Phoenix Contact QUINT DC Power Supply 24V - 2866763
Primary-switched power supply unit for QUINT POWER. Screw connection, DIN rail mounting. SFB Techn...Primary-switched power supply unit for QUINT POWER. Screw connection, DIN rail mounting. SFB Technology (Selective Fuss Breaking). Input = 1-phase. Output = 24 VDC / 10 A. This power supply unit features a 1-phase input and a 24 VDC output with a 10A current rating, delivering 240W of power. It has a height of 130mm, a width of 60mm, and an efficiency of over 92.5%. The load regulation is ±1%, and it boasts a Mean Time Between Failures (MTBF) of 940,000 hours. Equipped with SFB-Technology, it ensures high system availability by reliably triggering standard-output switches even under critical conditions. Preventive function monitoring indicates critical status before errors occur. It supports steady starts under heavy load with Power Boost and offers remote monitoring via an active switching output and a potential-free relay contact. The adjustable output voltage allows for balancing of voltage cases and charging of batteries. High reliability is achieved through long mains buffering times of 20 ms. Connectors are screw terminals, including max.10 A service-friendly screw/pluggable terminals. It can efficiently operate 3-phase devices even when one phase fails.
The Phoenix Contact 2866763 is a primary-switched power supply unit designed for DIN rail mounting, ideal for industrial automation and control systems requiring a stable 24V DC output. Its key benefit is enhanced system availability through SFB Technology and POWER BOOST, ensuring reliable operation even under demanding conditions. A minor caveat is the need for appropriate input power wiring for optimal performance. This unit provides 240W of power with a 10A output current, featuring high efficiency and extensive MTBF for long-term reliability.
All features
Model Part Number
2866763
Brand
Phoenix Contact
Extended Product Information
FAQs
What is SFB Technology?
SFB (Selective Fuse Breaking) Technology is a feature that ensures fast tripping of standard circuit breakers by providing a surge of current (up to 6 times nominal for 12 ms). This helps to isolate faults quickly without affecting other parts of the system.
What is POWER BOOST?
POWER BOOST is a static power reserve that can deliver up to 1.5 times the nominal current permanently. This allows for reliable starting of loads with high inrush current requirements, such as motors or solenoids.
Can this power supply charge batteries?
Yes, the adjustable output voltage feature allows for balancing of voltage cases and charging of batteries.
What is the MTBF of this unit?
The Mean Time Between Failures (MTBF) for this power supply unit is 940,000 hours, indicating high reliability and a long operational lifespan.
What is the operating temperature range?
The unit can operate reliably within a temperature range of -25 °C to 70 °C.
How is the output voltage adjusted?
The output voltage can be adjusted using a potentiometer typically located on the front of the unit. Refer to the product manual for exact location and procedure.
Can this unit run on a 3-phase input?
This is a 1-phase input unit. However, it offers enhanced reliability by allowing operation of 3-phase devices even if one phase fails, provided the input is correctly wired as a single phase.
Troubleshooting
No output voltage
Verify that the input AC voltage is connected correctly to the L and N terminals. Check the circuit breaker supplying the unit. Ensure the output terminals are properly secured and not short-circuited.
Unit shuts down under load
Check if the connected load exceeds the 10A (240W) rating. Ensure adequate ventilation to prevent overheating. Verify input voltage stability.
SFB Technology not tripping breakers quickly
Ensure the circuit breakers used are standard types and compatible with the unit's SFB surge capability. Check wiring integrity to the load.
Remote monitoring signal not active
Verify that the remote monitoring signal terminals are correctly wired to your monitoring system. Check the internal status of the power supply unit to ensure it's operating within normal parameters.
Overheating
Ensure the unit is mounted with adequate space for ventilation. Clean any dust buildup from the unit and surrounding area. Verify that the ambient operating temperature is within the specified range (-25 to 70 °C).
Pros and Cons
Pros
High system availability due to SFB Technology and POWER BOOST.
Reliable operation even with challenging loads.
Proactive fault detection with preventive function monitoring.
Energy-efficient operation with over 92.5% efficiency.
Flexible voltage adjustment and battery charging capabilities.
Long-term reliability with a high MTBF of 940,000 hours.
Cons
Requires correct input power wiring for optimal performance.
SFB Technology's full benefit is realized with compatible circuit breakers.
Not designed for environments with extreme dust or moisture without proper enclosure.
Initial setup may require understanding of DC power distribution principles.
Setup, Compatibility & Care
Setup:
Mounting: Mount the power supply unit vertically on a standard 35 mm DIN rail (EN 60715) in a control cabinet.
Wiring: Connect the single-phase input voltage (e.g., 120-240 VAC) to the designated screw terminals (L, N, PE). Ensure proper grounding.
Output Connection: Connect the 24 VDC output terminals (+V, -V) to your load. The screw terminals are designed for secure connections.
Remote Monitoring: Connect the signal output terminals (SF, -) to your monitoring system if required.
Compatibility:
Input Voltage: Compatible with standard single-phase AC input voltages (typically 100-240 VAC).
Output Load: Suitable for loads requiring 24 VDC with a maximum continuous current of 10 A (240W).
Circuit Breakers: For optimal SFB performance, use standard circuit breakers that are compatible with rapid tripping characteristics.
Environment: Designed for industrial environments; ensure adequate ventilation and protection from dust and moisture.
Care:
Cleaning: Disconnect power before cleaning. Use a dry or slightly damp, lint-free cloth. Avoid abrasive cleaners or solvents.
Ventilation: Ensure the surrounding area is kept free of dust and obstructions to maintain proper airflow and prevent overheating.
Inspection: Periodically inspect connections for tightness and signs of corrosion. Check for any physical damage.