The Sonoff POWR320D Geyser timer with Power Monitoring is a versatile device that can work with elements up to 3kWw and a maximum of 200L geyser, as well as pool pumps. It boasts a new and improved ESP32 chip, which is 200% faster than the previous ESP8622 chip and features an LCD screen that provides real-time and cumulative power consumption data for your appliances, including power, current, and voltage.

By keeping track of your power consumption, the device can help you save money, allowing you to set daily or monthly consumption thresholds that will trigger a notification when reached. You can also access 6-month historical power consumption data, which can be exported to Excel via your phone.

Furthermore, the Sonoff POWR320D can integrate with Home Assistant for control and automation via the eWeLink add-on. It's also compatible with Alexa Energy Dashboard, which lets you monitor the energy consumption of individual devices or your overall usage in one convenient location. Advanced users can leverage IFTTT and eWeLink Web control by subscribing to eWeLink Advanced plan.

To ensure safety, the POWR320D features a V-0 enclosure, upgraded terminal wirings, and increased amounts of tin to minimize any security risks.

Features

• LCD screen displays real-time power, current, voltage, and cumulative power consumption of your appliances.
• 6-month consumption history data (accurate to hours) can be easily exported to Excel via your phone.
• Overload protection: set power, current, and voltage thresholds to automatically turn off POW Elite and protect your appliances.
• Fully functional with all basic functions including app control, voice control, LAN control, timing schedule, inching setting, and power on state.

Specifications

• POW Elite: 20A
• Wi-Fi: IEEE 802.11 b/g/n 2.4GHz
  
• POWR320D Input/Output: 100-240V~50/60Hz 20A Max
• Casing Material: PC V0
• Dimensions: 98x54x31mm

**Do NOT install inside the roof. Overheating of the device will occur.
*Cable tips must be soldered or crimped onto electrical lugs before being inserted into the device.