Description
The MITSUBISHI A1SJ51T64 is a PLC module manufactured by Mitsubishi Electric for industrial automation and process control. The following is a specific introduction to its parameters, specifications, dimensions, weight, series, characteristics and functions:
Parameters and specifications:
Operating voltage: 24V DC.
Digital input/output points: 32 points each.
Output type: transistor.
Output rating: 0.5A per point.
Size and weight:
Size: HWD=13034.5106.6mm.
Weight: 0.3Kg.
Series:
The MITSUBISHI A1SJ51T64 is part of Mitsubishi PLC systems, specifically its MELSEC I/O family of network connectivity units.
Features:
Programmability and flexibility: As a PLC module, it provides digital input and output functions, and allows users to program and configure according to application requirements.
High reliability: Mitsubishi PLC modules are generally known for their high reliability and stability, and the A1SJ51T64 is no exception. It is capable of stable operation in various industrial environments and has over current, over voltage and short circuit protection.
Communication capability: Support register insertion mode of communication, communication speed of 38400bps, with bus transmission channel form, transmission distance up to 200m.
Temperature control function: In addition to being a PLC module, the A1SJ51T64 can also be used as a temperature control module to achieve high precision temperature control, suitable for industrial processes requiring precise temperature control.
Functions:
Industrial Automation: The MITSUBISHI A1SJ51T64 is used in the field of industrial automation and process control to help automate and intelligentize various production processes.
Signal acquisition and processing: The module can collect digital signals and process these signals according to preset logic and algorithms to control the operation of industrial equipment.
Temperature control: As a temperature control module, the A1SJ51T64 can monitor and control the temperature in industrial heating and cooling systems, environmental control systems, etc., to ensure that the process temperature is within a predetermined range.
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