Technical Specifications Built‑in program memory and data memory. Multiple communication interfaces. Auxiliary power supplied from PLC back‑plane rack. Typical power consumption 7.9 W. Operating temperature 0 ℃ to +60 ℃, storage temperature ‑40 ℃ to +85 ℃, non‑condensing relative humidity 5%‑95%. Protection grade IP20.
Functional Features Executes user logic control program cyclically. Completes data exchange with I/O modules through back‑plane bus. Supports data interaction with HMI and upper monitoring system. Front‑panel LED indicators display running, fault and communication status. Supports program download, upload and online diagnosis function.
Application Scenarios Applied for industrial automation control projects in chemical, water‑treatment and manufacturing industry. Serves as core CPU unit for PLC station construction and spare‑part replacement.
Performance Parameters Real‑time cyclic program execution meets industrial control timing requirement. Memory retains user program under power‑off condition. Self‑diagnosis detects internal hardware and program execution abnormality.
Material Composition Multilayer glass‑fiber epoxy printed circuit board. Industrial‑grade processor chip, memory components. Reinforced plastic front‑panel housing. Copper‑alloy back‑plane plug‑in contact pieces.
Structural Characteristics Standard rack‑mount plug‑in CPU module structure. Front panel arranges LED status indicators and communication ports. Rear side connects PLC rack back‑plane bus.
Working Principle After power‑on, CPU completes hardware self‑check and user program loading. It cyclically executes user logic program, reads process data from I/O modules and outputs control command. It exchanges data with external equipment via communication ports.
Installation Requirements Insert TSXP571634M module into designated CPU slot of PLC rack and tighten locking screw. Ensure rack back‑plane bus connection is reliable. Restore power supply, download user application program and verify system running status.
Usage Notes Take anti‑static measures during handling. Back‑up user program before module replacement. Do not plug‑and‑unplug module under powered condition. Complete full‑function test after CPU replacement. Keep cabinet ventilation condition well.
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