Triple Mitsubishi AX11C Input Module
Mitsubishi Input Module AX11C
Mitsubishi Input Module AX11C:
●Input points: 32
●Input voltage: AC 100–120V
●Current: 6mA
●Response time: 30ms
●16 points per common terminal
●50-point terminal block
System program memory stores system programs (management, interpretation, and compilation), is ROM-based, factory-set, non-changeable, and retains data when power is off.
PLC selection: With increasing variety and functionality, choose based on control requirements, performance-to-price ratio, and application suitability.
Scan cycle: Input sampling, program execution, and output refresh are performed centrally. Inputs are sampled only at the start of each scan; new states during execution are read in the next cycle. Outputs are updated at the end.
Scan cycle length depends on:
●CPU instruction speed
●Instruction execution time
●Number of instructions
Due to centralized sampling and output, there is input/output response delay (lag).
Mitsubishi input module AX11C:
●Input points: 32
●Input voltage: AC 100–120V
●Current: 6mA
●Response time: 30ms
●Common terminal: 16 points per common
●Terminal block: 50 points
System program memory: stores system programs (management, interpretation, and compilation), resides in ROM, factory-set, non-changeable, data retained after power-off.
PLC selection: As PLC technology evolves, various models with different performance, applications, and prices are available. Selection should prioritize cost-effectiveness while meeting control requirements.
Each scan cycle: centralized input sampling and output refreshing.
During input refresh, when the input port is closed, new input states during program execution are not read until the next scan.
A scan cycle consists of: input sampling, program execution, and output refresh.
The content of the image register changes with program execution.
Scan cycle duration depends on: CPU execution speed, instruction execution time, and number of instructions.
Due to centralized sampling and output, there is an input/output response delay (lag).
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