Cabur – XCSF240C Single-phase power supply IN 120-230Vac / OUT 24Vdc 10A

Cabur – XCSF240C Single-phase power supply IN 120-230Vac / OUT 24Vdc 10A

Cabur XCSF240C single-phase switching power supply with DIN-rail, designed specifically for applications in command and control panels for industrial automation and process control. Capable of delivering +60% to +80% nominal current for a prolonged period of time while maintaining a constant output voltage and equipped with a voltage threshold-controlled failure contact which is triggered when the voltage drops below 90% of the rated value. With these features and numerous international certifications, this range of power supplies enables designers to meet the requirements of the Machinery Directive EN 60204-1, allowing the protection devices connected to the output to trigger quickly, safely and selectively, thus ensuring continuity of service to the other parts of the system.

Suggested uses

• Applications in industrial automation with high performance and reliability requirements.
• Applications which require selectable overcurrent protections on DC lines
• Applications in machine automation with high command and control voltage reliability and safety requirements
• Applications in process control
• Uses with heavy loads
• Civil automation applications

Main features

• The 90…264 Vac and 110…370 Vdc inputs, make it suitable for use on all power supply networks.
• Threshold failure contact which is triggered when the voltage falls below 90% of the rated value.
• Versions with integrated ORing diode for redundant parallel connection, preventing the need for external devices and reducing bulk and installation costs.
• High efficiency reduces energy consumption and the operating temperature of components and allows use in small panels and severe environmental conditions.
• Large power reserve allows for delivery of at least +60-80% nominal current and voltage for several minutes, ensuring safety and reliability.
• Output voltage is adjustable and the output is protected against input surge from the DC line generated from inductive loads.
• The output is equipped with dual electronic protection which prevents dangerous voltages for powered components in the event of an internal fault.
• Thermal protection prevents faults in case of prolonged overload with high ambient temperatures.
• Construction ensures excellent ventilation capacity of internal components, with reduced sizes and a degree of protection from accidental contacts of IP20 per IEC529.
• Thanks to their high performance and excellent ventilation capacity, they are among the smallest on the market.