Task: | Program |
---|---|
Structure: | Combination |
Mathematical Model: | Linear |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Model: FX3U-4DA
Mitsubishi FX3U-4DA is a special function module of analog quantity in Mitsubishi FX3U series PLC, which is widely used in the automation platform built by basic Mitsubishi industrial control. The type FX3U-4DA analog output module (hereafter referred to as FX3U-4DA) is used to convert 4-point analog output (voltage output and current output) into a 12-bit digital value and output this value to the programmable controller.
Fx3u-4da size and color:
Dimensions: Embedded module group analog output module. Rated voltage of the module is 24V DC
Machine color: milky white
Fx3u-4da product parameters
1. Product features of fx3U-4DA four-way module:
The FX3U-4DA analog output module (hereafter referred to as FX3U-4DA) is used to convert the 4-point analog output (voltage output and current output) into a 12-bit digital value and output this value to the programmable controller.
2, FX3U-4DA wiring method
1) Four analog output channels can accept output from 0 to 10V DC, 4 to 20MA or 0 to 5V DC, (voltage output and current output).
2) According to, analog output can be selected from voltage output or current output. At this point, assume a four-channel common analog output. Make the output characteristics compatible with the two channels.
3) Analog to digital conversion characteristics can be adjusted. Use FROM/TO instruction for data transmission with PLC. This module occupies eight I/O points, which can be assigned as input or output.
4) FX3U-4DA can be connected to programmable controllers of FX3G, FX3U and FX3UC.
5) Connection between Mitsubishi PLC and module FX3U-4DA: the number of FX3U-4DA that FX3U series PLC can connect is 4 or less. For each main unit with source extension units, the NUMBER of FX3U-4Da connections for the FX3G series PLCS is 4 or less, and the number of FX3U-4DA connections for the FX3UC series PLCS is 8 or more.