The Voltage To Current Module 0-24V To 4-20mA Current Transmitter Signal Converter Module is an advanced signal converter that allows you to convert voltage signals in the range of 0-24V into a corresponding 4-20mA current signal. This module is widely used in industrial automation systems, process control, and measurement setups where current loop signals are necessary for data transmission. It provides a reliable and linear conversion from voltage to current, ensuring that the output is both accurate and stable.
- Voltage to Current Conversion: Converts 0-24V input voltage to a 4-20mA current output, making it suitable for industrial applications requiring current signals.
- Linear and Precise Output: Provides a linear conversion, ensuring precise and consistent signal transmission for control and monitoring.
- Wide Input Voltage Range: Supports a broad input voltage range (0-24V), making it suitable for use with a variety of voltage sensors and systems.
- Compact and Efficient: Compact design that is easy to integrate into existing systems while maintaining high efficiency.
- Power Supply: Powered by 12-24V DC, suitable for industrial environments and control systems.
Voltage To Current Module Specifications
- Input Voltage: 0-24V
- Output Current: 4-20mA
- Power Supply: 12-24V DC
- Output Type: Linear current output for industrial and process control systems
- Application: Industrial process control, automation, and sensor interfacing
Voltage To Current Module Applications
- Industrial Process Control: Perfect for converting voltage signals into current for integration into process control and automation systems.
- Measurement Systems: Ideal for use in measurement systems that require the conversion of voltage readings into current signals for analysis and control.
- Control Systems: Used to interface voltage-output sensors with control systems that operate on current loop signals (4-20mA).
- Data Transmission: Can be used in systems that need to transmit data over long distances via current loops while ensuring signal integrity.