Siemens 6ES7135-6FB00-0BA1

The Siemens 6ES7135-6FB00-0BA1 is an analog output module of the SIMATIC ET 200SP series from Siemens, belonging to the AQ 2xU standard type. It is suitable for industrial automation control systems. Its main function is to convert digital signals inside the PLC into analog signals (such as voltage or current) to control external devices (such as valves, motors, etc.).

Core Parameters

Freight

When packaging Siemens 6ES7135-6FB00-0BA1, we will separate the electronic module from the base, wrap each in an anti-static bag, and then place them in a foam mold with custom grooves to ensure that they will not be subjected to any squeezing or vibration during transportation. We guarantee that when this "Safety Guardian" reaches you, it will be fully functional and have valid safety certification.

FAQ

Q1: My project needs to reach SIL 3 safety level. Can I use this module?

A1: Yes, Siemens 6ES7135-6FB00-0BA1 complies with SIL 3 level certification, which is an important component for building a SIL 3 system. However, to achieve SIL Level 3 for the entire system, you also need a safety PLC (F-CPU), and the design, wiring, and software programming of the entire safety circuit must all comply with relevant safety standards.

Q2: I bought it from you, but during the debugging process, I found that the safety circuit always reported an error.

A2: The debugging of the safety system is complex. When you encounter any problems, you can contact our technical support at any time. We can guide you on how to use the diagnostic function in the Botu software to determine which channel has a problem. Then, we will assist you in checking step by step until the problem is solved.

Q3: If my emergency stop button is dual-circuit, how can I connect it to Siemens 6ES7135-6FB00-0BA1?

A3: A dual-loop emergency stop button requires occupying two channels on this module. When configuring the software, you need to set up these two channels as a "channel pair" (1oo2 evaluation). In this way, the safety PLC will simultaneously monitor the status of these two channels. Only when both channels are disconnected will the emergency stop signal be triggered.