F3236 Main Features:

Function:

Receive and process signals from sensors, switches, buttons, or other digital devices.

Convert these digital signals into data that the system can process for monitoring and controlling industrial processes.

Application field:

Widely used in industrial automation and safety control systems, including chemical, petroleum and natural gas, manufacturing, power, transportation, and mechanical engineering fields.

Safety related:

Designed for security systems, capable of monitoring and processing safety related digital input signals, such as switch status, button status, etc.

Multi channel input:

It usually has multiple digital input channels and can monitor multiple input signals simultaneously, suitable for monitoring multiple devices or locations.

Usability:

The F3236 module using PLC (Programmable Logic Controller) replaces the wiring logic with its storage logic, greatly reducing the external wiring of the control equipment and greatly shortening the design and construction cycle of the control system.

The PLC interface is easy, and its programming language (such as ladder diagram language) has graphic symbols and expressions that are quite similar to relay circuit diagrams, making it easier for engineering and technical personnel to accept.

High reliability:

Compared with relay contactor systems of the same scale, the control system composed of PLC (including F3236 module) has reduced its electrical wiring and switch contacts to hundreds or even thousands, greatly reducing the failure rate.

The PLC also has a hardware fault self detection function, which can issue an alarm message in a timely manner when a fault occurs.

F3236 technical specifications:

Parameters: including a 16 fold input module, sensor for 1 signal or with safety isolation requirements, input signal of 6mA (including cable plug) or mechanical contact 24V, typical switching time of 8ms, space requirement of 4TE, working data of 5V DC=120 mA, 24V DC=200 mA, weight of 5 kilograms, etc.

Microprocessor: Using two microprocessors synchronized with the clock, each microprocessor has its own memory, one for actual data and programs, and the other for reversed data and programs.

Hardware Comparator: A testable hardware comparator that includes all external access for two microprocessors. In the event of a malfunction, the watchdog is set to a safe state and sends an alarm message.

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