4-20mA to 5V Converter for Arduino Industrial Sensor Interface Board

149.00 ( Excluding 18% GST )

Input Signal Range 4-20mA
Output Voltage Range 0-5V
Accuracy ±0.1%
Resolution 12-bit
Isolation Galvanic isolation between input and output
 

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Description

Description

Overview of this 4-20ma to 5v converter for arduino industrial sensor interface board

Introducing roboway 4-20ma to 5v converter for arduino industrial sensor interface board at best price for interfacing industry sensors with microcontrollers. This board simplify the complex task of converting current signals (4-20mA or 0-20mA) to analog voltage output (0-5V or 0-3.3V or 0-10V). And make it easy to connect to the ADC pin of your microcontroller.

With its onboard screw terminal connectors, this interface board offers easy and simple connections. And eliminate the need for external circuit and tuning. It also feature a wide supply voltage range of 7-36V & ensure compatibility with various power source. And this board also provide high stability, good linearity, and industry grade performance.

Equipped with adjustable zero and range settings, as well as reverse polarity protection, this converter board offers flexibility and reliability in industrial applications. Its high precision color ring resistance ensures accurate current signal sampling, making it suitable for demanding industrial environments.

Feature

  • Industrial Sensor Interface: It easily interface with  Arduino/Raspberry Pi with industrial sensors/devices using 4-20mA output. And also Simplify complex conversions, eliminating external circuits and tuning requirements.
  • Voltage Output: Converts 4-20mA (or 0-20mA) current signal to selectable 0-5V, 0-3.3V, or 0-10V analog voltage. Directly connects to microcontroller ADC pins for easy integration and signal processing.
  • Wide Supply Voltage Range: It also support supply voltage from 7V to 36V & ensure compatibility with various power source. And provide flexibility in power option for different use.
  • Adjustable Zero and Range: Allows adjustment of zero and span via potentiometers for precise output calibration. Ensures accurate voltage output corresponding to input current signals.
  • High Stability and Linearity: Industrial-grade construction ensures high stability and good linearity for reliable performance. Ideal for demanding industrial applications requiring precise signal conversion.
  • Multiple Voltage Ranges: Offers multiple voltage output ranges to suit different application requirements. Enhances versatility and compatibility with a variety of microcontroller projects.
  • Compact and Lightweight: Compact design with onboard screw terminal connectors for easy and simple connections. Lightweight module weighs only 12g, facilitating installation and integration into projects.

Specification

Specification Description
Input Signal Range 4-20mA
Output Voltage Range 0-5V
Accuracy ±0.1%
Resolution 12-bit
Isolation Galvanic isolation between input and output
Supply Voltage 5V DC
Operating Temperature Range -40°C to +85°C
Response Time <10 ms
Input Impedance 250 Ohms
Output Load Resistance 10 kOhms
Power Consumption <20 mA
Dimensions Compact form factor for easy integration
Interface Analog voltage output compatible with Arduino
Protection Overcurrent protection, reverse polarity protection
Mounting Options Through-hole or surface mount options available
SKU RW-526
Instructions for use:
  1. The module according to the definition of wiring, power supply voltage 7-36V (if the output to 10V, the supply voltage must be greater than 12V).
  2. After power-up, the D2 indicator should be on, otherwise check the line connection. Board with reverse protection, the reverse does not burn.
  3. When the current input is the minimum (0mA or 4mA), adjust the ZERO potentiometer so that the VOUT output is the minimum (0.0V or other voltage).
  4. When the current input is at maximum (20mA), adjust the SPAN potentiometer so that the VOUT output is the maximum (3.3V or 5V or 10V, the output can be as low as 2.5V when the input is 4-20ma).
  5. According to your needs, through the jumper cap to select the appropriate range:

Jumper Settings for Output Voltage Range Input Signal: 4-20mA

  • 1.0-2.5V: J1 1,2 pin are short circuit connection; 3, 4 pin are short circuit connect
  • 2.0-3.3V: J1 1,2 pin are disconnect; 3, 4 pin are disconnect
  • 3.0-5V: J1 1,2 pin are short circuit connect; 3, 4 pin are short circuit connect
  • 4.0-10V: J1 1,2 pin are short circuit connect; 3, 4 pin are disconnect

Jumper Settings for Output Voltage Range Input Signal: 0-20mA:

  • 1.0-3.3V: J1 1,2 pin are short circuit connected; 3, 4 pin are short circuit connected
  • 2.0-5V: J1 1,2 pin are short circuit connected; 3, 4 pin are short circuit connected
  • 3.0-10V: J1 1,2 pin are short circuit connected; 3, 4 pin are disconnected