Phoenix Contact QUINT-PS/24DC/48DC/5 DC-DC Converter, 48V dc/ 5A Output, 18 → 32 V dc Input, 240W, DIN Rail

Primary switched QUINT DC-DC converter with maximum functionality and SFB (Selective Fuse Breaking) technology.
QUINT DC-DC converters magnetically and quickly trip circuit breakers with six times the nominal current, for selective and cost-effective system protection. The high level of system availability is also ensured, thanks to preventive function monitoring, as it reports critical operating states before errors occur.
DC-DC converters alter the voltage level, regenerate the voltage at the end of long cables or enable the creation of independent supply systems by electrical isolation.

• Power Boost allows reliable starting of difficult loads
• Preventive function monitoring indicates critical operating errors before they occur
• Output voltage regenerated even at the end of long cables
• Support conversion to various voltage levels
• Electrical isolation for setting up independent supply systems
• Transient surge protection
• Horizontal DIN Rail NS 35 mounting

Ideal for use in many industries including, automotive, machine building, material handling, building automation, and so on. DC-DC converters are used in applications where unregulated DC voltages result in interference at the load.
Primary-switched QUINT DC/DC converter for DIN rail mounting with SFB (Selective Fuse Breaking) Technology, with protective coating, input: 24 V DC, output: 24 V DC/5 A

• Power Boost allows reliable starting of difficult loads
• Preventive function monitoring indicates critical operating errors before they occur
• Output voltage regenerated even at the end of long cables
• Support conversion to various voltage levels
• Electrical isolation for setting up independent supply systems
• Transient surge protection
• Horizontal DIN Rail NS 35 mounting

Ideal for use in many industries including, automotive, machine building, material handling, building automation, and so on. DC-DC converters are used in applications where unregulated DC voltages result in interference at the load.