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Q2ASCPUS1
The Q2ASCPUS1 CPU module represents the cutting edge of industrial automation technology. It performs well in complex production scenarios since it was designed for precise control and automation. It optimizes processes with IEEE 754 floating-point math, PID controller circuit instructions, and a large amount of memory. Reliability is ensured by its battery-backed memory and capacity to handle up to 8192 I/O points. The commitment of Mitsubishi to effective industrial control systems is embodied in this little 0.5 kilogram module.
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Technical specifications for Q2ASCPUS1
| Manufacturer | Mitsubishi |
|---|---|
| Product Line | Melsec-Q |
| Part Number | Q2ASCPUS1 |
| Weight | 1.13 lbs (0.51 kg) |
| Max. I/O Points Overall | 8192 |
| Max I/O Points on Mounting Rack | 1024 |
| Program Capacity Overall | 240 kByte |
| Program Capacity Max. for PLC Program | 60 k steps |
| Cycle Period (us) | LD: 0.20 / MOV: 0.60 |
| Timers (T) | 2048 |
| Counters (C) | 1024 |
| Relays / Special Relays (M) | 8192 / 2048 |
| Data Registers / Special Registers (D) | 12288 / 2048 |
| File Registers (R) | 1018k words x 1 |
| Interrupt Pointer (I) | 48 |
| Internal Power Consumption (5 V DC) | 300 mA |
The Q2ASCPUS1 CPU module, developed by Mitsubishi Electric, stands as a cornerstone in industrial automation engineering. Designed as a pivotal component of Mitsubishi's Programmable Logic Controllers (PLCs) product range, this module exemplifies precision and reliability. At its essence, the Q2ASCPUS1 is tailored for seamless integration within complex production systems requiring rapid cycle times. Its prowess lies in processing inputs and outputs via a process I/O image, bolstered by direct processing instructions. This module is endowed with remarkable capabilities, including IEEE 754 floating-point mathematics and dedicated PID controller circuit instructions. Equipped with an extensive repository of mathematical functions encompassing trigonometric operations, exponential calculations, and intricate algorithms, the Q2ASCPUS1 excels in orchestrating intricate control strategies. Notably, its storage capacity encompasses an entire controller cycle program and graphical data, facilitating comprehensive program availability upon download to a PC. Boasting a robust technical repertoire, the Q2ASCPUS1 boasts features such as a maximum I/O point capacity of 1024 on the mounting rack, self-diagnostic functions encompassing program plausibility, memory checks, and voltage monitoring, and a lithium battery buffer guaranteeing a five-year life expectancy. With an overall program capacity of 240 kByte, this module accommodates up to 60,000 program steps. Comprising a wide spectrum of timers, counters, relays, registers, and registers for diverse applications, the Q2ASCPUS1 thrives in its ability to facilitate high-speed processing with an internal power consumption of 300 mA. Its compact dimensions of 54.5 mm x 130 mm x 110 mm and weight of 0.5 kg render it versatile and adaptable. With communication options including Ethernet, RS-232C, and RS-485, compliance with CE, cULus, KC, and RoHS standards, and an operating temperature range from -10 to 60 degrees Celsius, the Q2ASCPUS1 emerges as a pivotal enabler of precision-driven industrial automation, encompassing intricate control strategies and high-speed processing demands.
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