The HIMA F3224 is a digital input module

The HIMA F3224 is a digital input module

Electrical parameter
Working voltage: 24V DC.
Working current: 5A.
Functional characteristics
Hot swap: Supports hot swap. Modules can be replaced or maintained when the system is running without downtime, reducing system downtime and improving system availability.

Reliability and safety
As HIMA series products, they are designed and manufactured in accordance with strict safety specifications and standards, usually with a high level of safety integrity, and can be used in industrial automation control systems with high safety requirements.
With good electromagnetic compatibility and anti-interference ability, it can work stably in complex industrial electromagnetic environment to ensure the accuracy and reliability of the input signal. At the same time, it may have a variety of diagnostic functions, which can monitor the working status of the module in real time, such as power failure and channel failure, and feedback diagnostic information to the outside world through the indicator or communication interface, so that maintenance personnel can find and solve problems in a timely manner.

Channel information
Number of channels: Usually with 16 digital input channels, 16 external digital signal sources can be connected at the same time, such as limit switches, buttons, proximity sensors, etc.
Input signal type: Standard digital signals can be received, such as TTL level signals or switching signals that comply with specific industry standards.

Communication capability
Generally equipped with standard communication interfaces, support a variety of communication protocols, such as Profibus-DP, Modbus-TCP, etc., can be easily connected with different types of control systems, to achieve data exchange and communication between the host computer or other devices. Through these communication interfaces, the module can transmit the collected digital signals to the control system, and receive the control instructions and configuration information from the control system.