2,%.
Serviciu de recalibrare dupa 18/12 luni inclus.

• ezShade 2.0 solar canopy (2 spaces) in AL6005-T5 aluminum, SUS304 fasteners, certified, wind-resistant up to 50 m/s.
• Integrated drainage with guides and gutters, waterproof.
• Dimensions: 5,500 mm span, 5° tilt, minimum free height 2,100 mm.
• Capacity: up to 15.3 kWp of 510 Wp (3P x 10) or 11.8 kWp of 590 Wp (2P x 10).

Set de conexión sistema Dome 6.10 Classic

SUNMETER PRO WIND with solar cell LAMINATED with
SOLAR GLASS and with same elements as in PV
module. Class A; Output in Modbus RS485, Irradiance
prec ± 2.1%, Temp prec. ± 0.5°C, wind speed. Case in
anodized alluminium. With mounting bracket and
temperature probe input. Accuracy 2,%. Service of
recalibration after 12/18 months included.

Senzorii de iradiere Modbus sunt proiectați pentru uz profesional în instalații industriale, comerciale și fotovoltaice.

Senzorul de iradiere funcționează ca un concentrator pentru mai mulți senzori. Toate datele meteorologice măsurate sunt transmise înregistratoarelor de date și unităților de recepție printr-o magistrală RS485 cu 2 fire cu protocol Modbus RTU.

- Conformitate cu clasa A.
- Instalare rapida si usoara.
- Structură similară cu panouri fotovoltaice.
- Actualizare software gratuită.
- Compatibil cu SunSpec (pentru Modbus RTU).
- Serviciu de configurare la distanță.
- 5 ani garantie.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

Comutator diferential monofazat 2P. In=30mA (40A) Clasa B (curenți de scurgere alternanți pulsatori lini de până la 1kHz). Cu resetare automată.

Comutator diferential monofazat 2P. In=100mA (40A) Clasa A (curenți alternativi de scurgere sau p). Cu resetare automată.

Comutator diferential monofazat 2P. In=30mA (40A) Clasa B (curenți de scurgere alternanți pulsatori lini de până la 1kHz).

Cuadro de protección para corriente alterna. Cuadro de 8 módulos de ABS IP65 compuesto de Diferencial clase A superinmunizado de 2P 40A 30mA + Magnetotérmico 2P 40A+Protección contra sobretensiones. Montado y Precableado.