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SPM01 Energy Meter (1P+N, 63 A, Tuya Wi-Fi & Modbus/Zigbee)
zzgl. 19% MwSt.
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SPM01 Energy Meter – 1P+N, 63 A, Tuya Wi-Fi / Zigbee
The SPM01 Smart Energy Monitor is a compact single-phase energy meter for real-time monitoring of electrical consumption. It is designed for 1P+N systems up to 63 A and is suitable for residential and light commercial energy monitoring applications.
Depending on the selected variant, the SPM01 supports Wi-Fi or Zigbee communication for smart energy monitoring and data analysis. Its compact design allows flexible installation in modern distribution boards and energy management systems.
Highlights
- Single-phase measurement: Designed for 1P+N electrical systems.
- Maximum current up to 63 A: Suitable for monitoring residential and light commercial circuits.
- Bidirectional measurement: Measures energy flow in both consumption and feed-in directions.
- Smart monitoring: Supports real-time energy monitoring and consumption analysis.
- Wi-Fi or Zigbee: Available with different communication options depending on the selected variant.
- Compact design: Suitable for space-saving installation in electrical distribution boards.
- Real-time data: Provides current energy information for monitoring and analysis.
Typical Applications
The SPM01 is suitable for monitoring energy consumption in single-phase electrical installations. It can be used for residential energy monitoring, individual electrical circuits and connected energy management applications.
- Residential energy monitoring
- Single-phase distribution boards
- Monitoring household electrical consumption
- Photovoltaic and energy management applications
- Smart home energy monitoring
Technical Data
| Product model | SPM01 |
| Electrical system | 1P+N |
| Maximum current | 63 A |
| Measurement direction | Bidirectional |
| Communication | Wi-Fi or Zigbee, depending on variant |
| Application | Single-phase energy monitoring |
Smart Energy Monitoring
The SPM01 enables users to monitor electrical consumption and energy flow in real time. Depending on the selected communication variant, the device can be integrated into compatible smart monitoring environments for energy analysis and system overview.
