Mitsubishi QY41P Transistor Output Module (Sink Type) – High-Speed Sink Output PLC Module
Mitsubishi Transistor Output Module (Sink Type) QY41P
Mitsubishi transistor output module (sink type) QY41P
●Output points: 32
●Output voltage/current: DC5–24V, 0.2A per point, 2A per common terminal
●Off-state leakage current: 0.1mA
●Response time: 1ms
●Common terminal: 16 points per common
●Sink type
●40-pin connector
●Includes thermal protection, short-circuit protection, and surge absorber
High-speed processing reduces production time and improves performance.
Basic operation speed: 1.9ns, shortening system cycle time.
Supports high-speed control and reduces total scan time to prevent performance deviations.
Handles large data volumes efficiently.
Continuous access to standard RAM and SRAM card file registers is now possible.
With 8MB SRAM expansion card, standard RAM can be used as a continuous file register up to 4736K words, simplifying programming.
Expanding file register area is easy with an SRAM card.
Index register extended to 32 bits, enabling programming beyond 32K words and index modification across all file register areas.
Improved processing speed for structured data (arrays) reduces scan time in loops (e.g., FOR to NEXT instructions).
Sampling trace function shortens startup time.
Analyzes fault data and program debugging times, reducing equipment analysis and startup time.
In multi-CPU systems, helps determine data transmission timing between CPU modules.
Collected data can be analyzed with programming tools and displayed as charts and trend graphs.
Results can be saved as CSV (GX LogViewer format) for display and analysis.
The Mitsubishi QY41P is a 32-point transistor output module (sink type) with a DC5–24V, 0.2A per point (2A per common) rating. It features a 1ms response time, a 0.1mA off-state leakage current, and 16 points per common terminal. The module includes a 40-pin connector and built-in thermal protection, short-circuit protection, and surge absorption.
It supports high-speed processing (1.9ns basic operation) to reduce scan time and improve system performance, especially for complex applications. The module enables continuous file register access with a standard RAM and SRAM card (up to 4736K words), simplifying programming. An extended 32-bit index register allows index modification across all file register areas, and faster processing for structured data and loops (e.g., FOR to NEXT) shortens scan time.
A sampling trace function helps analyze fault data and reduces startup and debugging time. In multi-CPU systems, it aids in timing data transmission between modules. Collected data can be displayed in charts and trends using programming tools, and saved as CSV for viewing via GX LogViewer.
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