Description
The MITSUBISHI A1SJ51T64 is a programmable logic controller (PLC) module that offers digital input and output capabilities for various applications in manufacturing, industrial automation, and process control. Here is a breakdown of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Working Voltage: 24 Volts DC.
Digital Inputs: 32 points.
Digital Outputs: 32 points, transistor type, rated 0.5A per point.
Output Type: Transistor.
Communication Speed: 38400 bps.
Communication Method: Register insertion mode.
Error Control: Odd-even parity checking.
Transmission Channel Form: Bus.
Transmission Distance: Up to 200 meters.
Remote I/O Unit Connection Capacity: 16 units.
Input/Output Occupied Points: 64 points.
External Power Supply: Voltage range of DC21.6 to 27.6V, current 90mA; DC5V internal consumption current of 115mA.
Dimensions and Weight:
Dimensions (H x W x D): 130mm x 34.5mm x 106.6mm.
Weight: Approximately 0.3Kg.
Series:
Belongs to the MELSEC I/O series of PLC modules.
Features:
Flexible Connectivity: Connects to the main station and up to 64 remote I/O controllers.
High Refresh Rate: Input and output refresh time of 5.4ms.
Robust Communication: Supports a variety of cable types, including twisted pair cables and rubber insulated cables of 0.75mm^2 or above.
Multiple Control Points: Maximum output control points of 128.
Stable Power Supply: Designed to work with a stable power supply.
Protection Mechanisms: Incorporates over-current, over-voltage, and short-circuit protection for safer operation.
Temperature Stability: Can operate stably in different temperature conditions, suitable for various industrial environments.
Functions and Applications:
Digital Control: The module is used to control digital inputs and outputs, making it suitable for a range of automation tasks.
Automation and Process Control: Commonly used in manufacturing, industrial automation, and process control systems where precise digital signal management is required.
Temperature Control Applications: It can be part of a temperature control system, monitoring and adjusting temperatures to maintain setpoints.
Environmental Control: Applicable in environmental control systems, such as air conditioning systems, to maintain comfortable temperatures.
Food and Pharmaceutical Industries: Used in industries that require strict temperature control, such as food production and pharmaceutical manufacturing.
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