6MBI450U-170-01 IS400AEBMH1A | Module | IS420UCSCH2A-C-V0.1-A
Model: 6MBI450U-170-01 IS400AEBMH1A
Category: Module
Warranty: 365 days
Delivery method: SF Express/Federal
Remittance: Wire transfer/Western Union
Net product thickness/length: 114.3 mm
Product height: 45 mm
Product width: 130.5 mm
Net weight: 0.4kg
Categories: GE
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Product content
6MBI450U-170-01 IS400AEBMH1A | Module | IS420UCSCH2A-C-V0.1-A
Model: 6MBI450U-170-01 IS400AEBMH1A
Category: Module
Warranty: 365 days
Delivery method: SF Express/Federal
Remittance: Wire transfer/Western Union
Net product thickness/length: 114.3 mm
Product height: 45 mm
Product width: 130.5 mm
Net weight: 0.4kg
An input module is an electronic module that receives an input signal and converts it into a digital signal for processing by a computer or control system. Input modules typically have the following characteristics:
Signal reception: The 6MBI450U-170-01 IS400AEBMH1A input module can receive various input signals, such as switch status, sensor signals, temperature signals, etc.
Signal conversion: The received analog signal is converted into a digital signal to facilitate processing by a computer or control system.
Signal processing: The input module usually has certain signal processing functions, such as filtering, denoising, comparing, etc., to reduce the influence of external interference and noise.
Communication interface: 6MBI450U-170-01 IS400AEBMH1A input module usually has a communication interface with the computer or control system, such as serial port, bus, etc., in order to facilitate data transmission and control.
Safety and reliability: The input module usually has a certain safety and reliability design, such as lightning protection, overcurrent protection, etc., to ensure that the system can run stably in harsh working environments.
The input module is widely used, such as in automatic production lines, robot control systems, CNC machine tools and other fields. Through the application of input module, the precise control and condition monitoring of the equipment can be realized, and the automation level and production efficiency of the equipment can be improved.
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