{{CMP.TITLE}}
{{CMP.DESCRIPTION}}
- Ürün Özellikleri
- İade ve Teslimat
- Ödeme Seçenekleri
- Yorumlar (0)
- Beni Ara
- Ek
-
Description
AIN4-20mA Module 13.2
is aquad-channel
4~20mA
current analog acquisition module. It adopts theSTM32G030F6
main control chip and a dedicated acquisition chip with isolation to communicate with the M5 host fori2c
communication. Supports switching to internally or externally powered wiring via jumper caps. On-board power isolation chip and built-in op amp circuitry accurately measure external current sensors and ensure signal accuracy and system safety. In terms of power supply, the DC-JACK interface and the corresponding DC-DC boost circuit can provide power to the entire device. 'Suitable for power system equipment monitoring, motor control, energy management and automation, and industrial process control'.Features
- STM32G030F6® 32-bit Cortex®-M0+ CPU
- I2C communication
- Support four 2 or 4-wire sensors, jumper cap switching
- Built-in galvanic isolation chip
- Support Arduino, UIFlow and other programming platforms
Includes
- 1*AIN4-20mA Moudle 13.2
- 12* jumper cap
- 5*2.54mm plug-in terminal block
Applications
- Power system equipment monitoring
- Motor control
- energy management
- Automation and industrial process control
Specification
Resources Parameters MCU STM32G030F6(64 Kbytes of Flash/8 Kbytes of SRAM) Power isolation chip F2424S-2WR3 Signal isolation chip HCNR200 Op amp chip SGM321YC5/TR I2C mailing address 0x55 Operating temperature 0-40°C External DC supply voltage 9-24V Product Size 54* 54* 13mm Package Size 95 * 65 * 25mm Product Weight 26.9g Package Weight 51.7g Related Link
Schematic
Jumper cap connection and instructions
- If your current sensor already has an external power supply, the jumper cap is connected as shown on the left
- If your current sensor does not have an external power supply, connect the jumper cap as shown on the right, and connect the interface of AIN4-20mA Module 13.2 to the appropriate external power supply as needed.
Module Size
Examples
Arduino
UIFlow
UIFlow Blocks
- Init device I2C address
- Get ADC 16bit raw value
- Get current value
- Get device firware version