Q Series Power Supply
The Q Series Power Supplies are designed to provide reliability and performance across a variety of industrial automation systems. With models supporting both 100-240V AC and 24V DC inputs, these power supplies offer flexible solutions to meet diverse power needs with 5V and 24V DC output options.
Models like the Q61P, Q63P, and Q62P cover a range of applications from basic power needs to more complex setups. The redundant models, Q63RP and Q64RP, offer enhanced security and ensure continuous operation for critical systems. The Q Series Power Supplies are ideal for users seeking high reliability and performance.
- Q61P: This power supply unit accepts a 100-240V AC input and delivers a 5V DC output at 6A. It's suited for general purposes in automation systems requiring a stable 5V power supply.
- Q63P: Operates with a 24V DC input to provide the same 5V DC, 6A output. This model is ideal for systems already operating on DC power, simplifying integration with existing 24V setups.
- Q62P: A versatile power supply with dual output capabilities: it offers 5V DC at 3A and additionally provides 24V DC at 0.6A from a 100-240V AC input. This unit is suitable for driving both low and moderate power devices within the system.
- Q64PN: Similar to the Q61P but with an enhanced output capacity, providing 5V DC at 8.5A from a 100-240V AC input. This is useful for applications that demand a higher current for multiple or high-power devices.
- Q63RP: A redundant power supply designed specifically for use with Q38RB/Q68RB modules, offering an enhanced safety and reliability feature. It takes a 24V DC input and outputs 5V DC at 8.5A, ensuring continued operation even if one power source fails.
- Q64RP: This is also a redundant power supply type like the Q63RP but is designed to handle a 100-240V AC input. It provides 5V DC at 8.5A output and is intended to be used with Q38RB/Q68RB modules, ensuring continuous power supply even in the event of a primary power failure.
These power supplies are crucial for maintaining the integrity and functionality of the PLC system, especially in environments where power consistency and reliability are critical.
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