When developing the HMI in one size (e.g. TP1200) but having to quickly scale the project to other size (e.g. TP900) a quick and easy way is to select the Options > Settings > Visualization > Fit to screen
When developing the HMI in one size (e.g. TP1200) but having to quickly scale the project to other size (e.g. TP900) a quick and easy way is to select the Options > Settings > Visualization > Fit to screen
With time, the control system hardware and software become obsolete. That's why it is important to keep the systems running up to date with modern technologies, or, at least, not too far away from it.
Here below how to link the HMI connection with the PLC to be NTP time sync: Device & networks > Network view > Select the PLC and then check the Connections tab
Bit streams:
BOOL, 1 bit, %M0.0
BYTE, 8 bits, %MB0
WORD, 16 bits, %MW0
DWORD, 32 bits, %MD0
LWORD, 64 bits, %M0.0
> Convert a Real value to a Time value:
DINT_TO_TIME(REAL_TO_DINT(#myValue * 1000)) //myValue entered in seconds
What's the main differences between these two Digital Input Cards:
6ES7131-6BF01-0BA0 vs. 6ES7131-6BH01-0BA0.
Digital Input sensors are very common in the industry, and they can inform the system about different types of information. Here below some of the most common examples.
Analog Input sensors can be in different configurations, such as 2-wire and 4-wire.
Depending on the chosen configuration, there are some points to watch out, in particular: how to wire the ground reference and how to wire the analog input signal or current loop.
The PN/PN Coupler is a great product from Siemens (ref. 6ES7158-3AD10-0XA).
It has two independent PROFINET cards that enable the data transfer between two different industrial networks, X1 and X2.
Some online resources to learn about CNC, G-Code and PLC controlled applications:
(English version at the bottom)
Tive o prazer de bater um papo com Alexandre Ribeiro Silva, engenheiro eletricista, consultor e instrutor de automação industrial. Conversamos sobre a sua trajetória profissional e as suas décadas de experiência trabalhando nesse setor.
Siemens has different types of certifications:
> Solution Partner - Automation Drives
> Distributor / Approved Partner - Value Added Reseller
> Service Partner / Approved Partner - Industry Services
1. Online Diagnostics 2. Diagnostics > Diagnostics Buffer (events are shown from last to first order) 3. Click on Button "Save as..." in the Details on event section to open in a text editor 4. Open the Diagnostics file and look for the event, such as: > "CPU changes to STOP mode" > "Temporary CPU error:" > "Programming error"
1: Try to upgrade directly from TIA Portal
2: If image files are missing then:
> Download the image files in this link
> Insert these files at the Siemens installation folder (e.g. "C:\ProgramFiles\Siemens\Automation\PortalV16\Data\HMI\Transfer\16\Images" and try to upgrade again from TIA Portal
HW:
> Upgrade all devices to the latest FW available > Register devices into Siemens Support IBase (Prod. n°, Serial n°) for Life-cycle Management > Register Drives for extended warranty > Create a Proneta report of the system (HW version, MAC address, FW version, etc) > Get product information on DT Configurator > Create UDTs and DBs to unit test devices (Encoder, sensor, IO link, flowmeter, etc)
It is recommended that the Safety Program follows a set of guidelines in order to ensure it properly works. Here below some of the points to remind when programming a Safety PLC:
Tips:
> Isolate the Access to the Safety Program via DBs (optimized block access), such as DataFromSafety and DataToSafety.
Wiring, Configuring Hardware and Tags of Emergency Stop, Safety Door and Frequency Converter G120C in TIA Portal: