Product Description

The 5AC600.UPSI-00 Interface Module is developed by a reputable manufacturer B&R Automation. In industrial automation, the 5AC600.UPSI-00 module is designed for reliable power management. This module is essential for systems requiring continuous power during fluctuations or outages. Key features include a power consumption of 7.5 watts, deep discharge protection, and specific switching thresholds for battery and mains operation.

The 5AC600.UPSI-00 Interface Module is engineered to provide uninterrupted power with a maximum power failure bypass of up to 20 minutes at a 150 W load. It ensures deep discharge protection, which activates at 10 V on the battery unit and safeguards the battery's lifespan. The module's battery charging current is capped at a maximum of 0.5 A which ensures steady and controlled charging. The switching threshold for battery operation is set at 13 V. The threshold for mains operation is at 15 V which allows seamless transitions between power sources. To operate this module effectively, it requires specific accessories that include a compatible cable (5CAUPS.0005-00 or 5CAUPS.0030-00) and a battery unit (5AC600.UPSB-00). These accessories are crucial for ensuring the module functions correctly and deliver optimal performance.

Installation of the 5AC600.UPSI-00 Interface Module is straightforward and utilizes the materials provided in the delivery package which makes setup efficient and hassle-free. The module is designed to operate within a temperature range of 0 degrees C to 70 degrees C that accommodates a wide variety of operating conditions. It is also capable of functioning at a maximum operating humidity of 85%. This humidity is applicable for non-condensing conditions that ensure reliable performance in humid environments. The module is rated for operation at altitudes up to 3,048 meters which provides flexibility in deployment across different locations. This interface module is an excellent choice for maintaining power continuity in industrial automation systems.