Q2ASCPU

The Mitsubishi Q2ASCPU stands as a robust and versatile programmable controller, designed to handle a spectrum of automation tasks. Boasting a comprehensive 512 input/output points, this controller presents adaptability for intricate automation processes by utilizing the CPU unit's extensive 8192 input/output data points. Its operational efficiency extends to executing programs with 28k steps and 28 files. Impressive command processing speeds underscore its capabilities, marked at 0.2 μs/step for LD sequence and 0.6 μs/step for MOV sequence instructions. The Q2ASCPU's memory configuration accommodates a memory card, supporting memory cards with a maximum capacity of 2036k bytes. The integrated clock function not only displays year, month, date, hour, minute, second, and day of the week but also intelligently identifies leap years. Clock accuracy is contingent upon the operating temperature. At 0°C, the accuracy is between -1.7 to +4.9 seconds per day (typically +1.7s), at 25°C it spans from -1.0 to +5.2 seconds per day (typically +2.2s), and at 55°C, it varies from -7.3 to +2.5 seconds per day (typically -1.9s). For power efficiency, the CPU system's internal current consumption is measured at 0.3 Ampere at a 5 VDC voltage. The Q2ASCPU's physical dimensions are 130 mm (5.12 inches) in height, 54.5 mm (2.15 inches) in width, and 110 mm (4.33 inches) in depth. Its weight stands at 0.5 kg, rendering it a compact and manageable component in industrial setups. Through its blend of powerful processing, versatile memory, and precision timekeeping, the Mitsubishi Q2ASCPU emerges as a robust solution for diverse programmable control applications.