Siemens 6ES7223-1PH20-0XA0

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Configuration

Program and configure by using the TIA Portal engineering tool of this module. Users can set parameters such as input point address, filter times, and interrupts, and integrate them into the entire S7-1200 PLC system.

The programming languages supported by Siemens 6ES7223-1PH20-0XA0 include ladder Diagram (LAD), Function Block Diagram (FBD), Structured Text (ST), Instruction List (IL), and Sequential Function Diagram (SFC).

Parameter

Features

Siemens 6ES7223-1PH20-0XA0 mainly collects digital signals from on-site equipment and converts them into signals that can be processed by the PLC. It has functions such as high density, isolation, filtration, diagnosis and protection. It can be configured and programmed through the TIA Portal.

FAQ

If the input signal line is broken, how to detect it?

When the input signal is detected to be disconnected, diagnostic information will be generated in the TIA Portal, which is convenient for users to quickly locate and solve the problem.

How to prevent jitter of the input signal?

6ES7223-1PH20-0XA0 Siemens has a built-in filtering function, which can effectively eliminate jitter and noise of the input signal. Users can set the filtering time in the TIA Portal according to actual needs, ranging from 0.2 ms to 1 s.

How to integrate this module into the S7-1200 system?

It can be configured and programmed through Siemens' TIA Portal engineering tool. Users can set parameters such as input point address, filter times, and interrupts, and integrate them into the entire S7-1200 PLC system.

Precautions

1. Transistor output can only drive DC loads! It cannot directly drive AC loads. If it is necessary to control the AC load, a relay output module should be selected, for example: EM 223 1BL... .

2. 6ES7223-1PH20-0XA0 is a source-type output. The current flows out of the module, passes through the load, and then flows to the power ground (0V). Please note that when wiring, the polarity must be taken into consideration.

3. When driving inductive loads, freewheeling diodes or surge absorbers must be connected in parallel across the load terminals to prevent damage.