Description
Product Overview
The Current Transformer Module is an AC current sensor designed for monitoring and measuring alternating current in various applications. Ideal for energy monitoring, load tracking, and power management, this module provides precise current readings and can easily integrate with microcontrollers and development boards like Arduino and Raspberry Pi.
Specifications
- Input Range: 0-100A AC (varies by model)
- Output Type: Analog voltage proportional to AC current
- Core Material: Ferrite core for enhanced accuracy
- Accuracy: ±1%
- Power Supply: No external power needed (self-powered)
- Dimensions: Compact and lightweight design for easy installation
- Connector Type: Standard 3-pin output connector (Vcc, GND, Signal)
Key Features
- Non-Invasive Measurement: Measures current without direct electrical connection to the circuit, ensuring safe monitoring.
- High Sensitivity: Detects small current variations for accurate measurement.
- Low Power Consumption: Self-powered design makes it highly energy-efficient.
- Easy to Interface: Compatible with various microcontrollers and data acquisition systems for real-time monitoring.
- Durable Build: Made with quality materials for long-term reliability.
Applications
- Energy Monitoring: Ideal for tracking power consumption in residential or commercial environments.
- Industrial Automation: Monitors equipment load and operational current in automated systems.
- Renewable Energy: Useful in solar and wind power systems to monitor AC load.
- Smart Home Projects: Can be integrated into DIY smart home systems for energy tracking.
- Educational Use: Great for learning about current measurement and energy monitoring concepts.
Why Choose Our Current Transformer Module?
Our Current Transformer Module offers a hassle-free way to accurately monitor AC current without direct connection, ensuring safety and ease of use. Its high sensitivity, low power requirements, and versatile applications make it an essential tool for anyone working with energy monitoring and power management.
