Wireless Three-Phase Power Energy Meter 4G NB-IoT Wi-Fi IoT Power Quality Collector
Product No.: ZH-6042
Harmonic Analysis:Up to 51st Harmonic
Wireless Network:4G LTE
Power System:Three-Phase Three-Wire/Three-Phase Four-Wire
Communication:RS485 Modbus RTU
Wireless Three-Phase Power Energy Meter 4G NB-IoT Wi-Fi IoT Power Quality Collector
Product Overview
The ZH-6042 Wireless Three-Phase Power Monitoring Device combines comprehensive electrical parameter measurement, wireless communication and industrial data acquisition in a single compact unit.The device continuously monitors three-phase electrical systems and transmits data through a built-in 4G communication module, making it ideal for remote energy monitoring, smart factories, industrial automation and distributed energy management systems.
With support for RS485 Modbus RTU communication, harmonic analysis up to the 51st order, temperature acquisition and relay control functions, the ZH-6042 provides a complete IoT-ready power monitoring solution.
Model Selection
ZH-6041-54M4: Three-Phase Power Type, 10V–30VDC Power Supply
ZH-6041-59M4: Three-Phase Power Type, 220VAC Power Supply
ZH-60062-54M4: 6-Channel Current Type, 10V–30VDC Power Supply
Key Features
1.Flexible Wireless & Cellular Connectivity:
Supports custom wireless communication options including 2G/3G/4G/NB-IoT/Wi-Fi, compatible with cellular networks with dual network online capability supporting TCP and UDP.
2.Active Cloud Reporting & App Monitoring:
Features active upload modes with customizable upload intervals or data count thresholds, supporting server address editing, transparent network mode, HTTPD mode, and UDC mode.
3.Integrated Relay Alarm Control:
Includes 1-channel relay alarm output with freely configurable multi-channel alarm modes or remote control capabilities.
4.High-Precision Comprehensive Measurement:
Delivers 0.2% accuracy for voltage and current parameters, measuring fundamental power, harmonic power, and four-quadrant energy parameters.
Technical Specifications
| Item | Specification |
|
Model |
ZH-6042 |
|
Power System |
Three-Phase Three-Wire / Three-Phase Four-Wire |
|
Communication |
RS485 Modbus RTU |
|
Wireless Network |
4G LTE |
|
Voltage Measurement |
Three-Phase Voltage |
|
Current Measurement |
Three-Phase Current |
|
Harmonic Analysis |
Up to 51st Harmonic |
|
Temperature Inputs |
4 × PT100 |
|
Analog Inputs |
6 Channels |
|
Digital Inputs |
2 Channels |
|
Relay Outputs |
2 Channels |
|
Installation |
DIN Rail Mounting |
Applications
1.Industrial Energy Management
Monitor electrical consumption across manufacturing facilities and production lines.
2.Smart Factory Systems
Collect and transmit real-time energy data to MES, EMS and SCADA platforms.
3.Building Energy Monitoring
Track power consumption and improve energy efficiency in commercial buildings.
4.Renewable Energy Systems
Monitor solar, battery storage and distributed energy resources.
5.Remote Utility Monitoring
Enable remote monitoring of electrical distribution systems through 4G communication.
6.Power Quality Analysis
Identify harmonics, voltage fluctuations and power factor issues in industrial facilities.
Advantages
1.Reduce energy costs
2.Improve power quality
3.Enable predictive maintenance
4.Support remote monitoring
5.Simplify energy management
6.Integrate with existing automation systems
FAQ
1.What communication protocols are supported?
The ZH-6042 supports RS485 Modbus RTU communication and built-in 4G wireless data transmission.
2.Can the device monitor power quality?
Yes. The device supports harmonic analysis up to the 51st harmonic and provides power quality monitoring functions.
3.Does it support remote monitoring?
Yes. Through the integrated 4G communication module, users can remotely monitor electrical data from cloud platforms or SCADA systems.
4.Can temperature sensors be connected?
Yes. The device supports up to four PT100 temperature sensors.
5.Is OEM/ODM customization available?
Yes. Customized communication, measurement range and software integration services are available for OEM and ODM projects.
