EUR 0,00
(Delivery cost: 0,00)
Shelly Pro 3EM 400A
Item no.: [20548254] | Manufacturer: Shelly | EAN: 3800235268117 | UNSPSC.: 39121106 | EL-nr.: 7822622216
Remote stock (1-2 days)
The item is in a remote warehouse, delivery time is 1-2 business days. More info
Delivery options - Select at checkout
Shipping @price - GLS
12,00
EUR
225,87
Incl. VAT 282,34
Total incl. delivery
297,34
The function requires that you are logged in. Create a user and use our smart list system to keep track of future purchases, regular purchases or wish lists.
Create user
Login
Create user
Login
Send på mail
Documents & Manuals
Shelly Product CatalogueShelly Pro 3EM-400 is a DIN rail mountable three-phase energy meter. Enhanced with all the gen2 firmware flexibility and LAN connectivity, it provides professional integrators with additional options for end-customer solutions. Shelly Pro 3EM-400 reports accumulated energy as well as instantaneous voltage, current, and power factor per phase in real-time.
Next-generation 3-Phase Energy Meter
Shelly Pro 3EM-400 is a Wi-Fi-operated DIN-mountable 3-Phase Energy Meter with Wi-Fi, Bluetooth, and LAN connectivity. With active energy measurement accuracy of 1%, Shelly Pro 3EM-400 can be used to monitor the consumption of home appliances, business electric circuits, and office equipment individually. It features 60 days of on-device historical data with a 1-minute resolution for each phase. Additionally, its scripting functionalities allow for the execution of complex scenes and provide broader monitoring abilities.
Next-generation 3-Phase Energy Meter
Shelly Pro 3EM-400 is a Wi-Fi-operated DIN-mountable 3-Phase Energy Meter with Wi-Fi, Bluetooth, and LAN connectivity. With active energy measurement accuracy of 1%, Shelly Pro 3EM-400 can be used to monitor the consumption of home appliances, business electric circuits, and office equipment individually. It features 60 days of on-device historical data with a 1-minute resolution for each phase. Additionally, its scripting functionalities allow for the execution of complex scenes and provide broader monitoring abilities.
|