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QX80 Mitsubishi PLC System

Model: MELSEC-Q Series Input Module
Manufacturer: Mitsubishi Electric
Condition: New & Original in Factory Packing
Brand Name: Mitsubishi
Type: Digital Input Module
No. Of Inputs: 16 Input
Model No: QX80
Length: 90 mm
Weight: 0.16kg
LC Code: LC10005

Availability: In Stock
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    The Mitsubishi QX80 24V DC input module is designed for the Q series PLC. It provides a potential isolated input for digital process signals. LED indication of input status, models with 16 points have removable terminal blocks with screws and models with 32/64 points are connected by a D-Sub or 40-pin plug. Assembled cables are available for modules with D-Sub plugs. The QX80 24 V DC input module is a basic PNP-type analogue input module. The heart of the module is an integrated 16-point potentiometer/position transducer that converts analogue 0…10 V signal into digital 24 V DC (output). An LED display indicates the status of each input point. Input modules with 16 points have removable terminal blocks with screws, while those with 32/64 points connect via a D-Sub or 40-pin plug. Assembled cables available for modules with D-Sub plugs.

    In order to easily connect this digital input modules to an automation system, Mitsubishi Electric offers various options. The location and number of points that you require determine which input modules are available. This can be a difference in the type of terminal blocks used or in the cable assembly.

    Mitsubishi QX80 Q Series 16 Point Input For Sensor, 5-12 VDC Input (1.2/3.3ma), Sink Type, 16 Points/Common Mitsubishi DC digital input unit – (MELSEC-Q Series (QnU)) – 16I/O [16DI (16 x digital inputs (24Vdc; Source))] Mitsubishi PLC QX80 module and intelligent function modules can be used directly at high speed with bus communication. The multiple CPU configuration allows between programmable controller CPU, motion CPU and process CPU to coordinate seamlessly. This reduces excess load on the communication processes, ensures independence by dispersing functions, and increases the throughput.

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